# MicroRidge Systems — Gage Data Collection Systems (Wireless & Wired) > MicroRidge Systems manufactures wireless and wired data collection hardware that connects measurement gages (calipers, micrometers, indicators, and other SPC instruments) to quality management and SPC software. Product lines include MobileCollect (RM2.4 wireless), GageWay (wired multiplexers), and WedgeLink (USB/keyboard wedge). MicroRidge's RM2.4 wireless protocol provides deterministic RF performance and multi-brand gage compatibility, serving aerospace, automotive, and medical device manufacturers operating under ISO 9001, IATF 16949, AS9100D, and 21 CFR Part 820 quality systems. Founded in 1983, headquartered in Sunriver, Oregon. > Product documentation, technical specifications, and SPC integration guides are listed below. ## Pages - [Partner Spotlight](https://microridge.com/news/partner-spotlight/): Partner Spotlights Partner Spotlight features the distributors, gage integrators, and authorized partners who bring MicroRidge solutions to manufacturers around the... - [Order - Thank You](https://microridge.com/order-thank-you/): Thank You for your Order! What Happen Next? Our Orders team will process your order and enter it into our... - [WedgeLink Feature Guides](https://microridge.com/wedgelink-keyboard-wedges/feature-guides/) - [MobileCollect Feature Guides](https://microridge.com/mobilecollect-wireless/feature-guides/) - [News](https://microridge.com/news/news/): News Keep up with the latest news at MicroRidge including pricing updates, company shutdown periods and more. Looking for different... - [Events](https://microridge.com/news/events/): Events Meet the team and get hands on experience with our measurement collection solutions at the next event we’re attending.... - [Product Releases](https://microridge.com/news/product-releases/): Product Releases We’re always working towards the next innovation in automated measurement collection. Learn about our innovative new products. Looking... - [Product Updates](https://microridge.com/news/product-updates/): Product Updates Keep up with the latest firmware and software updates from the team at MicroRidge. We’re always making our... - [Metrology Guides](https://microridge.com/metrology-guides/): Metrology Guides Metrology guides will help you select the right products and processes to build and improve your quality control... - [WedgeLink Landing Page - WinWedge](https://microridge.com/wedgelink-wnwdge1a/): Need to connect an RS-232 Serial Device to a computer? It doesn’t have to be difficult. WedgeLink acts like a... - [Disclaimer](https://microridge.com/disclaimer/) - [Webinars](https://microridge.com/webinars/): Upcoming Webinars Join us for an upcoming webinar to learn more about MicroRidge’s measurement collection solutions. Introduction to MobileCollect Wednesday... - [MobileCollect EVO API](https://microridge.com/mobilecollect-wireless/mobilecollect-evo-api/): MobileCollect EVO API With the MobileCollect EVO API you no longer need to have users download MobileCollect Xpress or MobileCollect... - [Shipping Policy](https://microridge.com/shipping-policy/): MicroRidge Systems’ products are proudly designed and manufactured in Sunriver, OR U. S. A. . We ship our products using... - [MobileCollect RF Sniffer](https://microridge.com/mobilecollect-wireless/setup-programs-utilities/mobilecollect-rf-sniffer/): Download RF Sniffer Version: 1. 1. 0. 17Released: November 13, 2018 The MobileCollect RF Channel Sniffer allows you to determine... - [EVO Module Certifications](https://microridge.com/mobilecollect-wireless/evo-module-certifications/): Looking for Certification Documents for your MobileCollect EVO Product? You’ve come to the right place! EVO Module Grants and Certifications... - [Feature Guides](https://microridge.com/feature-guides/): Our products can do more than you think! MicroRidge feature guides are practical, step-by-step resources that help you learn and... - [WedgeLink SP QuickStart Guide](https://microridge.com/wedgelink-keyboard-wedges/wedgelink-sp-quickstart-guide/) - [WedgeLink AT QuickStart Guide](https://microridge.com/wedgelink-keyboard-wedges/wedgelink-at-quickstart-guide/) - [GageWay KW QuickStart Guide](https://microridge.com/gageway-interfaces/gageway-kw-quickstart-guide/) - [GageWay SM QuickStart Guide](https://microridge.com/gageway-interfaces/gageway-sm-quickstart-guide/) - [GageWay Pro QuickStart Guide](https://microridge.com/gageway-interfaces/gageway-pro-quickstart-guide/) - [WL Quickstart](https://microridge.com/wl-quickstart/): WedgeLink QuickStart Welcome to WedgeLink, let’s get your Keyboard Wedge setup! Select the device you purchased from the tabs below... - [GW Quickstart](https://microridge.com/gw-quickstart/): GageWay QuickStart Welcome to GageWay, let’s get your Gage Interface setup! Select the device you purchased from the tabs below... - [General FAQs](https://microridge.com/faq/): You have questions, we have answers! We want to make doing business with MicroRidge as easy as possible. Below are... - [Questions & Answers Unsubscription](https://microridge.com/questions_and_answers_unsubscription/) - [Site Map](https://microridge.com/site-map/) - [Product Families](https://microridge.com/product-families/) - [WedgeLink Download](https://microridge.com/wedgelink-download/) - [News](https://microridge.com/news/): Keep up with MicroRidge! We have lots of great information about measurement collection systems to help you improve your quality... - [White Papers](https://microridge.com/white-papers/) - [Made in the USA](https://microridge.com/made-in-the-usa/) - [About Us](https://microridge.com/about-us/) - [Software Partners](https://microridge.com/software-partners/) - [MC Quickstart](https://microridge.com/mc-quickstart/) - [WedgeLink Certifications](https://microridge.com/wedgelink-keyboard-wedges/wedgelink-certifications/) - [Firmware Updates](https://microridge.com/wedgelink-keyboard-wedges/firmware-updates/): WedgeLink AT Products Firmware Version Release Date Comments WedgeLink ATWLNK-AT 1. 38 5/18/2026 What’s New: Configurable Decimal Rounding and Excel... - [User Guides & Tech Notes](https://microridge.com/wedgelink-keyboard-wedges/user-guides/) - [WedgeLink FAQs](https://microridge.com/wedgelink-keyboard-wedges/faqs/): You have questions, we have answers! A keyboard wedge is used when you are trying to get data from some... - [Videos & PDFs](https://microridge.com/wedgelink-keyboard-wedges/videos-pdfs/) - [USB Driver](https://microridge.com/usb-driver/) - [WedgeLink AT Setup](https://microridge.com/wedgelink-keyboard-wedges/setup-programs-utilities/wedgelink-at-setup/): WedgeLink AT Setup Software Version: 1. 1. 0. 22Released: May 11, 2026Release Notes: Configurable Decimal Rounding and Excel Date/Time Stamping... - [Setup Programs & Utilities](https://microridge.com/wedgelink-keyboard-wedges/setup-programs-utilities/): WedgeLink AT Setup The Setup Program features a series of tabs that allow you to easily configure your desired parsing... - [GageWay Certifications](https://microridge.com/gageway-interfaces/gageway-certifications/) - [Firmware Updates](https://microridge.com/gageway-interfaces/firmware-updates/) - [User Guides & Tech Notes](https://microridge.com/gageway-interfaces/user-guides/) - [Videos & PDFs](https://microridge.com/gageway-interfaces/videos-pdfs/) - [GageWay Pro Setup](https://microridge.com/gageway-interfaces/setup-programs-utilities/gageway-pro-setup/) - [Setup Programs & Utilities](https://microridge.com/gageway-interfaces/setup-programs-utilities/) - [GageWay FAQs](https://microridge.com/gageway-interfaces/faqs/) - [RM2.4 Wireless Protocol](https://microridge.com/mobilecollect-wireless/rm2-4-wireless-protocol/) - [U Wave Wireless](https://microridge.com/mobilecollect-wireless/u-wave-wireless/) - [MobileCollect Gage Integration](https://microridge.com/mobilecollect-wireless/mobilecollect-gage-integration/) - [MobileCollect Certifications](https://microridge.com/mobilecollect-wireless/mobilecollect-certifications/) - [Firmware Updates](https://microridge.com/mobilecollect-wireless/firmware-updates/) - [User Guides & Tech Notes](https://microridge.com/mobilecollect-wireless/user-guides-tech-notes/) - [WedgeLink Xpress](https://microridge.com/mobilecollect-wireless/setup-programs-utilities/wedgelink-xpress/) - [MobileCollect Selection Tool](https://microridge.com/mobilecollect-wireless/setup-programs-utilities/mobilecollect-selection-tool/) - [Videos & PDFs](https://microridge.com/mobilecollect-wireless/videos-pdfs/) - [MobileCollect Extended Setup](https://microridge.com/mobilecollect-wireless/setup-programs-utilities/mobilecollect-extended-setup/) - [Document Library](https://microridge.com/document-library/) - [MobileCollect Xpress Setup](https://microridge.com/mobilecollect-wireless/setup-programs-utilities/mobilecollect-xpress-setup/) - [Setup Programs & Utilities](https://microridge.com/mobilecollect-wireless/setup-programs-utilities/) - [Company](https://microridge.com/company/) - [MobileCollect FAQs](https://microridge.com/mobilecollect-wireless/faqs/) - [ComTestSerial Download](https://microridge.com/comtestserial-download/) - [ComTestSerial](https://microridge.com/comtestserial/) - [WedgeLink Keyboard Wedges](https://microridge.com/wedgelink-keyboard-wedges/) - [GageWay Interfaces](https://microridge.com/gageway-interfaces/) - [Thank You - Demo Confirmation](https://microridge.com/demo-kit/thanks/) - [Demo Kit](https://microridge.com/demo-kit/) - [Thank You - Contact Confirmation](https://microridge.com/contact/thank-you/) - [Terms & Conditions](https://microridge.com/terms-conditions/) - [Product Warranty & Returns](https://microridge.com/product-warranty-returns/) - [Cookie Declaration](https://microridge.com/cookie-declaration/) - [Validation de la commande](https://microridge.com/fr/validation-de-la-commande/) - [Accessibility Policy](https://microridge.com/accessibility-policy/) - [Privacy Policy](https://microridge.com/privacy-policy/) - [Contact](https://microridge.com/contact/) - [Resources](https://microridge.com/resources/) - [Tienda](https://microridge.com/es/tienda/) - [Shop](https://microridge.com/de/shop/) - [Boutique](https://microridge.com/fr/boutique/) - [Home](https://microridge.com/) - [Shop](https://microridge.com/shop/) - [MobileCollect Wireless](https://microridge.com/mobilecollect-wireless/) - [Mon compte](https://microridge.com/fr/mon-compte/) ## Documents - [RS-232 Mobile - Module Setup with Extended Setup](https://microridge.com/document/rs-232-mobile-module-setup-with-extended-setup/): This guide walks through configuring the RS-232 Mobile Module (MC-MM-V2) using MobileCollect Extended Setup. It covers placing the module in... - [RS-232 Remote - Utilizing Read Switches](https://microridge.com/document/rs-232-remote-utilizing-read-switches/): This guide covers configuring the read switch port on the RS-232 Remote Transmitter (MC-REM-RS232) and on Base Receivers within MobileCollect... - [RS-232 Remote – Pairing and Initial Setup](https://microridge.com/document/rs-232-remote-pairing-and-initial-setup/): This guide covers initial pairing and setup of the RS-232 Remote Transmitter (MC-REM-RS232) with a MobileCollect Base Receiver using Extended... - [M3 and M3E Connector Compatibility Guide](https://microridge.com/document/m3-and-m3e-connector-compatibility-guide/): This guide explains connector compatibility between the legacy Mini Mobile Module (M3, 6-pin/2×3 header) and the Mini Mobile Module EVO... - [MobileCollect OpenGage Mode Integration Guide](https://microridge.com/document/mobilecollect-opengage-mode-integration-guide/): This integration guide documents the UART connection protocol for MobileCollect EVO transmitters running OpenGage Mode, which connects any 3V UART... - [Mini Mobile Module EVO Spec Sheet](https://microridge.com/document/mini-mobile-module-evo-spec-sheet/): Full specification sheet for the Mini Mobile Module EVO (MC-MM-M3-EVO), MicroRidge’s RM2. 4 wireless transmitter introducing OpenGage Mode for connecting... - [Mini Mobile Module EVO SDOC CA ISED](https://microridge.com/document/mini-mobile-module-evo-sdoc-ca/): Supplier’s Declaration of Conformity for the Mini Mobile Module EVO (MC-MM-M3-EVO) covering Canadian market requirements under Innovation, Science and Economic... - [Mini Mobile Module EVO SDOC EU](https://microridge.com/document/mini-mobile-module-evo-sdoc-eu/): Supplier’s Declaration of Conformity for the Mini Mobile Module EVO (MC-MM-M3-EVO) covering European Union market requirements under the Radio Equipment... - [Mini Mobile Module EVO SDOC US FCC](https://microridge.com/document/mini-mobile-module-evo-sdoc-us/): FCC Supplier’s Declaration of Conformity for the Mini Mobile Module EVO (MC-MM-M3-EVO), certifying compliance with FCC Part 15 Class B... - [Mini Mobile Module EVO Test Report](https://microridge.com/document/mini-mobile-module-evo-test-report-19451-01-rev-1/): Third-party EMC compliance test report (WLL Report #19451-01 Rev 1) for the Mini Mobile Module EVO (MC-MM-M3-EVO), covering radiated and... - [RS-232 Mobile Module - Setup with Xpress Setup](https://microridge.com/document/rs-232-mobile-module-setup-with-xpress-setup/): This quick-setup guide covers configuring the RS-232 Mobile Module (V2) using MobileCollect Xpress Setup, MicroRidge’s streamlined configuration tool for users... - [Mobile Module - Pairing with Extended Setup](https://microridge.com/document/mobile-module-pairing-with-extended-setup/): This guide covers pairing Mobile Module transmitters to a Base Receiver using MobileCollect Extended Setup. It explains the two pairing... - [Mobile Module - Pairing with Xpress Setup](https://microridge.com/document/mobile-module-pairing-with-xpress-setup/): This guide covers pairing Mobile Module transmitters to a Base Receiver using MobileCollect Xpress Setup, the streamlined alternative to Extended... - [Base Receiver EVO - Changing RF Channel](https://microridge.com/document/base-receiver-evo-changing-rf-channel/): This guide covers changing the RF channel on an EVO Base Receiver. The RM2. 4 wireless protocol supports 14 selectable... - [Base Receiver EVO - Change Keyboard Wedge Speed](https://microridge.com/document/base-receiver-evo-change-keyboard-wedge-speed/): This guide covers adjusting the keyboard wedge output speed on a MobileCollect EVO Base Receiver. Keyboard wedge mode types measurement... - [MobileCollect EVO API Implementation](https://microridge.com/document/mobilecollect-evo-api-implementation/): This implementation guide documents the MobileCollect EVO API for SPC and quality control software developers who want to enable basic... - [WedgeLink AT – Isolate Numeric Output](https://microridge.com/document/wedgelink-at-isolate-numeric-output/): This feature guide covers the Find First Numeric Parse setting on the WedgeLink AT keyboard wedge. This parsing option filters... - [2025 Price List - 09/22/2025](https://microridge.com/document/mrdg-msrp-2025-09-22/): MicroRidge Product Pricing list as of September 22, 2025. All prices are MSRP. Includes pricing for popular MobileCollect, GageWay, and... - [Base Receiver EVO - USB Send All Mode](https://microridge.com/document/base-receiver-evo-usb-send-all-mode/): This feature guide covers switching an EVO Base Receiver into USB Send All Mode, which transmits readings from all paired... - [RS-232 Base EVO Spec Sheet](https://microridge.com/document/rs-232-base-evo-spec-sheet/): Full specification sheet for the RS-232 Base EVO (MC-BASE-RS232-EVO), MicroRidge’s EVO-generation Base Receiver with native RS-232 output for direct connection... - [Wedge Base EVO Spec Sheet](https://microridge.com/document/wedge-base-evo-spec-sheet/): Full specification sheet for the Wedge Base EVO (MC-BASE-KW-EVO), MicroRidge’s EVO-generation Base Receiver with keyboard wedge output for typing measurement... - [Base EVO CA ISED SDOC](https://microridge.com/document/base-evo-ca-ised-sdoc/): Supplier’s Declaration of Conformity for the EVO Base Receiver covering Canadian market requirements under Innovation, Science and Economic Development Canada... - [Base EVO EU SDOC](https://microridge.com/document/base-evo-eu-sdoc/): Supplier’s Declaration of Conformity for the Full-Size EVO receiver covering European Union market requirements under the Radio Equipment Directive (RED)... - [Base EVO US FCC SDOC](https://microridge.com/document/base-evo-us-fcc-sdoc/): FCC Supplier’s Declaration of Conformity for the EVO Base Receiver platform, certifying compliance with FCC Part 15 Class B rules... - [Base EVO SDOC Test Report](https://microridge.com/document/base-evo-sdoc-test-report/): Third-party EMC compliance test report supporting the FCC Part 15 Class B and related international SDoC filings for the EVO... - [2025 Price List - 6/18/2025](https://microridge.com/document/2025-price-list-6-10-2025/): June 18, 2025 MicroRidge Product Pricing - [Mini Mobile Module - Send Custom Module Label](https://microridge.com/document/mini-mobile-module-send-custom-module-label/): This feature guide covers configuring a custom Module Label on a Mini Mobile Module transmitter. The Module Label is a... - [ISED EVO Certifications](https://microridge.com/document/ised-evo-certifications/): Canadian ISED (Innovation, Science and Economic Development Canada) radio certification documentation for MicroRidge’s EVO transmitter and base receiver product line,... - [FCC EVO Grant](https://microridge.com/document/fcc-evo-grant/): FCC equipment authorization grant for the radio module used in MicroRidge’s EVO transmitter and base receiver product line, confirming FCC... - [SAR Exclusion](https://microridge.com/document/sar-exclusion/): SAR (Specific Absorption Rate) exclusion documentation for MicroRidge’s RM2. 4 wireless transmitters, confirming the radio module’s low RF output power... - [MicroBase EVO SDOC Test Report](https://microridge.com/document/microbase-sdoc-test-report/): Third-party EMC compliance test report supporting the SDoC filings for the MicroBase receiver platform. Covers radiated and AC conducted emissions... - [MicroBase EVO CA ISED SDOC](https://microridge.com/document/microbase-evo-ca-ised-sdoc/): Supplier’s Declaration of Conformity for the MicroBase EVO receiver covering Canadian market requirements under Innovation, Science and Economic Development Canada... - [MicroBase EVO EU SDOC](https://microridge.com/document/microbase-evo-eu-sdoc/): Supplier’s Declaration of Conformity for the MicroBase EVO receiver covering European Union market requirements under the Radio Equipment Directive (RED)... - [MicroBase EVO US FCC SDOC](https://microridge.com/document/microbase-evo-us-fcc-sdoc/): FCC Supplier’s Declaration of Conformity for the MicroBase EVO receiver, certifying compliance with FCC Part 15 Class B rules for... - [MicroBase EVO USB A Spec Sheet](https://microridge.com/document/microbase-evo-usb-a-spec-sheet/): Full specification sheet for the MicroBase EVO with USB-A output, MicroRidge’s compact-form-factor EVO-generation receiver. Covers performance specifications, physical dimensions, and... - [MicroBase EVO USB C Spec Sheet](https://microridge.com/document/microbase-evo-usb-c-spec-sheet/): Full specification sheet for the MicroBase EVO with USB-C output, MicroRidge’s compact-form-factor EVO-generation receiver. Covers performance specifications, physical dimensions, and... - [MicroBase EVO - Change Output Mode Wedge and Serial](https://microridge.com/document/microbase-evo-change-output-mode-wedge-and-serial/): This guide covers switching the MicroBase EVO between keyboard wedge output mode and serial (RS-232/USB virtual COM) output mode. Keyboard... - [Change Read Mode - MobileCollect Mobile Module](https://microridge.com/document/change-read-mode-mobilecollect-mobile-module/): This feature guide covers changing the read mode on a MobileCollect Mobile Module transmitter between Single, Continuous, and TIR (Total... - [WedgeLink Software Keyboard Wedge Users Guide](https://microridge.com/document/wedgelink-software-keyboard-wedge-users-guide/): Full user’s guide for WedgeLink Software, MicroRidge’s keyboard wedge utility. Covers installation, connecting to RS-232 devices, configuring comm parameters, data... - [Test Report for ETSI EN 300 328 V2.1.1 (2016-11)](https://microridge.com/document/test-report-for-etsi-en-300-328-v2-1-1-2016-11/): Date of Issue: May 13, 2019 - [Test Report for ETSI EN 300 328 v1.7.1 (2006-10)](https://microridge.com/document/test-report-for-etsi-en-300-328-v1-7-1-2006-10/): Date of Issue: October 27, 2014 - [Test Report for EN 301 489-17 V3.1.1 (2017-02)](https://microridge.com/document/test-report-for-en-301-489-17-v3-1-1-2017-02/): Date of Issue: May 9, 2019 - [Test Report for EN 301 489-1 V1.9.2 (2011-09) as specified in EN 301 489-17 V2.2.1 (2012-09)](https://microridge.com/document/test-report-for-en-301-489-1-v1-9-2-2011-09-as-specified-in-en-301-489-17-v2-2-1-2012-09/): Date of Issue: October 21, 2014 - [Test Report for IC 12298A-RM2, RSS-Gen Issue 3 & RSS-210 Issue 8](https://microridge.com/document/test-report-for-ic-12298a-rm2-rss-gen-issue-3-rss-210-issue-8/): Date of Issue: October, 27, 2014 - [Test Report for FCC Part 15, Subpart B, ICES-003, Issue 5](https://microridge.com/document/test-report-for-fcc-part-15-subpart-b-ices-003-issue-5/): Date of Issue: October 15, 2014 - [Test Report for FCC ID 2ACNQRM2, FCC Part 15, Subpart C](https://microridge.com/document/test-report-for-fcc-id-2acnqrm2-fcc-part-15-subpart-c/): Date of Issue: October 27, 2014 - [Declaration of Conformity for CE Mark](https://microridge.com/document/declaration-of-conformity-for-ce-mark/): European Union Declaration of Conformity for CE Mark, covering the RM2. 4 wireless radio module used across MicroRidge’s MobileCollect transmitter... - [Industry Canada Certificate of Conformity](https://microridge.com/document/industry-canada-certificate-of-conformity/): Certificate of Conformity issued by Industry Canada. - [FCC Grant of Equipment Authorization](https://microridge.com/document/fcc-grant-of-equipment-authorization/): Grant of Equipment Authorization issued by the Federal Communications Commission. - [Wireless Communications Library for MICRO-RM2.4 Radio Module](https://microridge.com/document/wireless-communications-library-for-micro-rm2-4-radio-module/): Description of the MICRO-RM2. 4 Wireless Communication functions. The software library and include file can be downloaded in the Software... - [RM2.4 Radio Module User's Guide](https://microridge.com/document/rm2-4-radio-module-users-guide/): Developer’s user’s guide for the MICRO-RM2. 4 radio module, the wireless component embedded in MicroRidge’s RM2. 4 transmitter and base... - [RM2.4 Radio Module Fact Sheet](https://microridge.com/document/rm2-4-radio-module-fact-sheet/): Fact sheet summarizing the MICRO-RM2. 4 radio module, the wireless component used across MicroRidge’s MobileCollect transmitter and base receiver line.... - [MobileCollect Selection Tool Users Guide](https://microridge.com/document/mobilecollect-selection-tool-users-guide/): User’s guide for the MobileCollect Selection Tool, a reference utility listing gages researched for compatibility with MobileCollect Mobile Module transmitters,... - [WedgeLink Xpress Chapter 3 Create & Save Configuration](https://microridge.com/document/wedgelink-xpress-chapter-3-create-save-configuration/): Chapter 3 of the WedgeLink Xpress documentation, covering how to create and save a configuration once the program is sending... - [WedgeLink Xpress Chapter 2 Add Date & Time Stamp](https://microridge.com/document/wedgelink-xpress-chapter-2-add-date-time-stamp/): Chapter 2 of the WedgeLink Xpress documentation, covering how to add a TIME or DATE & TIME stamp to each... - [WedgeLink Xpress Chapter 1 Send Measurements into Excel](https://microridge.com/document/wedgelink-xpress-chapter-1-send-measurements-into-excel/): Chapter 1 of the WedgeLink Xpress documentation, covering how to send MobileCollect wireless gage measurement data directly into Microsoft Excel... - [WedgeLink Spec Sheets](https://microridge.com/document/wedgelink-spec-sheets/): Specification sheets for the WedgeLink Family. - [WedgeLink SP User’s Guide](https://microridge.com/document/wedgelink-sp-users-guide/): Full user’s guide for the WedgeLink SP, MicroRidge’s hardware keyboard wedge for transferring RS-232 gage data into any application that... - [WedgeLink Brochure](https://microridge.com/document/wedgelink-brochure/): All Windows programs are designed to accept the characters typed from the computer keyboard. - [WedgeLink AT User’s Guide](https://microridge.com/document/wedgelink-at-users-guide/): Full user’s guide for the WedgeLink AT, MicroRidge’s configurable hardware keyboard wedge for transferring RS-232 measurement data into any Windows... - [WedgeLink AT Overview](https://microridge.com/document/wedgelink-at-overview/): Product overview of the WedgeLink AT, a configurable hardware keyboard wedge that transfers measurement values from an RS-232 serial output... - [Wedge/USB Base Overview](https://microridge.com/document/wedge-usb-base-overview/): Product overview of the Wedge/USB Base Receiver, which sends MobileCollect measurement data into Excel, Access, Minitab, and cloud-based data collection... - [Use “Find Numeric Value” Feature](https://microridge.com/document/use-find-numeric-value-feature/): This feature guide covers the Find Numeric Value setting in WedgeLink Standard, which filters incoming RS-232 data so only the... - [Transmitter to Receiver Ratio](https://microridge.com/document/transmitter-to-receiver-ratio/): This reference document answers how many transmitters can be paired to a single MobileCollect Base Receiver, a common planning question... - [Supported Keyboard Layouts](https://microridge.com/document/supported-keyboard-layouts-2/): This reference document lists the keyboard layouts supported by the WedgeLink AT keyboard wedge. Since the WedgeLink AT emulates keyboard... - [Supported Keyboard Layouts](https://microridge.com/document/supported-keyboard-layouts/): This reference document lists the keyboard layouts supported by GageWay Pro interfaces. This feature is only available when using the... - [RS-232 Remote Spec Sheet](https://microridge.com/document/rs-232-remote-spec-sheet/): Specification sheet for the RS-232 Remote (MC-REM-RS232), MicroRidge’s RM2. 4 wireless transmitter designed for stationary RS-232 output devices in fixed... - [RS-232 Mobile Module Spec Sheet](https://microridge.com/document/rs-232-mobile-module-spec-sheet/): Specification sheet for the RS-232 Mobile Module (MC-MM-V2), MicroRidge’s RM2. 4 wireless transmitter built to interface with native RS-232 output... - [Overview: MobileCollect Wireless Base Receivers](https://microridge.com/document/overview-mobilecollect-wireless-base-receivers/): This overview covers the role of the Base Receiver in a MobileCollect wireless installation. The Base Receiver is the core... - [Ordering Mobile Module Transmitters and Cables](https://microridge.com/document/ordering-mobile-module-transmitters-and-cables/): This ordering guide explains how to select the correct Mobile Module transmitter and matching gage cable from MicroRidge’s catalog of... - [MobileCollect Wireless Remote Transmitters](https://microridge.com/document/mobilecollect-wireless-remote-transmitters/): Overview of the MobileCollect Remote transmitter family, MicroRidge’s RM2. 4 wireless transmitters designed for stationary gage devices in fixed mounts,... - [MobileCollect Wireless Mobile Module Transmitters](https://microridge.com/document/mobilecollect-wireless-mobile-module-transmitters/): Overview of the MobileCollect Mobile Module transmitter family, MicroRidge’s RM2. 4 wireless transmitters designed for mobile handheld gage devices such... - [MobileCollect Using CDI Indicator Tech Note](https://microridge.com/document/mobilecollect-using-cdi-indicator-tech-note/): This technical note covers MobileCollect wireless integration with Chicago Dial Indicator (CDI) digital indicators. MobileCollect RM2. 4 wireless is available... - [MobileCollect Using Mitutoyo U-Wave Transmitter Tech Note](https://microridge.com/document/mobilecollect-using-mitutoyo-u-wave-transmitter-tech-note/): This technical note covers integrating Mitutoyo U-Wave transmitters into a MobileCollect wireless system. MobileCollect Base Receivers support direct reception from... - [MobileCollect Spec Sheets](https://microridge.com/document/mobilecollect-spec-sheets/): Specification sheets for the MobileCollect Family. - [MobileCollect RF Sniffer Users Guide](https://microridge.com/document/mobilecollect-rf-sniffer-users-guide/): User’s guide for the MobileCollect RF Channel Sniffer, a diagnostic utility that measures the amount of RF activity on each... - [MobileCollect RF Interference](https://microridge.com/document/mobilecollect-rf-interference/): Interference issues with wireless systems are a concern of every wireless implementation. The 3rd generation MobileCollect from MicroRidge is actively... - [MobileCollect Overview](https://microridge.com/document/mobilecollect-overview/): MobileCollect transmits measurements wirelessly from any gaging device with a supported SPC data port into any Windows, web, or cloud... - [MobileCollect Hardware Components Users Guide](https://microridge.com/document/mobilecollect-hardware-components-users-guide/): This guide documents every hardware component in the MobileCollect wireless system: Mobile Module and Remote transmitters, Base Receivers (USB, RS-232,... - [MobileCollect Brochure](https://microridge.com/document/mobilecollect-brochure/): MobileCollect Wireless the process of transferring measurement data simplifies from a gage to your SPC/DAQ application. - [Mobile Module Setup Button Restricted Mode Ver 5.14 & Later](https://microridge.com/document/mobile-module-setup-button-restricted-mode-ver-5-14-later/): This technical note covers Setup Button Restricted Mode for MobileCollect Mobile Module transmitters running firmware version 5. 14 or later.... - [Mobile Module Setup Button Restricted Mode Ver 5.14 & Earlier](https://microridge.com/document/mobile-module-setup-button-restricted-mode-ver-5-14-earlier/): MobileCollect Mobile Module setup button restricted mode of operation procedures for version 5. 14 or earlier. - [Mini Mobile Module Spec Sheet](https://microridge.com/document/mini-mobile-module-spec-sheet/): Specification sheet for the Mini Mobile Module (MC-MM-M3), MicroRidge’s legacy RM2. 4 wireless transmitter for mobile gage devices such as... - [MobileCollect U-Wave Integration](https://microridge.com/document/mobilecollect-u-wave-integration/): This flyer covers MobileCollect’s support for Mitutoyo U-Wave transmitters. MobileCollect Base Receivers can receive data directly from Mitutoyo U-Wave-equipped gages,... - [Keyboard Wedge Options](https://microridge.com/document/keyboard-wedge-options/): A keyboard wedge is a tool used for sending measurement data into programs that are unable to directly accept information... - [Install or Replace Mini Mobile Module Cable](https://microridge.com/document/install-or-replace-mini-mobile-module-cable/): This guide covers installing or replacing the gage cable on a Mini Mobile Module transmitter. Cables connect the transmitter to... - [Install or Replace Command or Digital Mobile Module Cable](https://microridge.com/document/install-or-replace-command-or-digital-mobile-module-cable/): How to install or replace a Digital or Command Mobile Module gage cable. - [How to Choose a WedgeLink Keyboard Wedge](https://microridge.com/document/how-to-choose-a-wedgelink-keyboard-wedge/): A simple flow chart to help you choose the right MicroRidge KeyBoard Wedge. - [GageWay Spec Sheets](https://microridge.com/document/gageway-spec-sheets/): Specification sheets for the GageWay Family. - [GageWay SM Users Guide](https://microridge.com/document/gageway-sm-users-guide/): Full user’s guide for the GageWay SM, an easy-to-use wired interface designed to connect a single Mitutoyo or Mitutoyo-compatible gage... - [GageWay Pro User Guide](https://microridge.com/document/gageway-pro-user-guide/): Full user’s guide for the GageWay Pro line (Pro2, Pro4, Pro8), MicroRidge’s most advanced wired gage interfaces for connecting multiple... - [GageWay KW Users Guide](https://microridge.com/document/gageway-kw-users-guide/): Full user’s guide for the GageWay KW, a hardware keyboard wedge that transfers wired gage measurement data into any Windows... - [GageWay Interfaces Brochure](https://microridge.com/document/gageway-interfaces-brochure/): Product brochure for the GageWay wired interface line, which connects one or more digital gages and serial devices to a... - [FAQ Checklist – MobileCollect Wireless](https://microridge.com/document/faq-checklist-mobilecollect-wireless/): This checklist answers the most frequently asked questions about MobileCollect wireless, covering common setup, pairing, and troubleshooting topics that come... - [Digital Remote Spec Sheet](https://microridge.com/document/digital-remote-spec-sheet/): Specification sheet for the Digital Remote (MC-REM-DIG), MicroRidge’s RM2. 4 wireless transmitter designed for stationary digital display and indicator gage... - [Core & VRS Flyer](https://microridge.com/document/core-vrs-flyer/): Product flyer covering the CDI Core and VRS digital indicator models manufactured by Chicago Dial Indicator (CDI), both of which... - [Conflict Materials Policy](https://microridge.com/document/conflict-materials-policy/): MicroRidge’s Conflict Materials Policy statement, addressing the company’s position on sourcing of tin, tantalum, tungsten, and gold (3TG) used in... - [Computer Connection Options](https://microridge.com/document/computer-connection-options/): This guide reviews the computer connection options available on the GageWay Pro interface line, covering the supported connection types and... - [Command Mobile Module Spec Sheet](https://microridge.com/document/command-mobile-module-spec-sheet/): Specification sheet for the Command Mobile Module (MC-MM-DC), part of MicroRidge’s Command & Digital Mobile Module line. Covers performance specifications,... - [Command Mobile Module External Switch Setup](https://microridge.com/document/command-mobile-module-external-switch-setup/): This guide covers connecting and configuring an external foot or hand switch to trigger a gage reading through a Command... - [CDI Long Range Test Results](https://microridge.com/document/cdi-long-range-test-results/): This document reports transmission range test results for the CDI VRS and CORE “Long Range” indicator models with embedded MobileCollect... - [Auto Baud Rate Detection](https://microridge.com/document/auto-baud-rate-detection/): This feature guide covers Auto Baud Rate Detection on the WedgeLink AT keyboard wedge, which automatically identifies the correct communication... - [MobileCollect Declaration of Conformity](https://microridge.com/document/mobilecollect-declaration-of-conformity/): Declaration of Conformity for CE Mark on MobileCollect Products. Reach out to us if you have any questions. - [GageWay & WedgeLink Declaration of Conformity](https://microridge.com/document/gageway-wedgelink-declaration-of-conformity/): CE Mark Declaration of Conformity covering MicroRidge’s GageWay wired gage interfaces and WedgeLink keyboard wedge product lines, issued under MicroRidge... - [2025 Price List - 1/1/2025](https://microridge.com/document/2025-price-list-1-1-2025/): 2025 MicroRidge Product Pricing - [MobileCollect Extended Setup Users Guide](https://microridge.com/document/mobilecollect-extended-setup-users-guide/): Full user’s guide for MobileCollect Extended Setup, the configuration utility used to set up and configure MobileCollect Base Receivers, Remote... - [Adding Numeric Channel ID Using Extended Setup](https://microridge.com/document/adding-numberic-channel-id/): This guide covers adding a numeric Channel ID to a MobileCollect channel using Extended Setup. A numeric Channel ID lets... - [MobileCollect Xpress Setup Users Guide](https://microridge.com/document/mobilecollect-xpress-setup-users-guide/): Full user’s guide for MobileCollect Xpress Setup, the streamlined configuration utility used to set up MobileCollect Base Receivers and Mobile... ## Posts - [Ihr USB-Serial-Konverter funktioniert nicht mehr. Warum Sie ihn nicht reparieren sollten.](https://microridge.com/de/ihr-usb-serial-konverter-funktioniert-nicht-mehr-warum-sie-ihn-nicht-reparieren-sollten/): Einen weiteren Treiber zu suchen ist nicht die echte Lösung. Hier erfahren Sie, was ein Hardware-Keyboard-Wedge anders macht. - [Su conversor USB-serie ha dejado de funcionar. He aquí por qué no debería repararlo.](https://microridge.com/es/su-conversor-usb-serie-ha-dejado-de-funcionar-he-aqui-por-que-no-deberia-repararlo/): Buscar otro controlador no es la solución real. He aquí lo que un keyboard wedge por hardware hace de forma... - [Votre convertisseur USB-série a cessé de fonctionner. Voici pourquoi vous ne devriez pas le réparer.](https://microridge.com/fr/votre-convertisseur-usb-serie-a-cesse-de-fonctionner-voici-pourquoi-vous-ne-devriez-pas-le-reparer/): Courir après un autre pilote n'est pas la vraie solution. Voici ce qu'un émulateur de clavier matériel fait différemment. - [Your USB-Serial Converter Stopped Working. Here's Why You Shouldn't Fix It.](https://microridge.com/your-usb-serial-converter-stopped-working-heres-why-you-shouldnt-fix-it/): Chasing another driver isn't the real fix. Here's what a hardware keyboard wedge does differently. - [GageMaker rejoint MicroRidge à l'IMTS 2026 : collecte de données sans fil pour les MIC TRAC 3000 et MIC TRAC 4000](https://microridge.com/fr/gagemaker-rejoint-microridge-a-limts-2026-collecte-de-donnees-sans-fil-pour-les-mic-trac-3000-et-mic-trac-4000/): Aucune saisie manuelle entre le MIC TRAC et votre logiciel d'étalonnage, GageMaker et MicroRidge vous montrent comment à l'IMTS 2026. - [GageMaker kommt zu MicroRidge auf der IMTS 2026: Drahtlose Datenerfassung für den MIC TRAC 3000 und MIC TRAC 4000](https://microridge.com/de/gagemaker-kommt-zu-microridge-auf-der-imts-2026-drahtlose-datenerfassung-fuer-den-mic-trac-3000-und-mic-trac-4000/): Keine manuelle Eingabe zwischen dem MIC TRAC und Ihrer Kalibriersoftware – GageMaker und MicroRidge zeigen Ihnen wie auf der IMTS... - [GageMaker se une a MicroRidge en el IMTS 2026: Recopilación inalámbrica de datos para el MIC TRAC 3000 y el MIC TRAC 4000](https://microridge.com/es/gagemaker-se-une-a-microridge-en-el-imts-2026-recopilacion-inalambrica-de-datos-para-el-mic-trac-3000-y-el-mic-trac-4000/): Sin entrada manual entre el MIC TRAC y su software de calibración; GageMaker y MicroRidge le muestran cómo en el... - [GageMaker Joins MicroRidge at IMTS 2026: Wireless Data Collection for the MIC TRAC 3000 and MIC TRAC 4000](https://microridge.com/gagemaker-mic-trac-wireless-data-collection/): No manual entry between the MIC TRAC and your calibration software, GageMaker and MicroRidge show you how at IMTS 2026. - [How Pride Gage Helps Midwest Manufacturers Eliminate Manual Data Entry and Pass the Audit](https://microridge.com/reseller-spotlight-pride-gage-toledo/): Pride Gage pairs local metrology expertise with MicroRidge's wireless data collection to close the gap between measured parts and documented,... - [Actualización de funciones de WedgeLink AT: redondeo decimal configurable y sellado de fecha y hora](https://microridge.com/es/actualizacion-de-funciones-de-wedgelink-at-redondeo-decimal-configurable-y-sellado-de-fecha-y-hora/): Dos nuevas capacidades de WedgeLink AT: formato decimal coherente y captura automática de fecha y hora para cada lectura. - [WedgeLink AT Funktions-Update: Konfigurierbare Dezimalrundung und Datums-/Zeitstempelung](https://microridge.com/de/wedgelink-at-funktions-update-konfigurierbare-dezimalrundung-und-datums-zeitstempelung/): Zwei neue WedgeLink AT-Funktionen: konsistente Dezimalformatierung und automatische Datums-/Zeiterfassung für jeden Messwert. - [Mise à jour des fonctionnalités de WedgeLink AT : Arrondi décimal configurable et horodatage](https://microridge.com/fr/mise-a-jour-des-fonctionnalites-de-wedgelink-at-arrondi-decimal-configurable-et-horodatage/): Deux nouvelles fonctionnalités de WedgeLink AT : formatage décimal cohérent et capture automatique de la date/heure pour chaque lecture. - [WedgeLink AT Feature Update: Configurable Decimal Rounding and Date/Time Stamping](https://microridge.com/wedgelink-at-rounding-date-time-stamp-update/): Two new WedgeLink AT capabilities: consistent decimal formatting and automatic date/time capture for every reading. - [Du calibre à l'IA : comment la collecte de données sans fil ferme la boucle sur la qualité prédictive](https://microridge.com/fr/from-gage-to-ai-predictive-quality/): Chaque responsable qualité a vécu ce moment : un graphique de contrôle signale une tendance, vous extrayez les données et... - [Vom Messgerät zur KI: Wie die drahtlose Datenerfassung den Kreislauf der prädiktiven Qualität schließt](https://microridge.com/de/from-gage-to-ai-predictive-quality/): Jeder Qualitätsmanager hat diesen Moment schon erlebt: Ein Regelkartentrend wird angezeigt, Sie ziehen die Daten und stellen fest, dass die... - [Del calibre a la IA: cómo la recopilación inalámbrica de datos cierra el círculo de la calidad predictiva](https://microridge.com/es/from-gage-to-ai-predictive-quality/): Todo responsable de calidad ha vivido este momento: un gráfico de control señala una tendencia, usted extrae los datos y... - [From Gage to AI: How Wireless Data Collection Closes the Loop on Predictive Quality](https://microridge.com/from-gage-to-ai-predictive-quality/): Every quality manager has lived this moment: a control chart flags a trend, you pull the data, and you realize... - [RS-232 Remote - Utilizing Read Switches](https://microridge.com/rs-232-remote-utilizing-read-switches/): Step-by-step guide to enabling and configuring the read switch port on the RS-232 Remote and Base Receiver in MobileCollect Extended... - [RS-232 Remote - Pairing and Initial Setup](https://microridge.com/rs-232-remote-pairing-and-initial-setup/): Step-by-step guide to pairing the MobileCollect RS-232 Remote with a Base Receiver and configuring comm parameters in Extended Setup. - [Cómo Atrya Plast Lleva la Recolección Inalámbrica de Datos de Medición a los Laboratorios de Calidad de MéxicoHow Atrya Plast Brings Wireless Gage Data Collection to Mexico's Quality Labs](https://microridge.com/es/como-atrya-plast-lleva-la-recoleccion-inalambrica-de-datos-de-medicion-a-los-laboratorios-de-calidad-de-mexicohow-atrya-plast-brings-wireless-gage-data-collection-to-mexicos-quality-labs/): Para los fabricantes de los sectores de bebidas, vidrio y farmacéutica en México, la recolección automatizada de datos de instrumentos... - [How Atrya Plast Brings Wireless Gage Data Collection to Mexico's Quality Labs](https://microridge.com/reseller-feature-atrya-plast-mexico/): Mexico City, Mexico - [MobileCollect Selection Tool Update – June 2026](https://microridge.com/mobilecollect-selection-tool-update-june-2026/): The MobileCollect Selection Tool gage and cable database has been updated. This release includes pricing updates for Mahr and Fowler... - [So verbinden Sie drahtlose Messgeräte mit einem iPad oder Android-Tablet – ohne App](https://microridge.com/de/connect-wireless-gages-ipad-android-tablet/): Keine App, keine Bluetooth-Kopplung, kein IT-Projekt – schließen Sie einfach die MicroBase an Ihr Tablet an und beginnen Sie mit... - [Cómo conectar calibres inalámbricos a un iPad o una tableta Android — sin necesidad de app](https://microridge.com/es/connect-wireless-gages-ipad-android-tablet/): Sin app, sin emparejamiento Bluetooth, sin proyecto de TI: solo conecte el MicroBase a su tableta y empiece a recopilar... - [Comment connecter des instruments de mesure sans fil à un iPad ou une tablette Android — Aucune application requise](https://microridge.com/fr/connect-wireless-gages-ipad-android-tablet/): Pas d’application, pas d’appairage Bluetooth, pas de projet informatique — branchez simplement le MicroBase sur votre tablette et commencez à... - [How to Connect Wireless Gages to an iPad or Android Tablet — No App Required](https://microridge.com/connect-wireless-gages-ipad-android-tablet/): No app, no Bluetooth pairing, no IT project — just plug the MicroBase into your tablet and start collecting gage... - [Ihr Mitutoyo USB Input Tool funktioniert nach einem Windows-Update nicht mehr – Hier erfahren Sie, warum und was zu tun ist](https://microridge.com/de/mitutoyo-usb-input-tool-blocked-windows-driver-policy/): „Dieser Treiber wurde blockiert. ITVCP64. sys entspricht nicht der Windows-Treiberrichtlinie. “ Aktuell: 05. 06. 2026 LinkedIn Reddit Threads Facebook X... - [Votre Mitutoyo USB Input Tool a cessé de fonctionner après une mise à jour Windows — voici pourquoi et quoi faire](https://microridge.com/fr/mitutoyo-usb-input-tool-blocked-windows-driver-policy/): « Ce pilote a été bloqué. ITVCP64. sys ne respecte pas la stratégie de pilotes Windows. » Actuel : 05/06/2026... - [Su Mitutoyo USB Input Tool dejó de funcionar tras una actualización de Windows: por qué y qué hacer](https://microridge.com/es/mitutoyo-usb-input-tool-blocked-windows-driver-policy/): «Este controlador se ha bloqueado. ITVCP64. sys no cumple la directiva de controladores de Windows». Actual: 6/5/2026 LinkedIn Reddit Threads... - [Your Mitutoyo USB Input Tool Stopped Working After a Windows Update — Here's Why, and What to Do](https://microridge.com/mitutoyo-usb-input-tool-blocked-windows-driver-policy/): “This driver has been blocked. ITVCP64. sys does not pass the Windows driver policy. ” Current: 6/5/2026 LinkedIn Reddit Threads... - [Why Gage Data Collection is the First Step Toward AS9100D, NADCAP, and AS9102B Compliance](https://microridge.com/why-in-process-gage-data-collection-matters/): How wireless in-process data collection closes the gap between a compliance record and an early warning system. - [Mitutoyo Digimatic SPC-Kabeltypen erklärt: Jeder Steckverbinder, jede Teilenummer](https://microridge.com/de/mitutoyo-digimatic-spc-cable-connector-types/): Jeder Mitutoyo-Digimatic-Steckverbindertyp, zugeordnet zu Messmittelfamilie, Kabel-Teilenummer, Ausgabeprotokoll und kompatiblem MicroRidge-Interface — alles an einem Ort. - [Tipos de cables Mitutoyo Digimatic SPC explicados: todos los conectores, todos los números de pieza](https://microridge.com/es/mitutoyo-digimatic-spc-cable-connector-types/): Cada tipo de conector Mitutoyo Digimatic, asignado a su familia de gages, número de pieza del cable, protocolo de salida... - [Types de câbles SPC Mitutoyo Digimatic expliqués : Chaque connecteur, chaque numéro de pièce](https://microridge.com/fr/mitutoyo-digimatic-spc-cable-connector-types/): Chaque type de connecteur Mitutoyo Digimatic associé à sa famille d’instruments, sa référence de câble, son protocole de sortie et... - [Mitutoyo Digimatic SPC Cable Types Explained: Every Connector, Every Part Number](https://microridge.com/mitutoyo-digimatic-spc-cable-connector-types/): Every Mitutoyo Digimatic connector type mapped to its gage family, cable part number, output protocol, and compatible MicroRidge interface —... - [OpenGage Mode — Environmental Monitor Example with the SHT45 and Arduino Nano ESP32](https://microridge.com/opengage-mode-wireless-environmental-monitoring/): OpenGage Mode in Practice: Wireless Environmental Monitoring with the SHT45 and Arduino Nano ESP32 From an off the shelf sensor... - [Drahtlose TIR-Datenerfassung für die Rohraußendurchmesser-Inspektion](https://microridge.com/de/drahtlose-tir-datenerfassung-fuer-die-rohraussendurchmesser-inspektion/): MobileCollect führt das TIR-Tracking auf Senderebene durch – und verwandelt jeden kompatiblen digitalen Messuhr-Anzeiger in eine drahtlose, SPC-fähige Messstation. - [Collecte de données TIR sans fil pour l’inspection du diamètre extérieur des tuyaux](https://microridge.com/fr/collecte-de-donnees-tir-sans-fil-pour-linspection-du-diametre-exterieur-des-tuyaux/): MobileCollect effectue le suivi TIR au niveau du transmetteur — transformant tout comparateur numérique compatible en une station de mesure... - [Recopilación inalámbrica de datos TIR para la inspección del diámetro exterior de tuberías](https://microridge.com/es/recopilacion-inalambrica-de-datos-tir-para-la-inspeccion-del-diametro-exterior-de-tuberias/): MobileCollect realiza el seguimiento de TIR a nivel de transmisor, convirtiendo cualquier indicador digital compatible en una estación de medición... - [Wireless TIR Data Collection for Pipe OD Inspection](https://microridge.com/wireless-tir-pipe-inspection-oil-gas/): MobileCollect performs TIR tracking at the transmitter level — turning any compatible digital indicator into a wireless, SPC-ready measurement station. - [MobileCollect Mini Mobile Module EVO Connector Compatibility](https://microridge.com/mobilecollect-mini-mobile-module-evo-connector-compatibility/): M3 and M3E gage connectors are cross-compatible — use this guide to confirm the correct pairing for your transmitter generation.... - [OpenGage Mode — Connect Any 3V UART Device to the RM2.4 Industrial Wireless Network](https://microridge.com/opengage-mode/): MobileCollect OpenGage Mode UART Connection Connect Any 3V UART Device to the RM2. 4 Industrial Wireless Network LinkedIn Reddit Threads... - [MicroRidge Launches Mini Mobile Module EVO: OpenGage Mode and 800,000+ Reading Battery Life](https://microridge.com/mini-mobile-module-evo-launch/): Introducing the Mini Mobile Module EVO: The Next Evolution of the Mini Mobile Module (M3) Introducing OpenGage Mode & 800,000+... - [What the DP-1VA Can't Do — and How MobileCollect Fixes It](https://microridge.com/mobilecollect-mitutoyo-dp-1va-wireless-multi-gage/): What the DP-1VA Can’t Do — and How MobileCollect Fixes It Connect any gage, run multiple instruments to one printer,... - [Wireless Stationary Gage Data Collection](https://microridge.com/wireless-stationary-gage-data-collection/): How USB power and two-way wireless communication give fixed-station gages the trigger flexibility and process control that battery-powered transmitters can't... - [Pourquoi le Bluetooth échoue dans l'industrie manufacturière](https://microridge.com/fr/why-bluetooth-fails-in-manufacturing/): Une comparaison basée sur les données des protocoles sans fil pour instruments de mesure pour la collecte de données SPC... - [¿Por qué Bluetooth falla en la fabricación?](https://microridge.com/es/why-bluetooth-fails-in-manufacturing/): Una comparación basada en datos de los protocolos inalámbricos de galgas para la recopilación de datos SPC industriales. LinkedIn Reddit... - [Warum Bluetooth in der Fertigung versagt](https://microridge.com/de/why-bluetooth-fails-in-manufacturing/): Ein datenbasierter Vergleich von Funkprotokollen für die industrielle SPC-Datenerfassung. LinkedIn Reddit Threads Facebook X Email This post is also available... - [Why Bluetooth Fails in Manufacturing](https://microridge.com/why-bluetooth-fails-in-manufacturing/): A data-driven comparison of wireless gage protocols for industrial SPC data collection. LinkedIn Reddit Threads Facebook X Email This post... - [Cómo conectar un calibre digital a su ordenador](https://microridge.com/es/how-to-connect-a-digital-gage-to-your-computer/): La mayoría de los adaptadores USB no pueden leer la salida Digimatic SPC. Conozca qué interfaz y qué cable necesita... - [So verbinden Sie ein digitales Messgerät mit Ihrem Computer](https://microridge.com/de/how-to-connect-a-digital-gage-to-your-computer/): Die meisten USB-Adapter können Digimatic-SPC-Ausgabe nicht lesen. Erfahren Sie, welche Schnittstelle und welches Kabel Sie tatsächlich benötigen – und was... - [Comment connecter une jauge numérique à votre ordinateur](https://microridge.com/fr/how-to-connect-a-digital-gage-to-your-computer/): La plupart des adaptateurs USB ne peuvent pas lire la sortie SPC Digimatic. Découvrez l’interface et le câble dont vous... - [How to Connect a Digital Gage to Your Computer](https://microridge.com/how-to-connect-a-digital-gage-to-your-computer/): Most USB adapters can't read Digimatic SPC output. Learn what interface and cable you actually need — and what it... - [Hardware Keyboard Wedge frente a Software Keyboard Wedge](https://microridge.com/es/hardware-keyboard-wedge-vs-software-keyboard-wedge/): Conozca cuándo una interfaz de teclado por hardware supera a una por software para la recopilación de datos en planta,... - [Hardware-Keyboard-Wedge vs. Software-Keyboard-Wedge](https://microridge.com/de/hardware-keyboard-wedge-vs-software-keyboard-wedge/): Erfahren Sie, wann eine Hardware-Keyboard-Wedge einer Software-Keyboard-Wedge bei der Datenerfassung in der Fertigung überlegen ist – und wann Sie beide... - [Coinceur clavier matériel vs coinceur clavier logiciel](https://microridge.com/fr/hardware-keyboard-wedge-vs-software-keyboard-wedge/): Découvrez quand un coinceur clavier matériel surpasse un coinceur clavier logiciel pour la collecte de données en atelier — et... - [Hardware Keyboard Wedge vs Software Keyboard Wedge](https://microridge.com/hardware-keyboard-wedge-vs-software-keyboard-wedge/): Learn when a hardware keyboard wedge beats a software keyboard wedge for production floor data collection — and when you... - [Mitutoyo SPC Cable Connector Changes Guide](https://microridge.com/mitutoyo-spc-cable-connector-changes-guide/): Mitutoyo Changed the SPC Cable on Several Product Lines — Here’s What You Need to Know Mitutoyo has changed the... - [MobileCollect Update: All Data Output Mode, International Keyboard & More](https://microridge.com/mobilecollect-update-all-data-output-mode-international-keyboard-more/): Free MobileCollect Updates: All Data Output Mode, International Keyboard Wedge Support, and Streamlined Wireless Gage Configuration LinkedIn Reddit Threads Facebook... - [Coût réel de la saisie manuelle des données de mesure](https://microridge.com/fr/true-cost-of-manual-measurement-data-entry/): Comment les erreurs de transcription corrompent vos données SPC — et comment les éliminer LinkedIn Reddit Threads Facebook X Email... - [Wahre Kosten der manuellen Eingabe von Messdaten](https://microridge.com/de/true-cost-of-manual-measurement-data-entry/): Wie Übertragungsfehler Ihre SPC-Daten verfälschen – und wie Sie diese eliminieren LinkedIn Reddit Threads Facebook X Email This post is... - [Coste real de la introducción manual de datos de medición](https://microridge.com/es/true-cost-of-manual-measurement-data-entry/): Cómo los errores de transcripción corrompen sus datos SPC y cómo eliminarlos LinkedIn Reddit Threads Facebook X Email This post... - [True Cost of Manual Measurement Data Entry](https://microridge.com/true-cost-of-manual-measurement-data-entry/): How Transcription Errors Corrupt Your SPC Data — and How to Eliminate Them LinkedIn Reddit Threads Facebook X Email This... - [MobileCollect - Manufacturing Automation Enabler](https://microridge.com/mobilecollect-manufacturing-automation-enabler/): This article examines why connecting your gages and RS-232 devices is the most critical step in manufacturing automation. Automated measurement... - [RS-232 Mobile Module – Configuring with MobileCollect Xpress & Extended Setup](https://microridge.com/rs-232-mobile-module-configuring-with-mobilecollect-xpress-setup/): LinkedIn Reddit Threads Facebook X Email Applicable DevicesRS-232 V2 Mobile Module RS-232 Serial Protocol – Traditionally a Wired Connection RS-232... - [Understanding Gage Multiplexers: A Comprehensive Guide](https://microridge.com/understanding-gage-multiplexers-a-comprehensive-guide/): LinkedIn Reddit Threads Facebook X Email Summary Gage multiplexers consolidate measurements from multiple instruments into a single output (USB serial,... - [Mobile Module Transmitter - Pairing with Extended Setup](https://microridge.com/mobile-module-transmitter-pairing-with-extended-setup/): LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C | Wedge Base EVO... - [Com Port Testing: Easy Windows Tools & Tips](https://microridge.com/com-port-testing-easy-windows-tools-tips/): LinkedIn Reddit Threads Facebook X Email Essential Guide for Testing COM Ports You’ve connected a precision gage—maybe a digital scale,... - [Mobile Module Transmitter - Pairing with Xpress Setup](https://microridge.com/mobile-module-transmitter-pairing-with-xpress-setup/): LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C | Wedge Base EVO... - [What to look for in a Mitutoyo Digital Caliper](https://microridge.com/what-to-look-for-in-a-mitutoyo-digital-caliper/): LinkedIn Reddit Threads Facebook X Email When it comes to precision measurement tools, the Mitutoyo digital caliper stands out as... - [2025 Holiday Shutdown](https://microridge.com/2025-holiday-shutdown/): 2025 MicroRidge Holiday Shutdown | December 24th – January 1st Facebook Twitter LinkedIn Happy Holidays! The team at MicroRidge hopes... - [EVO Base Receiver – Change RF Channel](https://microridge.com/evo-base-receiver-change-rf-channel/): LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C | Wedge Base EVO... - [Base Receiver EVO – Change Keyboard Wedge Speed](https://microridge.com/base-receiver-evo-change-keyboard-wedge-speed/): LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C | Wedge Base EVO... - [How Manufacturers Can Eliminate FAI Errors, With or Without a CMM](https://microridge.com/eliminate-fai-errors-with-or-without-a-cmm/): Guest Post Written ByMehul Shah, Ground Control CEO LinkedIn Reddit Threads Facebook X Email If you’ve ever filled out a... - [WedgeLink AT – Isolate Numeric Output](https://microridge.com/wedgelink-at-isolate-numeric-output/): LinkedIn Reddit Threads Facebook X Email Applicable DevicesWedgeLink AT Keyboard Wedge Data Entry The WedgeLink AT lets you take RS-232... - [September 22, 2025 Pricing Update](https://microridge.com/september-22-2025-pricing-update/): LinkedIn Reddit Threads Facebook X Email Pricing Update Due to recent price increases in OEM components, we’re forced to increase... - [Manufacturing Technology Series WEST 2025](https://microridge.com/manufacturing-technology-series-west-2025/): Manufacturing Technology Series WEST Anaheim, California | October 7-9 | Anaheim Convention Center Booth 1325 LinkedIn Reddit Threads Facebook X... - [PQI Oktoberfest 2025](https://microridge.com/pqi-oktoberfest-2025/): PQI Oktoberfest PQI Headquarters | Plymouth, Minnesota | September 22-25 Facebook Twitter LinkedIn We’ll see you there! We’re excited to... - [Cómo conectar con dispositivos RS-232](https://microridge.com/es/how-to-interface-with-rs-232-devices/): ¿Se pregunta cómo conectar su báscula RS-232, escáner de códigos de barras, DRO u otros dispositivos de medición serie a... - [Comment interfacer des appareils RS-232](https://microridge.com/fr/how-to-interface-with-rs-232-devices/): Vous vous demandez comment connecter votre balance RS-232, votre lecteur de codes-barres, votre DRO ou d’autres appareils de mesure série... - [So stellen Sie eine Schnittstelle zu RS-232-Geräten her](https://microridge.com/de/how-to-interface-with-rs-232-devices/): Fragen Sie sich, wie Sie Ihre RS-232-Waage, Ihren Barcode-Scanner, DRO oder andere serielle Messgeräte mit Ihrem Computer verbinden? LinkedIn Reddit... - [How to Interface with RS-232 Devices](https://microridge.com/how-to-interface-with-rs-232-devices/): Asking yourself, how do I connect my RS-232 scale, barcode scanner, DRO or other serial measurement devices to my computer?... - [Base Receiver EVO - USB Serial Communication & USB Send All Mode](https://microridge.com/mobilecollect-evo-base-usb-serial-communication/): LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C | Wedge Base EVO... - [MobileCollect Selection Tool Update - July 10, 2025](https://microridge.com/mobilecollect-selection-tool-update-july-10-2025/): LinkedIn Reddit Threads Facebook X Email DataBase Update: 7/10/2025 MC-M3-937243 – Limited Stock Removed the “Cable discontinued” status for the... - [MobileCollect Full-Size EVO Bases Released](https://microridge.com/mobilecollect-full-size-evo-bases-released/): LinkedIn Reddit Threads Facebook X Email Full-Size MobileCollect EVO is Here! More Power | More Features MobileCollect EVO Full Size Bases are here! The... - [MobileCollect Selection Tool Update - June 17, 2025](https://microridge.com/mobilecollect-selection-tool-update-june-13-2025/): LinkedIn Reddit Threads Facebook X Email Database Update: 6/18/2025 Pricing Update: Pricing for many of our MobileCollect Cables has increased... - [June 18, 2025 Pricing Update](https://microridge.com/june-2025-pricing-update/): Facebook Twitter LinkedIn Pricing Update Due to recent changes in tariffs and ongoing economic conditions, we are experiencing increased costs... - [Mini Mobile Module – Send Custom Module Label](https://microridge.com/mini-mobile-module-send-custom-module-label/): Go/No-Go & Skip Button LinkedIn Reddit Threads Facebook X Email Applicable DevicesMini Mobile Module EVO Pass/Fail or Go/No-Go Quality Check... - [MicroBase EVO – Change Output Mode](https://microridge.com/microbase-evo-change-output-mode/): Keyboard Wedge & Serial LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C... - [MobileCollect MicroBase EVO Released](https://microridge.com/mobilecollect-evo-microbase-released/): Product Release MobileCollect MicroBase EVO LinkedIn Reddit Threads Facebook X Email MobileCollect EVO is Here! Featuring Keyboard Wedge & Serial Ouput! We have... - [Mobile Module – Changing Read Mode](https://microridge.com/mobile-module-changing-read-mode/): Single Read, Continuous Read, Absolute Value & TIR LinkedIn Reddit Threads Facebook X Email Applicable DevicesMini Mobile Module EVO |... - [Quality Show 2025](https://microridge.com/quality-show-2025/): Quality Show 2025 Music City Center | Nashville Tennessee | April 16-17 | Booth 413 LinkedIn Reddit Threads Facebook X... - [MobileCollect Firmware & Setup Program Update](https://microridge.com/mobilecollect-firmware-setup-program-update/): MobileCollect Firmware & Setup Program Update LinkedIn Reddit Threads Facebook X Email New firmware is available for the MobileCollect Command... - [MobileCollect Selection Tool Update - January 7, 2025](https://microridge.com/mobilecollect-selection-tool-update/): MobileCollect Selection Tool UpdateJanuary 7, 2025 Facebook Twitter LinkedIn The MobileCollect Selection Tool has been updated to version 1. 1.... - [2024 Holiday Shutdown](https://microridge.com/2024-holiday-shutdown/): 2024 MicroRidge Holiday Shutdown | December 24th – January 1st Facebook Twitter LinkedIn The holiday season is here, and we... - [2025 Pricing Update](https://microridge.com/2025-pricing-update-1-1-2025/): After holding steady for over 2 years, we’re updating prices in 2025. Facebook Twitter LinkedIn First, we would like to... - [Sustitución directa del Digipratic de CFAM Electronics](https://microridge.com/es/cfam-electronics-digipratic-direct-replacement/): Sustitución directa del Digipratic de CFAM Electronics CFAM Electronics ha cerrado. Esta es su vía directa, de reemplazo inmediato, para... - [CFAM Electronics Digipratic Direkter Ersatz](https://microridge.com/de/cfam-electronics-digipratic-direct-replacement/): CFAM Electronics Digipratic Direkter Ersatz CFAM Electronics hat den Betrieb eingestellt. Hier ist Ihr direkter Drop-in-Ersatz für den Digipratic ohne... - [Remplacement Direct du Multiplexeur Digipratic CFAM Electronics](https://microridge.com/fr/cfam-electronics-digipratic-direct-replacement/): Remplacement Direct du Multiplexeur Digipratic CFAM Electronics CFAM Electronics a fermé ses portes. Voici votre solution de remplacement direct pour... - [CFAM Electronics Digipratic Direct Replacement](https://microridge.com/cfam-electronics-digipratic-direct-replacement/): CFAM Electronics Digipratic Direct Replacement CFAM Electronics has shut down. Here’s your direct, drop-in path to replace the Digipratic with... - [Guía de Excel para la entrada mediante Keyboard Wedge y la manipulación de datos](https://microridge.com/es/excel-guide-to-keyboard-wedge-input-and-data-manipulation/): Guía de MicroRidge sobre la salida de Keyboard Wedge a Excel ¿Se pregunta cómo enviar datos de indicadores, micrómetros, calibres,... - [Excel-Leitfaden für Keyboard-Wedge-Eingabe und Datenmanipulation](https://microridge.com/de/excel-guide-to-keyboard-wedge-input-and-data-manipulation/): MicroRidge-Leitfaden zur Keyboard-Wedge-Ausgabe in Excel Fragen Sie sich, wie Sie Daten von Messuhren, Mikrometern, Messschiebern, Waagen, Barcode-Scannern und RS-232-Geräten an... - [Guide Excel pour l’entrée Keyboard Wedge et la manipulation de données](https://microridge.com/fr/excel-guide-to-keyboard-wedge-input-and-data-manipulation/): Guide MicroRidge sur la sortie Keyboard Wedge vers Excel Vous vous demandez comment envoyer des données provenant de comparateurs, micromètres,... - [Excel Guide to Keyboard Wedge Input and Data Manipulation](https://microridge.com/excel-guide-to-keyboard-wedge-input-and-data-manipulation/): MicroRidge Guide on Keyboard Wedge Output into Excel Asking yourself, how do I send data from indicators, micrometers, calipers, scales,... - [GageWay SM Supports New Mitutoyo ID-C/ID-F Indicator](https://microridge.com/gageway-sm-supports-new-mitutoyo-id-c-id-f-indicator/) - [New Mitutoyo ID-C/ID-F Indicator & SF Connector](https://microridge.com/new-mitutoyo-id-c-id-f-indicator-sf-connector/) - [Keyboard Wedge & Python, Perfect Match](https://microridge.com/keyboard-wedge-python-perfect-match/): Keyboard Wedge & Python, Perfect Match Facebook Twitter LinkedIn Python & KeyBoard Wedge? Let’s explore how powerful Keyboard Wedge technology... - [MobileCollect Selection Tool Updated - November 17, 2023](https://microridge.com/mobilecollect-selection-tool-updated/) - [MicroRidge, What do we do?](https://microridge.com/microridge-what-do-we-do/): MicroRidge, What do we do? Facebook Twitter LinkedIn MicroRidge products transmit measurement data from any gage with SPC output into... - [What software is compatible with MicroRidge?](https://microridge.com/what-software-is-compatible-with-microridge/): What software is compatible with MicroRidge? Facebook Twitter LinkedIn What software works with MicroRidge? You’ll get the classic sales answer... - [Thank You for Visiting us at the Quality Show](https://microridge.com/thank-you-for-visiting-us-at-the-quality-show/): Thank You for Visiting us at the Quality Show Facebook Twitter LinkedIn What a Success! The 2023 Quality Show at... - [Mitutoyo High Accuracy Gage Support - 06AGL011](https://microridge.com/mitutoyo-high-accuracy-gage-support-06agl011/): Mitutoyo High Accuracy Gage Support – 06AGL011 Facebook Twitter LinkedIn We are excited to announce that we’re starting to support... - [MicroRidge Systems Acquired by Riley Tronson and Andy Duvall](https://microridge.com/microridge-systems-acquired-by-riley-tronson-and-andy-duvall/): MicroRidge Systems Acquired by Riley Tronson and Andy Duvall Facebook Twitter LinkedIn Sunriver, OR – MicroRidge Systems, a leading developer... - [CDI Indicators with MobileCollect Inside](https://microridge.com/cdi-indicators-with-mobilecollect-inside/): CDI Indicators with MobileCollect Inside Facebook Twitter LinkedIn MobileCollect Inside At a Glance Chicago Dial Indicators (CDI) has integrated the... - [MobileCollect Wireless Supports U-Wave](https://microridge.com/mobilecollect-wireless-supports-u-wave/): MobileCollect Wireless Supports U-Wave Facebook Twitter LinkedIn U-Wave Compatibility At a GlanceMobileCollect wireless now offers compatibility with U-Wave wireless transmitters.... ## Products - [M3E Connector - OpenGage Mode UART Cable](https://microridge.com/fr/shop/non%20classé/opengage-uart-cable-mc-m3e-univ-24/): The MC-M3E-UNIV-24 is the dedicated connection cable for using OpenGage Mode on the Mini Mobile Module M3E. It connects any... - [Mini Mobile Module EVO (M3E)](https://microridge.com/shop/mini-mobile-module/mini-mobile-module-evo-m3-evo/): The MobileCollect Mini Mobile Module EVO (M3E) is the next generation of MicroRidge's most compact wireless gage transmitter. It attaches... - [38-9F6 RS-232 - Olympus Gage Cable](https://microridge.com/shop/rs-232-gage-cables/olympus-38-9f6/): RS-232 interface cable for the Olympus Evident 39DL PLUS and 38DL PLUS Ultrasonic Thickness Gages. Connects the gage's proprietary 38-9F6... - [MobileCollect to DP-1VA Digimatic Mini-Processor](https://microridge.com/shop/mobilecollect/mobilecollect-accessories/mobilecollect-to-dp-1va-digimatic-mini-processor/): Connect a MobileCollect RS-232 Base Receiver to a Mitutoyo DP-1VA Digimatic Mini-Processor (264-505A) using this MicroRidge-designed and manufactured cable assembly.... - [RS-232 Base EVO](https://microridge.com/shop/mobilecollect-bases/rs-232-base-evo/): The MobileCollect RS-232 Base EVO is the base receiver for MobileCollect Wireless measurement data collection systems requiring a native DB9... - [Wedge Base EVO](https://microridge.com/shop/mobilecollect-bases/wedge-base-evo/): The MobileCollect Wedge Base EVO is the base receiver — the hub — of a MobileCollect Wireless measurement data collection... - [DC Connector - Mitutoyo 04AZB512](https://microridge.com/shop/command-mobile-module-cables/dc-connector-mitutoyo-04azb512/): Command Mobile Module connector for Mitutoyo Digimatic micrometer heads and calipers requiring a right-angle connection — for gages using the... - [M3 Connector - Mitutoyo 04AZB512](https://microridge.com/shop/mini-mobile-module-cables/m3-connector-mitutoyo-04azb512/): Wirelessly connect your Mitutoyo Digimatic caliper or indicator to your SPC software or any data collection application — eliminating manual... - [04AZB512 Interface Cable - Mitutoyo](https://microridge.com/shop/digital-interface-cables/04azb512-interface-cable-mitutoyo/): The Mitutoyo 04AZB512 is the Digimatic SPC data cable with built-in data send button and right-angle connector for calipers and... - [M3 Connector - Mitutoyo 937243](https://microridge.com/shop/mini-mobile-module-cables/m3-connector-mitutoyo-937243/): Wirelessly connect your legacy Mitutoyo Digimatic caliper or height gage to your SPC software or any data collection application —... - [RS-232 V2 Connector - Olympus 38-9F6](https://microridge.com/shop/rs-232-mobile-module-cables/rs-232-v2-connector-olympus-38-9f6/): Wirelessly connect your Olympus Evident 39DL PLUS Ultrasonic Thickness Gage to your SPC software or data collection application — eliminating... - [4102606 Interface Cable - Mahr DK-D1 with Data Send](https://microridge.com/shop/digital-interface-cables/4102606-interface-cable-mahr-dk-d1-with-data-send/): The Mahr 4102606 is the MarConnect DK-D1 Digimatic SPC data cable with built-in data send button for Mahr Federal indicators... - [RS-232 V2 Connector - Mitutoyo Pro 3600](https://microridge.com/shop/rs-232-mobile-module-cables/rs-232-v2-connector-mitutoyo-pro-3600/): Wirelessly connect your Mitutoyo Series 950 Pro 3600 Digital Protractor to your SPC software or data collection application — eliminating... - [Kroeplin 22806-MIT — Digimatic SPC Interface Cable & Adapter Kit](https://microridge.com/shop/digital-interface-cables/22806-mit-interface-cable-kroeplin-gage-interface-adapter/): The Kroeplin 22806-MIT is the SPC interface cable and adapter kit for Kroeplin gages — connecting via the gage's SPC... - [DC Connector - Starrett Digital Caliper and Micrometer Cable](https://microridge.com/shop/command-mobile-module-cables/dc-connector-starrett-digital-caliper-and-micrometer-cable/): Command Mobile Module connector for Starrett digital calipers and micrometers using the PT22938 SPC data cable. Enables automated, bi-directional wireless... - [DC Connector - Mahr Federal µMaxum Gage](https://microridge.com/shop/command-mobile-module-cables/dc-connector-mahr-federal-%c2%b5maxum-gage/): Command Mobile Module connector for the original Mahr Federal µMaxum gage with 7-pin male connector. Enables automated, bi-directional wireless gage... - [DC Connector - Mahr Federal Caliper & Depth Gage](https://microridge.com/shop/command-mobile-module-cables/dc-connector-mahr-federal-caliper-depth-gage/): Command Mobile Module connector for Mahr Federal calipers, depth gages, and other Mahr Federal instruments using the 4102915 SPC cable.... - [DC Connector - Fowler/Sylvac Simplex Opto | 54-115-333](https://microridge.com/shop/command-mobile-module-cables/dc-connector-fowler-sylvac-simplex-opto-54-115-333/): Command Mobile Module connector for Fowler, Sylvac, and other gages that use the Simplex Opto SPC cable (54-115-333). Enables automated,... - [DC Connector - Starrett 2900 Series Indicator Cable](https://microridge.com/shop/command-mobile-module-cables/dc-connector-starrett-2900-series-indicator-cable/): Command Mobile Module connector for the Starrett 2900 Series Indicator. Enables automated, bi-directional wireless gage data collection — readings are... - [DC Connector - Mahr Federal Gage Cable](https://microridge.com/shop/command-mobile-module-cables/dc-connector-mahr-federal-gage-cable/): Command Mobile Module connector for Mahr Federal instruments with a 4-pin female SPC output — including Digimar height gages, MarCator... - [DC Connector - Mitutoyo 06AGL111](https://microridge.com/shop/command-mobile-module-cables/dc-connector-mitutoyo-06agl111/): Command Mobile Module connector for the Mitutoyo QuantuMike Micrometer that uses the 06AGL111 Digimatic D2 cable. Enables automated, bi-directional wireless... - [54-115-444 RS-232 Cable - Fowler, Bowers & Sylvac](https://microridge.com/shop/rs-232-gage-cables/interface-cable-54-115-444-power-data-gage-cable/): RS-232 interface cable for Fowler/Bowers Pistol Grips, Fowler/Bowers Electronic Holemikes, Sylvac Quadra Test Electronic Indicators, and Sylvac Mini Resistant Electronic... - [54-115-527 RS-232 Cable – Proximity Connector](https://microridge.com/shop/rs-232-gage-cables/54-115-527-interface-cable-proximity-connector/): RS-232 interface cable for calipers, micrometers, and other gages that use the Proximity serial connector. Several gage manufacturers use this... - [4346020 RS-232 Cable - Mahr Federal Gage Cable](https://microridge.com/shop/rs-232-gage-cables/4346020-interface-cable-mahr-federal-gage-cable/): RS-232 interface cable for Mahr Federal gages with the 4-pin female SPC output port. Compatible gage families include Digimar Digital... - [Mahr Federal 4346021 — Digimatic SPC Data Cable (4-Pin)](https://microridge.com/shop/digital-interface-cables/4346021-interface-cable-mahr-federal-gage-cable/): The Mahr Federal 4346021 is the Digimatic SPC data cable for Mahr Federal height gages, indicators, comparators, and other instruments... - [MicroBase EVO USB A](https://microridge.com/shop/mobilecollect-bases/microbase-evo-usb-a/): The MobileCollect MicroBase EVO USB A is the compact base receiver for MobileCollect Wireless measurement data collection — a dongle-sized... - [MicroBase EVO USB C](https://microridge.com/shop/mobilecollect-bases/microbase-evo-usb-c/): The MobileCollect MicroBase EVO USB C is the compact base receiver for MobileCollect wireless measurement data collection — a dongle-sized... - [M3 Connector - Mitutoyo 905691](https://microridge.com/shop/mini-mobile-module-cables/m3-connector-mitutoyo-905691/): Wirelessly connect your Mitutoyo Digimatic indicator to your SPC software or any data collection application — eliminating manual data entry... - [Mitutoyo 06AGL111 / 06AGL121 — Digimatic SPC Data Cable](https://microridge.com/shop/digital-interface-cables/spc-cable-mitutoyo-digimatic-straight-standard-connector-s1-d2-ip67-type-sf-06agl111/): The Mitutoyo 06AGL111 is the Digimatic SPC data cable for Mitutoyo QuantuMike micrometers that communicate via the Digimatic D2 and... - [M3E Connector - Mitutoyo 06AGL111](https://microridge.com/shop/mini-mobile-module-cables/m3-connector-mitutoyo-06agl111/): Wirelessly connect your Mitutoyo QuantuMike Digimatic micrometer to your SPC software or any data collection application — eliminating manual data... - [RS-232 V2 Connector – DB9](https://microridge.com/shop/rs-232-mobile-module-cables/rs-232-v2-connector-db9/): Wirelessly connect virtually any RS-232 device with a DB9 port to your SPC software or data collection application — eliminating... - [Mitutoyo 21EAA194 / 21EAA190 — Digimatic SPC Data Cable](https://microridge.com/shop/digital-interface-cables/spc-cable-mitutoyo-digimatic-flat-straight-water-proof-connector-type-g/): The Mitutoyo 21EAA194 is the Digimatic SPC data cable for Mitutoyo dust and waterproof indicators that use the Type G... - [DC Connector - Mitutoyo 06AGL011](https://microridge.com/shop/command-mobile-module-cables/mitutoyo-06agl011-cable-mc-d-06agl011-x/): Command Mobile Module connector for Mitutoyo high-accuracy gages that communicate via Digimatic D2 and use the 06AGL011 cable. Enables automated,... - [M3E Connector - Mitutoyo 06AGL011](https://microridge.com/shop/mini-mobile-module-cables/mitutoyo-06agl011-cable-mc-m3-06agl011-x/): Wirelessly connect your Mitutoyo high-accuracy Digimatic indicator to your SPC software or any data collection application — eliminating manual data... - [Mitutoyo 06AGL011 / 06AGL021 — Digimatic SPC Data Cable](https://microridge.com/shop/digital-interface-cables/mitutoyo-gage-cable-06agl011/): The Mitutoyo 06AGL011 is the Digimatic SPC data cable for NX-series ID-C and ID-F indicators and other high-accuracy Mitutoyo gages... - [Mitutoyo 937387 / 965013 — Digimatic SPC Data Cable](https://microridge.com/shop/digital-interface-cables/mitutoyo-micrometer-cable-2/): The Mitutoyo 937387 is the Digimatic SPC data cable for indicators, MU-Checkers, displays, Litematic, Heightmatic, Digi Derm, linear height gages,... - [6' DB9 Serial Extension Cable](https://microridge.com/shop/db9-cables/6-db9-serial-extension-cable/): A 6-foot, 9-pin RS-232 serial extension cable with a female DB9 connector on one end and a male DB9 connector... - [Mitutoyo 936937 / 965014 — Digimatic SPC Data Cable](https://microridge.com/shop/digital-interface-cables/mitutoyo-cable/): The Mitutoyo 936937 is the Digimatic SPC data cable for micrometers, indicators, Holtest gages, micrometer heads, borematics, and bench micrometers... - [Mitutoyo 959149 / 959150 — Digimatic SPC Data Cable](https://microridge.com/shop/digital-interface-cables/mitutoyo-gage-cable-w-data-send/): The Mitutoyo 959149 is the Digimatic SPC data cable with built-in data send button for calipers, depth gages, height gages,... - [905338 / 905409 Interface Cable - Mitutoyo](https://microridge.com/shop/digital-interface-cables/mitutoyo-gage-cable/): The Mitutoyo 905338 is the OEM Digimatic SPC data cable for indicators, height gages, depth gages, scale units, and thickness... - [CDI Logic Plus Interface Cable with Interface Power](https://microridge.com/shop/microridge-interface-cables/cdi-logic-plus-cable/): The MicroRidge G-LP-MIT-P is a MicroRidge-designed and manufactured Digimatic interface cable for the CDI Logic Plus — engineered to power... - [Mitutoyo 10-Pin Gage Extension Cable](https://microridge.com/shop/microridge-interface-cables/gage-extension-cable/): Male-to-female Mitutoyo 10-pin extension cable. Inserts in-line with any Digital Interface cable equipped with a Mitutoyo Digimatic 10-pin connector to... - [Ono Sokki Digital Indicator Interface Cable](https://microridge.com/shop/microridge-interface-cables/ono-sokki-interface-gage-cable/): The MicroRidge G-ONOSOK-6 is a MicroRidge-designed and manufactured interface cable for Ono Sokki digital indicators — connecting via the gage's... - [Mitutoyo 05CZA662 / 05CZA663 — Digimatic SPC Data Cable](https://microridge.com/shop/digital-interface-cables/coolant-proof-micrometer-cable/): The Mitutoyo 05CZA662 is the Digimatic SPC data cable with built-in data send button for Mitutoyo coolant proof micrometers that... - [Mitutoyo 05CZA624 / 05CZA625 — Digimatic SPC Data Cable](https://microridge.com/shop/digital-interface-cables/coolant-proof-caliper-cable/): The Mitutoyo 05CZA624 is the Digimatic SPC data cable with built-in data send button for Mitutoyo coolant proof calipers that... - [Mahr Federal 4102915 — Digimatic SPC Data Cable with Data Send](https://microridge.com/shop/digital-interface-cables/interface-cable-w-mahr-federal-caliper-data-send/): The Mahr Federal 4102915 is the Digimatic SPC data cable with built-in data send button for Mahr Federal calipers and... - [Mahr Federal µMaxum Gage Cable](https://microridge.com/shop/microridge-interface-cables/federal-mmaxum-gage-cable/): The MicroRidge G-FED-MCRO is a MicroRidge-designed and manufactured Digimatic interface cable for the Mahr Federal µMaxum — connecting via the... - [Mahr Federal Maxum E-2 Gage Cable](https://microridge.com/shop/microridge-interface-cables/federal-maxum-e-2-gage-cable/): The MicroRidge G-FEDMAXE2 is a MicroRidge-designed and manufactured interface cable for the Mahr Federal Maxum E-2 — connecting via the... - [Mahr Federal Maxum Gage Cable](https://microridge.com/shop/microridge-interface-cables/federal-maxum-gage-cable/): The MicroRidge G-FED-MAX is a MicroRidge-designed and manufactured interface cable for the Mahr Federal Maxum — connecting via the gage's... - [CDI Logic IQ, Logic ALG, Logic Plus, Logic Basic & Starrett 2700 Interface Cable](https://microridge.com/shop/microridge-interface-cables/cdi-logic-cable/): The MicroRidge G-LP-MIT is a MicroRidge-designed and manufactured Digimatic interface cable for Chicago Dial Indicator (CDI) Logic IQ, Logic ALG,... - [DC Connector – Kroeplin Gage & Interface Adapter](https://microridge.com/shop/command-mobile-module-cables/kroeplin-interface-adapter-and-gage-cable-2/): Command Mobile Module connector and interface adapter kit for Kroeplin gages. Includes both the gage cable and the required interface... - [DC Connector - Mitutoyo 05CZA624](https://microridge.com/shop/command-mobile-module-cables/mitutoyo-coolant-proof-caliper-cable-2/): Command Mobile Module connector for Mitutoyo coolant proof calipers that use the 05CZA624 SPC cable. Enables automated, bi-directional wireless gage... - [DC Connector – Mitutoyo 05CZA662](https://microridge.com/shop/command-mobile-module-cables/mitutoyo-coolant-proof-micrometer-cable-2/): Command Mobile Module connector for Mitutoyo coolant proof micrometers that use the 05CZA662 SPC cable. Enables automated, bi-directional wireless gage... - [DC Connector - Mitutoyo 21EAA194](https://microridge.com/shop/command-mobile-module-cables/mitutoyo-21eaa194-cable-2/): Command Mobile Module connector for specific Mitutoyo dust and waterproof indicators that use the 21EAA194 SPC cable. Enables automated, bi-directional... - [DC Connector – Mitutoyo 905338](https://microridge.com/shop/command-mobile-module-cables/mitutoyo-905338-cable-2/): Command Mobile Module connector for Mitutoyo indicators that use the 905338 cable. Enables automated, bi-directional wireless gage data collection —... - [DC Connector - Mitutoyo 937387 2x3 Connector](https://microridge.com/shop/command-mobile-module-cables/mitutoyo-2x5-connector-cable-2/): Command Mobile Module connector for older Mitutoyo micrometers and legacy Mitutoyo instruments that use the round 937387 2×3 gage cable.... - [DC Connector - Mitutoyo 936937 2×5 Digimatic 10 Pin](https://microridge.com/shop/command-mobile-module-cables/mitutoyo-2x3-connector-cable-2/): Command Mobile Module connector for Mitutoyo gages that have a 2×5 Digimatic 936937 10-pin connector. Enables automated, bi-directional wireless gage... - [DC Connector - Mitutoyo 959149](https://microridge.com/shop/command-mobile-module-cables/mitutoyo-959149-cable-2/): Command Mobile Module connector for Mitutoyo Digimatic calipers, depth gages, and linear scales that use the standard 959149 SPC cable.... - [DC Connector – TruPosition Gage Cable](https://microridge.com/shop/command-mobile-module-cables/truposition-gage-cable-2/): Command Mobile Module connector for TruPosition digital probes used in true position hole location verification. Enables automated, bi-directional wireless gage... - [DC Connector – CDI Logic IQ & Logic ALG](https://microridge.com/shop/command-mobile-module-cables/cdi-logic-iq-or-logic-alg-gage-cable-2/): Command Mobile Module connector for Chicago Dial Indicator (CDI) Logic IQ and Logic ALG gages. Outputs data in Mitutoyo Digimatic-compatible... - [RS-232 DB9 ProAdapter](https://microridge.com/shop/db9-cables/proadapter/): The RS-232 DB9 ProAdapter creates custom pin configurations for any DB9 serial connection. An internal push-pin connector matrix lets you... - [DB9 Adapter Kit](https://microridge.com/shop/db9-cables/db9-adapter-kit/): A 4-piece DB9 mini adapter kit covering the most common RS-232 serial connection mismatch scenarios. Includes a female-to-female gender changer,... - [DB9 Null Modem Cable](https://microridge.com/shop/db9-cables/db9-null-modem-cable/): A 6-foot, 9-pin RS-232 null modem cable with female DB9 connectors on both ends (DB9F to DB9F). Crosses Transmit and... - [RS-232 V2 Connector – Proximity Connector](https://microridge.com/shop/rs-232-mobile-module-cables/rs-232-mobile-module-proximity-cable/): Wirelessly connect calipers, micrometers, and other gages that use the Proximity RS-232 connector to your SPC software or data collection... - [RS-232 V2 Connector - Power & Data Gage Cable](https://microridge.com/shop/rs-232-mobile-module-cables/power-data-gage-cable/): Wirelessly connect Fowler/Bowers and Sylvac instruments that use a battery-compartment RS-232 interface to your SPC software or data collection application.... - [M3 Connector - Starrett Digital Caliper and Micrometer Cable](https://microridge.com/shop/mini-mobile-module-cables/starrett-digital-caliper-and-micrometer-cable/): Wirelessly connect your Starrett digital caliper or micrometer to your SPC software or any data collection application — eliminating manual... - [M3 Connector - Starrett 2900 Series Indicator Cable](https://microridge.com/shop/mini-mobile-module-cables/starrett-2900-series-indicator-cable/): Wirelessly connect your Starrett 2900 Series digital indicator to your SPC software or any data collection application — eliminating manual... - [M3 Connector - Ono Sokki Digital Indicator Connector](https://microridge.com/shop/mini-mobile-module-cables/ono-sokki-digital-indicator-cable/): Wirelessly connect your Ono Sokki digital indicator to your SPC software or any data collection application — eliminating manual data... - [M3 Connector - Mitutoyo 959149](https://microridge.com/shop/mini-mobile-module-cables/mitutoyo-959149-cable/): Wirelessly connect your Mitutoyo Digimatic caliper, depth gage, or linear scale to your SPC software or any data collection application... - [M3 Connector - Mitutoyo 937387 2x3 Connector](https://microridge.com/shop/mini-mobile-module-cables/mitutoyo-2x3-connector-cable/): Wirelessly connect your legacy Mitutoyo Digimatic micrometer or other instrument with a 2×3 round connector to your SPC software or... - [M3 Connector - Mitutoyo 936937 2x5 Digimatic 10 Pin](https://microridge.com/shop/mini-mobile-module-cables/mitutoyo-2x5-connector-cable/): Wirelessly connect your Mitutoyo Digimatic gage with a 2×5 10-pin connector to your SPC software or any data collection application... - [M3 Connector - Mitutoyo 905338](https://microridge.com/shop/mini-mobile-module-cables/mitutoyo-905338-cable/): Wirelessly connect your Mitutoyo Digimatic indicator to your SPC software or any data collection application — eliminating manual data entry... - [M3 Connector - Mitutoyo 21EAA194](https://microridge.com/shop/mini-mobile-module-cables/mitutoyo-21eaa194-cable/): Wirelessly connect your Mitutoyo dust and waterproof Digimatic indicator to your SPC software or any data collection application — eliminating... - [M3 Connector - Mitutoyo 05CZA662](https://microridge.com/shop/mini-mobile-module-cables/mitutoyo-coolant-proof-micrometer-cable/): Wirelessly connect your Mitutoyo coolant proof Digimatic micrometer to your SPC software or any data collection application — eliminating manual... - [M3 Connector - Mitutoyo 05CZA624](https://microridge.com/shop/mini-mobile-module-cables/mitutoyo-coolant-proof-caliper-cable/): Wirelessly connect your Mitutoyo coolant proof Digimatic caliper to your SPC software or any data collection application — eliminating manual... - [M3 Connector - Mahr Federal Gage Cable](https://microridge.com/shop/mini-mobile-module-cables/mahr-federal-gage-cable/): Wirelessly connect your Mahr Federal gage to your SPC software or any data collection application — eliminating manual data entry... - [M3 Connector - Mahr Federal Caliper & Depth Gage](https://microridge.com/shop/mini-mobile-module-cables/mahr-federal-caliper-and-depth-gage-cable/): Wirelessly connect your Mahr Federal caliper, depth gage, or other Mahr Federal instrument to your SPC software or any data... - [M3 Connector - Mahr Federal µMaxum Gage](https://microridge.com/shop/mini-mobile-module-cables/mahr-federal-%c2%b5maxum-gage-cable/): Wirelessly connect your Mahr Federal µMaxum gage to your SPC software or any data collection application — eliminating manual data... - [M3 Connector - Kroeplin Gage & Interface Adapter](https://microridge.com/shop/mini-mobile-module-cables/kroeplin-interface-adapter-and-gage-cable/): Wirelessly connect your Kroeplin gage to your SPC software or any data collection application — eliminating manual data entry errors... - [M3 Connector - INSIZE Indicator](https://microridge.com/shop/mini-mobile-module-cables/insize-indicators-cable/): Wirelessly connect your INSIZE digital indicator to your SPC software or any data collection application — eliminating manual data entry... - [M3 Connector - INSIZE 2-Button Micrometer](https://microridge.com/shop/mini-mobile-module-cables/insize-2-button-micrometer-cable/): Wirelessly connect your INSIZE 2-button digital micrometer to your SPC software or any data collection application — eliminating manual data... - [M3 Connector - INSIZE Micro USB](https://microridge.com/shop/mini-mobile-module-cables/micro-usb-cable/): Wirelessly connect your digital caliper with a Micro USB data output to your SPC software or any data collection application... - [M3 Connector - Fowler/Sylvac Simplex Opto | 54-115-333](https://microridge.com/shop/mini-mobile-module-cables/simplex-opto-gage-cable/): Wirelessly connect your Fowler, Sylvac, or other gage that uses the Simplex Opto cable to your SPC software or any... - [M3 Connector - TruPosition Gage Cable](https://microridge.com/shop/mini-mobile-module-cables/truposition-gage-cable/): Wirelessly connect your TruPosition digital probe to your SPC software or any data collection application — eliminating manual data entry... - [M3 Connector - CDI Logic IQ & Logic ALG](https://microridge.com/shop/mini-mobile-module-cables/cdi-logic-iq-or-logic-alg-gage-cable/): Wirelessly connect your Chicago Dial Indicator (CDI) Logic IQ or Logic ALG gage to your SPC software or any data... - [RS-232 Remote](https://microridge.com/shop/rs-232-remote/rs-232-remote/): The MobileCollect RS-232 Remote is a USB-powered wireless transmitter for stationary RS-232 measurement instruments. It captures serial measurement data from... - [Digital Remote](https://microridge.com/shop/digital-remote/digital-remote/): The MobileCollect Digital Remote is a desktop wireless transmitter for stationary digital gages — USB-powered, permanently on, and capable of... - [Command Mobile Module (DC)](https://microridge.com/shop/command-mobile-module/command-mobile-module/): The MobileCollect Command Mobile Module is a wireless transmitter that does everything the Mini Mobile Module EVO M3E does —... - [RS-232 V2 Mobile Module (V2)](https://microridge.com/shop/rs-232-mobile-module/rs-232-mobile-module/): The MobileCollect RS-232 V2 Mobile Module is a battery-powered wireless transmitter for handheld and portable RS-232 instruments. It captures measurement... - [Mini Mobile Module (M3) | Retired 5/4/2026](https://microridge.com/shop/mini-mobile-module/mini-mobile-module/): The MobileCollect Mini Mobile Module M3 is a compact wireless transmitter that attaches directly to your handheld digital gage and... - [54-115-333 RS-232 Cable - Fowler/Sylvac Simplex Opto](https://microridge.com/shop/rs-232-gage-cables/simplex-opto-gage-interface-cable-fowler/): RS-232 interface cable for Fowler, Sylvac, and other gages that use the Simplex Opto serial interface. Connects the gage's Simplex... - [4102410 RS-232 Cable - Mahr Federal Caliper Cable](https://microridge.com/shop/rs-232-gage-cables/4102410-interface-cable/): RS-232 interface cable for Mahr Federal calipers and depth gages using the Opto serial interface. Features a data send button... - [WedgeLink Lite & Standard](https://microridge.com/shop/software-wedge/wedgelink-lite-standard/): WedgeLink is a software keyboard wedge that captures RS-232 serial data and types it directly into any Windows application —... - [WedgeLink AT](https://microridge.com/shop/hardware-wedge/wedgelink-at/): The WedgeLink AT is a configurable hardware keyboard wedge that converts RS-232 serial output from gages, scales, hardness testers, and... - [WedgeLink SP Hardware Keyboard Wedge](https://microridge.com/shop/hardware-wedge/wedgelink-sp/): The WedgeLink SP is a hardware keyboard wedge that converts RS-232 serial data from gages, scales, hardness testers, and other... - [Foot Switch](https://microridge.com/shop/accessories/foot-switch/): Foot-operated remote read switch with 6′ cable terminated with a 2. 5mm subminiature phone plug. Integrated mounting holes allow permanent... - [Hand Switch](https://microridge.com/shop/accessories/hand-switch/): Handheld remote read switch with 6′ cable terminated with a 2. 5mm subminiature phone plug. Compatible with MobileCollect Full-Size Bases,... - [Level Converter Cable](https://microridge.com/shop/rs-232-level-converter/level-converter-cable/): The GW-LC Level Converter Cable connects RS-232 serial devices — scales, force gauges, height gages, torque tools, and other serial... - [GageWay Pro8](https://microridge.com/shop/gageway-pro/gageway-pro8/): The GageWay Pro 8 connects eight digital or RS-232 gages to a PC through a single USB cable. Nine dedicated... - [GageWay Pro4](https://microridge.com/shop/gageway-pro/gageway-pro4/): The GageWay Pro 4 connects four digital or RS-232 gages to a PC through a single USB port. Both USB... - [GageWay Pro2](https://microridge.com/shop/gageway-pro/gageway-pro2/): The GageWay Pro 2 connects two digital or RS-232 gages to a PC through a single USB port. Both USB... - [GageWay KW with Keyboard Output](https://microridge.com/shop/single-gage-interface/gageway-kw-with-keyboard-output/): The GageWay KW is a hardware USB keyboard wedge that sends digital gage measurements directly into any Windows application —... - [GageWay SM with USB Output](https://microridge.com/shop/single-gage-interface/gageway-sm-with-usb-output/): The GageWay SM connects a single Digimatic compatible gage to your PC via USB, appearing to your software as a... - [GageWay SM with RS-232 Output](https://microridge.com/shop/single-gage-interface/gageway-smr-single-gage-interface/): The GageWay SMR connects a single Digimatic compatible gage to any system with a standard 9-pin RS-232 DB9 serial port... # # Detailed Content ## Pages Partner Spotlights Partner Spotlight features the distributors, gage integrators, and authorized partners who bring MicroRidge solutions to manufacturers around the world. Each post highlights how a partner works with their customers, the industries they serve, and the role MicroRidge plays in their quality data collection process. Looking for different guides or other content? Visit our Blog Thank You for your Order! What Happen Next? Our Orders team will process your order and enter it into our system. Please watch for a Sales Order Confirmation email, which is sent once we’ve assigned an expected ship date to your order. Most orders ship within one business day, unless an item needs to be built by our production team. If you haven’t received an update within five business days, email orders@microridge. com for a status check. As your order ships, you’ll also receive a Shipment Confirmation email with tracking information, followed by a copy of your paid invoice. Something isn't right on my order! Call 541. 593. 1656 or email orders@microridge. com and we'll get it sorted out. I need help getting my gear setup once it arrives. We’re here to help at every step. Start with our QuickStart Guides to get up and running as soon as your equipment arrives. If you have questions, contact our Tech Support team to schedule a meeting—or reach out anytime for immediate help if an unexpected issue comes up. Tech Support Contact:541. 593. 5044support@microridge. com MobileCollect QuickStart GageWay QuickStart WedgeLink QuickStart News Keep up with the latest news at MicroRidge including pricing updates, company shutdown periods and more. Looking for different guides or other content? Visit our Blog Events Meet the team and get hands on experience with our measurement collection solutions at the next event we’re attending. Looking for different guides or other content? Visit our Blog Product Releases We’re always working towards the next innovation in automated measurement collection. Learn about our innovative new products. Looking for different guides or other content? Visit our Blog Product Updates Keep up with the latest firmware and software updates from the team at MicroRidge. We’re always making our products better! Looking for different guides or other content? Visit our Blog Metrology Guides Metrology guides will help you select the right products and processes to build and improve your quality control systems. Looking for different guides or other content? Visit our Blog Need to connect an RS-232 Serial Device to a computer? It doesn't have to be difficult. WedgeLink acts like a keyboard interface for RS-232 Serial Devices and can enter/type data into any application that you can type into. Start Your Free WedgeLink Software Trial Now Complex Data Packet? Confused? Technical Questions? We're the experts on this stuff. Contact our support team that gets you answers in hours, not days. Contact our Support Team Want a better solution for connecting RS-232 serial devices? Our customers prefer hardware keyboard wedges 10 to 1 over software. Once configured, a hardware keyboard wedge can be deployed without the need for any intervention. Unlike the virtual keyboard a software wedge emulates, a hardware wedge emulates a physical keyboard eliminating the need to run any additional software application on the host computer to interface with RS-232 serial devices. Learn More About Hardware Keyboard Wedges WedgeLink is Feature Rich ConnectionsWhat devices can I connect? WedgeLink LiteWedgeLink StandardWedgeLink SPWedgeLink AT Enter Data into any Windows Application or Cloud ApplicationRS-232 Serial DevicesRS-485 & RS-422 Serial DevicesUSB Devices with VCP (Virtual COM Port)Supports Baud Rates up to 115,200Test Modes to view Raw RS-232 Data Data Manipulation How do I get the data I want from my RS-232 Serial Device. WedgeLink LiteWedgeLink StandardWedgeLink SPWedgeLink AT Data and Time StampAdd Prefix or Suffix to DataCustom End of Packet CharacterFind First Numeric ValueCharacter RemovalCharacter ReplacementCharacter Position ParsingMatch StringCompound Parsing RS-232 Device InterfacingHow can I get a reading from my RS-232 Serial Device. WedgeLink LiteWedgeLink StandardWedgeLink SPWedgeLink AT On-Board Read Switch2. 5mm Read Switch JackVirtual Read Command ButtonsRead Command TimingInterface with Continuous Output Device Upcoming Webinars Join us for an upcoming webinar to learn more about MicroRidge’s measurement collection solutions. Introduction to MobileCollect Wednesday April 15th, 2026 @ 1:00-1:30 pm PST Join us for an introduction to the MobileCollect System. We will cover the basic principles of how the MobileCollect System works to ensure that your data will reach your SPC software, review the RM2. 4 protocol, and cover basic setup operations such as Pairing, Read Mode Type, and Outputs. The session will be great for the first time user or anyone needing a refresher. All users are welcome! Can't Make the Webinars? Reach out to sales@microridge. com to schedule an introductory meeting to go over our measurement collection solutions. Quick Start Guides We offer Quick Start Guides for each of our three product families to help you get up and running as soon as your equipment arrives. These guides cover the essentials—what you need, how to connect everything, and the basic steps to start collecting data. Many also include short videos that demonstrate common setup tasks and key operations. MobileCollect GageWay WedgeLink Feature Guides We offer a wide range of Feature Guides for self-guided learning across our products. They walk you through everyday tasks and core workflows, and also cover more advanced setup and configuration so you can tailor the measurement collection system to your specific requirements. Feature Guides MobileCollect EVO API With the MobileCollect EVO API you no longer need to have users download MobileCollect Xpress or MobileCollect Extended for setting up transmitters. We developed this API for three reasons. Streamline Setup. The API allows any software to setup MobileCollect Transmitters to EVO Bases. You can retain control of the user experience and implementation of MobileCollect systems. Enriched Data. We can send much more than just a measurement. For advanced systems, you may want more information such as the unique Module ID, units, gap time between readings, signal strength, and more to come through with each measurement. This can be configured through the API, without the need for user input, ensuring all devices are sending the information you want. Consistency. With the API, you can update the MobileCollect System when you detect an inconsistency with incoming data on-the-fly. This can all be done behind the scenes without the need for user input. Advanced setup will still need to take place in MobileCollect Xpress or MobileCollect Extended Setup software. There are currently two setup configuration files that the MobileCollect Base utilizes; Xpress Setup and Extended Setup. The base only utilizes one configuration file at a time, either Xpress or Extended. This API is based off the Xpress Setup configuration file and thus parameters set with the API will be visible in Xpress Setup. ** For advanced configuration, have users go to Xpress Setup unless they are configuring a Remote Transmitter, Command Mobile Module, read switch, or need additional Channels. If they have these advanced setup needs, they will need to use Extended Setup and parameters set with the API will not display. We have downloadable executables and user manuals on our website for both Xpress and Extended Setup. ** The API offers additional flexibility over Xpress Setup and some parameters may not show exactly as they we’re setup via the API. This may lead users to change settings in Xpress and those settings will have to be reconfigured via the APISupported MobileCollect BasesAll MobileCollect EVO Base Models will have API support. Model IDWedge Base EVO: MC-BK306-ARS-232 Base EVO: MC-BR306-AUSB Base EVO: MC-BU306-AMicroBase EVO USB A & USB C: MC-BM306-AUsers must have MobileCollect EVO Base firmware 6. 20 or higher to utilize the API - Download the latest firmware here. All EVO bases will ship with Firmware 6. 20 or newer and have API support. To check the base model and firmware version to confirm API support: MicroRidge Systems’ products are proudly designed and manufactured in Sunriver, OR U. S. A. . We ship our products using new, clean packaging materials, comprised of recyclable paper wrap, corrugated boxes, biodegradable peanuts & plastic bags. 2020 Incoterms: FCA (Free Carrier)Origin: Sunriver, OR U. S. A. Shipping CostsShipping & Handling charges are not included. We ship Prepay & Add (PPA) or collect. Shipments to a PO Box are available with USPS service only. We use dependable shipping carriers such as UPS, FedEx & USPSUPS Worldwide Services – Expedite, Express, Saver ExpressUPS Standard Ground service is available to Canada & Mexico onlyPPA or CollectPPA shipping & handling costs calculated based on the shipping method and destination. Collect - Account number provided at the time order placedFedEx International – Priority or EconomyFedEx Standard Ground service is available to Canada & Mexico onlyCollect - Account number provided at the time order placedWe do not offer PPA shipping & handling with FedEx. USPS – First Class International or Priority Mail InternationalPPAPPA shipping & handling costs calculated based on the shipping method and destinationDHLDHL does not service our facility address; therefore we are unable to ship via DHLInternational Shipping Disclaimer - Import FeesRecipient (Importer of record) is responsible for all potential fees incurred during shipping including import duties & VAT fees imposed by the destination countryAll fees are the customer’s responsibility (including tariffs, taxes, and other costs)International orders may be subject to customs inspections and delays beyond our controlAdditional fees for international shipmentsInternational Handling Fee for filing EEI form (Electronic Export Information): $15. 00EEI required when Schedule B classification(s) are over $2,500 for a shipmentInternational Drop Ship FeeMicroRidge ships to a Reseller’s International customer: $100 - $115Customs forms completed for Freight Forwarder or Broker: $100Commercial Invoice required for exportUSMCA or Certificate of Origin provided upon requestRush FeesRush Labor Fee: $35Rush Labor Fee moves order to the front of production queueRush Handling Fee: $10Same day rush shipping request received after 10:00 am PSTWarranty, Repairs, Returns and ExchangesVisit our warranty page here. Package rejectedIf a package ships correctly as ordered and is rejected at time of delivery, or abandoned (undelivered), the customer may be responsible for all package return costsOrder TrackingAll orders come with a tracking numberYou can track your order directly through the carrier’s websiteAddress ChangesPlease ensure your shipping address is correct at the time of purchase. Once the carrier scans the package, we cannot change the shipping addressIf you notice an error in your shipping address, please contact us immediately to have it corrected before your order shipsLost or Delayed ShipmentsWhile we strive to ensure all orders are delivered on time, there may be instances of delays due to factors beyond our control (e. g. , carrier delays, customs processing for international orders)If your order is delayed, or appears to be lost, please contact us, and we will work with the carrier to resolve the issueContact:orders@microridge. comsales@microridge. com541-593-1656MicroRidge Systems, Inc. 56888 Enterprise DriveSunriver, OR 97707 U. S. A. Hours of Operation:Monday - Thursday, 8:00am to 4:30pm PSTFriday, 8:00am to 4:00pm PST Download RF SnifferVersion: 1. 1. 0. 17Released: November 13, 2018The MobileCollect RF Channel Sniffer allows you to determine the amount of communications occurring on each of the 2. 4 GHz RF channels that can be used by MobileCollect. MobileCollect RF Sniffer takes 500 measurements on a channel and determines for each measurement if there was any RF activity. After the measurements are taken on a channel, the Sniffer moves to the next channel and repeats the process. It takes approximately . 096 seconds (96 msec) to capture the 500 measurements on a channel. The total time to scan all 16 channels is about 1. 6 seconds. The table that is displayed will guide the decision when chossing the ideal channel to run a MobileCollect System. With legacy MobileCollect you can choose between Channel 11 at 2. 405 GHz and Channel 26 at 2. 480 GHz and for MobileCollect EVO you can choose between Channel 11 at 2. 405 GHz and Channel 25 at 2. 475 GHz. How do I use MobileCollect Sniffer? MobileCollect RF Sniffer can be downloaded below but it requires specialized hardware that is loaned out through our demo kit program. Please use the link below to request an RF Sniffer kit and to download MobileCollect RF Sniffer. Download RF Sniffer Request RF Sniffer Hardware User Guides MobileCollect RF Sniffer Users Guide User’s guide for the MobileCollect RF Channel Sniffer, a diagnostic utility that measures the amount ... Download Looking for Certification Documents for your MobileCollect EVO Product? You've come to the right place! EVO Module Grants and Certifications FCC EVO Grant FCC equipment authorization grant for the radio module used in MicroRidge’s EVO transmitter and base ... Download ISED EVO Certifications Canadian ISED (Innovation, Science and Economic Development Canada) radio certification documentation for MicroRidge’s EVO transmitter ... Download Base EVO SDOC Base EVO CA ISED SDOC Supplier’s Declaration of Conformity for the EVO Base Receiver covering Canadian market requirements under Innovation, ... Download Base EVO EU SDOC Supplier’s Declaration of Conformity for the Full-Size EVO receiver covering European Union market requirements under ... Download Base EVO US FCC SDOC FCC Supplier’s Declaration of Conformity for the EVO Base Receiver platform, certifying compliance with FCC ... Download Base EVO SDOC Test Report Base EVO SDOC Test Report Third-party EMC compliance test report supporting the FCC Part 15 Class B and related international ... Download MicroBase EVO SDOC MicroBase EVO CA ISED SDOC Supplier’s Declaration of Conformity for the MicroBase EVO receiver covering Canadian market requirements under Innovation, ... Download MicroBase EVO EU SDOC Supplier’s Declaration of Conformity for the MicroBase EVO receiver covering European Union market requirements under ... Download MicroBase EVO US FCC SDOC FCC Supplier’s Declaration of Conformity for the MicroBase EVO receiver, certifying compliance with FCC Part ... Download MicroBase EVO SDOC Test Report MicroBase EVO SDOC Test Report Third-party EMC compliance test report supporting the SDoC filings for the MicroBase receiver platform. Covers ... Download MicroBase EVO SAR Exclusion SAR Exclusion SAR (Specific Absorption Rate) exclusion documentation for MicroRidge’s RM2. 4 wireless transmitters, confirming the radio module’s ... Download Mini Mobile Module EVO SDOC Mini Mobile Module EVO SDOC CA ISED Supplier’s Declaration of Conformity for the Mini Mobile Module EVO (MC-MM-M3-EVO) covering Canadian market requirements ... Download Mini Mobile Module EVO SDOC EU Supplier’s Declaration of Conformity for the Mini Mobile Module EVO (MC-MM-M3-EVO) covering European Union market ... Download Mini Mobile Module EVO SDOC US FCC FCC Supplier’s Declaration of Conformity for the Mini Mobile Module EVO (MC-MM-M3-EVO), certifying compliance with ... Download Mini Mobile Module EVO SDOC Test Report Mini Mobile Module EVO Test Report Third-party EMC compliance test report (WLL Report #19451-01 Rev 1) for the Mini Mobile Module ... Download Our products can do more than you think! MicroRidge feature guides are practical, step-by-step resources that help you learn and make the most of your measurement collection system. MobileCollect Feature Guides WedgeLink Feature Guides WedgeLink QuickStart Welcome to WedgeLink, let's get your Keyboard Wedge setup! Select the device you purchased from the tabs below to view the quickstart guide. WedgeLink ATWedgeLink SP Let's start by communicating with the WedgeLink AT Do you need WedgeLink AT's advanced features? I don't need the advanced features. I would like to connect an RS-232 device and send that data straight through. I’m unsure of the Baud rate on my RS-232 device. I will need advanced features. I need to parse the data from my RS-232 device. I would like to remove part of the data from the RS-232 device. I would like to replace part of the data from the RS-232 device. I would like to use a hand switch or footswitch to initiate a reading. I would like to change the EOP (end-of-packet) character. My serial device sends continuously and I don’t want data continuously. Basic Setup For those who do not need WedgeLink AT's advanced features Plug the USB Cable into the Wedge USB Port on the back of the WedgeLink AT. Connect your RS-232 Device to the DB9 on the front of the WedgeLink AT. Let’s use Auto Baud Detection to connect your RS-232 Device. Note, your device must have the ability to send a reading with the press of a button. Press and release the Reset button on the back of the WedgeLink AT. (Same side as the USB Connections)The LED will briefly display red and then display green for 5 seconds. While the LED is green, send a reading from your RS-232 device. The LED should blink green 5 times if Auto Baud was successful. If the LED blinks red 5 times or turns off without blinking, please refer to the Auto Baud Rate Detection document below. Open Excel, Word, Notepad or your target application to verify you can get a reading from the RS-232 device. Take a reading with the RS-232 device. You should see the reading come into the application you’re using for testing. Be sure to give the test application focus by clicking on it. Your WedgeLink AT is setup and ready for years for work! Wedge USB ConnectionRS-232 Device ConnectionReset ButtonRed & Green LED Advanced Setup USB VCP Driver WedgeLink AT Setup Software Download and install the USB VCP (Virtual COM Port) driver. Download and install WedgeLink AT Setup Software. Plug the USB Cable into the “RS-232 & Prog” USB port on the back of the WedgeLink AT. Connect your RS-232 Device to the DB9 on the front of the WedgeLink AT. If using a hand switch or foot switch, plug it into the jack located on the front of the WedgeLink AT. Open WedgeLink AT Setup and configure the WedgeLink AT for your specific application. Not sure what settings you need? Refer to the WedgeLink AT User’s Guide below. Reach out to our technical support team at support@microridge. com or call 541-593-5044. Once you have configured the parameters to you needs in WedgeLink AT Setup, you’ll need to click “Send Setup to WedgeLink” in the top toolbar to send your custom setup to the WedgeLink AT. Move the USB cable on the WedgeLink AT from the “RS-232 & Prog” USB port to the “Wedge” USB port. Open Excel, Word, Notepad or your target application to verify you can get a reading from the connected RS-232 device. Take a reading with the connected RS-232 device. Press the “send data” button on your RS-232 device. If configured, press the foot switch or hand switch to take a reading. If configured, press the read button on the front of the WedgeLink AT that is located directly below the LED. You should see the reading come into the application you’re using for testing. Be sure to give the test application focus by clicking on it. Your WedgeLink AT is setup and ready for years for work! RS-232 & Prog USB PortRS-232 Device... GageWay QuickStart Welcome to GageWay, let's get your Gage Interface setup! Select the device you purchased from the tabs below to view the quickstart guide. GageWay ProGageWay SMGageWay KW Let's start by communicating with the GageWay Pro The first question you need to answer is where is your data going? Keyboard Wedge Is it going to a program such as Excel, Minitab or another program that requires keyboard entry? Then you need to use the Keyboard Wedge USB Port in the back of the GageWay Pro Serial USB Virtual COM Port Is it going into an SPC program or other program that can monitor a Serial COM Port? Then you need to use the Serial USB Port in the back of the GageWay Pro. Keyboard Wedge Connection Plug your digital gage(s) into the Channels on the front of the GageWay Pro. If using a hand switch or foot switch, plug it into the jack adjacent to the Channel with the gage connected. The read switch jacks for each Channel are located to the right of the green LEDs. Plug the USB cable into the Keyboard Wedge USB port on the back of the GageWay Pro. Plug the other end of the USB cable into a USB port on your computer. Once plugged in, the LEDs on the GageWay Pro should light up for a few seconds. Open Excel, Word, Notepad or your target application to verify you can get readings from the connected gages. Take a reading with the connected gages. Use the read button on the gage to take a reading. Press the foot switch or hand switch to take a reading. You should see the reading come into the application you’re using for testing. Be sure to give the test application focus by clicking on it. If you don’t need advanced setup, your GageWay Pro is ready for years of work! Serial USB Virtual COM Port USB VCP Driver GageWay Pro Setup Download and install the USB VCP (Virtual COM Port) driver. Download and install the GageWay Pro Setup. Plug your digital gage(s) into the Channels on the front of the GageWay Pro. If using a hand switch or foot switch, plug it into the jack adjacent to the Channel with the gage connected. The read switch jacks for each Channel are located to the right of the green LEDs. Plug the USB cable into the Serial USB port on the back of the GageWay Pro. Plug the other end of the USB cable into a USB port on your computer. Once plugged in , the LEDs on the GageWay Pro should light up for a few seconds. Open GageWay Pro Setup and click “Find & Read the GageWay Pro Setup”The “GageWay Pro connection status” section should populate. Once you see the “GageWay Pro connection status” populate, you have confirmed communication with the GageWay Pro. Now let’s test your gages. Click the S/P ComTestSerial Icon in the top toolbar of GageWay Pro Setup. Take a reading with the connected gages. Use the read button on the gage to take a reading. Press the foot switch or hand switch to take a reading. Click “Read All” in the “GageWay Pro Interface:” menu area at the bottom of ComTestSerial. Now that the GageWay Pro is up and running, you will need to configure your SPC software to communicate with the GageWay Pro. In your software you’ll likely need to do the following: Select the COM port the GageWay Pro is connected to. Set the Communication Parameters for the COM Port. GageWay Pro default communication parameters:Baud Rate: 9600Parity: NoneData Bits: 8Stop Bits: 1Need different communication parameters? You can configure that in GageWay Pro Setup. If you don’t need advanced setup, your GageWay Pro is ready for years of work! Find & Read the GageWay Pro SetupGageWay Pro Connection StatusComTestSerial IconTest Measurements from Connected Gages Advanced Setup GageWay Pro Setup Software The... You have questions, we have answers! We want to make doing business with MicroRidge as easy as possible. Below are answers to some frequently asked questions regarding ordering, shipping and general business information. Looking for our other FAQs? MobileCollect FAQ GageWay FAQ WedgeLink FAQ Don't see your question? Email info@microridge. com or call 541-593-1656 and we'll get you an answer. Search FAQ Reset All Ordering Shipping General Info Demo Kit Can you customize a demo kit for the equipment I need to bring online? Usually we can get you the equipment needed to test our measurement collection systems with your devices. In rare cases, we may run across a device that we can interface with but don’t have the equipment needed in our demo kit program. In this instance, we’ll work with you to get what is needed or come up with a solution so you can still demo the equipment and verify that it will work for your application. Copy link Copied! I completed my online order and realized I ordered the wrong item(s). That’s never a good feeling but we’re here to help! Give us a call at 541-593-1656 or email orders@microridge. com ASAP. We move orders through our production queue and into our shipping department fairly quickly. You want to catch us before it leaves the building. We’re a small company so whoever you get will be able to help and if the shipment has not left the building, we can get it adjusted for you. Copy link Copied! I am not sure which MicroRidge product is right for my application. We are happy to help with your pre-sale questions. You can reach our sales team at sales@microridge. com or give us a call at 541-593-3500. If you want to start learning about our products on your own head to the following overview pages. MobileCollect Overview | GageWay Overview | WedgeLink Overview Copy link Copied! My package is lost, damaged or delivered to the wrong address. These things happen from time to time and we can help you out. Give us a call at 541-593-1656 or email orders@microridge. com and we’ll start working towards a solution with you. Copy link Copied! Can I change the ship method or shipping address after I placed an order? Potentially, give us a call at 541-593-1656 ASAP. We move orders through our production queue and into our shipping department fairly quickly. You want to catch us before it leaves the building. We’re a small company so whoever you get on the phone will be able to help and if the shipment has not left the building, we can get it adjusted for you. Copy link Copied! Do you have a warranty? Absolutely, we stand behind our products with a 1 year warranty. For more information on our warranty head to our Product Warranty & Returns page. Copy link Copied! How do I become an established MicroRidge Reseller or Distributor and qualify for the preauthorized discount? You would love to chat with you about becoming a MicroRidge Reseller. The first step is to email sales@microridge. com or call 541-593-3500. Copy link Copied! I am an established MicroRidge Systems Reseller or Distributor. Can I order online and still get my discount? No, to use the preauthorized Reseller Discount, please contact MicroRidge Systems directly to place your order or email your PO to orders@microridge. com. – 541-593-1656– orders@microridge. com– https://www. microridge. com/contact/– Email purchase orders to orders@microridge. com Copy link Copied! Can I use my UPS or FedEx account for shipping an online order? Yes, however, the order cannot be placed online due to shipping costs being auto calculated and added to the order. To use your FedEx or UPS account number for shipping, please contact MicroRidge Systems directly to place your order. – 541-593-1656– orders@microridge. com– https://www. microridge. com/contact/ Copy link Copied! Will MicroRidge ship multiple orders in one box? Yes, the request... Enter your email address to stop receiving requests to answer questions about the products you have bought: Email address * Don't see what you're looking for? Chat with us or call us at 541-593-1656 we'll help point you in the right direction. Products Don't see what you're looking for? Chat with us or call us at 541-593-1656 we'll help point you in the right direction. Enjoy using WedgeLink! If you have any questions reach out to sales@microridge. com. The below WedgeLink Lite/Standard download is for customers who already have a license and for the 3 Day Trial. Download WedgeLink Lite/Standard Not Sure If a Software Wedge Is Right for Your Application? Hardware keyboard wedges and software keyboard wedges solve the same problem differently. If your RS-232 instrument outputs a straightforward measurement string and you want zero software installs on the workstation, a hardware wedge like the WedgeLink AT may be a better fit. We put together a guide to help you decide. Hardware vs Software Keyboard Wedge Guide 3 Day Trail Instructions Download WedgeLink Lite/Standard from above. Note: Both WedgeLink Lite and WedgeLink Standard are the same download. A WedgeLink Standard license unlocks additional features such as parsing. Select Start Evaluation. Type "START EVALUATION" in the Text Box. Note: You'll have three days from typing START EVALUATION to use WedgeLink Lite or WedgeLink Standard before needing to purchase a license. Select Run Evaluation. Chose either WedgeLink Lite or WedgeLink Standard. If you have any questions please reach out to support@microridge. com or call 541-593-1656. Purchase a Lifetime License Start Screen - Select Run EvaluationStart Evaluation 3-day WarningType START EVALUATIONSelect Run EvaluationSelect WedgeLink Lite or WedgeLink Standard Keep up with MicroRidge! We have lots of great information about measurement collection systems to help you improve your quality processes. Feature Guides White Papers Metrology Guides Partner Spotlights Product Updates Product Releases Events News Educational White Papers These "White Papers" are longer write ups with technical information that are aimed at helping you improve your quality processes. We hope they are helpful! Looking for different guides or other content? Visit our Blog Proudly Designed and Manufactured in the United States of America We are proud to build top quality US Made electronics at MicroRidge. We are a small team and we are very proud to support our local community and our national community. We try to source as many components as close to home as possible, we have many vendors within Oregon where our headquarters is located. Our team works continuously to find reputable US based vendors for the products we need to build the products you count on. What is Made in the USA? All MicroRidge Systems labeled products are designed, engineered, and assembled in our Sunriver, Oregon, USA headquarters. These products include:MobileCollectUSB BaseWedge BaseRS-232/USB BaseMicroBaseRS-232 RemoteDigital RemoteCommand Mobile ModuleRS-232 Mobile ModuleMini Mobile ModuleFoot SwitchHand SwitchGageWayGageWay Pro2GageWay Pro4GageWay Pro8GageWay SM-UGageWay SM-RGageWay KWWedgeLinkWedgeLink ATWedgeLink SPSoftwareAll product programming is created at our Sunriver, Oregon, USA headquarters. This includes all device firmware, all Setup programs, and the WedgeLink Lite and WedgeLink Standard software programs. Components and MaterialsAll sheet metal enclosures used in MicroRidge products and all electrical component mounting services are provided by USA businesses. Gage CablesMini Mobile Module, Command Mobile Module and RS-232 Mobile Module Gage Cables are OEM cables that are modified in Sunriver, Oregon to interface with our transmitters. Non-OEM GageWay Cables made in Sunriver, OregonFederal µMaxumFederal Maxum E-2Federal MaxumCDI Logic Plus Basic CableCDI Logic Plus Gage Extension CableOno Sokki Interface Gage CableLevel Converter Cable What components are imported? OEM gage cables used to connect individual gage models to MicroRidge products are purchased from each gage manufacturer, many of which are not USA based manufacturers. Individual product components are purchased from USA-based suppliers when possible, but these components (resistors, capacitors, buttons, etc. ) may or may not be produced in USA-based manufacturing facilities. Product Design from a Customer’s Perspective It all started in 1982. The impetus behind the creation of MicroRidge was the frustration John Schuldt, our founder, felt when he worked in R&D for a large forest products company and a university. Both organizations had “analysis paralysis” when trying to solve problems. John had years of programming experience and wanted his own company. He saw the need for a solution enabling QC people to identify significant opportunities within the manufacturing process. The guru for QC-SPC in lumber manufacturing was a professor at OSU and a long-time friend of John’s. Together, they developed the first lumber size control & monitoring software program. It took 9 months. Their first sale was to the large forest products company John used to work for. The forest products company commented: “It would have taken us years to put this together! ” The key for John then and now was not to overanalyze when the customer needed a solution. “It would have taken us years to put this together! ”This experience carried over when John moved the company into general manufacturing. There were already software companies providing measurement analysis, so John focused on the hardware side of measurement collection. To John’s surprise, he found that some of the gage interface and gage manufacturers did not have “analysis paralysis”. Instead, it appeared that they effectively built the product before they designed it. John’s approach continues today to design products that offer flexibility in terms of future enhancement. A problem is discussed with the customer, and a decision is made. MicroRidge today continues to put on its customer hat when developing or enhancing products. This results in quality products that solve customers’ problems are easy to use, and maintain. Riley Tronson President - Owner Riley acquired MicroRidge in May of 2023 with his business partner Andy Duvall. Riley and Andy met at Oregon State University, where they studied Mechanical Engineering. After graduating from Oregon State University, Riley has started numerous companies, from ones that focus on software development to manufacturing furniture. Riley brings his unique background and experience to MicroRidge to push the company to new heights and provide innovative solutions to our customers. Riley’s responsibilities as owner and President include general operations and business management, financial management, and all software and hardware design and development. Andy Duvall Sales Director - Owner Andy worked for 10 years as a design engineer before partnering with Riley to purchase MicroRidge in 2023. Experience includes leading design projects to enhance capabilities of Atomic Layer Deposition semiconductor equipment and implementing diesel aftertreatment solutions to comply with EPA/GHG 24 regulations. With an approach rooted in problem solving, Andy leverages his background as an engineer to understand the needs of all consumers of MicroRidge products, from QA Technicians to Manufacturing Executives. Andy’s responsibilities include maintaining and developing relationships with MicroRidge Customers, Resellers, and Users. He will serve as the primary contact for new and existing customer’s requests and questions. Andy’s primary goal is to help integrate MicroRidge products into new and existing manufacturing processes to increase data collection speed, accuracy, and reliability. Mike Martino Production Manager & Technical Support Prior to joining the MicroRidge team in March 2000, Mike had over 11 years of business experience in engineering, management, customer service, and material handling. Mike graduated from the Central Oregon Reserve Police Academy, the Santa Clara Criminal Justice Training Center in San Jose and West Valley College in Saratoga, California. Mike’s responsibilities include production management, planning, purchasing & inventory control; technical support; customer training; software testing. Dani Haynes Account Manager Prior to joining the MicroRidge team in October 2014, Dani has over 23 years of experience in the high tech manufacturing industry supporting sales, marketing and operations, customer service, CRM, order processing, shipping/receiving, invoicing, and inventory control. In addition to a wide variety of skills, Dani enjoys supporting a team and providing exceptional customer service. Dani’s... Looking For Great Quality Control Software? MicroRidge works closely with many SPC and Quality Control software partners from all over the world. Our specialty is getting the data you need into the software of your choice so you can make data-driven decisions. We don’t make SPC or Quality Control software here at MicroRidge; we leave it to our incredible partners below. Please reach out to our partners directly or let us know if you would like an introduction to one of the following software providers. Hertzler Systems: SPC for Operational Efficiency & Profitability For over 40 years, Hertzler Systems has remained the gold standard for manufacturing quality departments seeking to connect a wide range of measurement devices and eliminate operational blind spots. Our partnership with MicroRidge enables you to connect gages directly to our SPC software, replacing unreliable Bluetooth and manual logs with a stable, industrial-grade data stream. This direct connection provides immediate visibility into process capability. GainSeeker®: The premier solution for high-stakes environments requiring maximum data control and secure Manufacturing Intelligence. It allows you to manage SPC, OEE, and downtime in a unified system, featuring a secure AI Analyst to perform deep-dive Root Cause Analysis behind your firewall. GS Premier: Built for modern agility and scalability, GS moves your quality process into a centralized, real-time environment accessible from any location and device. It leverages your accurate measurement data via AskGS, a conversational engine, so users can simply ask, "What is causing our variation today? " to resolve issues instantly without digging through spreadsheets. Learn More Real-Time SPC and Complete Quality Management for Aerospace Manufacturers and Beyond Net-Inspect is a cloud-based quality management platform trusted by 9,500+ manufacturers across aerospace, defense, medical device, and precision manufacturing. When combined with MicroRidge measurement collection devices, gage and instrument data flows directly into Net-Inspect's real-time Statistical Process Control (SPC). This automatically generates control charts, Cpk/Ppk capability scores, and out-of-tolerance alerts that help operators catch process drift before defects occur. No manual re-entry. No spreadsheets. Just accurate quality data exactly when and where it's needed. Beyond SPC, Net-Inspect delivers a complete quality ecosystem: AS9102-compliant First Article Inspection (FAI), supplier quality management, non-conformance tracking, CAPA/CAR, tool calibration, and more in a connected, single platform. Net-Inspect helps both big and small manufacturers eliminate quality escapes, reduce scrap and rework, and meet the exacting documentation standards aerospace customers demand. Learn More Easy to Use SPC Data Collection In 1983, Prolink embarked on a mission to write a Statistical Process Control (SPC) software program called QC-CALC that would interface with all automatic inspection equipment and manual gages. The core mission was and has always been to create an easy-to-use data collection and analysis software product that requires little to no configuration and creates an immediate return on investment. Over the past 40 years, they have listened to their customers’ needs and tailored the software accordingly. The goal of the products is to increase awareness of process problems as they occur in real-time via alarms, reporting, monitoring, exports, and live dashboards. In more recent years, Prolink has greatly expanded their enterprise reporting and data visualization products putting data, charts, and reports within reach of any mobile device. The result has been an expanding array of products that automate the process of data collection, reporting and data visualization, saving customers’ time and money. Prolink continues to be committed to providing customers with quality software programs, flexible solutions, no hassle technical support, and business partnerships that last. Learn More Powerful. Lightning Fast. Quality Control Software 1factory software makes your inspection data work for you. Upload your print and 1factory will automatically create an inspection sheet. As you measure parts with MicroRidge devices, CMMs, vision systems, or any other gages, the results are automatically logged into 1factory and inspectors get visual pass/fail feedback, dynamic SPC charts, and process control metrics like Cpk and Ppk. Output inspection reports and AS9102s to share with... MobileCollect QuickStart Welcome to MobileCollect, let's get your measurement collection system setup! Let’s start by communicating with the Base Download and install Xpress Setup. If you already have Xpress Setup or Extended Setup installed you'll need to update to the latest version to communicate with the new EVO Bases. Plug the MobileCollect Base into your computer via USB. Open Xpress Setup and click on the “Find Base” button. You should see the base description in green. Click the “Base Info & Config” button if you would like to see additional information about your new MobileCollect Base. Pairing your Transmitter with Xpress Setup If you ordered the MobileCollect Base and MobileCollect Transmitter as a kit they are most likely already paired. To test this, select the box “Enable communication test” under ”Communication Test” This box should turn black when it’s ready to accept data. Take a reading with your gage and you should see the measurement show up here. If you need to pair your Transmitter and Base, follow the instructions on the video “Associate Mobile Module using Xpress Setup. ” https://youtu. be/Ez0RrDLOcyQ Pairing on the Fly - No Setup Software Needed If you are unable to download our setup software, you can pair MobileCollect Transmitters on the fly. This process can be done with all MobileCollect Base Receivers, Mobile Module Transmitters and Remote Transmitters. Mobile Module Transmitter Pairing on the Fly Put the Mobile Module into Pairing Mode. Press and hold the Setup Button Press and release the Read Button Release the Setup Button Both LED’s (red/green) will start flashing quickly. Press and release the Reset Button on the back of the Base Receiver to put the Base into Pairing on the Fly mode. This is signified by the left LED’s (green/green/green) turning off and the right LED’s (red/yellow/green) remaining illuminated. To put a MicroBase into pairing on the fly mode, simply unplug it and plug it back in. This is signified by the three LED’s (green/red/yellow) being illuminated. Press and release the Setup Button on the Mobile Module. If the pairing was successful, the LEDs (red/green) on the Mobile Module will blink 5 times and the red and yellow LED’s on the Base will turn off. The green LED on the Base will remain illuminated to signify the Base has power. Note: Pairing on the fly mode in the Base will time out after 10 seconds. Setup mode on the Mini Mobile Module will time out after 15 seconds. Remote Transmitter Pairing on the Fly Put the Remote into Pairing Mode. Press and hold the Associate & Test button Press and release the Reset Button When the right LED stack starts flashing, release the Associate & Test button. Right LED stack will continue to to blink for approximately 30 seconds indicating Pairing Mode is enabled. Press and release the Reset Button on the back of the Base Receiver to put the Base into Pairing on the Fly mode. This is signified by the left LED’s (green/green/green) turning off and the right LED’s (red/yellow/green) remaining illuminated. To put a MicroBase into pairing on the fly mode, simply unplug it and plug it back in. This is signified by the three LED’s (green/red/yellow) being illuminated. Press and release the Associate & Test Button on the Remote If the pairing was successful, the left LEDs on the Remote will blink multiple times and the red and yellow LED’s on the Base will turn off. The green LED on the Base will remain illuminated to signify the Base has power. Note: Pairing on the fly mode in the Base will time out after 10 seconds. Setup mode on the Remote will time out after 30 seconds. Pairing on the Fly - Full-Size Base https://www. youtube. com/watch? v=2c_6mOojr5Q Pairing on the Fly - MicroBase Advanced Setup If you're setting up a MobileCollect Remote Transmitter or Command Mobile Module, you'll need to use Extended Setup.... Certification Documents Our devices are Made in the USA to the highest standards. If you have any questions about our manufacturing policies and procedures please Contact Us. WedgeLink AT ProductsFirmware VersionRelease DateComments WedgeLink ATWLNK-AT1. 385/18/2026What’s New: Configurable Decimal Rounding and Excel Date/Time Stamping WedgeLink User Guides The WedgeLink User Guides are available as PDF documents. Additional Documents You have questions, we have answers! A keyboard wedge is used when you are trying to get data from some type of measuring device into applications that cannot accept data from a serial port. A software keyboard wedge reads data from a serial port and passes this data to a PC application in such a manner that the application thinks the data is entered via the keyboard. Software and hardware keyboard wedges are used extensively in data acquisition applications that include statistical programs, spreadsheets, barcode, LIMS, etc. MicroRidge keyboard wedges can accept input data from any RS-232 serial device. The data is then passed to a Windows application in such a manner that the application thinks the data is actually coming from the keyboard. Whether you're comparing a hardware keyboard wedge to a software keyboard wedge, sizing up the WedgeLink AT against the WedgeLink SP, or troubleshooting an existing setup, the questions below cover the most common WedgeLink questions we hear from customers. Looking for our other FAQs? MobileCollect FAQ GageWay FAQ General FAQ Don't see your question? Email info@microridge. com or call 541-593-1656 and we'll get you an answer. Search FAQ Reset All WedgeLink What Keyboard Wedge is right for me? Copy link Copied! WedgeLink Video and PDF Documentation We have created this documentation in order to help you understand and setup the WedgeLink Keyboard Wedges to meet your specific needs. If you ever find yourself wondering if the system can do what you require or you're unable to get something setup, don't hesitate to reach out. We're here to help! Contact Us. VideosPDFs Product OverviewWedgeLink ATWedgeLink SPWedgeLink Software Wedge Overview of WedgeLink Keyboard Wedges WedgeLink hardware and software keyboard wedges allow data to be transferred to programs not designed to accept data from external gage devices. Excel, Access, Minitab, and web-based programs all require a keyboard wedge to accept gage data. WedgeLink AT WedgeLink AT is our most advanced hardware wedge for serial devices. It offers extensive parsing features, plus auto-detect and user-selectable communications parameters. Once the initial setup is completed, this device is as simple for the operator to use as a “plug & play” wedge. WedgeLink AT WedgeLink AT is our most advanced hardware wedge for serial devices. It offers extensive parsing features, plus auto-detect and user-selectable communications parameters. Once the initial setup is completed, this device is as simple for the operator to use as a “plug & play” wedge. WedgeLink AT Overview Curious about the WedgeLink AT? It’s the go-to hardware keyboard wedge when you need the ability to parse or manipulate the data coming from your device. WedgeLink SP Overview With the WedgeLink SP, you can transfer RS-232 data into any PC application that accepts keyboard input. Some of the more common applications that are used with the WedgeLink SP include Microsoft Excel, Microsoft Access, etc. Overview of WedgeLink Keyboard Wedges WedgeLink hardware and software keyboard wedges allow data to be transferred to programs not designed to accept data from external gage devices. Excel, Access, Minitab, and web-based programs all require a keyboard wedge to accept gage data. Search: Reset WedgeLink Hardware Wedges WedgeLink AT WedgeLink SP Product Information Software Wedges Spec Sheets Technical Notes FTDI USB Driver MicroRidge products that require USB Serial drivers are all based on the USB to Serial IC manufactured by FTDI Chip (www. ftdichip. com). The latest drivers and a description of the supported operating systems are available at www. ftdichip. com/Drivers/VCP. htm. The drivers included in the table below are the setup executable drivers available from the link in the Comments on the FTDI Chip site. These drivers have a file extension of exe. We do not use the drivers with the zip extension. This driver is a WHQL (Windows Hardware Quality Labs) certified release. This driver is only for use with products containing the USB to Serial IC manufactured by FTDI Chip. RS-232 Confusing You? Here's Everything You Need to Know Read The RS-232 Interfacing Guide Don't want the IT overhead of another driver? Our new line of MobileCollect EVO Base Receivers don't need a driver and also feature a unique PID/VID for USB communications. We designed the new EVO line for facilities with strict IT measures. MC-MB-C-EVOMicroBase EVO USB C $450. 00 Add to cart MC-MB-A-EVOMicroBase EVO USB A $450. 00 Add to cart MC-BASE-KW-EVOWedge Base EVO $495. 00 – $510. 00Price range: $495. 00 through $510. 00 Select options This product has multiple variants. The options may be chosen on the product page MC-BASE-RS232-EVORS-232 Base EVO $495. 00 Add to cart WedgeLink AT Setup Software Version: 1. 1. 0. 22Released: May 11, 2026Release Notes: Configurable Decimal Rounding and Excel Date/Time StampingThe Setup Program features a series of tabs that allow you to easily configure your desired parsing scheme. To use the Setup Program, simply connect the USB cable to the Setup Port on the WedgeLink AT and press the “Find the WedgeLink” button on the Setup Program. When you make changes in the setup parameters, the Setup Program will notify you that you need to send these parameters to WedgeLink AT. Download WedgeLink AT Setup Documents WedgeLink AT User’s Guide WedgeLink AT Setup Software Version: 1. 1. 0. 22Released: May 11, 2026Release Notes: Configurable Decimal Rounding and Excel ... Download WedgeLink AT Setup The Setup Program features a series of tabs that allow you to easily configure your desired parsing scheme. To use the Setup Program, simply connect the USB cable to the Setup Port on the WedgeLink AT and press the “Find the WedgeLink” button on the Setup Program. When you make changes in the setup parameters, the Setup Program will notify you that you need to send these parameters to WedgeLink AT. Download WedgeLink AT Setup Learn More ComTestSerial Serial Communication Test Program The ComTestSerial serial communications test program allows you to test communications with any serial device. MicroRidge saw a need for a fast, effective and easy-to-use serial test communications program. MicroRidge developed ComTestSerial to meet that need, and are offering it free of charge to anyone who has a need for a communications test program. When testing your MobileCollect system, you can easily send the data received by a Base to ComTestSerial. You can also send commands from ComTestSerial to your Base. ComTestSerial is included with the Xpress and Extended Setup Programs. Download ComTestSerial Learn More FTDI USB Driver MicroRidge products that require USB Serial drivers are all based on the USB to Serial IC manufactured by FTDI Chip (www. ftdichip. com). The latest drivers and a description of the supported operating systems are available at www. ftdichip. com/Drivers/VCP. htm. The drivers included in the table below are the setup executable drivers available from the link in the Comments on the FTDI Chip site. These drivers have a file extension of exe. We do not use the drivers with the zip extension. This driver is a WHQL (Windows Hardware Quality Labs) certified release. This driver is only for use with products containing the USB to Serial IC manufactured by FTDI Chip. Certification Documents Our devices are Made in the USA to the highest standards. If you have any questions about our manufacturing policies and procedures please Contact Us. GageWay Pro Series ProductsFirmware VersionRelease DateComments GageWay Pro2GW-PRO21. 3110/17/2023What’s New: Support for a Mitutoyo Digimatic D2 high resolution output format. GageWay Pro4GW-PRO4GageWay Pro 8GW-PRO8 GageWay SM Series ProductsFirmware VersionRelease DateComments GageWay SM-UGW-SM-U4. 025/10/2024What’s New: Support for a Mitutoyo Digimatic D2 high resolution output format. GageWay SM-RGW-SM-R4. 025/10/2024What’s New: Support for a Mitutoyo Digimatic D2 high resolution output format. Retired Product Firmware (All of the following products are discontinued and no longer supported) ProductsFirmware VersionRelease DateRetired Date GageWay WirlessMiniStation Base3. 025/21/20088/1/2010MiniStation Remote3. 014/8/2008Universal Mobile Module1. 228/24/2008GageWay InterfacesGageWay Series2. 488/24/20122/13/2017Mx4 & Mx81. 258/10/2015WedgeLinkHW for RS-2322. 148/7/201310/5/2015SM for Mitutoyo Gages2. 119/4/2007ProcableProcable1. 108/20/200810/1/2010 GageWay User Guides The GageWay User Guides are available as PDF documents. Additional Documents GageWay Video and PDF Documentation We have created this documentation in order to help you understand and setup the GageWay Interfaces to meet your specific needs. If you ever find yourself wondering if the system can do what you require or you're unable to get something setup, don't hesitate to reach out. We're here to help! Contact Us. VideosPDFs Product OverviewGageWay ProGageWay SMGageWay KW GageWay Pro Interfaces GageWay Pro Interfaces offer the latest technology for connecting one or more gages to a single computer. Supports all gages. USB Keyboard Wedge and USB Serial Ports are built in. Feature rich and easy to use. GageWay Single Gage Interfaces GageWay SM and GageWay KW single gage interfaces offer the latest technology for connecting a single Mitutoyo gage or a gage with Mitutoyo compatible output to a computer. GageWay KW has keyboard wedge built in. Easy to set up and use. GageWay Pro Interfaces GageWay Pro Interfaces offer the latest technology for connecting one or more gages to a single computer. Supports all gages. USB Keyboard Wedge and USB Serial Ports are built in. Feature rich and easy to use. Wondering how to connect a caliper and a micrometer to your computer? The GageWay Pro Series including the Pro 2, Pro 4 and Pro 8 are the industry leading wired gage interfaces! You can be setup and taking measurements within minutes! GageWay Single Gage Interfaces GageWay SM and GageWay KW single gage interfaces offer the latest technology for connecting a single Mitutoyo gage or a gage with Mitutoyo compatible output to a computer. GageWay KW has keyboard wedge built in. Easy to set up and use. GageWay SM Overview The GageWay SM is a single gage interface that outputs via serial communication to a application that can monitor a COM port or serial port. It can interface with any gage that uses the Mitutoyo standard output. This device comes in both a USB version and a DB9 version. GageWay Single Gage Interfaces GageWay SM and GageWay KW single gage interfaces offer the latest technology for connecting a single Mitutoyo gage or a gage with Mitutoyo compatible output to a computer. GageWay KW has keyboard wedge built in. Easy to set up and use. GageWay KW Installation How to use the GageWay KW keyboard wedge to send data from a Mitutoyo caliper or digital indicator to Microsoft Excel. GageWay KW Overview Let’s learn all about the GageWay KW. This is the single gage interface you need if your target application is Excel, Google Sheets, Cloud Based SPC Software or any application that requires keyboard input. Search: Reset GageWay GageWay Pro GageWay Single Gage Interfaces Product Informaiton Technical Notes GageWay Pro Setup Software Version: 1. 1. 0. 35Released: June 3, 2025The GageWay Pro Setup Software is used to configure the interface options and transfer these options to and from the GageWay Pro. The setup program contains a Home Tab that has options used by all of the GageWay Pro models. The setup program also includes a tab for each of the GageWay Pro models. When a GageWay Pro is found by the setup program, the only tabs that will be displayed are the Home Tab and the tab for the GageWay Pro model that was found. All of the screens contain extensive Help information directly on the screen. When a setup is created, you can transfer it to the interface. You can also save this setup to a file as a backup or for transferring to other interfaces. Download GageWay Pro Setup Documents GageWay Pro Setup Software The GageWay Pro Setup Software is used to configure the interface options and transfer these options to and from the GageWay Pro. The setup program contains a Home Tab that has options used by all of the GageWay Pro models. The setup program also includes a tab for each of the GageWay Pro models. When a GageWay Pro is found by the setup program, the only tabs that will be displayed are the Home Tab and the tab for the GageWay Pro model that was found. All of the screens contain extensive Help information directly on the screen. When a setup is created, you can transfer it to the interface. You can also save this setup to a file as a backup or for transferring to other interfaces. Download GageWay Pro Setup Learn More ComTestSerial Serial Communication Test Program The ComTestSerial serial communications test program allows you to test communications with any serial device. MicroRidge saw a need for a fast, effective and easy-to-use serial test communications program. MicroRidge developed ComTestSerial to meet that need, and are offering it free of charge to anyone who has a need for a communications test program. When testing your MobileCollect system, you can easily send the data received by a Base to ComTestSerial. You can also send commands from ComTestSerial to your Base. ComTestSerial is included with the Xpress and Extended Setup Programs. Download ComTestSerial Learn More FTDI USB Driver MicroRidge products that require USB Serial drivers are all based on the USB to Serial IC manufactured by FTDI Chip (www. ftdichip. com). The latest drivers and a description of the supported operating systems are available at www. ftdichip. com/Drivers/VCP. htm. The drivers included in the table below are the setup executable drivers available from the link in the Comments on the FTDI Chip site. These drivers have a file extension of exe. We do not use the drivers with the zip extension. This driver is a WHQL (Windows Hardware Quality Labs) certified release. This driver is only for use with products containing the USB to Serial IC manufactured by FTDI Chip. Retired Product Setup Software (All of the following products are discontinued and no longer supported) ProductsSoftware VersionRelease DateRetired Date GageWay InterfacesGageWay Series1. 0. 1. 248/24/20122/13/2017Mx4 & Mx81. 1. 0. 118/10/2015WedgeLinkHW for RS-2321. 1. 0. 138/7/201310/5/2015SM for Mitutoyo Gages1. 1. 0. 129/4/2007ProcableProcable1. 1. 0. 38/20/200810/1/2010 You have questions, we have answers! GageWay interfaces connect one or more digital gages and serial devices to a computer port via USB serial, USB keyboard wedge, or RS-232. GageWay interfaces can transfer gage data into any Windows program or SPC/data acquisition software, and are an excellent option for situations where gage mobility is not a requirement. GageWay interfaces support a wide range of digital gages and serial devices from manufacturers including Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, Sylvac, Ohaus, Mettler Toledo, etc. Looking for our other FAQs? MobileCollect FAQ WedgeLink FAQ General FAQ Don't see your question? Email info@microridge. com or call 541-593-1656 and we'll get you an answer. Search FAQ Reset All GageWay GageWay Pro Gageway Single Gage Interfaces Gageway Setup When should I consider using a gage interface? Gage interfaces are an easy-to-use, cost-effective solution for connecting one or more gages to a single computer. They require physical cables to connect each gage so are best used in situations where gage mobility is not a requirement. If you need gage mobility beyond 2 meters (6 feet), you should consider a wireless solution instead. Copy link Copied! I am just beginning data acquisition. How can I get started quickly and cost effectively? Most companies beginning data collection use an internally designed Excel spreadsheet or Access database. In this case, use a GageWay KW and compatible gage cable to connect your gage to the computer for under $200. We recommend contacting MicroRidge or one of our resellers to discuss your needs and identify the best solution for your situation and budget. Copy link Copied! How many GageWay models are available? The GageWay interface line consists of the GageWay SM, the GageWay KW and the GageWay Pro models. GageWay SMSingle gage interface used to send data to programs that can monitor a COM port for incoming gage data. We offer two models – the GageWay SM-U for USB and the GageWay SM-R for DB9 serial computer connection. GageWay KWSingle gage interface with “keyboard wedge” output. Used to send data to programs that cannot monitor a COM port (example: Microsoft Excel or Access). It converts the incoming data into the “keystroke” format required by these programs. USB computer connection only. GageWay ProMultiple gage interfaces (2-port, 4-port, & 8-port), these models offer outputs compatible with dedicated SPC applications and with programs requiring the keyboard wedge function. USB and DB9 serial computer connections are available. Copy link Copied! Can I send data from a gage into Excel without entering it manually? General purpose programs like Excel are designed to receive data from the computer keyboard. To get gage data into these programs, it must first pass through a “keyboard wedge” function that makes Excel think that data is being entered from the keyboard. All GageWay Pro interfaces include a USB “keyboard wedge” output. Using this connection to the computer allows the data to go into Excel automatically. Copy link Copied! Can I chain the GageWay Pro interfaces? Yes, chaining is an available feature on the Pro4 and Pro8 models. Up to nine GageWay Pro interfaces can be chained. These can be the same models or a mixture of Pro4 and Pro8 models. For example, chaining nine Pro8 models will allow 72 gages connected together. Copy link Copied! What if I have multiple GageWay Pro interfaces to set up? The GageWay Pro Setup program allows you to save your setup parameters to a file so they can be quickly copied into other GageWay Pro interfaces. Copy link Copied! How do GageWay Pro interfaces connect to my computer? All GageWay Pro models have two USB outputs. The “USB serial” output is for SPC applications, the USB “keyboard wedge” output is for spreadsheets, databases, web or cloud applications. The GageWay Pro4 and Pro8 models also have a DB9 serial output; this output has a variety of uses. Copy link Copied! How do I set up the GageWay interfaces? Ease of setup is... RM2. 4 Wireless Protocol Featured on all MobileCollect products. The Incredible Power of RM2. 4 RM2. 4 is a proprietary wireless protocol developed by MicroRidge from the ground up for high performance and reliability when transmitting precision gage data. It’s engineered to maintain consistent communication in demanding industrial environments where other wireless technologies often struggle. That’s why MobileCollect is built on RM2. 4—delivering dependable operation in the high-RF conditions common in modern manufacturing. RM2. 4 also provides key advantages including encrypted data packets for security, smart battery management that can allow transmitters to operate for years on a single CR2032, long-range communication of 140+ ft, and easy scalability with no limit to how many transmitters can be paired to a single Base Receiver. Proprietary wireless protocol designed specifically for transmitting precision gage dataReliable in high RF zones which are common in todays modern manufacturing facilities. Encrypted data for data security. Smart battery management technology allowing transmitters to last years on a single CR2032. Long range of over 140 ft. Unlimited gages can be paired to one Base Reciever 802. 15. 4 - A Strong Foundation for High RF Performance RM2. 4 is built on the proven foundation of IEEE 802. 15. 4, a low-power wireless standard designed for short-range, low-data-rate communication—ideal for transmitting small measurement packets from precision gages. 802. 15. 4 defines the PHY (radio) and MAC layers, including channelization, modulation, clear-channel assessment, addressing, acknowledgments/retries, and optional beaconing, enabling efficient, deterministic communication without the overhead of Wi‑Fi or classic Bluetooth. This “send a short packet, confirm delivery, then go back to sleep” model is both dependable and battery-friendly in high-RF industrial environments. By contrast, channel hopping schemes like Bluetooth’s can run into trouble in noisy facilities: if wide portions of the 2. 4 GHz band are contaminated by broadband interference or strong emitters, hopping simply moves the transmission into another bad channel, increasing retries and latency. Hopping also adds timing and coordination complexity, and rapid frequency changes can be less forgiving in metal-heavy environments where reflections and fading vary across channels. Data Encryption RM2. 4 uses 32-bit encryption to protect measurement data and help meet security and compliance requirements in government facilities and other high-security manufacturing environments. The data packet is encrypted at the transmitter before it’s sent over the air, helping protect it from interception while in transit. When the Base Receiver receives the transmission, it decrypts (un-encrypts) the packet locally and then passes the measurement into the host computer/software in the required format, so you get secure wireless transport without changing your existing data-collection workflow. Even through the payload is “just” a single feature measurement, maintaining high security standards is important to protect sensitive production details and meet strict audit requirements. Smart Battery Management Smart battery management in the RM2. 4 protocol is important in manufacturing because it minimizes maintenance and prevents avoidable disruptions on the shop floor. By optimizing power use so transmitters can run for years—not months—on a single CR2032, it reduces the frequency of battery changes, lowers the risk of unexpected dropouts during inspections, and cuts the time supervisors and operators spend checking battery status across multiple stations. The result is less downtime, fewer interruptions to production and quality workflows, and more consistent data collection with minimal hands-on oversight. Long Range RM2. 4 delivers industry-best wireless range for precision gage data collection thanks to its IEEE 802. 15. 4 foundation. It uses small, efficient data packets engineered for reliable transmission, lower power consumption, and greater range. This combination helps RM2. 4 achieve industry-best performance that can exceed 140 ft in real industrial environments—even where metal structures and RF noise challenge other wireless options. For large-component inspections or spread-out work areas, RM2. 4’s industry-best range keeps measurement data flowing without forcing operators to work right next to the receiver. System Flexibility RM2. 4 provides exceptional flexibility by not limiting how many transmitters/gages can be paired... MobileCollect Can Interface with U-Wave Zigbee Protocol MobileCollect and U-Wave transmitters can be installed on the same wireless system protecting a significant portion of a company’s wireless investment because the U-Wave transmitters are still used with the Mitutoyo gages. U-Wave Compatiblity at a Glance MobileCollect wireless now offers compatibility with U-Wave wireless transmitters. MobileCollect and U-Wave transmitters can be installed on the same wireless system protecting a significant portion of a company’s wireless investment because the U-Wave transmitters are still used with the Mitutoyo gages. Simply replace the U-Wave receiver with any MobileCollect Base receiver. Connect a MobileCollect transmitter to each non-Mitutoyo gage device and pair the U-Wave and MobileCollect transmitters to the new MobileCollect Base receiver. The process to send measurements from U-Wave and MobileCollect transmitters is the same, just press the READ button. Both transmitters types have LEDs that indicate a successful measurement transfer. Additional information on this new MobileCollect wireless feature is provided below. Contact MicroRidge if you have more questions on our U-Wave compatibility feature. Benefits Allows U-Wave and MobileCollect wireless transmitters to transmit gage measurements to the same MobileCollect Base receiver. U-Wave customers can add gages from Mahr, Starrett, RS-232 output devices and others to their wireless systems. Compatible with all data collection programs, including MeasurLink. Compatible with U-Wave-T, U-Wave-TM, and U-Wave-TC transmitter models. No modifications to U-Wave transmitters. No additional operator training required. Protects end-user investment in U-Wave transmitters, connectors, and cables. Compatibility All U-Wave transmitter models are compatible with all MobileCollect Base receiver models. USB BaseUSB MicroBaseWedge/USB BaseRS-232/USB Base Details Each U-Wave-R receiver must be replaced with a MobileCollect Base receiver containing the RM2. 4 Radio Module. Base receivers with the RM2. 4 Radio Module were introduced in April 2016. Installed MobileCollect Base receivers containing the RM2. 4 Radio Module can be field upgraded by the user to add U-Wave compatibility. MobileCollect receivers must have firmware version 5. 57 or later. Base receivers with earlier firmware can be updated to version 5. 57 in the field by the user. Pair U-Wave transmitter to MobileCollect receiver using Xpress Setup, Extended Setup, or “on-the-fly method (no setup program required). U-Wave output format option added to MobileCollect Xpress Setup and Extended Setup programs. Use Wedge/USB Base receiver to send data into Excel, Access, Minitab, and other programs without keyboard wedge software on your PC. Documents The Technology is Here! Integrating MicroRidge RM2. 4 technology into gauges represents a pivotal advancement in precision measurement and data acquisition. Our technology seamlessly fuses the capabilities of traditional gauging systems with advanced data transmission to achieve unparalleled levels of accuracy, real-time monitoring, and process optimization. Gages Featuring MicroRidge MobileCollect RM2. 4 Technology Chicago Dial Indicators Chicago Dial Indicators (CDI) has integrated the MobileCollect wireless RM2. 4 Radio Module inside the "Long-Range" versions of their new CORE and VRS electronic indicator models. CDI Wireless Linear Measurement Instruments, Corp. Linear Measurement Instruments, Corp. (LMI) has integrated the MobileCollect wireless RM2. 4 Radio Module inside the "Wireless" series of probes and gages. LMI Wireless Why choose MicroRidge MobileCollect RM2. 4 over Bluetooth RM2. 4 stands out as a superior alternative to Bluetooth due to its heightened reliability and capacity to accommodate more connected devices. Unlike Bluetooth, which can sometimes suffer from interference and connectivity issues, RM2. 4 operates on a more robust and stable frequency spectrum, minimizing the chances of signal disruption and ensuring consistent communication. Additionally, RM2. 4’s ability to support significantly more concurrently connected devices surpasses Bluetooth’s limitations, making it an ideal choice for large-scale manufacturing environments. How do i get started? Head to our Contact Us page and submit and inquiry. We will have our engineering team reach out and we’ll start the process of exploring how we can best integreate RM2. 4 into your gages. MicroRidge MICRO-RM2. 4 Radio Module This page provides technical information for the MICRO-RM2. 4 Radio Module that is used in the some of the current MobileCollect product line. Typically, this page would be used by the following types of individual:OEMs that are looking to embed the MICRO-RM2. 4 Radio Module into their productsIndividuals that need to get detailed specification and test results information for the MICRO-RM2. 4 Radio ModuleIndividuals that need to obtain a copy of the MICRO-RM2. 4 Radio Module certification documentsMost users of the MobileCollect Wireless products would not need to access the technical information contained on this page. Additional Information For pricing and additional information about the MICRO-RM2. 4 Radio Module, contact Sales at 541-593-3500. Introduction The MICRO-RM2. 4 Radio Module from MicroRidge Systems is a small wireless module based on the Atmel ATmega2564RFR2 microcontroller. The ATmega2564RFR2 is a low-powered CMOS 8-bit microcontroller based on the AVR enhanced RISC architecture combined with a high data rate transceiver for the 2. 4 GHz ISM (industrial, scientific and medical) band. The MICRO-RM2. 4 contains an on-board chip antenna. The module contains radio certifications for FCC, IC and EU (CE). No additional RF testing is required as long as the application of the MICRO-RM2. 4 follows the approved certifications. The small size of the MICRO-RM2. 4 module allows it to be used in small and compact products. The module measures 12 x 20. 75 x 3 mm (. 472 x . 817 x . 118 inches). The module requires a power supply of 1. 8 to 3. 6 volts DC. This voltage range allows the module to be powered by a single 3 volt coin cell or two 1. 5 volt batteries. RM2. 4 Radio Module Logo Requirements for MobileCollect Compatible Products The following RM2. 4 logo may be required to be displayed on products that use the RM2. 4 Radio Module. This requirement only applies to products that are compatible with the MicroRidge MobileCollect product line. If you are using the RM2. 4 Radio Module with application firmware developed by MicroRidge for use with the MobileCollect product line, the RM2. 4 logo must be displayed on the product label. By displaying the RM2. 4 logo on the product, it will help the user to identify products compatible with MobileCollect. If you are developing your own application firmware and the product will be compatible with MobileCollect, it is strongly recommend that you put the RM2. 4 logo on your product. Short Range Devices (ETSI) The MICRO-RM2. 4 Radio Module is classified as a short range device by ETSI (European Telecommunications Standards Institute). Short Range Devices (SRD) are radio devices that offer a low risk of interference with other radio services, usually because their transmitted power, and hence their range, is low. Short range devices often benefit from a relaxed regulatory regime compared with other radio communications equipment. The definition ‘Short Range Device’ may be applied to many different types of wireless equipment, including various forms of:Access control (including door and gate openers)Industrial controlsLocal Area NetworksRemote control Radio frequency identification (RFID)TelemetryPlus numerous other devices Documents The following documents provide additional information about the MICRO-RM2. 4 Radio Module. All of the documents are supplied as PDF files. Overview Grants & Test Reports FCCISEDETSI FCC Grant of Equipment Authorization FCC Grant of Equipment Authorization MicroRidge MICRO-RM2. 4 Radio Module This page provides technical information for the MICRO-RM2. 4 Radio Module that ... Download FCC Test Reports Test Report for FCC ID 2ACNQRM2, FCC Part 15, Subpart C MicroRidge MICRO-RM2. 4 Radio Module This page provides technical information for the MICRO-RM2. 4 Radio Module that ... Download Test Report for FCC Part 15, Subpart B, ICES-003, Issue 5 MicroRidge MICRO-RM2. 4 Radio Module This page provides technical information for the MICRO-RM2. 4 Radio Module that ... Download Industry Canada Certificate of Conformity Industry Canada Certificate of Conformity MicroRidge MICRO-RM2. 4 Radio Module This page... MobileCollect with RM2. 4 EVO Radio Module EVO is the Current Generation of Base Receivers and Mini Mobile Modules Once you've downloaded the firmware package, extract the . zip file and run the . exe installer inside. Follow the on-screen prompts to complete the firmware update on your MobileCollect device. Reach out to support@microridge. com if you have any questions. EVO Base Receivers ProductsFirmware VersionRelease DateComments Keyboard Wedge & Serial BasesMicroBase EVO USB AMC-MB-EVO-A6. 29 Click to Download3/4/2026Update Press ReleaseMicroBase EVO USB CMC-MB-EVO-CWedge Base MC-BASE-KW-EVOUSB & RS-232 Serial BasesRS-232 Base MC-BASE-RS232-EVOUSB Base MC-BASE-USB-EVO Only Available Through MicroRidge Distributor EVO Mini Mobile Module (M3E) ProductsFirmware VersionRelease DateComments Mini Mobile Module EVO (M3E)6. 11 Click to Download5/13/2026Performance Optimizations and Minor Bug Fixes MobileCollect with RM2. 4 Radio Module Product label has RM2. 4 Logo as seen below & No EVO Marking Mobile Module Transmitters ProductsFirmware VersionRelease DateComments —-Legacy—-Mini Mobile ModuleMC-MM-M35. 3812/20/2024This firmware is the final release for the Mini Mobile Module (MC-MM-M3), which has been discontinued as of May 2026. Existing units will continue to operate normally with this firmware installed. For new purchases, the Mini Mobile Module EVO (MC-MM-M3-EVO) is the direct replacement and recommended upgrade path. Command Mobile ModuleMC-MM-DC5. 3612/20/2024What’s New: Support for Absolute Value of gage reading. RS-232 V2 Mobile ModuleMC-MM-V2 Mobile Module Firmware Updating https://youtu. be/XTNu0ADsQ0QHow to update the firmware in a Mobile Module. Remote Transmitters ProductsFirmware VersionRelease DateComments RS-232MC-REM-RS2325. 2110/20/2023What’s New: Support for a Mitutoyo Digimatic D2 high resolution output format. DigitalMC-REM-DIG CDI Indicators ProductsFirmware VersionRelease DateComments CORE5. 288/20/2020This firmware is used for CDI CORE and VRS Indicators that contain an embedded RM2. 4 Radio Module. The update is done via a wireless link from a MobileCollect Base. Refer to Using CDI Indicator with MobileCollect for accessing the Radio Menu on the CDI Indicator. This gage is also sold under several private label brands. VRS Legacy RM2. 4 Base Receivers ProductsFirmware VersionRelease DateComments Serial BasesUSBMC-BASE-USB5. 6212/20/2024What’s New: Support for new pre-defined output format added to Xpress Setup. (Module ID, Measurement, Channel). Supports CDI Indicators containing embedded RM2. 4 ModuleSupports RM2. 4 Radio Module Mitutoyo U-Wave TransmittersRS-232/USBMC-BASE-RS232MicroBaseMC-BASE-MICROKeyboard Wedge BasesWedge/USBMC-BASE-KWWedge Processor1. 16This firmware is used for updating the Wedge Processor in a Keyboard Wedge/USB Base. The update is done via a USB cable connected between the USB port labeled Serial on the Wedge/USB Base. Discontinued ATZB Radio Module This firmware is used for MobileCollect products that contain the ATZB Radio Module. Unlike the MobileCollect products that contain the RM2. 4 Radio Module, there is no special logos on the product label for the ATZB based products. These products were discontinued at various times between February 2016 and February 2018. This firmware is provided to customers using older versions so they can maintain their systems. Legacy ATZB Base Receivers ProductsFirmware VersionRelease DateComments USB5. 386/27/2022This firmware is used for Bases that contain the ATZB Radio Module. The update is done via a USB cable connected to a PC. RS-232 / USBMicroBase Legacy ATZB Mobile Module Transmitters ProductsFirmware VersionRelease DateComments Mini4. 104/18/2019This firmware is used for updating any of the Mobile Modules that contain the ATZB Radio Module. The update is done via a wireless link from a MobileCollect Base. CommandRS-232 V2 Legacy ATZB Remote Transmitters ProductsFirmware VersionRelease DateComments RS-2324. 119/30/2022This firmware is used for updating Digital Remotes that contain the ATZB Radio Module. The update is done via a DB9 serial cable connected to a PC. MobileCollect User Guides The MobileCollect User Guides are available as PDF documents. The User Guides are also included with the Xpress and Extended Setup Programs. Technical Notes The following Technical Notes describe MobileCollect features and operations that are not documented in the User’s Guides. Additional Documents MobileCollect WedgeLink Xpress Keyboard Wedge Version: 3. 0. 1. 215Released: December 20, 2024WedgeLink Xpress is a software keyboard wedge designed to work with MobileCollect Bases. A keyboard wedge reads data from a serial port and passes this data to a PC application in such a manner that the application thinks the data is entered via the keyboard. Keyboard wedges are commonly used with applications such as Microsoft Excel and other data database programs. Download WedgeLink Xpress Verify Gage Compatibility, Configure Your System, and Generate a Complete BOM The MobileCollect Selection Tool is a free Windows utility that removes the guesswork from MobileCollect system planning. Search a database of 3,500+ gages from 50+ manufacturers to confirm compatibility and identify the exact cable and Mobile Module required for each gage in your operation. Then build a complete system configuration — transmitters, Base receivers, and RS-232 Remotes — and generate an itemized bill of materials with part numbers and current pricing you can attach directly to a purchase order. If you're evaluating MobileCollect for your inspection operation, this is the right starting point. Download MobileCollect Selection Tool Version 1. 1. 44Released: April 29, 2026Release Notes: Updated Mini Mobile Module (retired May 4th, 2026) to Mini Mobile Module EVO (M3E)Database Updated: June 2, 2026 (Pricing and Transmitter Combability Update) What the MobileCollect Selection Tool Does The Selection Tool handles two distinct tasks in one program:1. Gage Compatibility Verification Enter your gage manufacturer and model number (or gage code for Mitutoyo gages) to confirm whether your gage is supported by MobileCollect and identify the correct cable and Mobile Module. 2. Full System Configuration Once your gages are confirmed, the tool steps you through configuring the complete system: how many Mobile Module transmitters you need, whether RS-232 Remotes are required for your layout, and how many Base receivers are needed based on the number of data collection PCs in your operation. Quantities and pricing update automatically as you build. The output is a printable, saveable system summary — part numbers, quantities, individual pricing, and total system cost — ready to attach to a company purchase order. User Guides Help Videos https://www. youtube. com/watch? v=FoutoV1U2-U Key Features 3,500+ gage database spanning 50+ manufacturers — including Mitutoyo, Mahr Federal, Starrett, Fowler, Sylvac, CDI, Brown & Sharpe, Ono Sokki, Insize, and moreMitutoyo-specific gage code search across 1,300+ entries — search by code and/or gage type to filter results quicklyAutomatic Mobile Module identification — the correct transmitter type (Mini, Command, or RS-232 V2) is selected automatically when a gage is added; no manual cross-referencing requiredFull BOM generation — gage cables, Mobile Module transmitters, Base receivers, and RS-232 Remotes with quantities and current pricingSave, print, or export to PDF — attach the summary directly to a company purchase orderMulti-PC installation — no license restrictions; install on as many computers as needed to support sales and quotingFree download, updated frequently— database reflects current gage compatibility and pricing How to Use the MobileCollect Selection Tool The tool is organized into four sequential tabs. Work through them left to right to produce a complete system configuration. Tab 1 — Cables & Mobile Modules This is the starting point. You'll need your list of gage manufacturers and model numbers (gage codes for Mitutoyo). Select the Mobile Module type(s) you want to evaluate using the checkboxes in the upper-right corner of the tab. The tool displays cable part numbers for Mini Mobile Module cables or Command & Digital Mobile Module cables — not both simultaneously. Select based on which transmitter your application requires. Select the gage manufacturer from the list. For Mitutoyo, enter the gage code and/or gage type to filter the 1,300+ entry database. Double-click a gage in the results grid, or select it and click the Select button, to add it to the configuration. Adjust quantities in the lower grid. The tool automatically calculates the number and type of Mobile Modules required and updates pricing in real time. Note: Gage cables for the Mini Mobile Module and Command Mobile Module are not interchangeable. The tool enforces correct cable selection based on the Mobile Module type you've specified. Tab 2 — RS-232 Remotes If your application includes non-mobile RS-232 devices (gage interfaces, scales, or serial instruments in fixed positions), specify the number of RS-232 Remotes required here. Remotes extend wireless coverage from a fixed RS-232 serial device to a MobileCollect Base.... MobileCollect Video and PDF Documentation We have created this documentation in order to help you understand and setup the MobileCollect Systems to meet your specific needs. If you ever find yourself wondering if the system can do what you require or you're unable to get something setup, don't hesitate to reach out. We're here to help! Contact Us. VideosPDFs Product OverviewAssociate Transmitter & BaseMini Mobile ModuleRemote Transmitter SetupGage/Cable Selection Tool MobileCollect in Action Are you collecting measurements manually? See how MobileCollect wireless can collect measurements in real time with 100% accuracy with the press of a button. MobileCollect in Action on Quality Digest Live Tech Corner See MobileCollect wireless in action! A good overview of MobileCollect highlighting the Mini Mobile Module and USB MicroBase. Ray’s Perfect Solution Ray had a quality problem. Watch our short video to see how Ray solved that problem with MobileCollect Wireless. Automate Your Measurement Collection What is the best way to record your measurements from a caliper, lab scale or other device to track quality or produce a report? Watch our short video to learn more. MobileCollect Demo Kit Overview An overview for the MicroRidge MobileCollect Demo Kit. A quick start guide to get your demo kit up and running. Mobile Module Association/Pairing to Base Receiver On-The-Fly Association Method A quick way to link one or more Mobile Module transmitters to a Base receiver. Associate Mobile Module using Xpress Setup Guides you through the basic installation of MobileCollect using Xpress Setup. Associate Mobile Module using Extended Setup Guides you through the basic installation of MobileCollect wireless using Extended Setup. CDI VRS/CORE Association/Pairing to Base Receiver Pairing the CDI VRS with MobileCollect The VRS “Long-Range” model is compatible with all MobileCollect RM2. 4 Base receiver models. This video covers how to pair the VRS with MobileCollect. Pairing the CDI CORE with MobileCollect The CORE “Long-Range” model is compatible with all MobileCollect RM2. 4 Base receiver models. This video covers how to pair the CORE with MobileCollect. Replace Mini Mobile Module cable How to replace a Mini Mobile Module Cable. Remove Battery Mini Mobile Module Short video taking you through removing battery from the Mini Mobile Module. Mobile Module Restricted Mode Firmware 5. 14 and Earlier How to identify and turn off “Restricted Mode” on a Mobile Module transmitter. Firmware 5. 14 and earlier. Mobile Module Restricted Mode Firmware 5. 15 and Later How to identify and turn off “Restricted Mode” on a Mobile Module transmitter. Firmware 5. 15 and later. Mobile Module Firmware Updating How to update the firmware in a Mobile Module. MobileCollect Digital Remote Setup Set up Digital Remote transmitter using Extended Setup software. MobileCollect Selection Tool Training The MobileCollect Selection Tool assists you in selecting the proper gage cable for the MobileCollect wireless system. Search: Reset MobileCollect Base Receivers Base Spec Sheets Mitutoyo U-Wave Mobile Module Transmitters Command & Digital Mobile Module Mini Mobile Module Remote Transmitters RS-232 V2 Mobile Module Transmitter Spec Sheets Product Information RM2. 4 ETSI Declaration of Conformity Test Reports FCC Certification Test Reports ISED Certication Test Reports RM2. 4 Radio Module Integration CDI Setup Software Technical Notes WedgeLink Xpress Download Extended SetupVersion: 4. 3. 0. 147Released: May 5, 2026Release Notes: Updated MobileCollect Hardware Components User GuideLatest Major Release: 4. 3. 0. 145 Update Press ReleaseThe MobileCollect Extended Setup Program is used to set up and configure the MobileCollect Bases, Remotes and Mobile Modules. The Extended Setup Program consists of a series of tabs. The Main Setup tab is used for Base and Remote configuration. The other tabs in the Setup Program will be enabled or disabled based upon the unit (Base or Remote) that you are configuring. Most people that use the Extended Setup Program to configure their Mini, Digital and RS-232 Mobile Modules could use the MobileCollect Xpress Setup Program. Download Extended Setup User Guides Help Videos https://youtu. be/ofG9Vw3MXPshttps://youtu. be/lGnF1AS_jn4 Download Xpress SetupVersion: 1. 6. 0. 85Released: May 5, 2026Release Notes: Updated MobileCollect Hardware Components User GuideLatest Major Release: 1. 6. 0. 84 Update Press ReleaseThe MobileCollect Xpress Setup Program is used to set up and configure the MobileCollect Bases and Mobile Modules. The Xpress Setup Program provides access to the most common setup features required by most users to configure their Mobile Modules (Mini, Digital and RS-232) and Bases (USB, USB MicroBase and RS-232). The Xpress Setup Program is easy to use, and we strongly recommend that you take a look at this program. If the features you require are not supported by the Xpress Setup Program, you can use the Extended Setup Program. Download Xpress Setup User Guides Help Videos https://youtu. be/Ez0RrDLOcyQ MobileCollect Software Programs Several different software programs can be used to support the set up and use of MobileCollect. These programs are described below. Copies of the User’s Guides and the software are available in the links below. You can install these programs on as many computers as required. All of these programs have been tested on Windows XP, Windows 7, Windows 8, Windows 10 and Windows 11. All of the programs shown below are included on the MobileCollect CD that is shipped with MobileCollect. Setup Programs Xpress Setup Perfect for most setups. This is the go-to setup software unless you need advanced features seen in Extended Setup. The MobileCollect Xpress Setup Program is used to set up and configure the MobileCollect Bases and Mobile Modules. The Xpress Setup Program provides access to the most common setup features required by most users to configure their Mobile Modules (Mini, Digital and RS-232) and Bases (USB, USB MicroBase and RS-232). The Xpress Setup Program is easy to use, and we strongly recommend that you take a look at this program. If the features you require are not supported by the Xpress Setup Program, you can use the Extended Setup Program. Download Xpress Setup Learn More Extended Setup Used for Remote Transmitters & Command Mobile Modules in addition to other advanced configuration such as read switches. The MobileCollect Extended Setup Program is used to set up and configure the MobileCollect Bases, Remotes and Mobile Modules. The Extended Setup Program consists of a series of tabs. The Main Setup tab is used for Base and Remote configuration. The other tabs in the Setup Program will be enabled or disabled based upon the unit (Base or Remote) that you are configuring. Most people that use the Extended Setup Program to configure their Mini, Digital and RS-232 Mobile Modules could use the MobileCollect Xpress Setup Program. Download Extended Setup Learn More Additional MobileCollect Applications WedgeLink Xpress WedgeLink Xpress is a software keyboard wedge designed to work with MobileCollect Bases. A keyboard wedge reads data from a serial port and passes this data to a PC application in such a manner that the application thinks the data is entered via the keyboard. Keyboard wedges are commonly used with applications such as Microsoft Excel and other data database programs. Download WedgeLink Xpress Learn More MobileCollect Selection Tool How to determine the correct Mobile Module transmitter and cable combination for each gage connecting to a MobileCollect wireless system. With the MobileCollect Selection Tool, you can easily configure a MobileCollect system with a few clicks of the mouse. All you need is the gage brand, model/code information, and the number of data collection computers you have. The MobileCollect Selection Tool program is free to download and is updated regularly. Download MobileCollect Selection Tool Learn More ComTestSerial Serial Communication Test Program The ComTestSerial serial communications test program allows you to test communications with any serial device. MicroRidge saw a need for a fast, effective and easy-to-use serial test communications program. MicroRidge developed ComTestSerial to meet that need, and are offering it free of charge to anyone who has a need for a communications test program. When testing your MobileCollect system, you can easily send the data received by a Base to ComTestSerial. You can also send commands from ComTestSerial to your Base. ComTestSerial is included with the Xpress and Extended Setup Programs. Download ComTestSerial Learn More MobileCollect RF Sniffer The MobileCollect RF Channel Sniffer allows you to determine the amount of communications occurring on each of the 2. 4 GHz RF channels that can be used by MobileCollect. MobileCollect RF Sniffer takes 500 measurements on a channel and determines for each measurement if there was any RF activity. After the measurements are taken on a channel, the Sniffer moves to the next channel and repeats the process. It takes approximately . 096 seconds (96 msec) to capture the 500 measurements on... Don't see what you're looking for? Chat with us or call us at 541-593-1656 we'll help point you in the right direction. You have questions, we have answers! MobileCollect is a wireless measurement collection system consisting of one or more Bases (receivers) connected to PCs receiving wireless data from multiple Mobile Modules or Remotes (transmitters). It supports a wide range of digital gages and RS-232 devices from manufacturers including Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, Sylvac, Ohaus, Mettler Toledo, etc. and our own GageWay line of interfaces. Looking for our other FAQs? GageWay FAQ WedgeLink FAQ General FAQ Don't see your question? Email info@microridge. com or call 541-593-1656 and we'll get you an answer. Search FAQ Reset All General MobileCollect MobileCollect Bases MobileCollect Transmitters Why should I consider MobileCollect wireless? The primary reasons to consider MobileCollect are reliability, compatibility, flexibility, and ease of use as follows:ReliabilityMicroRidge has over 30 years of DAQ and gage interface experience and is dedicated to your success and customer satisfaction. We introduced our first wireless system in 2006 and have a proven track record with thousands of wireless systems installed throughout the world. It’s not unusual to hear from customers that are still using our first generation wireless products. CompatibilityMobileCollect was designed to connect with a wide variety of gage brands and models. We currently offer compatibility with over 60 gage brands and over 3,200 gage models. MobileCollect can move data into any Windows program – from Excel spreadsheets to computer or cloud-based SPC/DAQ application software. MicroRidge is constantly researching new gage models and software applications to identify compatible products. FlexibilityMicroRidge is the only US manufacturer that focuses exclusively on measurement collection solutions. Because of this, we’re constantly enhancing MobileCollect to provide the greatest range of product features and components for our customers. We offer three Base receivers and five transmitters; most of our competitors offer a single receiver and transmitter only. All product enhancements are posted on our website and are available for any customer to install at no charge. Ease of UseOur goal is to simplify the measurement collection process. From the initial setup process to the physical action of collecting measurements, each enhancement is made with the end user in mind. In fact, many of our product improvements are a result of customer input, providing feedback while using our products in real-world situations. Learn More Copy link Copied! What is the range of MobileCollect? The theoretical range for the Mobile Modules and Remotes (transmitters), and Bases (receivers) for indoor line-of-site measurements is 133 feet. The actual range that you achieve may be different due to environmental issues – physical walls or large equipment between the transmitter and receiver, or potential RF interference from motors, lighting, etc. The only way to determine the actual range you will achieve is to test the equipment in your operating environment. Copy link Copied! What gages and RS-232 devices can I use with MobileCollect? MobileCollect is compatible with virtually any gage device with an SPC data port that is supported by the gage manufacturer. Our MobileCollect Selection Tool software program (free download) lists every gage model researched for compatibility with MobileCollect. This program is updated 1-2 times per year to include new gage models. You can contact MicroRidge if your gage is not listed in the MobileCollect Selection Tool. MicroRidge will research the gage for you and include the results in the next update. Copy link Copied! Can I send data in real-time from MobileCollect into Microsoft Excel? Yes, this is a common request. You can send data to Excel or other programs that require keyboard entry with either the Wedge Base or via WedgeLink Xpress. Copy link Copied! What SPC/DAQ software will MobileCollect work with? MobileCollect will work with any software that accepts ASCII strings; virtually all SPC/DAQ software accepts this kind of input. Most SPC/DAQ software providers recommend MobileCollect for sending measurement data to their applications. Copy link Copied! What operating system do I need on my computer in order to use MobileCollect? There are... Fill out this form to download ComTestSerial! New to RS-232 & Serial Communications? Check out our guide that dives into interfacing with RS-232 devices. How to Interface with RS-232 Devices Do you need your serial data in Excel or a similar program? WedgeLink AT Hardware Keyboard Wedge has you covered! A keyboard wedge is used when you are trying to get data from serial devices such as scales, scanners and gages into applications that cannot accept data from a serial port, such as Excel. Discover WedgeLink AT Free Download of ComTestSerial MicroRidge manufactures a variety of serial interface devices. We had a need for a fast, effective and easy-to-use serial test communications program. We developed ComTestSerial to meet that need, and are offering it free of charge to anyone who has a need for a serial test program to help them understand the output of their serial device. Version: 3. 1. 0. 138Released: June 3, 2025 Download ComTestSerial Important Distribution Notes:ComTestSerial can be installed on as many computers as needed. You can also give ComTestSerial to anyone who has a need for a serial communications test program. You cannot modify the ComTestSerial program file in any manner. Unless you have written permission from MicroRidge, you cannot distribute ComTestSerial with any other software or hardware that is being sold or licensed. ComTestSerial was developed by and is the property of MicroRidge Systems, Inc. , Sunriver, Oregon. Copyright 2004-2023 MicroRidge Systems, Inc. All rights reserved. Why do you need ComTestSerial? When you cannot get communications between your serial device and your application, you typically need to perform the following troubleshooting steps. These steps are general troubleshooting guidelines. Our experience has shown us that you can save hours and even days worth of troubleshooting if you first get an understanding of the operation of your serial device using a test program such as ComTestSerial. Connect your serial device to a serial communications test program such as ComTestSerial. Press the send button on your serial device to send information to ComTestSerial or send a command from ComTestSerial to your serial device. Find the manual for your serial device to determine what the baud rate and communications parameters should be (yes, I know we all hate to read the manual! ). If you have multiple serial ports on your PC, change the serial port within ComTestSerial to determine which serial port your device is connected to. Refer to the Help Troubleshooting Section in ComTestSerial for additional suggestions. ComTestSerial Features Much friendlier and easier to use than the HyperTerminal Program included with Windows. Install on as many computers as needed. Give it to anyone else who needs it. Supports COM1 to COM200. Supports baud rates from 300 to 115. 2K. Supports all of the commonly used communication parameters. Set printer and screen font sizes. 12 user definable buttons for defining commands to send to your serial device. Displays all characters including control and extended characters. LED status indicators showing state of handshake lines and display parameters. Very fast screen updates. Supported Operating SystemsComTestSerial has been tested on Windows XP through Windows 10 When installing ComTestSerial, you should have Administrative Rights enabled. WedgeLink Keyboard Wedges A keyboard wedge is a piece of hardware or software that translates native RS-232 serial or digital gage outputs into keystrokes that are interpreted by the computer as keyboard characters. This allows legacy device data to be input into any software application including spreadsheets, web based applications, custom application and mobile devices. https://www. youtube. com/watch? v=R31xuSK3ROQ The Power of Keyboard Wedge - Direct Application Input MicroRidge Guide on Keyboard Wedge Output into Excel One of the key features in each of the MicroRidge Product Families is Direct Application Input. Keyboard wedge output allows an operator to send gage data to any software such as Microsoft Excel. MicroRidge offers native keyboard wedge output on the MobileCollect Wedge Base EVO, MicroBase USB A EVO, MicroBase USB C EVO, GageWay KW, GageWay Pro Series, WedgeLink SP, and WedgeLink AT. Guide on Keyboard Wedge Output Confused about RS-232? We have a guide for that. How to Interface with RS-232 Devices WedgeLink Hardware Keyboard Wedges Hardware Keyboard Wedges enable a simple and robust deployment to the production floor. WedgeLink AT The go-to device when interfacing with scales, DROs, hardness testers and other specialized RS-232 devices due to its ability to manipulate the data packet and its compatibility with a large range of COM parameters. WLNK-ATWedgeLink AT $275. 00 Add to cart WedgeLink SP A true-plug and play device for passing through RS-232 data commonly used with barcode scanners, scales, point of sale systems and more. WLNK-SPWedgeLink SP Hardware Keyboard Wedge $180. 00 Select options This product has multiple variants. The options may be chosen on the product page Software Keyboard Wedges Turn your computer into an advanced hub for RS-232 serial devices with 100% accurate data entry. Learn More About WedgeLink Lite & Standard Full Control Over Your Data Advanced parsing allows you to pull the data needed out of a complex data packet. Isolate the data needed with functions such as character position, find first numeric value and masking. Add prefix and suffix. Remove unwanted data. Add a date and time stamp. Perform basic math functions. Bi-Directional Communication Control the serial device remotely to optimize your workflow. Send commands such as print or zero. Send custom command strings at specified intervals. Set most used commands to WedgeLink dashboard. Multiple options on where to send your data. Active program such as a spreadsheet or web application. Send the data to a designated csv or txt file. 3-Day Free Trial Download WedgeLink Trial Now Not Sure If a Software or Hardware Wedge Is Right for Your Application? Hardware vs Software Keyboard Wedge Guide GageWay Interfaces GageWay interfaces connect one or more digital gages and serial devices to a computer port via USB serial, USB keyboard wedge, or RS-232. GageWay interfaces can transfer gage data into any Windows program or SPC/data acquisition software, and are an excellent option for situations where gage mobility is not a requirement. https://youtu. be/AdRHvep3Vb8 Most Advanced Wired Gage Interfaces on the Market! GageWay interfaces support a wide range of digital gages and serial devices from manufacturers including Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, Sylvac, Ohaus, Mettler Toledo, etc. Multi Gage InterfaceSingle Gage Interface GageWay Pro Multi Gage Interfaces Multi Gage Interfaces Highly configurable Durable metal case Configurable read switch ports Read modes: single, continuous, TIR Data parsing Ouputs USB Keyboard Wedge - Keyboard Emulation Technology USB Serial Port DB9 Serial Port Inputs Digital Gages that feature a Mitutoyo 10 Pin Connector RS-232 Gages on Front Panel with AutoBaud Connect via LC Cable Direct RS-232 DB9 Connection to Multifunction Serial Port Free Setup Software GageWay Pro Setup Supported Gages & Devices About Digital Gages Digital gages refers to gages that have a special type of non-RS-232 output. Digital gages are very common and are available from manufacturers such as Mitutoyo, CDI, Ono Sokki, Mahr Federal, INSIZE, Starrett, etc. The advantage of the digital gage output is that the gage can be plugged directly into a GageWay interface without an LC Cable. There are no baud rate or communication parameters settings required for a digital gage. About RS-232 Serial Devices RS-232 devices are supported on the GageWay Pro interfaces and require that proper baud rate and communication parameters be set in the interface, The AutoBaud feature available on the front panel connectors can automatically determine the proper RS-232 settings. How to Interface with RS-232 Devices GageWay Single Gage Interfaces Single Gage Interfaces Lowest cost options to start automating gage data collection Read switch compatible Single or continuous ready modes Ouputs USB Keyboard Wedge - Keyboard Emulation Technology - (Gageway KW) USB Serial Port - (GageWay SM-U) DB9 Serial Port - (GageWay SM-R) Inputs - Digital Gages Digital gages refers to gages that have a special type of non-RS-232 output. Digital gages are very common and are available from manufacturers such as Mitutoyo, CDI, Ono Sokki, Mahr Federal, INSIZE, Starrett, etc. The advantage of the digital gage output is that the gage can be plugged directly into a GageWay interface without an LC Cable. There are no baud rate or communication parameters settings required for a digital gage. One of our sales team members will be in contact with you shortly! We'll respond within 1 business day. If you need immediate assistance please call us at (541) 593-3500. MicroRidge Hours: We're on Pacific TimeMonday-Thursday 8:00 - 4:30 Friday 8:00 - 4:00 Andy Duvall - Sales Director See Our Products in Action Let your team evaluate our products at your location for a 10-day period before making any investment. No cost or obligation. We cover shipping to and from your location. USA & Canada locations only. Measurement Collection - Quick. Easy. Accurate. Collect data in real-time with 100% accuracy with the press of a button. Transfer measurements into any software program. Compatible with 100+ gage brands and 3,500+ gage devices. https://youtu. be/82XoEgMXT0s? si=jvp0XwE1vEBmBXr- Standard Demo Kits (Custom Demo Kits Available) MobileCollect Wireless Wireless measurement collection system for digital and RS-232 gages. Kit includes: Wedge/USB Base receiver, Mini Mobile Module transmitter, Mitutoyo 6" caliper. MobileCollect RF Sniffer Specialized hardware needed to determine RF noise. GageWay Pro Interface Wired multi-gage interfaces for digital and RS-232 gages. Request a 2,4, or 8 gage model. WedgeLink Hardware Keyboard Wedges Single gage "wired" hardware keyboard wedge for RS-232 output devices. Not Sure If a Hardware Wedge Is Right for Your Application? Read our Guide on Hardware vs Software Keyboard Wedges. Demo Kit Request Form One of our team members will be in contact with you shortly! We'll respond within 1 business day. For immediate assistance, call (541) 593-1656. (M-F, 8am–4:30pm Pacific)MicroRidge Hours: We're on Pacific TimeMonday-Thursday 8:00 - 4:30 Friday 8:00 - 4:00 We’re Here to Help YouOur Customer Support Team will strive to make it as easy as possible for your company to do business with MicroRidge. If you have questions or concerns at all, please contact us at 541. 593. 1656 or email sales@microridge. com. WarrantyMicroRidge warrants that equipment manufactured by MicroRidge is free from defects in material and workmanship when adequately maintained under normal use for twelve (12) months from the date of purchase of the product (the “warranty period”). The manufacturer of the products warrants some products sold and distributed by MicroRidge. The warranty for gage and RS-232 interface cables is 30 days from the date of shipment. MicroRidge will determine if products that do not conform to their description or are defective in material or workmanship can be replaced or repaired. At MicroRidge’s option, credit for the original purchase price may be allowed if the reseller or customer notifies MicroRidge in writing of such defect within thirty (30) days of discovery and returns such products following the MicroRidge instructions. No products may be returned without MicroRidge prior written authorization. This warranty does not apply to any product subjected to misuse, abuse, negligence, or accident by the reseller, customer or third parties. MicroRidge makes no other warranty or representation of any kind with respect to the products, either express or implied, including that of merchantability or fitness for a particular use. Failure to make any claim in writing, or within the thirty (30) day period set forth above, shall constitute an irrevocable acceptance of the products and an admission by the reseller or customer that the products fully comply with all terms, conditions, and specifications of the reseller’s or customer’s purchase order. MicroRidge shall not be liable for direct, indirect, incidental, special, or consequential damages under any circumstances, including, but not limited to, damage or loss resulting from the inability to use the products, increased operating costs or loss of sales, or any other damages. To make a claim under this warranty, the customer or reseller must notify MicroRidge within the warranty period. The customer or reseller will pay all shipping charges (including duty and taxes) for equipment returned to MicroRidge for warranty service. MicroRidge will pay shipping charges for equipment returned to the customer. Customers and resellers are responsible for duty and taxes on equipment returned to them. Software developed by MicroRidge is warranted to operate under the software documentation on the hardware specified in such documentation for six (6) months from the date of shipment. During the warranty period, MicroRidge will, at no charge, correct any programming error in the software that interferes with the normal operation of the software if MicroRidge can reproduce the error on MicroRidge’s computer. ReturnsReturns of new and unused equipment are subject to a 20% restocking fee. Return must be initiated within 30 days of invoice and goods must be received by MicroRidge for inspection within 60 days to qualify. MicroRidge reserves the right to refuse items returned that do not pass inspection. If customer or reseller requests the refused items to be sent back all shipping and handling will be charged to the customer. If a cable/connector description includes “NC/NR” or “Non-cancelable and non-returnable”, the cable is non-cancellable & non-returnable. Contact sales@microridge. com to initiate a return and to receive an RMA number. Visit the Consent Preference Center to change your Consents Consent Preferences 8/10/2023At MicroRidge we are committed to ensuring that people with disabilities have equal enjoyment of our goods, services, and facilities. We are engaged in ongoing efforts to improve the accessibility of our website to users, regardless of disability or assistive device, in part by implementing the World Wide Web Consortium’s Web Content Accessibility Guidelines (WCAG) 2. 0. If you require assistance in accessing any portion of our website, please call us at 541-593-1656. Please note that our website may include content from third-party providers, as well as links to third-party websites that may not be fully accessible. MicroRidge has no control over such third-party content. We look forward to connecting! Our product development has been driven by customer feedback for over 40 years — from quality teams in aerospace, automotive, medical manufacturing, and beyond. If you need configuration assistance, have a compatibility question, or have ideas for product improvement, we want to hear from you. When you reach out, you'll work directly with our technical team — not a support queue. MicroRidge offers responsive customer service and unlimited technical support as part of our commitment to every product we sell. Get in touch and we'll get you up and running. We respond to all inquiries within 24 hours, Monday through Friday. MicroRidge Systems MicroRidge Systems, Inc. 56888 Enterprise DriveSunriver, Oregon 97707-0249Sales: +1. 541. 593. 3500Support: +1. 541. 593. 5044Main office: +1. 541. 593. 1656Sales: sales@microridge. comSupport: support@microridge. comGeneral: info@microridge. comLooking for answers to your questions? We have an extensive FAQ page. Looking for more information about our product families? MobileCollect: Wireless product family targeted towards compatibility and flexibility. A 3-part system designed to retain the mobility of hand gages while automating data transfer. MobileCollect eliminates the error-prone process of manually entering data with an industry-tested, robust, and secure local wireless protocol. A simple add-on to handheld gages with an SPC port. Great for automating your data collection directly in process where the operator measures the workpiece in-situ. GageWay: Wired interfaces with the ability to interface with 1-72 gages. Advanced onboard features such as auto baud rate detection, data packet parsing/modification, custom remote switching, and multiple data read formats, including TIR. Great for automating your data collection at dedicated QA or inspection stations where the workpiece is brought to the station for inspection. WedgeLink: Software and Hardware Keyboard Wedges with parsing capabilities with the ability to send RS-232 data to any program. Ideal for integrating legacy devices into online platforms, desktop programs, or in house programs/spreadsheets. Made in the USA:We are proud to build top quality US Made electronics at MicroRidge. We are a small team and we are very proud to support our local community and our national community. We try to source as many components as close to home as possible, we have many vendors within Oregon where our headquarters is located. Our team works continuously to find reputable US based vendors for the products we need to build the products you count on. Demo Kit Program:Let your team evaluate our products at your location for a 10-day period before making any investment. No cost or obligation. We cover shipping to and from your location. Learn more about the demo kit program here! Don't see what you're looking for? Chat with us or call us at 541-593-1656 we'll help point you in the right direction. Measurement Collection Systems Connect Any Gage Into Any Software Designed and Manufactured in Sunriver, Oregon – Since 1983 https://youtu. be/njJ55yopDeI Innovative Measurement Collection Systems Trusted by Manufacturers for over 40 Years MicroRidge can connect digital and RS-232 devices that have SPC output, such as scales, calipers, indicators, micrometers, vision systems and length gages just to name a few. MicroRidge can interface with hundreds of gages on the same system. Whether you're looking to send the data to Excel, an SPC program or a cloud-based application, MicroRidge can get it there with 100% accuracy. MobileCollect Wireless Connect digital gages and RS-232 devices from over 50 brands to any software application with the most advanced encrypted wireless measurement collection system on the market. Explore MobileCollect Wireless WedgeLink RS-232 Keyboard Wedges Connect RS-232 devices to any software application and manipulate the data before it's entered via advanced keyboard emulation technology. Explore WedgeLink Keyboard Wedges GageWay Wired Interfaces Connect digital gages and RS-232 devices to any software application in a cost effective stationary benchtop setup. Explore GageWay Wired Interfaces We Support You Every Step of the Way Feature Guides Explore our Feature Guides Sales Inquiry Connect with our Sales Team Demo Kit Program Request a Demo Kit White Papers Read our White Papers Free Tech Support Get Free Tech Support Gage Lookup Tool Start Building Your System Feature Guides Explore our Feature Guides Sales Inquiry Connect with our Sales Team Demo Kit Program Request a Demo Kit White Papers Read our White Papers Free Tech Support Get Free Tech Support Gage Lookup Tool Start Building Your System MobileCollect WirelessGageWay InterfacesWedgeLink Keyboard WedgesSearch MobileCollect Base Receivers MobileCollect Base Receivers accept measurements from MobileModule and Remote Transmitters and transfer the measurement to any software application on a PC, PLC, tablet or mobile device. USB MicroBase $430. 00 Add to cart Wedge/USB Base $495. 00 Add to cart RS-232/USB Base Select options This product has multiple variants. The options may be chosen on the product page USB Base $430. 00 Add to cart MobileCollect Transmitters Our MobileCollect Transmitters are connected directly to the measurement device and transmit data to the Base Receiver. Mobile Modules are battery powered and used when mobility is key. Remotes are used when you would like to capture data from stationary devices. RS-232 Remote Select options This product has multiple variants. The options may be chosen on the product page Digital Remote Select options This product has multiple variants. The options may be chosen on the product page Command Mobile Module (DC) $395. 00 Add to cart RS-232 V2 Mobile Module (V2) $395. 00 Add to cart Mini Mobile Module (M3) $280. 00 Add to cart Transmitter Cables Mobile Module Transmitters and Remote Transmitters need cables in order to connect to the gage. With the use of custom and modified OEM cables MobileCollect can connect to over 3,500 gages from manufactures including Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, Sylvac, Ohaus, Mettler Toledo and more! Mini Mobile Module (M3)Command Mobile Module (DC)RS-232 V2 Mobile Module (V2)Digital Remote RS-232 Remote Mini Mobile Module (M3) Connectors Below are the compatible connectors for the Mini Mobile Module. These connectors can be replaced in the field. Below is the 2×3 connector used by the Mini Mobile Module. Gage Brand for Connector Don’t see your brand? Chances are we can support it. Reach out to sales@microridge. com or check out the MobileCollect Selection Tool. MitutoyoMahr FederalStarrettInsizeOther M3 Connector – Mitutoyo 06AGL111 $175. 00 Add to cart M3 Connector – Mitutoyo 06AGL011 $128. 00 Add to cart M3 Connector – Mitutoyo 959149 $115. 00 Add to cart M3 Connector – Mitutoyo 2×3 Connector $115. 00 Add to cart M3 Connector – Mitutoyo 2×5 Connector Cable $115. 00 Add to cart M3 Connector – Mitutoyo 905338 $115. 00 Add to cart M3 Connector – Mitutoyo 21EAA194 $160. 00 Add to cart M3 Connector – Mitutoyo 05CZA662 $149. 00 Add to cart M3 Connector – Mitutoyo 05CZA624 $174. 00 Add to cart M3 Connector – Mahr Federal Gage Cable $230. 00 Add to cart M3 Connector – Mahr Federal Caliper & Depth Gage Select options This product has multiple variants. The options may be chosen on the product page M3 Connector – Mahr Federal µMaxum Gage $155. 00 Add to cart M3 Connector – Starrett Digital Caliper and Micrometer Cable Select options This product has multiple variants. The options may be chosen on the product page M3 Connector – Starrett 2900 Series Indicator Cable $450. 00 Add to cart M3 Connector – INSIZE Indicator $105. 00 Add to cart M3 Connector – INSIZE 2-Button Micrometer $105. 00 Add to cart M3 Connector – INSIZE Micro USB $105. 00 Add to cart M3 Connector – Ono Sokki Digital Indicator Connector $125. 00 Add to cart M3 Connector – Kroeplin Gage & Interface Adapter $290. 00 Add to cart M3 Connector – Fowler/Sylvac Simplex Opto Select options This product has multiple variants. The options may be chosen on the product page M3 Connector – TruPosition Gage Cable $190. 00 Add to cart M3 Connector – CDI Logic IQ & Logic ALG $145. 00 Add to cart Accessories Foot Switch $89. 00 Add to cart Hand Switch $89. 00 Add to cart Command Mobile Module (DC) Connectors Below are the compatible connectors for the Command Mobile Module. These connectors can be replaced in the field. Below is the 2×7 connector used by the Command and Digital Mobile Modules Gage Brand for Connector Don’t see your brand?... MobileCollect Wireless MobileCollect eliminates the cable between gage and computer. It makes it easier to bring your gage to what is being measured, rather than bringing what is being measured to your gage. Collect measurements with handheld gages (calipers, digital indicators, micrometers, etc. ) and other instruments, and send wirelessly to your PC. https://youtu. be/jARNaidbDJ4 The Incredible Power of RM2. 4 Proprietary wireless protocol designed specifically for transmitting gage dataReliable in high RF zones which are common in today's modern manufacturing facilities. Encrypted data for data security. Smart battery management technology allowing transmitters to last years on a single CR2032. Long range of over 140 ft. Unlimited gages can be paired to one Base Receiver Three Part Wireless Systems Built on Industry Leading RM2. 4 A MobileCollect wireless system consists of Mobile Modules and/or Remotes (transmitters) and Bases (receivers). Both Mobile Module and Remote Transmitters require the correct cable to interface between the Transmitter and device. With MobileCollect you're not restricted by gage brand or the number of transmitters you can pair to a base receiver. This flexibility continues with our two transmitter options including battery powered Mobile Modules for portable devices and USB powered Remotes for stationary devices. In addition to this, we have various Base Receiver options depending on the needs of your software application and if you're using the base on a mobile device such as a tablet. Highly Configurable with Free Setup Software We have a suite of software applications for configuring and enhancing the power of the MobileCollect System. If you have specific technical needs, chances are we can accommodate them. MobileCollect Software Applications Connect Over 3,500 Gages from 50+ Companies MobileCollect Gage Lookup & Configuration Tool Discover the MobileCollect Selection Tool Connecting RS-232 Gages? How to Interface with RS-232 Devices MobileCollect offers you the flexibility to incorporate over 3,500 different gages into a single wireless measurement collection system. This includes both digital and RS-232 gages from various manufactures. We created the MobileCollect Selection Tool so you can verify what is needed to connect your gage to a MobileCollect System. If you don't see your gage, you can always email sales@microridge. com and we'll let you know what is needed to bring your gage online. ## Documents This guide walks through configuring the RS-232 Mobile Module (MC-MM-V2) using MobileCollect Extended Setup. It covers placing the module in setup mode, defining RS-232 comm parameters (baud rate and related settings) to match the connected gage, programming the serial command sent to request a reading, configuring power toggling for devices that require the serial line held open, and setting up data parsing (match string, character position, find-first-numeric-field) to isolate the measurement value from the raw data stream. Use this when integrating an RS-232 gage that needs custom command sequences or output filtering beyond MobileCollect's default auto-detect configuration. This guide covers configuring the read switch port on the RS-232 Remote Transmitter (MC-REM-RS232) and on Base Receivers within MobileCollect Extended Setup. It explains the three read switch trigger modes: capturing a single reading from a continuous data stream, holding a handshake line low for a defined duration, or sending a serial command string to request a reading. It also covers programming Base Receiver read switch ports to send a command directly to a paired RS-232 Remote. Complete RS-232 Remote Pairing and Initial Setup before following these steps. This guide covers initial pairing and setup of the RS-232 Remote Transmitter (MC-REM-RS232) with a MobileCollect Base Receiver using Extended Setup. It walks through identifying the Base ID, connecting the Remote and selecting communication parameters (including Auto Baud detection) to match the RS-232 device, setting the End-of-Packet character, and pairing the Remote to a specific channel on the Base. Pairing is retained through power cycles, firmware updates, and extended dormancy until manually changed or the unit is factory reset. This guide explains connector compatibility between the legacy Mini Mobile Module (M3, 6-pin/2x3 header) and the Mini Mobile Module EVO (M3E, 8-pin/2x4 header). Both transmitter generations support TriggerSync (remote-triggered readings); M3E additionally supports GageSync (two-way gage communication for metadata such as serial number and calibration date), which requires the two additional pins on the M3E connector and is not available on M3. M3E connectors are backward compatible with legacy M3 transmitters, and M3 connectors can be used with Mini Mobile Module EVO transmitters, so mixed fleets of legacy and EVO hardware can share cabling during a phased upgrade. This integration guide documents the UART connection protocol for MobileCollect EVO transmitters running OpenGage Mode, which connects any 3V UART host device to the RM2. 4 wireless network at 9600-N-8-1 (8 data bits, no parity, 1 stop bit). It covers data packet timing and structure, voltage thresholds, supported unit codes, I/O port configuration, failed-reading behavior, and the MC-M3E-UNIV-X cable pinout, including the optional 3-wire configuration. Use this when developing a custom UART interface to integrate a third-party gage or device with the Mini Mobile Module EVO. Full specification sheet for the Mini Mobile Module EVO (MC-MM-M3-EVO), MicroRidge's RM2. 4 wireless transmitter introducing OpenGage Mode for connecting any 3V UART device to the MobileCollect network. Covers battery life (800,000+ readings in continuous mode, roughly 6x the prior generation), the 8-pin M3E connector and its backward compatibility with legacy 6-pin M3 cabling, physical dimensions, and regulatory certifications. The EVO Base Receiver is required to use OpenGage Mode. Supplier's Declaration of Conformity for the Mini Mobile Module EVO (MC-MM-M3-EVO) covering Canadian market requirements under Innovation, Science and Economic Development Canada (ISED). Documents the radio module certification, RF output power, wireless standard conformance, and RoHS/REACH compliance issued under MicroRidge Systems' sole manufacturer responsibility. Reference test reports are available on request. Supplier's Declaration of Conformity for the Mini Mobile Module EVO (MC-MM-M3-EVO) covering European Union market requirements under the Radio Equipment Directive (RED) 2014/53/EU and the RoHS 2/RoHS 3 directives (2011/65/EU, 2015/863/EU) restricting hazardous substances. Documents radio module certification, RF output power and duty cycle, and REACH compliance, issued under MicroRidge Systems' sole manufacturer responsibility. FCC Supplier's Declaration of Conformity for the Mini Mobile Module EVO (MC-MM-M3-EVO), certifying compliance with FCC Part 15 Class B rules for the embedded u-blox NINA-B306 radio module (FCC ID 2ACNQB1). Documents RF output power, duty cycle, conformance to IEEE 802. 15. 4, supporting test report WLL Report #19451-01 Rev 1, and RoHS/REACH compliance, issued under MicroRidge Systems' sole manufacturer responsibility. Third-party EMC compliance test report (WLL Report #19451-01 Rev 1) for the Mini Mobile Module EVO (MC-MM-M3-EVO), covering radiated and AC conducted emissions testing performed in accordance with ANSI C63. 4 (2014) using equipment conforming to ANSI C63. 2. This report underpins the FCC Part 15 Class B and related international SDoC filings for the M3E transmitter. This quick-setup guide covers configuring the RS-232 Mobile Module (V2) using MobileCollect Xpress Setup, MicroRidge's streamlined configuration tool for users who don't need the full parameter control of Extended Setup. It walks through connecting the module, selecting RS-232 comm parameters, and getting basic gage data flowing wirelessly to a Base Receiver with minimal configuration steps. For advanced data parsing, power toggling, or custom command strings, use Extended Setup instead. This guide covers pairing Mobile Module transmitters to a Base Receiver using MobileCollect Extended Setup. It explains the two pairing methods available: Global pairing, which assigns a module to the next open channel automatically, and Individual Channel pairing, which lets you assign a specific transmitter to a specific channel for predictable, repeatable gage-to-channel mapping. Use Individual Channel pairing in multi-gage setups where consistent channel assignment matters for SPC software configuration. This guide covers pairing Mobile Module transmitters to a Base Receiver using MobileCollect Xpress Setup, the streamlined alternative to Extended Setup. It explains Global pairing (automatic assignment to the next open channel) and Individual Channel pairing (manual assignment to a specific channel) for users who want a faster setup path without the full configuration options available in Extended Setup. This guide covers changing the RF channel on an EVO Base Receiver. The RM2. 4 wireless protocol supports 14 selectable RF channels beyond the default, allowing facilities to avoid interference from other 2. 4GHz equipment (Wi-Fi access points, other wireless gage systems, industrial RF sources) operating nearby. Reassigning a channel is useful when adding additional Base Receivers in the same facility or troubleshooting intermittent dropped readings caused by RF congestion. This guide covers adjusting the keyboard wedge output speed on a MobileCollect EVO Base Receiver. Keyboard wedge mode types measurement data directly into the active field of any Windows application as if from a keyboard; output speed can be slowed for software or data-entry fields that drop characters when receiving data too quickly, or kept at default speed for applications that can keep pace. Adjust this setting if you observe dropped or garbled characters when using keyboard wedge output with SPC or other data collection software. This implementation guide documents the MobileCollect EVO API for SPC and quality control software developers who want to enable basic setup and configuration of a MobileCollect system directly from within their host application, rather than requiring users to run MicroRidge's standalone setup utilities. Covers the API's intended use cases and the configuration capabilities exposed to integrating software. Relevant for software partners building native MobileCollect support, similar to existing GageSync API integration work. This feature guide covers the Find First Numeric Parse setting on the WedgeLink AT keyboard wedge. This parsing option filters incoming RS-232 data so that only the numeric measurement value is passed through to the active application, stripping out unit labels, timestamps, or other characters the gage may include in its output string. Use this when a connected gage's raw RS-232 output includes extra text or formatting that shouldn't be typed into the data field. MicroRidge Product Pricing list as of September 22, 2025. All prices are MSRP. Includes pricing for popular MobileCollect, GageWay, and WedgeLink products. This feature guide covers switching an EVO Base Receiver into USB Send All Mode, which transmits readings from all paired channels over the USB connection simultaneously rather than a single selected channel. Useful for multi-gage setups where software on the host PC needs to receive data from every channel at once rather than polling one channel at a time. Full specification sheet for the RS-232 Base EVO (MC-BASE-RS232-EVO), MicroRidge's EVO-generation Base Receiver with native RS-232 output for direct connection to PCs, PLCs, or other RS-232 host devices. Covers performance specifications, physical dimensions, and regulatory certifications for the EVO base receiver platform. Full specification sheet for the Wedge Base EVO (MC-BASE-KW-EVO), MicroRidge's EVO-generation Base Receiver with keyboard wedge output for typing measurement data directly into any Windows application field. Covers performance specifications, physical dimensions, and regulatory certifications for the EVO base receiver platform. Supplier's Declaration of Conformity for the EVO Base Receiver covering Canadian market requirements under Innovation, Science and Economic Development Canada (ISED). Documents radio module certification and RoHS/REACH compliance for the EVO base receiver platform, issued under MicroRidge Systems' sole manufacturer responsibility. Supplier’s Declaration of Conformity for the Full-Size EVO receiver covering European Union market requirements under the Radio Equipment Directive (RED) and RoHS 2/RoHS 3 directives. Documents radio module certification and REACH compliance, issued under MicroRidge Systems’ sole manufacturer responsibility. FCC Supplier's Declaration of Conformity for the EVO Base Receiver platform, certifying compliance with FCC Part 15 Class B rules for the embedded radio module. Documents RF output power, duty cycle, and RoHS/REACH compliance, issued under MicroRidge Systems' sole manufacturer responsibility. Third-party EMC compliance test report supporting the FCC Part 15 Class B and related international SDoC filings for the EVO Base Receiver platform. Covers radiated and AC conducted emissions testing performed in accordance with ANSI C63. 4. June 18, 2025 MicroRidge Product Pricing This feature guide covers configuring a custom Module Label on a Mini Mobile Module transmitter. The Module Label is a user-configurable 8-character identifier sent along with measurement data; by default it matches the Module ID, but can be set to a custom reference (such as a gage ID or station name) to make data easier to identify when managing a large fleet of transmitters across multiple gages or stations. Canadian ISED (Innovation, Science and Economic Development Canada) radio certification documentation for MicroRidge's EVO transmitter and base receiver product line, confirming compliance with Canadian radio equipment regulations for RM2. 4 wireless devices sold into the Canadian market. FCC equipment authorization grant for the radio module used in MicroRidge's EVO transmitter and base receiver product line, confirming FCC certification of the embedded radio for use in the US market under Part 15 rules. SAR (Specific Absorption Rate) exclusion documentation for MicroRidge's RM2. 4 wireless transmitters, confirming the radio module's low RF output power qualifies it for exclusion from SAR testing requirements under applicable FCC and international RF exposure regulations. Third-party EMC compliance test report supporting the SDoC filings for the MicroBase receiver platform. Covers radiated and AC conducted emissions testing performed in accordance with ANSI C63. 4, underpinning FCC and international certifications for MicroBase. Supplier's Declaration of Conformity for the MicroBase EVO receiver covering Canadian market requirements under Innovation, Science and Economic Development Canada (ISED). Documents radio module certification and RoHS/REACH compliance, issued under MicroRidge Systems' sole manufacturer responsibility. Supplier's Declaration of Conformity for the MicroBase EVO receiver covering European Union market requirements under the Radio Equipment Directive (RED) and RoHS 2/RoHS 3 directives. Documents radio module certification and REACH compliance, issued under MicroRidge Systems' sole manufacturer responsibility. FCC Supplier's Declaration of Conformity for the MicroBase EVO receiver, certifying compliance with FCC Part 15 Class B rules for the embedded radio module. Documents RF output power, duty cycle, and RoHS/REACH compliance, issued under MicroRidge Systems' sole manufacturer responsibility. Full specification sheet for the MicroBase EVO with USB-A output, MicroRidge's compact-form-factor EVO-generation receiver. Covers performance specifications, physical dimensions, and regulatory certifications for the USB-A connector variant. Full specification sheet for the MicroBase EVO with USB-C output, MicroRidge's compact-form-factor EVO-generation receiver. Covers performance specifications, physical dimensions, and regulatory certifications for the USB-C connector variant. This guide covers switching the MicroBase EVO between keyboard wedge output mode and serial (RS-232/USB virtual COM) output mode. Keyboard wedge types data directly into the active application field; serial mode streams data over a COM port for software that reads structured serial input. Switch modes to match the data collection method required by your SPC or quality software. This feature guide covers changing the read mode on a MobileCollect Mobile Module transmitter between Single, Continuous, and TIR (Total Indicated Runout)/Absolute Value modes. Single mode sends one reading per button press or trigger; Continuous mode streams readings repeatedly without a trigger; TIR/Absolute mode reports the difference from a zero or reference point, common in runout and comparator gaging. Select the mode that matches your gage's measurement application and SPC software's expected data format. Full user's guide for WedgeLink Software, MicroRidge's keyboard wedge utility. Covers installation, connecting to RS-232 devices, configuring comm parameters, data parsing, and typing gage measurement data directly into any Windows application field. Reference this guide for complete setup instructions for WedgeLink Lite and Standard. Date of Issue: May 13, 2019 Date of Issue: October 27, 2014 Date of Issue: May 9, 2019 Date of Issue: October 21, 2014 Date of Issue: October, 27, 2014 Date of Issue: October 15, 2014 Date of Issue: October 27, 2014 European Union Declaration of Conformity for CE Mark, covering the RM2. 4 wireless radio module used across MicroRidge's MobileCollect transmitter and base receiver line. Revised September 21, 2021. Documents compliance with applicable EU directives under MicroRidge Systems' sole manufacturer responsibility. For product-specific SDoC filings, see the Mini Mobile Module EVO SDOC (EU) and related EVO certification documents. Certificate of Conformity issued by Industry Canada. Grant of Equipment Authorization issued by the Federal Communications Commission. Description of the MICRO-RM2. 4 Wireless Communication functions. The software library and include file can be downloaded in the Software Communications Library Section below. Developer's user's guide for the MICRO-RM2. 4 radio module, the wireless component embedded in MicroRidge's RM2. 4 transmitter and base receiver line. Contains detailed module dimensions and I/O port descriptions for engineers integrating the radio module into custom hardware. See the RM2. 4 Radio Module Fact Sheet for a high-level summary, or the MobileCollect OpenGage Mode Integration Guide for UART-based gage integration without direct radio module hardware design. Fact sheet summarizing the MICRO-RM2. 4 radio module, the wireless component used across MicroRidge's MobileCollect transmitter and base receiver line. Provides a quick-reference summary of the module's key specifications for engineers and integrators evaluating RM2. 4 for a custom application. See the RM2. 4 Radio Module User's Guide for full technical detail, including dimensions and I/O port descriptions. User's guide for the MobileCollect Selection Tool, a reference utility listing gages researched for compatibility with MobileCollect Mobile Module transmitters, including the correct cable and connector for each. Use this tool to confirm gage compatibility and identify the correct cable part number before purchasing or wiring a new gage into a MobileCollect system; the same data also powers the online Selection Tool gage/cable finder. Chapter 3 of the WedgeLink Xpress documentation, covering how to create and save a configuration once the program is sending gage data in the correct format. Saving a configuration lets the same setup be reloaded later or deployed to additional workstations without repeating the comm parameter and parsing steps from scratch. See Chapter 1 (Send Measurements into Excel) and Chapter 2 (Add Date & Time Stamp) for the preceding setup steps. Chapter 2 of the WedgeLink Xpress documentation, covering how to add a TIME or DATE & TIME stamp to each measurement as it's collected. Timestamping is useful for traceability and for correlating measurements with production events or shift records in SPC data. See Chapter 1 (Send Measurements into Excel) for the preceding setup step and Chapter 3 (Create & Save Configuration) for saving the finished setup. Chapter 1 of the WedgeLink Xpress documentation, covering how to send MobileCollect wireless gage measurement data directly into Microsoft Excel spreadsheets. WedgeLink Xpress routes wireless gage data into spreadsheets, databases, Minitab, and web-based applications without custom integration work. This chapter focuses specifically on the Excel workflow; later chapters in the series cover other destination applications. Specification sheets for the WedgeLink Family. Full user's guide for the WedgeLink SP, MicroRidge's hardware keyboard wedge for transferring RS-232 gage data into any application that accepts keyboard input. Covers physical setup, comm parameter configuration, and data parsing for the SP model. Reference this guide for complete installation and configuration instructions specific to the SP hardware variant. All Windows programs are designed to accept the characters typed from the computer keyboard. Full user's guide for the WedgeLink AT, MicroRidge's configurable hardware keyboard wedge for transferring RS-232 measurement data into any Windows application or web-based form that accepts keyboard input. Covers physical setup, comm parameter configuration, data parsing options, and supported keyboard layouts. Reference this guide for complete installation and configuration instructions; see the separate Auto Baud Rate Detection and Isolate Numeric Output feature guides for specific advanced settings. Product overview of the WedgeLink AT, a configurable hardware keyboard wedge that transfers measurement values from an RS-232 serial output gage into any Windows software program or web-based application, typing data directly into the active field as if entered manually. Covers the product's intended use cases and core capabilities at a glance. See the WedgeLink AT User's Guide for full installation and configuration instructions. Product overview of the Wedge/USB Base Receiver, which sends MobileCollect measurement data into Excel, Access, Minitab, and cloud-based data collection programs without requiring separate keyboard wedge software running on the host PC. This simplifies deployment on machines where installing additional software isn't practical or permitted. See the Base Receiver EVO USB Send All Mode guide for related multi-channel USB output configuration. This feature guide covers the Find Numeric Value setting in WedgeLink Standard, which filters incoming RS-232 data so only the numeric measurement value is passed through to the active application. This strips out unit labels, timestamps, or other extraneous characters a gage may include in its output string. Use this when a connected gage's raw output includes more than just the measurement value and that extra text shouldn't be typed into the destination field. This reference document answers how many transmitters can be paired to a single MobileCollect Base Receiver, a common planning question when scoping a multi-gage installation. Use this alongside the Ordering Mobile Module Transmitters and Cables guide when sizing a system to determine how many Base Receivers a facility will need for its total gage count. This reference document lists the keyboard layouts supported by the WedgeLink AT keyboard wedge. Since the WedgeLink AT emulates keyboard input to type measurement data into any Windows application, the configured layout must match the host computer's regional keyboard settings to ensure numbers, decimal points, and unit characters are typed correctly. Check this list before deploying WedgeLink AT units to facilities using a non-US keyboard layout. This reference document lists the keyboard layouts supported by GageWay Pro interfaces. This feature is only available when using the USB keyboard wedge output port to transfer data; it does not apply to serial or Ethernet connection modes. Check this list before deploying GageWay Pro units to facilities using a non-US keyboard layout. Note: this document covers the GageWay Pro line specifically; for the WedgeLink AT equivalent, see the separate Supported Keyboard Layouts guide under WedgeLink AT. Specification sheet for the RS-232 Remote (MC-REM-RS232), MicroRidge's RM2. 4 wireless transmitter designed for stationary RS-232 output devices in fixed mounts, such as height gages, indicators, and digital displays. Covers performance specifications, physical dimensions, and certifications. See the RS-232 Remote Pairing and Initial Setup guide for configuration instructions. Specification sheet for the RS-232 Mobile Module (MC-MM-V2), MicroRidge's RM2. 4 wireless transmitter built to interface with native RS-232 output devices, supporting the higher voltage range (±15V) common to RS-232 signals. Covers performance specifications, physical dimensions, and certifications. See the RS-232 Mobile Module Setup with Extended Setup guide for full configuration instructions. This overview covers the role of the Base Receiver in a MobileCollect wireless installation. The Base Receiver is the core hub of the system: every paired Mobile Module and Remote transmitter sends its readings to the Base, which then outputs the data to a computer via USB, RS-232, or keyboard wedge depending on the model. Use this overview to understand how Base Receivers fit into the overall MobileCollect architecture before selecting a specific Base model. This ordering guide explains how to select the correct Mobile Module transmitter and matching gage cable from MicroRidge's catalog of three transmitter types and dozens of cable options. Use this guide alongside the MobileCollect Selection Tool to confirm the right transmitter-and-cable combination for a specific gage before placing an order. Overview of the MobileCollect Remote transmitter family, MicroRidge's RM2. 4 wireless transmitters designed for stationary gage devices in fixed mounts, such as height gages, scales, digital displays, and indicators, as distinct from the Mobile Module line built for handheld mobile gages. Covers the Remote transmitter product line at a glance, including RS-232 and Digital variants. Overview of the MobileCollect Mobile Module transmitter family, MicroRidge's RM2. 4 wireless transmitters designed for mobile handheld gage devices such as calipers, micrometers, and other tools that move between operators and stations rather than staying fixed at one location. Covers the Mobile Module product line at a glance, including the legacy M3 and current-generation EVO (M3E) variants. See the Mini Mobile Module and Mini Mobile Module EVO spec sheets for model-specific detail. This technical note covers MobileCollect wireless integration with Chicago Dial Indicator (CDI) digital indicators. MobileCollect RM2. 4 wireless is available as an embedded option directly inside two CDI indicator models, eliminating the need for a separate external transmitter and cable. See the Core & VRS Flyer for the specific CDI indicator models this applies to. This technical note covers integrating Mitutoyo U-Wave transmitters into a MobileCollect wireless system. MobileCollect Base Receivers support direct reception from U-Wave transmitters, allowing facilities with existing U-Wave-equipped Mitutoyo gages to combine that data with the thousands of non-Mitutoyo gages MobileCollect already supports through its RM2. 4 transmitter line, all collected through the same Base Receiver infrastructure. Specification sheets for the MobileCollect Family. User's guide for the MobileCollect RF Channel Sniffer, a diagnostic utility that measures the amount of RF activity on each channel available to the MobileCollect RM2. 4 wireless system. Use this tool to identify the cleanest available RF channel before assigning it to a Base Receiver, particularly in facilities with multiple wireless systems or other 2. 4GHz equipment that could cause interference. See the Base Receiver EVO Changing RF Channel guide for the channel reassignment steps. Interference issues with wireless systems are a concern of every wireless implementation. The 3rd generation MobileCollect from MicroRidge is actively used by the world’s largest manufacturers, and has a “Zero Interference” record. MobileCollect transmits measurements wirelessly from any gaging device with a supported SPC data port into any Windows, web, or cloud application. MobileCollect allows users to collect data in real-time, with 100% accuracy with the press of a button. Each MobileCollect system allows multiple gage devices to send measurements to a single data collection computer. Multiple MobileCollect systems can be installed in the same area without concern. This guide documents every hardware component in the MobileCollect wireless system: Mobile Module and Remote transmitters, Base Receivers (USB, RS-232, keyboard wedge, and EVO variants), and the cables and connectors that pair them. MobileCollect is designed for connecting gages and serial output devices to a computer wirelessly from anywhere on the factory floor or in the lab, eliminating the cable runs required by wired data collection. Use this guide as the central reference for identifying which hardware component fits a given gage or workflow before moving on to setup with Extended or Xpress Setup. MobileCollect Wireless the process of transferring measurement data simplifies from a gage to your SPC/DAQ application. This technical note covers Setup Button Restricted Mode for MobileCollect Mobile Module transmitters running firmware version 5. 14 or later. Restricted mode limits what the physical setup button on the transmitter can do, which is useful in production environments where operators should not be able to accidentally change a transmitter's configuration via button presses alone. Confirm firmware version before following these procedures, since behavior differs on earlier firmware. MobileCollect Mobile Module setup button restricted mode of operation procedures for version 5. 14 or earlier. Specification sheet for the Mini Mobile Module (MC-MM-M3), MicroRidge's legacy RM2. 4 wireless transmitter for mobile gage devices such as calipers, micrometers, and other handheld measuring tools. Covers performance specifications, physical dimensions, and certifications for the 6-pin M3 connector platform. For the current-generation transmitter, see the Mini Mobile Module EVO (M3E) Spec Sheet; the M3 and M3E Connector Compatibility Guide explains cabling compatibility between the two generations. This flyer covers MobileCollect's support for Mitutoyo U-Wave transmitters. MobileCollect Base Receivers can receive data directly from Mitutoyo U-Wave-equipped gages, allowing facilities that have already invested in U-Wave hardware to bring that data into a broader MobileCollect wireless network alongside RM2. 4 transmitters. See the MobileCollect Using Mitutoyo U-Wave Transmitter Tech Note for full integration detail. A keyboard wedge is a tool used for sending measurement data into programs that are unable to directly accept information from external gage devices. This guide covers installing or replacing the gage cable on a Mini Mobile Module transmitter. Cables connect the transmitter to the gage and are a common wear item in high-cycle production environments. Refer to the M3 and M3E Connector Compatibility Guide to confirm the correct replacement cable connector type for your transmitter generation before ordering. How to install or replace a Digital or Command Mobile Module gage cable. A simple flow chart to help you choose the right MicroRidge KeyBoard Wedge. Specification sheets for the GageWay Family. Full user's guide for the GageWay SM, an easy-to-use wired interface designed to connect a single Mitutoyo or Mitutoyo-compatible gage to a computer's serial or USB port. Covers installation, gage wiring, and basic SPC software output configuration for single-gage data collection setups. Full user's guide for the GageWay Pro line (Pro2, Pro4, Pro8), MicroRidge's most advanced wired gage interfaces for connecting multiple gages simultaneously to a single computer connection. Covers installation, computer connection options (USB, serial, Ethernet), gage wiring, daisy-chaining multiple Pro units, and SPC software output configuration. Reference this guide for complete setup of multi-gage wired data collection; see Computer Connection Options for connection-type-specific detail. Full user's guide for the GageWay KW, a hardware keyboard wedge that transfers wired gage measurement data into any Windows application that accepts keyboard input. Covers installation, gage wiring, and basic configuration for single or multi-gage wired keyboard wedge setups. Product brochure for the GageWay wired interface line, which connects one or more digital gages and serial devices to a single computer port using physical connecting cables, as a wired alternative to MobileCollect's wireless transmitters. Covers the GageWay product family at a glance, including Pro, SM, and KW models. See individual product user's guides for model-specific setup detail. This checklist answers the most frequently asked questions about MobileCollect wireless, covering common setup, pairing, and troubleshooting topics that come up before and after installation. Use this as a first-pass reference before contacting MicroRidge support, or to brief a new team member on the basics of the MobileCollect system. Specification sheet for the Digital Remote (MC-REM-DIG), MicroRidge's RM2. 4 wireless transmitter designed for stationary digital display and indicator gage devices in fixed mounts. Covers performance specifications, physical dimensions, and certifications. See the MobileCollect Wireless Remote Transmitters overview for how this model compares to the RS-232 Remote. Product flyer covering the CDI Core and VRS digital indicator models manufactured by Chicago Dial Indicator (CDI), both of which are available with embedded MobileCollect RM2. 4 wireless as a factory option. See the MobileCollect Using CDI Indicator Tech Note for integration detail on how the embedded wireless option works within a MobileCollect system. MicroRidge's Conflict Materials Policy statement, addressing the company's position on sourcing of tin, tantalum, tungsten, and gold (3TG) used in its hardware products, consistent with conflict minerals reporting expectations common in aerospace, automotive, and medical device supply chains. Customers conducting supplier due diligence or completing a Conflict Minerals Reporting Template (CMRT) can reference this policy directly. This guide reviews the computer connection options available on the GageWay Pro interface line, covering the supported connection types and how to choose between them based on the host computer's available ports and the facility's data collection setup. Reference this alongside the GageWay Pro User Guide when planning a multi-gage wired installation. Specification sheet for the Command Mobile Module (MC-MM-DC), part of MicroRidge's Command & Digital Mobile Module line. Covers performance specifications, physical dimensions, and certifications for this transmitter variant. See the MobileCollect Wireless Mobile Module Transmitters overview for how this model compares to the Mini Mobile Module and RS-232 Mobile Module. This guide covers connecting and configuring an external foot or hand switch to trigger a gage reading through a Command Mobile Module (CMM) transmitter. Useful when an operator needs hands-free triggering, such as when both hands are occupied holding a part or gage. See the Foot Switch and Hand Switch accessory documentation for compatible switch hardware. This document reports transmission range test results for the CDI VRS and CORE "Long Range" indicator models with embedded MobileCollect RM2. 4 wireless. Use this data to confirm expected wireless range when planning gage placement relative to the Base Receiver in a facility layout. See the Core & VRS Flyer for general product information on these CDI indicator models. This feature guide covers Auto Baud Rate Detection on the WedgeLink AT keyboard wedge, which automatically identifies the correct communication parameters for a connected RS-232 serial output device rather than requiring manual configuration. Use this feature when connecting a gage or device whose comm settings are unknown or when standardizing setup across a fleet of WedgeLink AT units without device-specific configuration steps. Declaration of Conformity for CE Mark on MobileCollect Products. Reach out to us if you have any questions. CE Mark Declaration of Conformity covering MicroRidge's GageWay wired gage interfaces and WedgeLink keyboard wedge product lines, issued under MicroRidge Systems' sole manufacturer responsibility. Documents compliance with the applicable EU directives for these wired (non-RF) product families. For RM2. 4 wireless transmitter and base receiver certifications, see the separate EVO Certifications and SDoC documents. 2025 MicroRidge Product Pricing Full user's guide for MobileCollect Extended Setup, the configuration utility used to set up and configure MobileCollect Base Receivers, Remote transmitters, and Mobile Module transmitters. Extended Setup exposes the complete set of configuration options, including comm parameters, data parsing, pairing (Global and Individual Channel), read switch programming, and RS-232 device-specific settings, for users who need full control beyond what Xpress Setup offers. Reference this guide as the primary configuration manual for the MobileCollect product line. This guide covers adding a numeric Channel ID to a MobileCollect channel using Extended Setup. A numeric Channel ID lets facilities label channels with a meaningful number (such as a station or fixture number) rather than relying solely on the default channel ordering, which is useful for tracking which transmitter feeds which channel across a large multi-gage installation. Full user's guide for MobileCollect Xpress Setup, the streamlined configuration utility used to set up MobileCollect Base Receivers and Mobile Module transmitters with minimal steps. Xpress Setup is intended for users who want gage data flowing quickly without the full parameter control available in Extended Setup. Reference this guide for installation and basic configuration; switch to the Extended Setup Users Guide for advanced data parsing, power toggling, or custom command string configuration. ## Posts Einen weiteren Treiber zu suchen ist nicht die echte Lösung. Hier erfahren Sie, was ein Hardware-Keyboard-Wedge anders macht. Einen weiteren Treiber zu suchen ist nicht die echte Lösung. Hier erfahren Sie, was ein Hardware-Keyboard-Wedge anders macht. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Wenn Sie dies lesen, haben Sie wahrscheinlich gerade einen PC ausgetauscht, ein Windows-Update durchgeführt oder eine Messarbeitsstation an die IT übergeben, und jetzt kommuniziert Ihr RS-232-Gerät nicht mehr. Der USB-zu-Serial-Adapter, der jahrelang einwandfrei funktioniert hat, zeigt ein gelbes Ausrufezeichen im Geräte-Manager, oder er ist installiert, liefert aber fehlerhafte Daten, oder Windows kann überhaupt keinen kompatiblen Treiber finden. Sie können es reparieren. Aber bevor Sie das tun, lohnt es sich zu fragen, ob der Adapter überhaupt jemals die richtige Lösung war. Der USB-Serial-Adapter war schon immer eine Notlösung RS-232 ist nach wie vor die dominierende serielle Schnittstelle bei Präzisionsmessgeräten: Härteprüfgeräten, Kraftmessgeräten, Waagen, SPC-verbundenen Anzeigen und Dutzenden anderer Geräte, die in Produktionshallen und Qualitätslaboren zu finden sind. Das Problem ist nicht das Protokoll. Das Problem ist, dass RS-232-Serielle-Anschlüsse um 2010 aus PCs verschwanden, und die Branche hat dies mit USB-zu-Serial-Adaptern umgangen. Diese Adapter sind auf einen Chipsatz-Treiber angewiesen, meist von Prolific (PL2303), FTDI oder dem CH340, um einen virtuellen COM-Port zu erstellen, den Windows erkennen kann. Dieser Treiber sitzt zwischen Ihrem Gerät und Ihrer Anwendung. Jedes Betriebssystem-Update ist ein potenzieller Bruchpunkt. Das ist kein seltener Grenzfall. Die eigene Dokumentation von Prolific weist Benutzer nun explizit darauf hin, dass ältere PL2303-Hardware die Fehlermeldung „Bitte installieren Sie den entsprechenden PL2303-Treiber, um Windows 11 und weitere Betriebssysteme zu unterstützen“ anzeigt, und es keine Lösung gibt, da der Chip vor der Unterstützung von Windows 11 entwickelt wurde. FTDI-Chips haben ihre eigene Geschichte von Treiberkonflikten. CH340-basierte Adapter, die bei generischen Kabeln üblich sind, erfordern manuelle Treiberinstallationen, die Windows-Updates nicht immer überstehen. Selbst wenn Sie den richtigen Treiber ausfindig machen, ist Stabilität nicht garantiert. Benutzer berichten regelmäßig, dass ihre Lösung einen Tag lang hält, bevor sie beim nächsten Neustart wieder versagt. Einige Adapter funktionieren auf COM3 und versagen stillschweigend auf COM7, weil einige Software nur die ersten paar COM-Ports scannt und Windows virtuelle COM-Port-Nummern dynamisch zuweist, ohne Sie zu fragen. Einige Adapter erfordern, dass Sie automatische Treiberupdates vollständig deaktivieren, nur um einen funktionierenden Zustand zu halten. Dies ist ein Treiberabhängigkeitsproblem. Jedes Mal, wenn Sie es anfassen, behandeln Sie das Symptom. Zu einem COM-Port zu gelangen ist nicht immer das Ziel Selbst wenn ein USB-Serial-Adapter perfekt funktioniert, bringt er Sie nur zu einem COM-Port. Für einige Benutzer, insbesondere diejenigen, die dedizierte SPC-Plattformen, LIMS oder Legacy-Datenerfassungssysteme betreiben, die serielle Daten direkt lesen, ist ein COM-Port genau das, was sie brauchen, und das ist in Ordnung. Darauf kommen wir zurück. Aber für die Mehrheit der Qualitäts- und Laborumgebungen ist ein COM-Port ein Zwischenschritt, kein Ziel. Ihre Daten müssen in Excel, Minitab, InfinityQS, Net-Inspect, ein webbasiertes Inspektionsformular oder welche Anwendung auch immer Ihr Prozess verwendet. Um diese Lücke zu überbrücken, benötigen Sie einen Software-Wedge, der im Hintergrund läuft, den COM-Port überwacht, das serielle Paket erfasst, den Messwert herausparst und ihn in die aktive Anwendung eingibt. Das sind zwei Produkte, die eine Aufgabe erledigen: der Adapter, um den COM-Port zu erstellen, und die Software, um ihn zu lesen. Zwei Produkte zu konfigurieren, zwei Produkte zu lizenzieren, zwei Produkte zur Fehlerbehebung, wenn etwas kaputt geht. Und wenn Ihr Adapter nach einem Neustart die COM-Port-Zuweisungen ändert (was Windows tun wird), verliert die Wedge-Software ihre Referenz und funktioniert nicht mehr, bis Sie sie neu konfigurieren. Fügen Sie hier Ihren Überschriftentext hinzu RS-232-Geräte geben keine saubere Zahl aus. Ein typisches serielles Paket von einem Härteprüfgerät oder einer Waage könnte so aussehen: HRB 62. 4 OK{CR}Ein mehrachsiges Instrument könnte ausgeben:Coordinate measurements = X: 12. 435, Y: -3. 451, Z: 2. 498{CR}Was Sie in Ihrer Tabelle haben möchten, ist 62. 4 oder drei separate Werte in drei separaten Zellen. Software-Wedge-Programme können dies parsen, aber diese Konfiguration befindet sich auf dem PC. Tauschen Sie Maschinen aus, und Sie beginnen von vorne. Die Verkabelung... Buscar otro controlador no es la solución real. He aquí lo que un keyboard wedge por hardware hace de forma diferente. Buscar otro controlador no es la solución real. He aquí lo que un keyboard wedge por hardware hace de forma diferente. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Si está leyendo esto, es probable que acabe de sustituir un PC, haya ejecutado una actualización de Windows o haya entregado una estación de trabajo de medición al departamento de TI, y ahora su dispositivo RS-232 no se comunica. El adaptador USB a serie que funcionó bien durante años muestra un signo de exclamación amarillo en el Administrador de dispositivos, o está instalado pero produce datos erróneos, o Windows no puede encontrar un controlador compatible en absoluto. Puede solucionarlo. Pero antes de hacerlo, vale la pena preguntarse si el adaptador fue alguna vez la solución adecuada en primer lugar. El adaptador USB-serie siempre fue una solución provisional El RS-232 sigue siendo la interfaz serie dominante en los instrumentos de medición de precisión: durómetros, medidores de fuerza, básculas, indicadores conectados a SPC y docenas de otros dispositivos que se encuentran en las plantas de producción y en los laboratorios de calidad. El problema no es el protocolo. El problema es que los puertos serie RS-232 desaparecieron de los PC alrededor de 2010, y la industria lo parcheó con adaptadores USB a serie. Esos adaptadores dependen de un controlador de chipset, normalmente de Prolific (PL2303), FTDI o el CH340, para crear un puerto COM virtual que Windows pueda reconocer. Ese controlador se sitúa entre su dispositivo y su aplicación. Cada actualización del sistema operativo es un punto de ruptura potencial. Este no es un caso aislado poco frecuente. La propia documentación de Prolific indica ahora explícitamente a los usuarios que el hardware PL2303 más antiguo muestra el mensaje de error “Instale el controlador PL2303 correspondiente para admitir Windows 11 y sistemas operativos posteriores”, y no hay solución, porque el chip es anterior a la compatibilidad con Windows 11. Los chips FTDI tienen su propio historial de conflictos de controladores. Los adaptadores basados en CH340, comunes en cables genéricos, requieren instalaciones manuales de controladores que no siempre sobreviven a Windows Update. Incluso cuando localiza el controlador adecuado, la estabilidad no está garantizada. Los usuarios informan regularmente de que su solución dura un día antes de volver a fallar en el siguiente reinicio. Algunos adaptadores funcionan en COM3 y fallan silenciosamente en COM7, porque algunos programas solo escanean los primeros puertos COM, y Windows asigna los números de puerto COM virtual dinámicamente, sin consultarle. Algunos adaptadores requieren que desactive por completo las actualizaciones automáticas de controladores solo para mantener un estado operativo. Se trata de un problema de dependencia de controladores. Cada vez que lo toca, está tratando el síntoma. Llegar a un puerto COM no siempre es el objetivo Incluso cuando un adaptador USB-serie funciona perfectamente, solo le lleva a un puerto COM. Para algunos usuarios, especialmente aquellos que ejecutan plataformas SPC dedicadas, LIMS o sistemas de adquisición de datos heredados que leen datos serie directamente, un puerto COM es exactamente lo que necesitan, y eso está bien. Volveremos a ello. Pero para la mayoría de los entornos de laboratorio y calidad, un puerto COM es un paso intermedio, no un destino. Sus datos deben ir a Excel, Minitab, InfinityQS, Net-Inspect, un formulario de inspección basado en web o cualquier aplicación que utilice su proceso. Para salvar esa brecha, necesita un software wedge ejecutándose en segundo plano, supervisando el puerto COM, capturando el paquete serie, analizando el valor de medición y escribiéndolo en la aplicación activa. Eso son dos productos haciendo un solo trabajo: el adaptador para crear el puerto COM y el software para leerlo. Dos productos que configurar, dos productos que licenciar, dos productos que solucionar cuando algo falla. Y si su adaptador cambia las asignaciones de puertos COM tras un reinicio (cosa que Windows hará), el software wedge pierde su... Courir après un autre pilote n'est pas la vraie solution. Voici ce qu'un émulateur de clavier matériel fait différemment. Courir après un autre pilote n'est pas la vraie solution. Voici ce qu'un émulateur de clavier matériel fait différemment. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Si vous lisez ceci, vous avez probablement remplacé un PC, effectué une mise à jour Windows ou confié un poste de travail de mesure au service informatique, et maintenant votre appareil RS-232 ne communique plus. L’adaptateur USB-série qui fonctionnait parfaitement depuis des années affiche un point d’exclamation jaune dans le Gestionnaire de périphériques, ou il est installé mais produit des données erronées, ou Windows ne trouve aucun pilote compatible. Vous pouvez le réparer. Mais avant de le faire, il est bon de se demander si l’adaptateur a jamais été la bonne solution au départ. L’adaptateur USB-série a toujours été une solution de contournement Le RS-232 reste l’interface série dominante sur les instruments de mesure de précision : testeurs de dureté, dynamomètres, balances, indicateurs connectés SPC et des dizaines d’autres appareils que l’on trouve dans les ateliers de production et les laboratoires de qualité. Le problème n’est pas le protocole. Le problème est que les ports série RS-232 ont disparu des PC vers 2010, et l’industrie a contourné le problème avec des adaptateurs USB-série. Ces adaptateurs dépendent d’un pilote de chipset, le plus souvent de Prolific (PL2303), FTDI ou CH340, pour créer un port COM virtuel que Windows peut reconnaître. Ce pilote se situe entre votre appareil et votre application. Chaque mise à jour du système d’exploitation est un point de rupture potentiel. Ce n’est pas un cas limite rare. La propre documentation de Prolific indique désormais explicitement aux utilisateurs que les anciens matériels PL2303 affichent le message d’erreur « Veuillez installer le pilote PL2303 correspondant pour prendre en charge Windows 11 et les systèmes d’exploitation ultérieurs », et il n’y a pas de solution, car la puce est antérieure à la prise en charge de Windows 11. Les puces FTDI ont leur propre historique de conflits de pilotes. Les adaptateurs basés sur CH340, courants sur les câbles génériques, nécessitent des installations manuelles de pilotes qui ne survivent pas toujours aux mises à jour Windows. Même lorsque vous trouvez le bon pilote, la stabilité n’est pas garantie. Les utilisateurs signalent régulièrement que leur correctif tient une journée avant de tomber en panne à nouveau au prochain redémarrage. Certains adaptateurs fonctionnent sur COM3 et échouent silencieusement sur COM7, car certains logiciels ne scannent que les premiers ports COM, et Windows attribue dynamiquement les numéros de port COM virtuels, sans vous demander. Certains adaptateurs vous obligent à désactiver entièrement les mises à jour automatiques des pilotes juste pour maintenir un état de fonctionnement. C’est un problème de dépendance aux pilotes. Chaque fois que vous y touchez, vous traitez le symptôme. Accéder à un port COM n’est pas toujours l’objectif Même lorsqu’un adaptateur USB-série fonctionne parfaitement, il ne vous donne accès qu’à un port COM. Pour certains utilisateurs, en particulier ceux qui utilisent des plateformes SPC dédiées, des LIMS ou des systèmes d’acquisition de données hérités qui lisent directement les données série, un port COM est exactement ce dont ils ont besoin, et c’est très bien. Nous y reviendrons. Mais pour la majorité des environnements de qualité et de laboratoire, un port COM est une étape intermédiaire, pas une destination. Vos données doivent être transférées vers Excel, Minitab, InfinityQS, Net-Inspect, un formulaire d’inspection basé sur le web, ou toute autre application utilisée par votre processus. Pour combler cette lacune, vous avez besoin d’un émulateur de clavier logiciel fonctionnant en arrière-plan, surveillant le port COM, capturant le paquet série, analysant la valeur de mesure et la saisissant dans l’application active. Ce sont deux produits qui font un seul travail : l’adaptateur pour créer le port COM, et le logiciel pour le lire. Deux produits à configurer, deux produits à licencier, deux produits à dépanner en cas de... Chasing another driver isn't the real fix. Here's what a hardware keyboard wedge does differently. Chasing another driver isn't the real fix. Here's what a hardware keyboard wedge does differently. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) If you're reading this, you probably just replaced a PC, ran a Windows update, or handed a measurement workstation over to IT, and now your RS-232 device isn't communicating. The USB-to-serial adapter that worked fine for years is showing a yellow exclamation mark in Device Manager, or it's installed but producing garbage data, or Windows can't find a compatible driver at all. You can fix it. But before you do, it's worth asking whether the adapter was ever the right solution in the first place. The USB-Serial Adapter Was Always a Workaround RS-232 is still the dominant serial interface on precision measurement instruments: hardness testers, force gauges, scales, SPC-connected indicators, and dozens of other devices found on production floors and in quality labs. The problem isn't the protocol. The problem is that RS-232 serial ports disappeared from PCs around 2010, and the industry patched around it with USB-to-serial adapters. Those adapters depend on a chipset driver, most commonly from Prolific (PL2303), FTDI, or the CH340, to create a virtual COM port that Windows can recognize. That driver sits between your device and your application. Every OS update is a potential breaking point. This isn't a rare edge case. Prolific's own documentation now explicitly tells users that older PL2303 hardware displays the error message "Please install corresponding PL2303 driver to support Windows 11 and further OS," and there's no fix, because the chip predates Windows 11 support. FTDI chips have their own history of driver conflicts. CH340-based adapters, common on generic cables, require manual driver installs that don't always survive Windows Update. Even when you track down the right driver, stability isn't guaranteed. Users regularly report that their fix holds for a day before failing again at the next reboot. Some adapters work on COM3 and fail silently on COM7, because some software only scans the first few COM ports, and Windows assigns virtual COM port numbers dynamically, without asking you. Some adapters require you to disable automatic driver updates entirely just to hold a working state. This is a driver dependency problem. Every time you touch it, you're treating the symptom. Getting to a COM Port Isn't Always the Goal Even when a USB-serial adapter works perfectly, it only gets you to a COM port. For some users, particularly those running dedicated SPC platforms, LIMS, or legacy data acquisition systems that read serial data directly, a COM port is exactly what they need, and that's fine. We'll come back to that. But for the majority of quality and lab environments, a COM port is an intermediate step, not a destination. Your data needs to go into Excel, Minitab, InfinityQS, Net-Inspect, a web-based inspection form, or whatever application your process uses. To bridge that gap, you need a software wedge running in the background, monitoring the COM port, capturing the serial packet, parsing out the measurement value, and typing it into the active application. That's two products doing one job: the adapter to create the COM port, and the software to read it. Two products to configure, two products to license, two products to troubleshoot when something breaks. And if your adapter changes COM port assignments after a reboot (which Windows will do), the wedge software loses its reference and stops working until you reconfigure it. Add Your Heading Text Here RS-232 devices don't output a clean number. A typical serial packet from a hardness tester or scale might look like:HRB 62. 4 OK{CR}A multi-axis instrument might output:Coordinate measurements = X: 12. 435, Y: -3. 451, Z: 2. 498{CR}What you want in your spreadsheet is 62. 4, or three separate values in three separate cells. Software wedge programs can parse this, but that configuration lives on the... Aucune saisie manuelle entre le MIC TRAC et votre logiciel d'étalonnage, GageMaker et MicroRidge vous montrent comment à l'IMTS 2026. Aucune saisie manuelle entre le MIC TRAC et votre logiciel d'étalonnage, GageMaker et MicroRidge vous montrent comment à l'IMTS 2026 (stand 134612) LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Chaque instrument envoyé pour étalonnage est un instrument indisponible, souvent pendant une semaine ou plus, pendant qu'il attend dans la file d'attente d'un laboratoire externe. Les MIC TRAC 3000 et MIC TRAC 4000 de GageMaker existent pour éliminer ce temps d'arrêt. En internalisant l'étalonnage, les services qualité peuvent reprendre le contrôle de leur propre intervalle de rappel et cesser de payer des frais par événement pour un processus récurrent. Ce qu'un programme d'étalonnage interne ne résout pas automatiquement, c'est la documentation du résultat de l'étalonnage. Trop souvent, la sortie DRO d'un MIC TRAC s'arrête au bouton d'impression, et quelqu'un doit encore saisir la valeur dans IndySoft, CERTIFI ou tout autre système de gestion d'étalonnage qui gère le reste du SMQ, et cette étape de transcription manuelle devient la non-conformité que personne ne détecte jusqu'à ce qu'un auditeur demande qui a transposé 0,0012" en 0,0021". À l'IMTS 2026 (14–19 septembre, McCormick Place, Chicago), GageMaker rejoint MicroRidge au stand n° 134612 pour présenter les deux aspects de cette histoire : pourquoi l'internalisation de l'étalonnage avec un système MIC TRAC est rentable, et comment la collecte de données sans fil de MicroRidge permet à ces données internes de circuler directement vers le logiciel que votre laboratoire utilise déjà, sans étape de saisie manuelle intermédiaire. À quoi servent les systèmes MIC TRAC La gamme MIC TRAC de GageMaker couvre l'ensemble du banc d'étalonnage. MIC TRAC 3000 est l'outil de référence pour le réglage d'instruments et la mesure de pièces : règle ou met à zéro les instruments portatifs, prérégle les instruments de type comparateur et mesure les pièces. Il offre des précisions traçables NIST de ±0,0001" à ±0,0004", selon la plage de l'unité de base (12" à 48"), et une résolution standard de 0,00005". La fonction Force-Lok en option maintient une force de mesure constante d'un opérateur à l'autre, ce qui compte directement pour les performances R&R des instruments sur un banc d'étalonnage partagé. MIC TRAC 4000 est la plateforme d'étalonnage interne de premier ordre : inspection de bagues et tampons, gamme d'instruments portatifs plus large et tolérances plus serrées, précision de ±0,00005" et résolution de 0,00001" sur 1,00" de course sur deux échelles optiques de précision. Il est livré avec CERTIFI, le logiciel d'étalonnage de GageMaker, qui ajoute un générateur de rapports et une base de données de rappel d'instruments en plus de la fonction d'affichage numérique. Ces deux systèmes sont exactement le type d'infrastructure d'étalonnage que les ateliers IATF 16949, AS9100D et 21 CFR Part 820 utilisent aujourd'hui. Le problème n'est pas la précision de mesure. C'est ce qui arrive à la lecture après que le DRO l'affiche. Le problème : imprimer n'est pas la même chose que connecter Un DRO MIC TRAC peut envoyer une lecture via RS-232. Ce n'est pas nouveau. Ce qui a historiquement été nécessaire pour intégrer cette lecture dans un système de gestion d'étalonnage, c'est un câble série reliant le banc à un PC, ou un opérateur lisant l'affichage et saisissant la valeur manuellement. Aucune de ces solutions n'est idéale pour un laboratoire d'étalonnage opérationnel. Un câble série fixe lie le DRO à un emplacement PC fixe et ajoute un autre câble à gérer autour du banc. Les données RS-232 nécessitent également des programmes spécifiques capables d'extraire les données d'un port COM. La saisie manuelle est pire : c'est un risque documenté pour l'intégrité des données selon la clause 7. 1. 5 de l'ISO 9001, et c'est exactement le mode de défaillance que les auditeurs sont formés à rechercher lors d'un examen des systèmes de mesure IATF 16949 ou AS9100D, car l'erreur de transcription n'apparaît pas comme une tendance avant d'avoir déjà coûté une non-conformité. Le... Keine manuelle Eingabe zwischen dem MIC TRAC und Ihrer Kalibriersoftware – GageMaker und MicroRidge zeigen Ihnen wie auf der IMTS 2026. Keine manuelle Eingabe zwischen dem MIC TRAC und Ihrer Kalibriersoftware – GageMaker und MicroRidge zeigen Ihnen wie auf der IMTS 2026 (Stand 134612) LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Jedes Messmittel, das zur Kalibrierung außer Haus geschickt wird, ist ein Messmittel, das nicht verfügbar ist – oft eine Woche oder länger, während es in der Warteschlange eines externen Labors liegt. GageMakers MIC TRAC 3000 und MIC TRAC 4000 sind dafür da, diese Ausfallzeit zu eliminieren. Indem die Kalibrierung ins eigene Haus geholt wird, können Qualitätsabteilungen die Kontrolle über ihr eigenes Rückrufintervall zurückgewinnen und aufhören, für einen wiederkehrenden Prozess eine Gebühr pro Vorgang zu zahlen. Was ein internes Kalibrierprogramm nicht automatisch löst, ist die Dokumentation des Kalibrierergebnisses. Zu oft endet die DRO-Ausgabe eines MIC TRAC beim Drucken, und jemand muss den Wert trotzdem in IndySoft, CERTIFI oder welches Kalibrier-Management-System auch immer den Rest des QMS betreibt, eintippen – und dieser manuelle Übertragungsschritt wird zur Nichtkonformität, die niemand bemerkt, bis ein Auditor fragt, wer 0. 0012" als 0. 0021" übertragen hat. Auf der IMTS 2026 (14. –19. September, McCormick Place, Chicago) ist GageMaker gemeinsam mit MicroRidge am Stand #134612, um beide Seiten dieser Geschichte zu zeigen: warum sich die interne Kalibrierung mit einem MIC TRAC System von selbst bezahlt macht – und wie MicroRidges drahtlose Datenerfassung diese internen Daten ohne manuellen Zwischenschritt direkt in die Software fließen lässt, die Ihr Labor ohnehin bereits nutzt. Wofür die MIC TRAC Systeme gebaut sind Die MIC TRAC-Produktlinie von GageMaker deckt die Kalibrierbank von Anfang bis Ende ab. MIC TRAC 3000 ist das Arbeitstier für Messmittel-Einstellung und Teilemessung: Er stellt handgehaltene Messmittel ein bzw. nullt sie, voreinstellt Messmittel im Messuhr-Stil und misst Teile. Er bietet NIST-rückführbare Genauigkeiten von ±. 0001" bis ±. 0004", abhängig vom Messbereich der Basiseinheit (12" bis 48"), sowie eine Standardauflösung von . 00005". Die optionale Force-Lok-Funktion hält eine konstante Messkraft über verschiedene Bediener hinweg, was sich direkt auf die Gauge-R&R-Leistung an einer gemeinsam genutzten Kalibrierbank auswirkt. MIC TRAC 4000 ist die führende Plattform für interne Kalibrierung: Prüfung von Lehrringen und Lehrdornen, ein größerer Bereich für handgehaltene Messmittel und engere Toleranzen – ±. 00005" Genauigkeit und . 00001" Auflösung bei 1. 00" Verfahrweg über zwei hochpräzise optische Maßstäbe. Er wird mit CERTIFI ausgeliefert, der Kalibriersoftware von GageMaker, die zusätzlich zur Digitalanzeige einen Berichtsgenerator und eine Messmittel-Rückrufdatenbank bereitstellt. Beide Systeme sind genau die Art von Kalibrierinfrastruktur, die Betriebe nach IATF 16949, AS9100D und 21 CFR Part 820 heute einsetzen. Die Lücke ist nicht die Messgenauigkeit – sondern was mit dem Messwert passiert, nachdem die DRO ihn anzeigt. Die Lücke: Drucken ist nicht dasselbe wie verbunden Eine MIC TRAC DRO kann einen Messwert über RS-232 senden. Das ist nicht neu. Was historisch erforderlich war, um diesen Messwert in ein Kalibrier-Management-System zu bekommen, ist ein serielles Kabel von der Werkbank zu einem PC – oder ein Bediener, der die Anzeige abliest und den Wert von Hand eintippt. Beides ist keine gute Lösung für ein laufendes Kalibrierlabor. Ein fest verdrahtetes serielles Kabel bindet die DRO an einen festen PC-Standort und bringt ein weiteres Kabel mit sich, das an der Werkbank zu handhaben ist. Die RS-232-Daten erfordern außerdem spezielle Programme, die Daten von einem COM-Port auslesen können. Manuelle Eingabe ist schlimmer: Sie ist ein dokumentiertes Risiko für die Datenintegrität nach ISO 9001 Abschnitt 7. 1. 5 und genau der Fehlermodus, auf den Auditoren bei einer Überprüfung von Messsystemen nach IATF 16949 oder AS9100D geschult sind – weil Übertragungsfehler erst als Trend sichtbar werden, wenn sie Ihnen bereits eine Nichtkonformität eingebracht haben. Die Brücke: MobileCollect RS-232 Remote MicroRidges MobileCollect RS-232 Remote ist ein USB-betriebener drahtloser Sender, der direkt an den RS-232-Ausgang der MIC TRAC DRO angeschlossen wird und den Messwert drahtlos an einen MobileCollect Base Receiver überträgt, der ihn an die Software weitergibt, die auf dem angeschlossenen Computer läuft. Da er direkt von der DRO liest,... Sin entrada manual entre el MIC TRAC y su software de calibración; GageMaker y MicroRidge le muestran cómo en el IMTS 2026. Sin entrada manual entre el MIC TRAC y su software de calibración; GageMaker y MicroRidge le muestran cómo en el IMTS 2026 (stand 134612) LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Cada calibre que se envía a calibrar es un instrumento que no está disponible, a menudo durante una semana o más, mientras espera en la cola de un laboratorio externo. Los sistemas MIC TRAC 3000 y MIC TRAC 4000 de GageMaker existen para eliminar ese tiempo de inactividad. Al realizar la calibración de forma interna, los departamentos de calidad pueden recuperar el control de sus propios intervalos de revisión y dejar de pagar una tarifa por evento por un proceso recurrente. Lo que un programa de calibración interno no soluciona automáticamente es la documentación del resultado de la calibración. Con demasiada frecuencia, la salida del visualizador digital (DRO) de un MIC TRAC se detiene en el botón de imprimir, y alguien todavía tiene que introducir el valor manualmente en IndySoft, CERTIFI o cualquier sistema de gestión de calibración que dirija el resto del sistema de gestión de calidad (SGC). Ese paso de transcripción manual se convierte en la no conformidad que nadie detecta hasta que un auditor pregunta quién transpuso 0,0012" como 0,0021". En el IMTS 2026 (del 14 al 19 de septiembre, McCormick Place, Chicago), GageMaker se unirá a MicroRidge en el stand n. º 134612 para mostrar ambas partes de esa historia: por qué realizar la calibración de forma interna con un sistema MIC TRAC se amortiza por sí solo, y cómo la recopilación inalámbrica de datos de MicroRidge mantiene el flujo de esos datos internos directamente hacia cualquier software que su laboratorio ya utilice, sin pasos de entrada manual de por medio. Para qué están diseñados los sistemas MIC TRAC La línea MIC TRAC de GageMaker cubre el banco de calibración de extremo a extremo. MIC TRAC 3000 es el motor de trabajo para el ajuste de calibres y la medición de piezas: ajusta o pone a cero calibres manuales, preajusta calibres de tipo indicador y mide piezas. Presenta precisiones trazables al NIST desde ±0,0001" hasta ±0,0004", dependiendo del rango de la unidad base (de 12" a 48"), y una resolución estándar de 0,00005". La función opcional Force-Lok mantiene una fuerza de medición constante entre distintos operarios, lo que influye directamente en el rendimiento de repetibilidad y reproducibilidad (R&R) del calibre en un banco de calibración compartido. MIC TRAC 4000 es la plataforma de calibración interna de primer nivel: inspección de calibres de anillo y tampón, un rango más amplio de calibres manuales y tolerancias más ajustadas, con una precisión de ±0,00005" y una resolución de 0,00001" en 1,00" de recorrido a través de escalas ópticas de precisión duales. Se entrega con CERTIFI, el software de calibración de GageMaker, que añade un generador de informes y una base de datos de revisión de calibres a la función de visualización digital. Ambos sistemas son exactamente el tipo de infraestructura de calibración que utilizan hoy en día los talleres con certificaciones IATF 16949, AS9100D y 21 CFR Parte 820. La brecha no es la precisión de la medición, sino lo que sucede con la lectura después de que el DRO la muestra. La brecha: imprimir no es lo mismo que estar conectado Un visualizador digital (DRO) MIC TRAC puede enviar una lectura a través de RS-232. Eso no es nuevo. Lo que históricamente se ha requerido para introducir esa lectura en un sistema de gestión de calibración es un cable serie tendido desde el banco hasta un PC, o que un operario lea la pantalla y escriba el valor a mano. Ninguna de las dos es una solución ideal para un laboratorio de calibración en funcionamiento. Un cable serie cableado vincula el DRO a una ubicación fija del PC y añade otro cable que gestionar en... No manual entry between the MIC TRAC and your calibration software, GageMaker and MicroRidge show you how at IMTS 2026. No manual entry between the MIC TRAC and your calibration software, GageMaker and MicroRidge show you how at IMTS 2026 (Booth 134612) LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Every gage sent out for calibration is a gage that's unavailable, often for a week or more, while it sits in an outside lab's queue. GageMaker's MIC TRAC 3000 and MIC TRAC 4000 exist to eliminate that downtime. By bringing calibration in-house, quality departments can regain control of their own recall interval and stop paying a per-event fee for a recurring process. What an in-house calibration program doesn't automatically fix is documenting the outcome of the calibration. Too often, a MIC TRAC's DRO output stops at the print button, and someone still has to key the value into IndySoft, CERTIFI, or whatever calibration management system runs the rest of the QMS, and that manual transcription step becomes the nonconformance nobody catches until an auditor asks who transposed 0. 0012" as 0. 0021". At IMTS 2026 (September 14–19, McCormick Place, Chicago), GageMaker is joining MicroRidge at Booth #134612 to show both halves of that story: why bringing calibration in-house with a MIC TRAC system pays for itself, and how MicroRidge's wireless data collection keeps that in-house data flowing straight into whatever software your lab already runs with no manual entry step in between. What the MIC TRAC Systems Are Built For GageMaker's MIC TRAC line covers the calibration bench end-to-end. MIC TRAC 3000 is the gage-setting and part-measurement workhorse: sets or zeros hand-held gages, presets indicator-style gages, and measures parts. If features NIST-traceable accuracies from ±. 0001" to ±. 0004", depending on base unit range (12" to 48"), and a standard resolution of . 00005". The optional Force-Lok feature holds a constant measurement force across operators, which matters directly for Gauge R&R performance on a shared calibration bench. MIC TRAC 4000 is the premier in-house calibration platform: ring and plug gage inspection, a broader hand-held gage range, and tighter tolerances, ±. 00005" accuracy and . 00001" resolution on 1. 00" of travel across dual precision optical scales. It ships with CERTIFI, GageMaker's calibration software, which adds a report writer and gage recall database on top of the digital readout function. Both systems are exactly the kind of calibration infrastructure that IATF 16949, AS9100D, and 21 CFR Part 820 shops are running today. The gap isn't measurement accuracy, It's what happens to the reading after the DRO displays it. The Gap: Print Isn't the Same as Connected A MIC TRAC DRO can send a reading over RS-232. That's not new. What's historically required to get that reading into a calibration management system is a serial cable run from the bench to a PC, or an operator reading the display and typing the value by hand. Neither is a great answer for a working cal lab. A hardwired serial cable ties the DRO to a fixed PC location and adds another cable to manage around the bench. The RS-232 data also require specific programs that can pull data from a Com Port. Manual entry is worse: it's a documented data integrity risk under ISO 9001 Clause 7. 1. 5, and it's the exact failure mode auditors are trained to probe for in an IATF 16949 or AS9100D measurement systems review, because transcription error doesn't show up as a trend until it's already cost you a nonconformance. The Bridge: MobileCollect RS-232 Remote MicroRidge's MobileCollect RS-232 Remote is a USB-powered wireless transmitter that connects directly to the MIC TRAC DRO's RS-232 output and transmits the reading wirelessly to a MobileCollect Base Receiver, which delivers it to whatever software is running on the connected computer. Because it reads straight off the DRO, it closes both gaps at once: no cable and no manual data entry for a shop reading straight off the display. . If... Pride Gage pairs local metrology expertise with MicroRidge's wireless data collection to close the gap between measured parts and documented, audit-ready records. Pride Gage pairs local metrology expertise with MicroRidge's wireless data collection to close the gap between measured parts and documented, audit-ready records. LinkedIn Reddit Threads Facebook X Email In the automotive supply chain running through Toledo, Ohio and into southeast Michigan, the quality department doesn't get much margin for error. Tier 1 and Tier 2 suppliers serving Stellantis, GM, and Ford are operating under IATF 16949 requirements that demand documented, traceable measurement data: not handwritten check sheets transcribed at end of shift, but real-time data with a clear chain of custody from the gage to the record. The gap between a measured part and a documented result is where quality failures hide. Closing that gap is where Pride Gage and MicroRidge intersect. About Pride Gage Pride Gage Associates, LLC is a Toledo, Ohio-based metrology distributor and solutions provider serving manufacturers across Ohio, Michigan, Pennsylvania, and beyond. Their Sales Engineers bring hands-on experience across the full quality function, including metrology lab management, quality engineering, quality management, and gage engineering. They assess the measurement environment on the customer's floor and build a solution around it. Pride Gage isn't a catalog house. Their positioning is explicit: the pricing of a national distributor with the technical service of a local partner. For quality teams working a nonconformance, a third-party audit finding, or a production line that needs a measurement system built around it, that distinction makes an operational difference. Their product line includes Mahr, Mitutoyo, Marposs, Vision Engineering, Fowler, Glastonbury Southern Gage, Western Gage, Aberlink CMMs, and Prolink SPC software. They also design and build custom gaging solutions for measurement challenges that standard equipment can't address. Their calibration network covers ISO/IEC 17025-approved laboratories matched to customer-specific requirements, giving customers a one-source relationship that simplifies supplier qualification and audit documentation. Bill Gstalder and Bob Long serve as Pride Gage's Sales Engineers. Bill covers Michigan; Bob covers Ohio and Pennsylvania. Both spend the majority of their time at customer sites rather than in the office, by design, walking the shop floor to evaluate a measurement system before recommending a solution. Where Manual Measurement Breaks Down The manufacturers Pride Gage serves most frequently run mixed-brand gage inventories accumulated over years of production: Mitutoyo calipers at one station, Mahr micrometers at another, thread gages from Glastonbury Southern, a height gage from Fowler. This isn't unusual; it's the standard reality of a shop floor that has grown and evolved over time. The common data collection approach in these environments is manual. The operator measures the part, writes the result on a paper check sheet, and the data gets keyed into a spreadsheet or SPC system later, if it gets keyed in at all. Under IATF 16949, that's a measurement system carrying transcription error risk at every step, with no documented timestamp and no real-time visibility into whether the process is staying within control limits. When a third-party auditor asks how measurement data is captured, verified, and fed into the quality system, "the operator writes it down" is an answer that generates findings. Where MicroRidge Enters the Equation MicroRidge's MobileCollect wireless gage data collection system was built for exactly this environment: mixed-brand, multi-station, production-floor inspection where the measurement data needs to move from the gage to the quality system without a person in the middle. The Mini Mobile Module EVO (M3E) transmitter attaches directly to the gage's data output: Mitutoyo Digimatic, Mahr, Fowler/Sylvac, Starrett, and dozens of other brands. The operator presses a button, or uses a foot switch, and the reading transmits wirelessly over MicroRidge's RM2. 4 protocol to a base receiver connected to the PC running the SPC application. The data record includes a timestamp. There is no transcription step. For Pride Gage customers in IATF 16949 environments, the compliance implications are direct. Measurement traceability, required under IATF 16949 section 7. 1. 5, becomes a system property rather than a documentation exercise. Control chart data is real-time rather... Dos nuevas capacidades de WedgeLink AT: formato decimal coherente y captura automática de fecha y hora para cada lectura. Dos nuevas capacidades de WedgeLink AT: formato decimal coherente y captura automática de fecha y hora para cada lectura. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Actualización de funciones de WedgeLink AT: redondeo decimal configurable y sellado de fecha y hora Los datos de medición solo son útiles si dejan un registro adecuado. Si un instrumento transmite «1. 2» en un ciclo y «1. 2000» en el siguiente, o si una hoja de cálculo no tiene forma de indicar a un auditor cuándo se realizó una lectura, esa variación en el formato se convierte en una cuestión de integridad de los datos durante una auditoría ISO 9001, IATF 16949 o AS9100, incluso cuando la medición subyacente nunca estuvo fuera de tolerancia. Esta versión añade dos capacidades al WedgeLink AT que abordan ambos problemas directamente: redondeo decimal configurable en la cadena de medición entrante y sellado automático de fecha y hora a medida que los datos se envían a Excel o a cualquier otra aplicación. Función 1: Redondeo decimal configurable (0-9 posiciones) WedgeLink AT ahora puede redondear el primer valor numérico encontrado en la cadena de datos entrante a un número determinado de decimales, entre 0 y 9. Se trata de un redondeo real (redondeo estándar hacia arriba), no de un truncamiento, y la salida se rellena con ceros para mantener la precisión solicitada. Por qué es importante: El formato decimal inconsistente entre instrumentos es una fuente común de variación de proceso aparente, pero no real, en un gráfico de control o en un conjunto de datos de SPC. Si un instrumento informa 1,2 y otro informa 1,2000 para la misma lectura nominal, el software posterior puede tratarlos como niveles de resolución diferentes, lo que complica los cálculos de Cp/Cpk, los estudios de GR&R y la revisión de registros. Estandarizar los decimales en el punto de recogida de datos elimina esa ambigüedad antes de que llegue a sus registros de calidad. Valor de entradaDecimales configuradosSalida 1. 23441. 23401. 241. 20001. 2345621. 231. 20142. 7043-3. 50-40. 98720. 99 Algunos puntos que conviene destacar:Con 0 decimales, el punto decimal se elimina por completo: 1,2 se convierte en 1, no en 1,0. Con cualquier ajuste de 1 a 9, la salida se rellena con ceros a la derecha según sea necesario para completar la precisión solicitada, incluso si el valor de origen tenía menos dígitos (1,2 redondeado a 4 posiciones se convierte en 1,2000, no en 1,2). El redondeo sigue la lógica estándar de redondeo hacia arriba y se traslada correctamente a través del punto decimal (1,2345 redondeado a 3 posiciones se convierte en 1,235; 9,996 redondeado a 2 posiciones se convierte en 10,00). Los valores negativos se gestionan correctamente, incluida la propagación del acarreo a la parte entera. Esto le proporciona un punto único y configurable de estandarización para la precisión decimal: configúrelo una vez en el WedgeLink AT y cada lectura que pase llegará a su software de SPC, hoja de Excel o campo de ERP en el mismo formato, independientemente de lo que el instrumento de origen emita de forma nativa. Función 2: Sellado de fecha y hora en Excel (prefijo o sufijo) WedgeLink AT ahora puede anteponer o posponer la fecha actual, la hora o ambas a cada medición antes de enviarla a su aplicación. Usted elige si el sello va en el prefijo (antes de la medición) o en el sufijo (después de ella), lo que le permite controlar cómo aterrizan los datos en las celdas de Excel. Por ejemplo, la fecha y la hora en las dos columnas anteriores a la medición, o después de ella si su diseño está estructurado de la otra manera. Por qué es importante: Un valor de medición bruto sin sello de tiempo es difícil de defender como un registro de calidad trazable. Añadir un sello de fecha y hora en... Zwei neue WedgeLink AT-Funktionen: konsistente Dezimalformatierung und automatische Datums-/Zeiterfassung für jeden Messwert. Zwei neue WedgeLink AT-Funktionen: konsistente Dezimalformatierung und automatische Datums-/Zeiterfassung für jeden Messwert. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) WedgeLink AT Funktions-Update: Konfigurierbare Dezimalrundung und Datums-/Zeitstempelung Messdaten sind nur so nützlich wie die Aufzeichnung, die sie hinterlassen. Wenn ein Messgerät in einem Zyklus „1,2“ und im nächsten „1,2000“ überträgt oder wenn eine Tabellenkalkulation einem Auditor nicht sagen kann, wann ein Messwert aufgenommen wurde, wird diese Variation in der Formatierung bei einem ISO 9001-, IATF 16949- oder AS9100-Audit zu einer Frage der Datenintegrität, selbst wenn die zugrunde liegende Messung nie außerhalb der Toleranz lag. Dieses Release fügt dem WedgeLink AT zwei Funktionen hinzu, die beide Probleme direkt adressieren: eine konfigurierbare Dezimalrundung der eingehenden Messwertzeichenfolge und eine automatische Datums-/Zeitstempelung beim Senden der Daten an Excel oder andere Anwendungen. Funktion 1: Konfigurierbare Dezimalrundung (0–9 Stellen) WedgeLink AT kann nun den ersten numerischen Wert in der eingehenden Datenzeichenfolge auf eine festgelegte Anzahl von Dezimalstellen runden, im Bereich von 0 bis 9. Dies ist eine echte Rundung (kaufmännische Rundung), kein Abschneiden, und die Ausgabe wird mit Nullen aufgefüllt, um die gewünschte Präzision beizubehalten. Warum das wichtig ist: Inkonsistente Dezimalformatierungen von Messgerät zu Messgerät sind eine häufige Quelle für scheinbare, aber nicht reale Prozessvariationen in einer Regelkarte oder einem SPC-Datensatz. Wenn ein Instrument 1,2 und ein anderes 1,2000 für denselben Nennwert meldet, behandeln nachgeschaltete Softwareprogramme diese möglicherweise als unterschiedliche Auflösungsstufen, was Cp/Cpk-Berechnungen, GR&R-Studien und die Überprüfung von Aufzeichnungen erschwert. Die Standardisierung der Dezimalstellen am Punkt der Datenerfassung beseitigt diese Unklarheit, bevor sie jemals Ihre Qualitätsaufzeichnungen erreicht. EingabewertEingestellte DezimalstellenAusgabe 1. 23441. 23401. 241. 20001. 2345621. 231. 20142. 7043-3. 50-40. 98720. 99 Einige Punkte, die hervorzuheben sind:Bei 0 Dezimalstellen entfällt das Dezimaltrennzeichen vollständig: Aus 1,2 wird 1, nicht 1,0. Bei jeder Einstellung von 1–9 wird die Ausgabe nach Bedarf mit nachfolgenden Nullen aufgefüllt, um die gewünschte Präzision zu erreichen, selbst wenn der Quellwert weniger Stellen hatte (1,2 gerundet auf 4 Stellen wird zu 1,2000, nicht 1,2). Die Rundung folgt der kaufmännischen Rundungslogik und wird korrekt über das Dezimaltrennzeichen hinweg übertragen (1,2345 gerundet auf 3 Stellen wird zu 1,235; 9,996 gerundet auf 2 Stellen wird zu 10,00). Negative Werte werden korrekt verarbeitet, einschließlich der Übertragungsfortpflanzung in den ganzzahligen Teil. Dies bietet Ihnen einen einzigen, konfigurierbaren Standardisierungspunkt für die Dezimalpräzision: Einmal am WedgeLink AT eingestellt, kommt jeder Messwert, der das Gerät passiert, in Ihrer SPC-Software, Excel-Tabelle oder Ihrem ERP-Feld im gleichen Format an, unabhängig davon, was das Quellinstrument nativ ausgibt. Funktion 2: Datums-/Zeitstempelung für Excel (Präfix oder Suffix) WedgeLink AT kann nun jedem Messwert das aktuelle Datum, die Uhrzeit oder beides voranstellen oder anhängen, bevor dieser an Ihre Anwendung gesendet wird. Sie wählen, ob der Stempel als Präfix (vor dem Messwert) oder als Suffix (danach) erfolgt. Dies gibt Ihnen die Kontrolle darüber, wie die Daten in den Excel-Zellen landen. Zum Beispiel Datum und Uhrzeit in den zwei Spalten vor dem Messwert oder dahinter, falls Ihr Layout anders aufgebaut ist. Warum das wichtig ist: Ein reiner Messwert ohne Zeitstempel lässt sich nur schwer als rückverfolgbare Qualitätsaufzeichnung verteidigen. Das Hinzufügen eines Datums-/Zeitstempels am Punkt der Erfassung, anstatt sich auf eine manuelle Eingabe oder einen Zeitstempel der Dateiänderung zu verlassen, liefert Ihnen einen vertretbaren, automatisch generierten Audit-Trail, der mit jedem einzelnen Messwert verknüpft ist. Dies unterstützt die Rückverfolgbarkeitsanforderungen gemäß ISO 9001 §8. 5. 2 und IATF 16949 und stärkt die Erwartungen an die Integrität von Aufzeichnungen in AS9100- und 21 CFR Part 820-Umgebungen. Wie es technisch funktioniert: WedgeLink AT generiert kein eigenes Taktsignal und bezieht die Zeit nicht vom Messgerät. Es nutzt die in Excel integrierten Datums-/Zeitfunktionen, um den Wert in dem Moment abzurufen, in dem die Daten in der Zelle landen. Das bedeutet, dass der Zeitstempel das lokale Datum und die Uhrzeit des Host-PCs widerspiegelt, auf dem Excel läuft, und nicht einen vom WedgeLink AT-Hardware selbst oder vom Messgerät generierten Zeitstempel. Wenn die Systemuhr Ihres PCs abweicht oder nicht mit... Deux nouvelles fonctionnalités de WedgeLink AT : formatage décimal cohérent et capture automatique de la date/heure pour chaque lecture. Deux nouvelles fonctionnalités de WedgeLink AT : formatage décimal cohérent et capture automatique de la date/heure pour chaque lecture. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Mise à jour des fonctionnalités de WedgeLink AT : Arrondi décimal configurable et horodatage Les données de mesure ne sont utiles que si le relevé qu'elles laissent est fiable. Si une jauge transmet « 1. 2 » un cycle et « 1. 2000 » le suivant, ou si une feuille de calcul n'a aucun moyen d'indiquer à un auditeur quand une lecture a été effectuée, cette variation de formatage devient une question d'intégrité des données lors d'un audit ISO 9001, IATF 16949 ou AS9100, même si la mesure sous-jacente n'a jamais été hors tolérance. Cette version ajoute deux fonctionnalités au WedgeLink AT qui résolvent directement ces deux problèmes : l'arrondi décimal configurable sur la chaîne de mesure entrante et l'horodatage automatique lorsque les données sont envoyées à Excel ou à toute autre application. Fonctionnalité 1 : Arrondi décimal configurable (0 à 9 chiffres après la virgule) WedgeLink AT peut désormais arrondir la première valeur numérique trouvée dans la chaîne de données entrante à un nombre défini de décimales, de 0 à 9. Il s'agit d'un véritable arrondi (arrondi standard au plus proche), et non d'une troncature, et la sortie est complétée par des zéros pour maintenir la précision demandée. Pourquoi c'est important : Le formatage décimal incohérent d'une jauge à l'autre est une source courante de variation de processus apparente, mais non réelle, sur un graphique de contrôle ou dans un ensemble de données SPC. Si un instrument rapporte 1. 2 et un autre 1. 2000 pour la même lecture nominale, le logiciel en aval peut les traiter comme des niveaux de résolution différents, ce qui complique les calculs Cp/Cpk, les études GR&R et l'examen des enregistrements. La standardisation des décimales au point de collecte des données élimine cette ambiguïté avant qu'elle n'atteigne vos enregistrements de qualité. Valeur d’entréeNombre de décimales définiSortie 1. 23441. 23401. 241. 20001. 2345621. 231. 20142. 7043-3. 50-40. 98720. 99 Quelques points à noter :À 0 décimale, la virgule est entièrement supprimée : 1. 2 devient 1, pas 1. 0. Pour tout réglage de 1 à 9, la sortie est complétée par des zéros de fin si nécessaire pour atteindre la précision demandée, même si la valeur source avait moins de chiffres (1. 2 arrondi à 4 décimales devient 1. 2000, pas 1. 2). L'arrondi suit la logique standard d'arrondi au plus proche et se propage correctement au-delà de la virgule (1. 2345 arrondi à 3 décimales devient 1. 235 ; 9. 996 arrondi à 2 décimales devient 10. 00). Les valeurs négatives sont gérées correctement, y compris la propagation du report dans la partie entière. Cela vous offre un point de standardisation unique et configurable pour la précision décimale : une fois défini dans WedgeLink AT, chaque lecture qui transite arrive dans votre logiciel SPC, votre feuille Excel ou votre champ ERP dans le même format, quelle que soit la sortie native de l'instrument source. Fonctionnalité 2 : Horodatage vers Excel (préfixe ou suffixe) WedgeLink AT peut désormais ajouter en préfixe ou en suffixe la date, l'heure, ou les deux, à chaque mesure avant qu'elle ne soit envoyée à votre application. Vous choisissez si l'horodatage est placé en préfixe (avant la mesure) ou en suffixe (après), ce qui vous donne le contrôle sur la manière dont les données se répartissent dans les cellules d'Excel. Par exemple, la date et l'heure dans les deux colonnes précédant la mesure, ou les suivant si votre mise en page est construite différemment. Pourquoi c'est important : Une valeur de mesure brute sans horodatage est difficile à défendre comme enregistrement de qualité traçable. L'ajout d'un horodatage au point de collecte, plutôt que de s'appuyer sur une saisie manuelle ou un horodatage de... Two new WedgeLink AT capabilities: consistent decimal formatting and automatic date/time capture for every reading. Two new WedgeLink AT capabilities: consistent decimal formatting and automatic date/time capture for every reading. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) WedgeLink AT Feature Update: Configurable Decimal Rounding and Date/Time Stamping Measurement data is only as useful as the record it leaves behind. If a gage transmits "1. 2" one cycle and "1. 2000" the next, or if a spreadsheet has no way to tell an auditor when a reading was taken, that variation in formatting becomes a data integrity question during an ISO 9001, IATF 16949, or AS9100 audit, even when the underlying measurement was never out of tolerance. This release adds two capabilities to the WedgeLink AT that address both problems directly: configurable decimal rounding on the incoming measurement string, and automatic date/time stamping as data is sent to Excel or any other application. Feature 1: Configurable Decimal Rounding (0–9 Places) WedgeLink AT can now round the first numeric value found in the incoming data string to a set number of decimal places, anywhere from 0 to 9. This is a true round (standard round-half-up), not a truncation, and the output is zero-padded to hold the requested precision. Why this matters: Inconsistent decimal formatting from gage to gage is a common source of apparent, but not real, process variation on a control chart or in an SPC data set. If one instrument reports 1. 2 and another reports 1. 2000 for the same nominal reading, downstream software may treat those as different levels of resolution, which complicates Cp/Cpk calculations, GR&R studies, and record review. Standardizing decimal places at the point of data collection removes that ambiguity before it ever reaches your quality records. Input ValueDecimal Places SetOutput 1. 23441. 23401. 241. 20001. 2345621. 231. 20142. 7043-3. 50-40. 98720. 99 A few points worth calling out:At 0 decimal places, the decimal point is dropped entirely: 1. 2 becomes 1, not 1. 0. At any setting from 1–9, the output is padded with trailing zeros as needed to fill the requested precision, even if the source value had fewer digits (1. 2 rounded to 4 places becomes 1. 2000, not 1. 2). Rounding follows standard round-half-up logic and correctly carries across the decimal point (1. 2345 rounded to 3 places becomes 1. 235; 9. 996 rounded to 2 places becomes 10. 00). Negative values are handled correctly, including carry propagation into the integer portion. This gives you a single, configurable point of standardization for decimal precision: set once at the WedgeLink AT, and every reading that passes through arrives in your SPC software, Excel sheet, or ERP field in the same format, regardless of what the source instrument natively outputs. Feature 2: Date/Time Stamping to Excel (Prefix or Suffix) WedgeLink AT can now prepend or append the current date, time, or both to each measurement before it's sent to your application. You choose whether the stamp goes in the prefix (before the measurement) or the suffix (after it), which gives you control over how the data lands across cells in Excel. For example, date and time in the two columns ahead of the measurement, or trailing it if your layout is built the other way. Why this matters: A raw measurement value with no timestamp is difficult to defend as a traceable quality record. Adding a date/time stamp at the point of collection, rather than relying on a manual entry or a file-modified timestamp, gives you a defensible, automatically generated audit trail tied to each individual reading. That supports traceability requirements under ISO 9001 §8. 5. 2 and IATF 16949, and strengthens the record integrity expectations found in AS9100 and 21 CFR Part 820 environments. How it works under the hood: WedgeLink AT isn't generating its own clock signal or pulling time from the gage. It's using Excel's own built-in date/time functions to pull the value at... Chaque responsable qualité a vécu ce moment : un graphique de contrôle signale une tendance, vous extrayez les données et vous réalisez que les relevés que vous consultez datent déjà de deux équipes. Au moment où vous retracez la variation jusqu'à sa source, le processus a déjà dérivé, et le bac à rebuts raconte l'histoire avant votre logiciel SPC. Données de calibre en temps réel et SPC piloté par l'IA, travaillant ensemble pour détecter la dérive du processus avant qu'elle ne devienne une non-conformité. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction Chaque responsable qualité a vécu ce moment : un graphique de contrôle signale une tendance, vous extrayez les données et vous réalisez que les relevés que vous consultez datent déjà de deux équipes. Au moment où vous retracez la variation jusqu'à sa source, le processus a déjà dérivé, et le bac à rebuts raconte l'histoire avant votre logiciel SPC. Il ne s'agit pas d'un problème logiciel. Il ne s'agit pas d'un problème de statistiques. Il s'agit d'un problème de pipeline de données. Et c'est un problème que la plupart des fabricants tentent encore de résoudre avec des flux de travail de l'ère du presse-papiers greffés sur des plateformes d'analyse modernes. La solution n'est pas d'avoir plus de tableaux de bord. Il s'agit de combler l'écart entre le point de mesure et le point de décision, et de le faire avec une infrastructure qui évolue réellement. Voilà de quoi traite cet article : comment la collecte automatisée de données de calibre sans fil et le SPC piloté par l'IA fonctionnent ensemble pour créer un système qualité en boucle fermée qui détecte la dérive du processus avant qu'elle ne devienne une non-conformité. Le coût caché de la latence dans vos données qualité La saisie manuelle de données et les téléchargements par lots n'introduisent pas seulement des erreurs de transcription (bien qu'ils le fassent absolument : les taux d'erreur de frappe dans la saisie manuelle de données se situent systématiquement entre 1 et 4 %). Le problème le plus important est la latence temporelle. Lorsqu'il existe un écart entre la mesure et l'analyse, vos indicateurs de capabilité de processus décrivent un processus qui n'existe plus. Réfléchissez à ce que cela signifie pour vos calculs Cp/Cpk. Si votre collecte de données est effectuée par lots, même si elle n'est effectuée par lots que de quelques heures, vos indices de capabilité sont au mieux rétrospectifs et au pire trompeurs. Vous prenez des décisions de disposition sur la base d'un instantané d'un processus qui a déjà évolué. Pour les fabricants opérant sous IATF 16949 ou AS9100D, il ne s'agit pas seulement d'un problème d'efficacité ; il s'agit d'un risque de conformité. Les deux normes exigent des preuves documentées que la surveillance du processus est efficace et que les actions correctives sont opportunes. Un décalage de deux équipes entre la mesure et l'analyse rend difficile de défendre le caractère « opportun » lors d'un audit. Couche 1 : acquisition automatisée de données avec MobileCollect MobileCollect a été conçu pour éliminer l'écart entre le calibre et la base de données. Le système se connecte sans fil aux indicateurs numériques, pieds à coulisse, micromètres et bancs d'essai, capturant les données de mesure au point d'inspection et les transmettant directement au logiciel SPC, aux bases de données ou aux systèmes ERP sans transcription manuelle. Voici à quoi cela ressemble en pratique :Aucune saisie manuelle. L'opérateur mesure la pièce. Le relevé est transmis. Il n'y a pas de presse-papiers, pas de feuille de calcul, pas de nouvelle saisie. Les données qui entrent dans votre système qualité sont les données produites par le calibre, non modifiées et horodatées. Transmission en temps réel. MobileCollect ne fonctionne pas par lots. Chaque mesure est transmise au moment où elle est effectuée, ce qui signifie que votre moteur SPC fonctionne avec des données de processus en direct, et non avec les chiffres de la dernière équipe. Intégration flexible des calibres. MobileCollect fonctionne avec pratiquement tous les calibres numériques dotés d'une sortie de données : Mitutoyo, Mahr, Starrett, Fowler, et bien d'autres. Un seul système couvre l'atelier, quelle que soit la marque ou le type de calibre. Communication bidirectionnelle. MobileCollect n'est pas... Jeder Qualitätsmanager hat diesen Moment schon erlebt: Ein Regelkartentrend wird angezeigt, Sie ziehen die Daten und stellen fest, dass die angezeigten Messwerte bereits zwei Schichten alt sind. Bis Sie die Abweichung zu ihrer Ursache zurückverfolgt haben, ist der Prozess bereits abgewichen, und der Ausschussbehälter erzählt die Geschichte, bevor Ihre SPC-Software es tut. Echtzeit-Messdaten und KI-gesteuerte SPC arbeiten zusammen, um Prozessabweichungen zu erkennen, bevor sie zu einer Nonkonformität werden. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Einleitung Jeder Qualitätsmanager hat diesen Moment schon erlebt: Ein Regelkartentrend wird angezeigt, Sie ziehen die Daten und stellen fest, dass die angezeigten Messwerte bereits zwei Schichten alt sind. Bis Sie die Abweichung zu ihrer Ursache zurückverfolgt haben, ist der Prozess bereits abgewichen, und der Ausschussbehälter erzählt die Geschichte, bevor Ihre SPC-Software es tut. Dies ist kein Softwareproblem. Es ist kein Statistikproblem. Es ist ein Datenpipeline-Problem. Und es ist eines, das die meisten Hersteller immer noch versuchen, mit Arbeitsabläufen aus der Klemmbrett-Ära zu lösen, die an moderne Analyseplattformen angeflanscht sind. Die Lösung sind nicht mehr Dashboards. Es geht darum, die Lücke zwischen dem Messpunkt und dem Entscheidungspunkt zu schließen, und zwar mit einer Infrastruktur, die tatsächlich skaliert. Darum geht es in diesem Beitrag: wie die automatisierte drahtlose Messdatenerfassung und KI-gesteuerte SPC zusammenarbeiten, um ein geschlossenes Qualitätssystem zu schaffen, das Prozessabweichungen erkennt, bevor sie zu Nonkonformitäten werden. Die versteckten Kosten der Latenz in Ihren Qualitätsdaten Manuelle Dateneingabe und Batch-Uploads führen nicht nur zu Transkriptionsfehlern (obwohl sie das absolut tun: Fehlerraten bei der manuellen Dateneingabe liegen konstant zwischen 1–4 %). Das größere Problem ist die zeitliche Latenz. Wenn es eine Lücke zwischen Messung und Analyse gibt, beschreiben Ihre Prozessfähigkeitskennzahlen einen Prozess, der nicht mehr existiert. Denken Sie darüber nach, was das für Ihre Cp/Cpk-Berechnungen bedeutet. Wenn Ihre Datenerfassung stapelweise erfolgt, selbst wenn es nur um ein paar Stunden geht, sind Ihre Fähigkeitsindizes bestenfalls retrospektiv und schlimmstenfalls irreführend. Sie treffen Entscheidungen auf der Grundlage einer Momentaufnahme eines Prozesses, der sich bereits verändert hat. Für Hersteller, die nach IATF 16949 oder AS9100D arbeiten, ist dies nicht nur ein Effizienzproblem, sondern ein Compliance-Risiko. Beide Standards erfordern dokumentierte Nachweise, dass die Prozessüberwachung effektiv ist und Korrekturmaßnahmen zeitnah erfolgen. Eine zweischichtige Verzögerung zwischen Messung und Analyse macht „zeitnah“ zu einem schwer zu verteidigenden Argument bei einem Audit. Schicht 1: Automatisierte Datenerfassung mit MobileCollect MobileCollect wurde entwickelt, um die Lücke zwischen Messgerät und Datenbank zu schließen. Das System verbindet sich drahtlos mit digitalen Messuhren, Messschiebern, Mikrometern und Prüfständen, erfasst Messdaten am Prüfpunkt und überträgt sie direkt an SPC-Software, Datenbanken oder ERP-Systeme ohne manuelle Transkription. So sieht das in der Praxis aus:Keine manuelle Eingabe. Der Bediener misst das Teil. Der Messwert wird übertragen. Es gibt kein Klemmbrett, keine Tabelle, keine erneute Eingabe. Die Daten, die in Ihr Qualitätssystem gelangen, sind die Daten, die das Messgerät erzeugt hat, unverändert und mit Zeitstempel versehen. Echtzeit-Übertragung. MobileCollect arbeitet nicht mit Batches. Jede Messung wird sofort nach der Erfassung übertragen, was bedeutet, dass Ihr SPC-System mit Live-Prozessdaten arbeitet, nicht mit den Zahlen der letzten Schicht. Flexible Messgeräteintegration. MobileCollect funktioniert mit praktisch jedem digitalen Messgerät, das einen Datenausgang hat: Mitutoyo, Mahr, Starrett, Fowler und mehr. Ein System deckt die gesamte Fertigung ab, unabhängig von Messgerätemarke oder -typ. Zwei-Wege-Kommunikation. MobileCollect ist nicht nur eine Datenleitung. Es unterstützt Befehlsbestätigung, Fernauslösung von Messgeräten und Statusrückmeldung, was wichtig ist, wenn Sie die Messung in automatisierte oder halbautomatisierte Produktionszellen integrieren. Dies ist die Datenerfassungsschicht. Sie löst das Erfassungsproblem, indem sie saubere Echtzeit-Messdaten reibungslos, verzögerungsfrei und ohne menschliche Fehler von der Fertigung in Ihr Qualitätssystem bringt. Aber die Erfassung ist nur die halbe Miete. Schicht 2: KI-gesteuerte SPC und prädiktive Analysen mit Dynamic QS Sobald Messdaten in Echtzeit fließen, stellt sich die Frage: Was tun Sie damit? Traditionelle SPC beantwortet diese Frage mit Regelkarten, Fähigkeitsindizes und Alarmregeln. Diese Werkzeuge funktionieren, sie funktionieren seit Jahrzehnten. Aber sie haben eine Grenze. Western Electric-Regeln und Nelson-Regeln können Muster retrospektiv erkennen, aber sie prognostizieren nicht. Sie sagen Ihnen, dass der Prozess außer Kontrolle geraten ist. Sie sagen Ihnen nicht, dass er es gleich tun wird. Hier kommt Dynamic QS ins Spiel. Die iNDEQS Auto ML-Plattform von Dynamic QS bringt KI und maschinelles Lernen in das SPC-Framework, nicht als Ersatz für... Todo responsable de calidad ha vivido este momento: un gráfico de control señala una tendencia, usted extrae los datos y se da cuenta de que las lecturas que está viendo ya tienen dos turnos de antigüedad. Para cuando rastrea la variación hasta su origen, el proceso ya ha derivado y el contenedor de chatarra cuenta la historia antes que su software SPC. Datos de calibre en tiempo real y SPC impulsado por IA, trabajando juntos para detectar la deriva del proceso antes de que se convierta en una no conformidad. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introducción Todo responsable de calidad ha vivido este momento: un gráfico de control señala una tendencia, usted extrae los datos y se da cuenta de que las lecturas que está viendo ya tienen dos turnos de antigüedad. Para cuando rastrea la variación hasta su origen, el proceso ya ha derivado y el contenedor de chatarra cuenta la historia antes que su software SPC. Esto no es un problema de software. No es un problema de estadística. Es un problema de canalización de datos. Y es uno que la mayoría de los fabricantes todavía intentan resolver con flujos de trabajo de la era del portapapeles acoplados a plataformas de análisis modernas. La solución no son más paneles de control. Se trata de cerrar la brecha entre el punto de medición y el punto de decisión, y hacerlo con una infraestructura que realmente escale. De eso trata este artículo: cómo la recopilación automatizada de datos de calibres inalámbricos y el SPC impulsado por IA trabajan juntos para crear un sistema de calidad de circuito cerrado que detecta la deriva del proceso antes de que se convierta en no conformidad. El coste oculto de la latencia en sus datos de calidad La entrada manual de datos y las cargas por lotes no solo introducen errores de transcripción (aunque ciertamente lo hacen: las tasas de error de pulsación en la entrada manual de datos se sitúan constantemente entre el 1 y el 4 %). El problema mayor es la latencia temporal. Cuando hay un desfase entre la medición y el análisis, sus métricas de capacidad del proceso describen un proceso que ya no existe. Piense en lo que eso significa para sus cálculos de Cp/Cpk. Si su recopilación de datos se realiza por lotes, aunque solo sea por unas horas, sus índices de capacidad son retrospectivos en el mejor de los casos y engañosos en el peor. Está tomando decisiones de disposición basadas en una instantánea de un proceso que ya se ha movido. Para los fabricantes que operan bajo IATF 16949 o AS9100D, esto no es solo un problema de eficiencia; es un riesgo de cumplimiento normativo. Ambas normas exigen evidencia documentada de que el monitoreo del proceso es efectivo y que las acciones correctivas son oportunas. Un desfase de dos turnos entre la medición y el análisis hace que «oportuno» sea un argumento difícil de defender en una auditoría. Capa 1: Adquisición automatizada de datos con MobileCollect MobileCollect se creó para eliminar la brecha entre el calibre y la base de datos. El sistema se conecta de forma inalámbrica a indicadores digitales, calibres, micrómetros y soportes de prueba, capturando datos de medición en el punto de inspección y transmitiéndolos directamente al software SPC, bases de datos o sistemas ERP sin transcripción manual. Así es como se ve en la práctica:Sin entrada manual. El operador mide la pieza. La lectura se transmite. No hay portapapeles, ni hoja de cálculo, ni reintroducción de datos. Los datos que ingresan a su sistema de calidad son los datos que produjo el calibre, sin modificar y con marca de tiempo. Transmisión en tiempo real. MobileCollect no procesa por lotes. Cada medición se transmite a medida que se toma, lo que significa que su motor SPC trabaja con datos de proceso en vivo, no con los números del turno anterior. Integración flexible de calibres. MobileCollect funciona con prácticamente cualquier calibre digital que tenga una salida de datos: Mitutoyo, Mahr, Starrett, Fowler y más. Un solo sistema cubre toda la planta, independientemente de la marca o el tipo de calibre. Comunicación bidireccional. MobileCollect no es solo un conducto de datos. Admite acuse... Every quality manager has lived this moment: a control chart flags a trend, you pull the data, and you realize the readings you're looking at are already two shifts old. By the time you trace the variation back to its source, the process has already drifted, and the scrap bin tells the story before your SPC software does. Real-time gage data and AI-driven SPC, working together to catch process drift before it becomes a nonconformance. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction Every quality manager has lived this moment: a control chart flags a trend, you pull the data, and you realize the readings you're looking at are already two shifts old. By the time you trace the variation back to its source, the process has already drifted, and the scrap bin tells the story before your SPC software does. This isn't a software problem. It isn't a statistics problem. It's a data pipeline problem. And it's one that most manufacturers are still trying to solve with clipboard-era workflows bolted onto modern analytics platforms. The fix isn't more dashboards. It's closing the gap between the point of measurement and the point of decision, and doing it with infrastructure that actually scales. That's what this post is about: how automated wireless gage data collection and AI-driven SPC work together to create a closed-loop quality system that catches process drift before it becomes nonconformance. The Hidden Cost of Latency in Your Quality Data Manual data entry and batch uploads don't just introduce transcription errors (though they absolutely do: keystroke error rates in manual data entry consistently land between 1–4%). The bigger issue is temporal latency. When there's a gap between measurement and analysis, your process capability metrics are describing a process that no longer exists. Think about what that means for your Cp/Cpk calculations. If your data collection is batched, even if it's only batched by a few hours, your capability indices are retrospective at best and misleading at worst. You're making disposition decisions based on a snapshot of a process that's already moved. For manufacturers operating under IATF 16949 or AS9100D, this isn't just an efficiency issue; it's a compliance risk. Both standards require documented evidence that process monitoring is effective and that corrective actions are timely. A two-shift lag between measurement and analysis makes "timely" a hard case to defend in an audit. Layer 1: Automated Data Acquisition with MobileCollect MobileCollect was built to eliminate the gap between gage and database. The system connects wirelessly to digital indicators, calipers, micrometers, and test stands, capturing measurement data at the point of inspection and transmitting it directly to SPC software, databases, or ERP systems without manual transcription. Here's what that looks like in practice:No manual entry. The operator measures the part. The reading transmits. There's no clipboard, no spreadsheet, no re-keying. The data that enters your quality system is the data the gage produced, unmodified and timestamped. Real-time transmission. MobileCollect doesn't batch. Each measurement transmits as it's taken, which means your SPC engine is working with live process data, not last shift's numbers. Flexible gage integration. MobileCollect works with virtually any digital gage that has a data output: Mitutoyo, Mahr, Starrett, Fowler, and more. One system covers the shop floor, regardless of gage brand or type. Two-way communication. MobileCollect isn't just a data pipe. It supports command acknowledgment, remote gage triggering, and status feedback, which matters when you're integrating measurement into automated or semi-automated production cells. This is the data acquisition layer. It solves the collection problem, getting clean, real-time measurement data from the shop floor into your quality system without friction, delay, or human-introduced error. But collection is only half the equation. Layer 2: AI-Driven SPC and Predictive Analytics with Dynamic QS Once measurement data is flowing in real time, the question becomes: what do you do with it? Traditional SPC answers that question with control charts, capability indices, and alarm rules. These tools work, they've worked for decades. But they have a ceiling. Western Electric rules and Nelson rules can detect patterns in retrospect, but they don't predict. They tell you the process went out of control. They don't tell you it's about to. This... Step-by-step guide to enabling and configuring the read switch port on the RS-232 Remote and Base Receiver in MobileCollect Extended Setup, including command string, handshake, and continuous-stream capture options. LinkedIn Reddit Threads Facebook X Email Applicable DevicesRS-232 Remote Introduction A read switch decouples the trigger event from the instrument's own controls, and that separation solves several distinct problems depending on where the constraint sits in your measurement setup. If the connected RS-232 device has no front-panel send or print button, a serial command or handshake assertion is the only way to initiate a data send. If the RS-232 Remote is mounted away from the workstation, configuring the read switch port on the Base Receiver lets the operator trigger a reading from the PC side without walking back to the instrument. If the instrument is fixtured for repeatability and must not be touched between readings, such as a height gage on a layout station or a hardness tester holding a part under load, triggering from a read switch (rather than a button on the device itself) eliminates the risk of disturbing the setup mid-measurement. And where the device sits in a position that's awkward to reach repeatedly, a foot or hand switch removes that ergonomic burden from the operator entirely. These configurations also carry quality system weight. Triggering measurement capture through a defined, repeatable mechanism, rather than relying on inconsistent manual operation of the instrument, supports the measurement process control expectations under ISO 9001 Clause 7. 1. 5, IATF 16949, and 21 CFR Part 820: reducing operator-introduced variation in when and how a reading is acquired. Utilizing Read Switches with the RS-232 Remote MicroRidge offers various read switches, including Hand Switches and Foot Switches, for users to conveniently trigger readings. With the MobileCollect system, a read switch can be used with both the Remote and the Base. This leads to the ultimate in configurability and thus user ergonomics. Keep in mind that is some cases both Bases and Remotes can be used with read switches simultaneously. In addition to onboard print buttons, many devices have serial commands that can be sent to the RS-232 port to request a reading. Other devices continually output a stream of data or require a hardware handshake signal to request a reading. The RS-232 Remote read switch port can be programmed to capture a reading from all 3 options. Base Receiver read switch ports can be programmed to send a serial command. Note: These setup steps must be completed after RS-232 Remote Pairing and Initial Setup are completed. Setting up the RS-232 Remote Read Switch Port Connect the RS-232 Remote to the PC via USB. Change the Setup program to look for Remotes. Find the Remote. Navigate to the “RS-232 Remote Setup Tab”Check the “Enable read switch” Option. Select the desired read switch action:“Serial device sends continoulsy, only accpet read with a read switch press” is used when the RS-232 device is printing a continuous stream of data. This is common with some weigh scales. When this option is selected the RS-232 Remote ignore the outputs until the read swtich is pressed. After the read swtich is pressed, the RS-232 remote captures a single reading to transmit to the Base. “Set handshake low for XXX msec” is used when the RS-232 device sends data when one of the handshake pins is held low. You can specify the time the RS-232 Remote hold the line low to match the required timing of the RS-232 Device. “Command String” is used when the RS-232 device has a serial command to print a reading. The serial command should be in the user manual of the RS-232 device. Make sure to include an EOP characters as necessary. In this example the command “? {CR}” is used. Note: Any command can be programmed to the read swtich. For example an “Zero” or “Tare” Command can be programmed here. The RS-232 Remote has the option to repeat the read swtich command at a user defined rate. The selected read swtich action will be repeated at the defined rate as long as the... Step-by-step guide to pairing the MobileCollect RS-232 Remote with a Base Receiver and configuring comm parameters in Extended Setup. LinkedIn Reddit Threads Facebook X Email Applicable DevicesRS-232 Remote The RS-232 Remote The RS-232 Remote Transmitter is a highly configurable transmitter that enables true wireless interfacing with native RS-232 devices. RS-232 devices typically output data via a DB9. RS-232 signals can commonly span ±15v. The RS-232 Transmitter has an architecture that allows it to communicate in this native voltage range and transmit the data on the MobileCollect. Before the RS-232 Remote can transmit measurement data, it must be paired with a MobileCollect Base Receiver and configured with the correct serial communication parameters, including baud rate, parity, and EOP (End-of-Packet) character, for the connected RS-232 instrument. This guide walks through that initial setup: referencing the target Base, configuring Remote communication parameters (including Automatic Baud Rate Detection), and pairing the Remote to a channel on the Base Setup & Pairing tab. The RS-232 Remote can be set up to interface with a wide range of RS-232 gages and devices. By utilizing the Mobile Collect Setup Programs, one can define comm parameters, program serial commands to the read switch port, and perform basic data parsing. All RS-232 Remote setup needs to be completed with MobileCollect Extended Setup. RS-232 Remote Pairing and Initial Setup - Base Reference Open MobileCollect Extended Setup software and ensure that it is “Base” mode. Connect the Base to the PC via USB. Find the desired Base Receiver. Note the Base ID in the Info Window. This will be used in later steps to pair the Remote to the Base. After noting the Base ID, disconnect the Base from the program. Note: a & b the image denote alternate paths to the same function. Extended Setup Base ID Check RS-232 Remote Pairing and Initial Setup – Remote Setup Next, ensure the RS-232 Remote is connected to the PC via USB. Change the Setup program to look for Remotes. Find the Remote. Note the Remote ID. If the Remote has been paired to a Base Receiver already, info about the Base will be displayed in the “Target Base:” area. This will be blank if the Remote has not been paired. Select the correct Communication Parameters for the RS-232 device the Remote will be connected to. If Auto Baud detection is selected, the RS-232 Remote can automatically select the Comm Parameters for you. To run Auto Baud mode, reset the Remote, when all 6 LEDS remain illuminated after startup, press the print button on the RS-232 Device. If succesful, the lower right green LED will blink 5 times. Refer to the Hardware User Manual, section 4. 3. 1, for more information. Navigate to the “RS-232 Remote Setup Tab”Ensure the correct EOP Character or option is selected. The correct EOP can be determined from the RS-232 device’s user manualClick “Get Base” to resume the pairing process. The “Pair Remote with Base” window will appear. This window lists all the Base Receivers that have been connected to a setup program on the PC. Select the Base Receiver with the ID as noted in step 3. With the target Base highlighted, press “Select” to finalize the selection. The target Base ID can now be seen in the “Target Base Unit” areaThe Base selection needs to be sent to the RS-232 Remote to load the info onto the Remote. Send all updates made in the setup program to the Remote by pressing the “Send Setup” Button. Disconnect the Remote from the Setup Program. Find Remote and Enable Autobaud Detection Assign End of Packet Character and Get Base for PairingSelect Base for Pairing (Reference Base ID from Earlier) RS-232 Remote Pairing and Initial Setup – Base Setup Return to the Home TabChange the Setup program to look for Bases. Find the Base. Navigate to the “Base Setup & Pairing” TabSelect the “Module Type & Pairing” cell in desired channel to pair the Remote to. Once highlighted, type “r” on the keyboard to indicate and RS-232 Remote. Note... Para los fabricantes de los sectores de bebidas, vidrio y farmacéutica en México, la recolección automatizada de datos de instrumentos de medición comienza con una conversación en el piso de producción. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Cuando un productor de bebidas en México necesita extraer datos de medición desde la línea de producción hacia un sistema SPC sin que un operador tenga que capturar cada lectura a mano, la conversación suele comenzar de la misma manera: un ingeniero de Atrya Plast ya está en sitio, recorriendo la línea. Atrya Plast ha sido el socio de MicroRidge en México durante años, y su forma de trabajar es la razón del éxito de esta alianza. No esperan a que llegue una orden de compra. Identifican la oportunidad en el piso de producción, demuestran la solución en el propio entorno del cliente y diseñan la conexión. Esta es la primera publicación de nuestra serie de reseñas de distribuidores, y Atrya se ganó el reconocimiento. Acerca de Atrya Plast Atrya Plast S. A. de C. V. es una empresa mexicana fundada en 2003, con sede en la Ciudad de México. Con más de 20 años en el mercado, ofrece soluciones integrales para pruebas de control de calidad en las industrias de bebidas, alimentos, farmacéutica y plásticos, desde el diseño y la manufactura hasta la comercialización y el soporte técnico integral, cumpliendo con normas y estándares internacionales. Su alcance es considerable: un catálogo de más de 1,200 instrumentos, alianzas con marcas líderes en equipos de prueba y una base de clientes que incluye nombres como Pepsi y Jugos del Valle. Operan su propio laboratorio de calibración, Atrya Lab, lo que ofrece a sus clientes una sola fuente tanto para el equipo de medición como para la trazabilidad de calibración de la que dependen los sistemas de calidad. Esa combinación de equipo, integración, calibración e ingeniería en sitio es lo que hace que Atrya sea más que un distribuidor. Son un socio de soluciones de calidad para algunos de los entornos de producción más exigentes de México. Cómo Comienza la Conversación: En el Piso, No en el Catálogo El enfoque de Atrya hacia MicroRidge es consultivo, no transaccional. En lugar de esperar a que los clientes soliciten un sistema inalámbrico de recolección de datos por su nombre, el equipo de Atrya identifica la oportunidad durante las visitas a sitio, y en la mayoría de los casos ofrece una demostración en sitio para que el cliente vea exactamente cómo se integra el sistema en su flujo de trabajo antes de comprometerse. Esa diferencia es importante. Un cliente que ha visto a MicroRidge extraer mediciones en vivo de sus propios instrumentos, en su propia línea, no está evaluando un folleto de producto. Está evaluando algo que ya vio funcionar en su entorno. Es un enfoque de venta que solo funciona cuando el socio tiene la confianza técnica para montar una demostración en vivo sobre equipos desconocidos, algo que Atrya hace. Por Qué los Clientes Eligen MicroRidge Cuando un cliente evalúa sus opciones, dos factores inclinan la decisión hacia MicroRidge de manera constante, según el equipo de Atrya. El primero es el soporte. Los clientes confían en el soporte técnico que Atrya ofrece: local, ágil y en español. El hardware importa, pero la certeza de que alguien contestará el teléfono y resolverá el problema importa mucho en un entorno de producción donde el tiempo de paro es costoso. El segundo es una distinción técnica que los ingenieros de calidad en entornos industriales comprenden bien: el Bluetooth suele percibirse como una tecnología vulnerable para el piso de producción. La congestión de RF, las preocupaciones de seguridad y la fiabilidad de la conexión en entornos densos y con ruido eléctrico hacen que la tecnología inalámbrica de consumo sea una base riesgosa para los datos de medición. El... Mexico City, Mexico For manufacturers in Mexico's beverage, glass, and pharmaceutical sectors, automated gage data collection starts with a conversation on the shop floor. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) When a beverage producer in Mexico needs to pull measurement data off the floor and into an SPC system without an operator hand-keying every reading, the conversation often starts the same way: an Atrya Plast engineer is already on-site, walking the line. Atrya Plast has been MicroRidge's partner in Mexico for years, and the way they work is the reason the partnership succeeds. They don't wait for a purchase order to arrive. They identify the opportunity on the floor, demonstrate the solution in the customer's own environment, and engineer the connection. This is the first post in our reseller feature series, and Atrya earned the spotlight. About Atrya Plast Atrya Plast S. A. de C. V. is a Mexican company founded in 2003, headquartered in Mexico City. With more than 20 years in the market, they provide integrated quality-control testing solutions across the beverage, food, pharmaceutical, and plastics industries, from design and manufacturing through commercialization and full technical support, meeting international standards. Their reach is substantial: a catalog of over 1,200 instruments, partnerships with leading test-equipment brands, and a customer base that includes names like Pepsi and Jugos del Valle. They operate their own calibration laboratory, Atrya Lab, giving their customers a single source for both measurement equipment and the calibration traceability that quality systems depend on. That combination of equipment, integration, calibration, and on-the-ground engineering is what makes Atrya more than a distributor. They are a quality-solutions partner for some of the most demanding production environments in Mexico. How the Conversation Starts: On the Floor, Not the Catalog Atrya's approach to MicroRidge is consultative, not transactional. Rather than waiting for customers to request a wireless data collection system by name, Atrya's team identifies the opportunity during customer site visits, and in most cases offers an on-site demonstration so the customer can see exactly how the system fits their workflow before they commit. That difference matters. A customer who has watched MicroRidge pull live measurements from their own gages, on their own line, isn't evaluating a product brochure. They're evaluating something they've already seen work in their environment. It's a sales approach that only works when the partner has the technical confidence to set up a live demo on unfamiliar equipment, which Atrya does. Why Customers Choose MicroRidge When a customer is weighing options, two factors consistently tip the decision toward MicroRidge, according to Atrya's team. The first is support. Customers trust the technical support Atrya provides: local, responsive, and in Spanish. The hardware matters, but the confidence that someone will answer the phone and solve the problem matters just as much in a production environment where downtime is expensive. The second is a technical distinction that quality engineers in industrial environments understand well: Bluetooth is often seen as a vulnerable technology for the plant floor. RF congestion, security concerns, and connection reliability in dense, electrically noisy environments make consumer-grade wireless a risky foundation for measurement data. MicroRidge's RM2. 4 protocol, built on the IEEE 802. 15. 4 industrial wireless standard, was designed for exactly these conditions. For a customer collecting quality data they'll defend in an audit, protocol reliability isn't a feature. It's a requirement. "We recommend MicroRidge because it is a versatile technology that not only works with the most common equipment found in quality laboratories, but enables us to design custom solutions and integrate multiple systems at a single site. "Bryan Alberto Olvera Flores, Atrya Plast A Deployment That Shows What's Possible The clearest example of how Atrya works came in the glass bottling industry. A customer needed to capture measurement data across all of the inspection modules on a production line. The challenge was a Mitutoyo... The MobileCollect Selection Tool gage and cable database has been updated. This release includes pricing updates for Mahr and Fowler SPC cables, the removal of a discontinued Mitutoyo cable, new M3E part numbers for Mitutoyo 06AGL variants, a Dakota MX-5 pricing update, and updated transmitter compatibility notes for Ono-Sokki and Mahr FED MAX gages. MobileCollect Selection Tool Update – June 2026: Mahr, Fowler, Mitutoyo & More Database Updated: 6/2/2026 LinkedIn Reddit Threads Facebook X Email The MobileCollect Selection Tool gage and cable database has been updated. This release includes pricing updates for Mahr and Fowler SPC cables, the removal of a discontinued Mitutoyo cable, new M3E part numbers for Mitutoyo 06AGL variants, a Dakota MX-5 pricing update, and updated transmitter compatibility notes for Ono-Sokki and Mahr FED MAX gages. If you use the Selection Tool to identify the right MobileCollect transmitter and SPC cable for your precision gages, download the latest version from the MobileCollect Selection Tool page. Mahr SPC Cable Pricing Updated Pricing has been updated for the following Mahr Federal SPC cables in the MobileCollect lineup. These cables interface Mahr Federal indicators and probes to the Mini Mobile Module M3E and Command Mobile Module transmitters for wireless SPC data collection. Updated part numbers:MC-M3-434602N-XMC-M3-434602N-PSIV-XMC-M3-4102915-XMC-M3-4102915-PS10-XMC-D-434602N-XMC-D-4102915-XIf you're connecting Mahr Federal MarIndicator, MarTest, or similar probes to MobileCollect for SPC data collection, confirm pricing against the updated Selection Tool file before quoting. Fowler SPC Cable Pricing Updated Pricing has been updated for the following Fowler cable part numbers used with Mini Mobile Module M3E and RS-232 V2 transmitters:MC-MM-54-115-333-XMC-V2-54-115-444-XMC-V2-54-115-527-XThese cables are used to connect Fowler digital gages with RS-232 SPC output to MobileCollect for wireless data collection to SPC software. Mitutoyo: Cable 937386 Removed All instances of Mitutoyo SPC cable 937386 have been removed from the Selection Tool database. If you were previously referencing this cable for a Mitutoyo gage integration, use the updated Selection Tool to identify the correct current cable for your specific gage model. If you need this cable please contact sales@microridge. com. Mitutoyo 06AGL Variants: M3E Part Numbers Added New Mini Mobile Module M3E part numbers are now listed in the Selection Tool for the Mitutoyo 06AGL cable family variants. The M3E (MC-MM-M3-EVO) is MicroRidge's latest-generation Mini Mobile Module, featuring OpenGage Mode, 800,000+ readings in continuous mode, and full backward compatibility with legacy 6-pin M3 connectors. If you're specifying MobileCollect for Mitutoyo gages using 06AGL-series cables and want access to upcoming M3E-exclusive features, select the M3E part numbers now listed for these variants. GageSync enables two-way Mitutoyo Digimatic S1 communication, allowing serial number and calibration metadata to be transmitted alongside measurement data — directly supporting traceability requirements under ISO 9001, IATF 16949, and AS9100D. TriggerSync enables on-demand measurement reads, giving SPC software or a PLC the ability to trigger a gage reading over the RM2. 4 wireless link rather than relying on manual key presses. Both features are exclusive to the M3E transmitter and are targeted for Q3 2026 release. Dakota MX-5: Pricing Updated Pricing has been updated for the Dakota MX-5 ultrasonic thickness gage cable in the Selection Tool. The Dakota MX-5 is supported by MobileCollect for wireless ultrasonic wall thickness data collection — a common application in pipe manufacturing and weld inspection workflows operating under API 5CT, API 5L, and related dimensional inspection standards. Transmitter Compatibility Notes: Ono-Sokki and Mahr FED MAX Two important transmitter compatibility constraints are now documented in the Selection Tool internal notes. We're also surfacing them here so they're easy to find:Ono-Sokki gages — RM2. 4 Mini Mobile Module M3 only. Ono-Sokki SPC-compatible gages connect to MobileCollect via the legacy Mini Mobile Module M3 transmitter. Please contact sales@microridge. com to spec an Ono-Sokki gage. Mahr MC-M3-FED-MAX — RM2. 4 Mini Mobile Module M3 only. The Mahr FED MAX cable (MC-M3-FED-MAX) is compatible with the legacy Mini Mobile Module M3 transmitter. This applies to Mahr FED MAX indicators and related probes requiring the extended-range cable. Please contact sales@microridge. com to spec a FED MAX cable. Download the Updated Selection Tool The Selection Tool is a free downloadable Windows application that allows you to look up compatible MobileCollect transmitters and SPC cables by gage brand, model number, and transmitter type. Download the MobileCollect Selection Tool →Questions about gage compatibility... Keine App, keine Bluetooth-Kopplung, kein IT-Projekt – schließen Sie einfach die MicroBase an Ihr Tablet an und beginnen Sie mit der Erfassung von Messdaten. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Einleitung Tablets werden zunehmend zum Aufzeichnungsgerät in der Fertigung. Bediener tragen sie durch Prüfzellen, teilen sie an Wareneingangsstationen und nutzen sie am Messplatz, anstatt Daten zu einem fest installierten PC zu bringen. Das Problem: Die meisten drahtlosen Messsysteme wurden für Windows-Workstations entwickelt. Messdaten auf ein Tablet zu übertragen bedeutet normalerweise, eine proprietäre App zu installieren, jedes Messgerät erneut mit einem neuen Bluetooth-Gerät zu koppeln oder die IT-Abteilung für Treiberinstallation und MDM-Bereitstellung einzubeziehen – und das alles für etwas, das so einfach sein sollte wie das Anschließen einer Tastatur. Mit der MobileCollect MicroBase EVO USB-C ist es tatsächlich so einfach. Schließen Sie sie an ein beliebiges USB-C-Gerät an, und alle bereits damit gekoppelten drahtlosen Messgeräte beginnen sofort, Messdaten direkt in die jeweils aktive Anwendung auf dem Bildschirm einzugeben. Keine App. Keine Kopplung. Keine Konfiguration auf dem Tablet selbst. Funktionsweise der MicroBase EVO USB-C Die MicroBase EVO USB-C ist ein dongle-großer drahtloser Basisempfänger (39 mm lang, 5 g), der direkt in einen USB-C-Anschluss gesteckt wird. Bei Verbindung registriert sie sich am Host-Gerät als Standard-USB-HID-Tastatur. Es ist keine Treiberinstallation erforderlich. Das Host-Gerät, ob Windows-Laptop, iPad oder Android-Tablet, erkennt lediglich eine Tastatur, die besonders gut darin ist, Messwerte einzugeben. Drahtlose Messgeräte kommunizieren mit der MicroBase über RM2. 4, das proprietäre drahtlose Protokoll von MicroRidge, das im 2,4-GHz-ISM-Band arbeitet. Wenn ein Bediener die Lesetaste an einem Sender drückt, wird der Messwert drahtlos an die MicroBase übertragen, die ihn direkt in das aktive Textfeld der jeweils geöffneten Anwendung auf dem verbundenen Gerät eingibt. Taste am Messschieber drücken; der Wert erscheint in der Excel-Zelle, im SPC-Formularfeld, in der browserbasierten Qualitätsanwendung – wo auch immer sich der Cursor befindet. Der entscheidende Punkt: Kopplung verbleibt bei der Basis Dies unterscheidet die MicroBase grundlegend von Bluetooth-basierten Messsystemen: Die Kopplung wird auf der Basis gespeichert, nicht auf dem Host-Gerät. Jeder mit einer MicroBase gekoppelte Sender ist bei dieser spezifischen Basis registriert. Wenn die Basis bewegt wird, bewegt sich das gesamte drahtlose Netzwerk gekoppelter Messgeräte mit. Trennen Sie die MicroBase vom Einrichtungs-PC. Schließen Sie sie an das Fertigungs-iPad an. Alle gekoppelten Messgeräte sind weiterhin gekoppelt. Drücken Sie die Lesetaste, und Daten fließen ins iPad genau wie zuvor am PC. Nichts am Tablet wurde konfiguriert. Nichts wurde erneut gekoppelt. Bei einem Bluetooth-basierten Messsystem liegt die Kopplung auf dem Gerät. Wechseln Sie zu einem anderen Tablet, müssen Sie jeden Sender erneut mit dem neuen Gerät koppeln. Bei der MicroBase ist die Basis der portable Knotenpunkt. Sie trägt ihr gekoppeltes Sender-Netzwerk mit sich. Eine einzelne MicroBase kann gleichzeitig Kopplungen für Hunderte von Sendern speichern, sodass eine vollständig instrumentierte Prüfzelle als Einheit bewegt werden kann. Jede App, jedes Textfeld: Keine spezielle Software erforderlich Da sich die MicroBase als USB-HID-Tastatur präsentiert, ist sie mit jeder Anwendung kompatibel, die Tastatureingaben akzeptiert. Auf einem iPad oder Android-Tablet umfasst dies: Excel: Daten werden direkt in die aktive Zelle eingegeben; konfigurierbare Tab- oder Enter-Tastenanschläge am Paketende rücken automatisch zum nächsten Feld vorGoogle Sheets in Chrome oder Safari: gleiches Tastatureingabeverhalten, aus Sicht des Messgeräts kein UnterschiedWebbasierte SPC-Software im Browser: Messwerte füllen Formularfelder genau so aus, als hätte ein Bediener sie eingegebenKundenspezifische Prüfdatenbanken, LIMS und ERP-Wareneingangsmasken: jedes aktive Textfeld in jeder AnwendungNotiz-Apps, Checklisten oder digitale Arbeitsanweisungen, die Texteingaben akzeptierenEs gibt keine Middleware, keinen virtuellen COM-Port, der auf dem Tablet konfiguriert werden muss, keine App zum Herunterladen oder Lizenzieren. Wenn ein Bediener eine Zahl in ein Feld auf dem Tablet eingeben kann, kann die MicroBase stattdessen einen Messwert dort platzieren. Das mobile-spezifische Detail: Tastenanschlag-Geschwindigkeit Dies ist der einzige technische Aspekt, den Sie vor dem Einsatz auf einem Tablet kennen sollten: Mobile Betriebssysteme verarbeiten Tastatureingabepuffer anders als Windows. Eine für einen Windows-PC optimierte Anschlagsrate kann den iOS- oder Android-Eingabe-Handler überfordern, was dazu... Sin app, sin emparejamiento Bluetooth, sin proyecto de TI: solo conecte el MicroBase a su tableta y empiece a recopilar datos de calibres. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introducción Las tabletas son cada vez más el dispositivo de registro en el taller. Los operarios las llevan por las celdas de inspección, las comparten en los puestos de recepción de entrada y las usan en el banco de calibres en lugar de llevar los datos a un PC fijo. El problema: la mayoría de los sistemas de calibres inalámbricos se diseñaron en torno a una estación de trabajo Windows. Llevar los datos de medición a una tableta suele implicar instalar una app propietaria, volver a emparejar cada calibre con un nuevo dispositivo Bluetooth o involucrar a TI para la instalación de controladores y el despliegue de MDM, todo para algo que debería ser tan sencillo como conectar un teclado. Con el MobileCollect MicroBase EVO USB-C, es así de sencillo. Conéctelo a cualquier dispositivo USB-C y todos los calibres inalámbricos ya emparejados con él empezarán a escribir datos de medición directamente en la aplicación que esté activa en pantalla. Sin app. Sin emparejamiento. Sin configuración en la propia tableta. Cómo funciona el MicroBase EVO USB-C El MicroBase EVO USB-C es un receptor base inalámbrico del tamaño de un dongle (1,54 pulgadas de largo, 0,18 oz) que se conecta directamente a un puerto USB-C. Al conectarse, se registra en el dispositivo anfitrión como un teclado USB HID estándar. No se requiere instalación de controladores. El dispositivo anfitrión, ya sea un portátil Windows, un iPad o una tableta Android, no ve nada más que un teclado que, casualmente, es muy bueno escribiendo valores de medición. Los calibres inalámbricos se comunican con el MicroBase mediante RM2. 4, el protocolo inalámbrico propietario de MicroRidge que opera en la banda ISM de 2,4 GHz. Cuando un operario pulsa el botón de lectura de un transmisor, el valor de medición viaja de forma inalámbrica al MicroBase, que lo escribe directamente en el campo de texto activo de la aplicación que esté abierta en el dispositivo conectado. Pulse el botón del calibre; el valor aparece en la celda de Excel, en el campo del formulario SPC, en la aplicación de calidad basada en navegador, dondequiera que esté el cursor. La clave: el emparejamiento se queda en la base Esto es lo que hace que el MicroBase sea realmente diferente de los sistemas de calibres basados en Bluetooth: el emparejamiento se almacena en la base, no en el dispositivo anfitrión. Cada transmisor emparejado con un MicroBase queda registrado en esa base específica. Cuando la base se mueve, toda la red inalámbrica de calibres emparejados se mueve con ella. Desconecte el MicroBase del PC de configuración. Conéctelo al iPad del taller. Todos los calibres emparejados siguen emparejados. Pulse el botón de lectura y los datos fluyen al iPad exactamente igual que en el PC. No se configuró nada en la tableta. No se volvió a emparejar nada. Con un sistema de calibres basado en Bluetooth, el emparejamiento vive en el dispositivo. Cambie a otra tableta y tendrá que volver a emparejar cada transmisor con el nuevo dispositivo. Con el MicroBase, la base es el nodo portátil. Lleva consigo su red de transmisores emparejados. Un solo MicroBase puede almacenar emparejamientos de cientos de transmisores simultáneamente, de modo que una celda de inspección totalmente instrumentada se mueve como una unidad. Cualquier app, cualquier campo de texto: no se requiere software especial Como el MicroBase se presenta como un teclado USB HID, es compatible con cualquier aplicación que acepte entrada de teclado. En un iPad o una tableta Android, eso incluye: Excel: los datos se escriben directamente en la celda activa; las pulsaciones de fin de paquete configurables (Tab o Intro) avanzan automáticamente al siguiente campoGoogle Sheets en Chrome o... Pas d’application, pas d’appairage Bluetooth, pas de projet informatique — branchez simplement le MicroBase sur votre tablette et commencez à collecter les données de mesure. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction Les tablettes sont de plus en plus utilisées comme dispositifs d’enregistrement dans les ateliers. Les opérateurs les transportent dans les cellules d’inspection, les partagent aux stations de réception et les utilisent au banc de mesure plutôt que de transporter les données vers un PC fixe. Le problème : la plupart des systèmes de mesure sans fil ont été conçus autour d’une station de travail Windows. Transférer des données de mesure vers une tablette signifie généralement installer une application propriétaire, ré-appairer chaque instrument à un nouveau dispositif Bluetooth ou impliquer le service informatique pour l’installation de pilotes et le déploiement MDM, tout cela pour une opération qui devrait être aussi simple que de brancher un clavier. Avec le MobileCollect MicroBase EVO USB-C, c’est aussi simple que cela. Branchez-le sur n’importe quel appareil USB-C, et tous les instruments sans fil déjà appairés commencent à saisir les données de mesure directement dans l’application active à l’écran. Aucune application. Aucun appairage. Aucune configuration sur la tablette elle-même. Comment fonctionne le MicroBase EVO USB-C Le MicroBase EVO USB-C est un récepteur de base sans fil de la taille d’un dongle (3,9 cm de long, 5,1 g) qui se branche directement sur un port USB-C. Une fois connecté, il est reconnu par l’appareil hôte comme un clavier USB HID standard. Aucune installation de pilote n’est requise. L’appareil hôte, qu’il s’agisse d’un ordinateur portable Windows, d’un iPad ou d’une tablette Android, ne voit rien d’autre qu’un clavier particulièrement doué pour saisir des valeurs de mesure. Les instruments sans fil communiquent avec le MicroBase via RM2. 4, le protocole sans fil propriétaire de MicroRidge fonctionnant dans la bande ISM 2,4 GHz. Lorsqu’un opérateur appuie sur le bouton de lecture d’un émetteur, la valeur de mesure est transmise sans fil au MicroBase, qui la saisit directement dans le champ de texte actif de l’application ouverte sur l’appareil connecté. Appuyez sur le bouton du pied à coulisse ; la valeur apparaît dans la cellule Excel, le champ de formulaire SPC, l’application de qualité en ligne, partout où se trouve le curseur. L’avantage clé : l’appairage reste lié à la base C’est ce qui différencie véritablement le MicroBase des systèmes de mesure basés sur le Bluetooth : l’appairage est stocké sur la base, et non sur l’appareil hôte. Chaque émetteur appairé à un MicroBase est enregistré sur cette base spécifique. Lorsque la base est déplacée, l’ensemble du réseau sans fil des instruments appairés se déplace avec elle. Débranchez le MicroBase du PC de configuration. Branchez-le sur l’iPad de l’atelier. Tous les instruments appairés le restent. Appuyez sur le bouton de lecture et les données affluent dans l’iPad exactement comme sur le PC. Rien n’a été configuré sur la tablette. Rien n’a été ré-appairé. Avec un système de mesure basé sur le Bluetooth, l’appairage réside sur l’appareil. Si vous passez à une autre tablette, vous devez ré-appairer chaque émetteur au nouvel appareil. Avec le MicroBase, la base est le nœud portable. Elle transporte son réseau d’émetteurs appairés avec elle. Un seul MicroBase peut mémoriser simultanément les appairages de centaines d’émetteurs, de sorte qu’une cellule d’inspection entièrement instrumentée se déplace comme une seule unité. N’importe quelle application, n’importe quel champ de texte : aucun logiciel spécial requis Puisque le MicroBase se présente comme un clavier USB HID, il est compatible avec toute application acceptant une saisie au clavier. Sur un iPad ou une tablette Android, cela inclut : Excel : les données sont saisies directement dans la cellule active ; les touches de fin de paquet configurables (Tab ou Entrée) permettent de passer automatiquement au champ suivantGoogle Sheets dans Chrome ou Safari : même comportement de saisie au... No app, no Bluetooth pairing, no IT project — just plug the MicroBase into your tablet and start collecting gage data. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction Tablets are increasingly the recording device on the shop floor. Operators carry them through inspection cells, share them at incoming receiving stations, and pull them up at the gage bench rather than walking data to a fixed PC. The problem: most wireless gage systems were designed around a Windows workstation. Getting measurement data into a tablet typically means installing a proprietary app, re-pairing each gage to a new Bluetooth device, or involving IT for driver installation and MDM deployment, all for something that should be as simple as plugging in a keyboard. With the MobileCollect MicroBase EVO USB-C, it is that simple. Plug it into any USB-C device, and all the wireless gages already paired to it start typing measurement data directly into whatever application is active on screen. No app. No pairing. No configuration on the tablet itself. How the MicroBase EVO USB-C Works The MicroBase EVO USB-C is a dongle-sized wireless base receiver (1. 54 inches long, 0. 18 oz) that plugs directly into a USB-C port. When connected, it registers on the host device as a standard USB HID keyboard. No driver installation is required. The host device, whether a Windows laptop, an iPad, or an Android tablet, sees nothing more than a keyboard that happens to be very good at typing measurement values. Wireless gages communicate with the MicroBase over RM2. 4, MicroRidge's proprietary wireless protocol operating in the 2. 4 GHz ISM band. When an operator presses the read button on a transmitter, the measurement value travels wirelessly to the MicroBase, which types it directly into the active text field of whatever application is open on the connected device. Press the button on the caliper; the value appears in the Excel cell, the SPC form field, the browser-based quality application, wherever the cursor is. The Key Insight: Pairing Stays with the Base This is what makes the MicroBase genuinely different from Bluetooth-based gage systems: pairing is stored on the base, not on the host device. Every transmitter paired to a MicroBase is registered to that specific base. When the base moves, the entire wireless network of paired gages moves with it. Unplug the MicroBase from the setup PC. Plug it into the shop floor iPad. All paired gages are still paired. Press the read button and data flows into the iPad exactly as it did on the PC. Nothing on the tablet was configured. Nothing was re-paired. With a Bluetooth-based gage system, pairing lives on the device. Move to a different tablet and you re-pair every transmitter to the new device. With the MicroBase, the base is the portable node. It carries its paired transmitter network with it. A single MicroBase can hold pairings for hundreds of transmitters simultaneously, so a fully instrumented inspection cell moves as a unit. Any App, Any Text Field: No Special Software Required Because the MicroBase presents as a USB HID keyboard, it is compatible with any application that accepts keyboard input. On an iPad or Android tablet, that includes:Excel: data types directly into the active cell; configurable Tab or Enter end-of-packet keystrokes advance to the next field automaticallyGoogle Sheets in Chrome or Safari: same keyboard input behavior, no difference from the gage's perspectiveWeb-based SPC software running in a browser: measurement values populate form fields exactly as if an operator typed themCustom inspection databases, LIMS, and ERP receiving screens: any active text field in any applicationNote-taking apps, checklists, or digital work instructions that accept text inputThere is no middleware, no virtual COM port to configure on the tablet, no app to download or license. If an operator can type a number into a field on the tablet, the MicroBase... „Dieser Treiber wurde blockiert. ITVCP64. sys entspricht nicht der Windows-Treiberrichtlinie. “Aktuell: 05. 06. 2026 LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Einleitung Wenn Sie Ihr Mitutoyo USB Input Tool (264-016-10) kürzlich angeschlossen haben und diese Meldung gesehen haben:„Dieser Treiber wurde blockiert. ITVCP64. sys entspricht nicht der Windows-Treiberrichtlinie. “Sie sind nicht allein, und es handelt sich nicht um einen Hardwarefehler. Ihr Gerät ist in Ordnung. Das Problem ist eine Änderung der Windows-Sicherheitsrichtlinie, die im April 2026 in Kraft getreten ist. Was sich im April 2026 geändert hat Das Sicherheitsupdate von Microsoft vom April 2026 hat das Vertrauen in ein älteres Treibersignierungsprogramm beendet, das jahrelang verwendet wurde. Ab Windows 11 verlangt das Betriebssystem nun, dass Kernel-Modus-Treiber über das Windows Hardware Compatibility Program (WHCP) von Microsoft signiert werden. Treiber, die im Rahmen des älteren Cross-Signed-Zertifikatprogramms signiert wurden (einschließlich ITVCP64. sys, dem VCP-Treiber, der vom Mitutoyo IT-016U verwendet wird), werden standardmäßig nicht mehr geladen. Dies ist kein Mitutoyo-spezifisches Problem. Dasselbe Update hat USB-Seriell-Treiber für Lasergraviergeräte, Backup-Software, Industriesteuerungen und andere Geräte in der Fertigungs- und Maschinenbauindustrie außer Betrieb gesetzt. Der gemeinsame Nenner: veraltete Kernel-Treiber, die nie erneut eingereicht wurden, um die aktuellen WHCP-Signierungsanforderungen zu erfüllen. Warum das IT-016U davon betroffen ist Das 264-016-10 (IT-016U) arbeitet in zwei Modi: HID-Tastatur (kein Treiber erforderlich) und VCP-Seriell-Modus, der ITVCP64. sys erfordert. Wenn Sie USB-ITPAK oder eine Anwendung verwenden, die über einen COM-Port mit dem Gerät kommuniziert, sind Sie vom VCP-Treiber abhängig, und genau dieser Modus ist nun blockiert. Direkte Ersatzgeräte jetzt verfügbar Die GageWay-Einzelmessgeräte-Schnittstellen von MicroRidge sind kompatible Plug-and-Play-Ersatzgeräte für das IT-016U und funktionieren mit denselben Digimatic-kompatiblen Messgeräten. Zwei Modelle decken dieselben Anwendungsfälle ab: GageWay KW: USB-Tastatur-Wedge-Ausgang. Arbeitet als Standard-HID-Gerät (dieselbe Geräteklasse wie eine USB-Tastatur oder -Maus), sodass keine Treiberinstallation erforderlich ist. Wenn Sie Daten in Excel, Access oder eine Anwendung senden, die Tastatureingaben akzeptiert, ist das KW das direkte funktionale Äquivalent zum IT-016U im HID-Modus. Einfach anschließen und mit der Datenerfassung beginnen. GageWay SM: USB-Seriell-Ausgang (VCP) für Anwendungen, die über einen COM-Port kommunizieren, einschließlich SPC-Software, LIMS, MES und kundenspezifischer Anwendungen. Vorkonfiguriert mit 9600-N-8-1; keine Baudrate-Einrichtung erforderlich. Im Gegensatz zum IT-016U hat das GageWay SM dieses Problem nicht. Es verwendet den FTDI VCP-Treiber, einen der am weitesten verbreiteten und aktiv gewarteten USB-Seriell-Treiber der Branche, der die aktuellen Windows-Treibersignierungsanforderungen erfüllt. Beide werden über USB mit Strom versorgt, unterstützen Einzel- und Dauerlese-Modi, verfügen über einen Leseschalter-Anschluss für Fuß- oder Handschalter-Eingabe und werden in den USA entwickelt und hergestellt. Welches benötigen Sie? Ihre Anwendung empfängt Daten über... Schnittstelle Tastatureingabe (Excel, Webformulare, Cloud-SPC)GageWay KWCOM-Port / USB-Seriell (MeasurLink, InfinityQS, kundenspezifische Anwendungen)GageWay SM Beide haben denselben Preis. Die Wahl wird ausschließlich davon bestimmt, wie Ihre Software Daten empfängt, nicht vom Messgerät. Fragen zur Kompatibilität mit Ihrem Messgerät oder Ihrer Software? Kontaktieren Sie uns, und wir bestätigen die richtige Lösung, bevor Sie bestellen. « Ce pilote a été bloqué. ITVCP64. sys ne respecte pas la stratégie de pilotes Windows. »Actuel : 05/06/2026 LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction Si vous avez récemment branché votre Mitutoyo USB Input Tool (264-016-10) et vu ce message :« Ce pilote a été bloqué. ITVCP64. sys ne respecte pas la stratégie de pilotes Windows. »Vous n’êtes pas seul, et ce n’est pas une panne matérielle. Votre appareil fonctionne. Le problème vient d’un changement de stratégie de sécurité Windows entré en vigueur en avril 2026. Ce qui a changé en avril 2026 La mise à jour de sécurité d’avril 2026 de Microsoft a mis fin à la confiance accordée à un ancien programme de signature de pilotes utilisé depuis des années. À partir de Windows 11, le système d’exploitation exige désormais que les pilotes en mode noyau soient signés via le Windows Hardware Compatibility Program (WHCP) de Microsoft. Les pilotes signés dans le cadre de l’ancien programme de certificats cross-signed (y compris ITVCP64. sys, le pilote VCP utilisé par le Mitutoyo IT-016U) ne sont désormais plus chargés par défaut. Ce n’est pas un problème propre à Mitutoyo. La même mise à jour a cassé des pilotes USB série pour des graveurs laser, des logiciels de sauvegarde, des contrôleurs industriels et d’autres équipements dans les secteurs de la fabrication et de l’ingénierie. Le point commun : des pilotes noyau hérités qui n’ont jamais été soumis à nouveau pour répondre aux exigences actuelles de signature WHCP. Pourquoi l’IT-016U est vulnérable à ce problème Le 264-016-10 (IT-016U) fonctionne selon deux modes : clavier HID (aucun pilote requis) et mode série VCP, qui nécessite ITVCP64. sys. Si vous utilisez USB-ITPAK ou toute application qui communique avec l’appareil via un port COM, vous dépendez du pilote VCP — et c’est ce mode qui est désormais bloqué. Des remplacements directs disponibles dès maintenant Les interfaces mono-instrument GageWay de MicroRidge sont des remplacements directs compatibles de l’IT-016U et fonctionnent avec les mêmes instruments Digimatic compatibles. Deux modèles couvrent les mêmes cas d’usage : GageWay KW : sortie USB en émulation clavier (keyboard wedge). Fonctionne comme un périphérique HID standard (la même classe de périphériques qu’un clavier ou une souris USB), donc aucune installation de pilote n’est requise. Si vous envoyez des données vers Excel, Access ou toute application acceptant la saisie clavier, le KW est l’équivalent fonctionnel direct de l’IT-016U en mode HID. Branchez et commencez à collecter. GageWay SM : sortie USB série (VCP) pour les applications qui communiquent via un port COM, notamment les logiciels SPC, LIMS, MES et les applications personnalisées. Préconfiguré en 9600-N-8-1 ; aucun réglage du débit en bauds n’est nécessaire. Contrairement à l’IT-016U, le GageWay SM n’a pas ce problème. Il utilise le pilote VCP FTDI, l’un des pilotes USB série les plus déployés et les plus activement maintenus du secteur, conforme aux exigences actuelles de signature des pilotes Windows. Les deux sont alimentés par USB, prennent en charge les modes de lecture unique et continue, incluent un port de bouton de lecture pour une pédale ou un interrupteur manuel, et sont conçus et fabriqués aux États-Unis. Lequel vous faut-il ? Votre application reçoit les données via... Interface Saisie clavier (Excel, formulaires web, SPC cloud)GageWay KWPort COM / USB série (MeasurLink, InfinityQS, applications personnalisées)GageWay SM Les deux ont le même prix. Le choix dépend entièrement de la façon dont votre logiciel reçoit les données, pas de l’instrument. Des questions sur la compatibilité avec votre instrument ou votre logiciel ? Contactez-nous et nous confirmerons la bonne solution avant votre commande. «Este controlador se ha bloqueado. ITVCP64. sys no cumple la directiva de controladores de Windows». Actual: 6/5/2026 LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introducción Si conectó recientemente su Mitutoyo USB Input Tool (264-016-10) y vio este mensaje:«Este controlador se ha bloqueado. ITVCP64. sys no cumple la directiva de controladores de Windows». No es el único, y no se trata de un fallo de hardware. Su dispositivo está bien. El problema es un cambio en la directiva de seguridad de Windows que entró en vigor en abril de 2026. Qué cambió en abril de 2026 La actualización de seguridad de Microsoft de abril de 2026 puso fin a la confianza en un programa heredado de firma de controladores que se había utilizado durante años. A partir de Windows 11, el sistema operativo exige ahora que los controladores en modo kernel se firmen a través del Windows Hardware Compatibility Program (WHCP) de Microsoft. Los controladores firmados con el antiguo programa de certificados con firma cruzada (incluido ITVCP64. sys, el controlador VCP utilizado por el Mitutoyo IT-016U) ya no se cargan de forma predeterminada. Esto no es un problema específico de Mitutoyo. La misma actualización ha inutilizado controladores USB serie para grabadores láser, software de copias de seguridad, controladores industriales y otros equipos en los sectores de fabricación e ingeniería. El denominador común: controladores heredados en modo kernel que nunca se volvieron a enviar para cumplir los requisitos actuales de firma WHCP. Por qué el IT-016U es vulnerable a esto El 264-016-10 (IT-016U) funciona en dos modos: teclado HID (no requiere controlador) y modo serie VCP, que requiere ITVCP64. sys. Si utiliza USB-ITPAK o cualquier aplicación que se comunique con el dispositivo a través de un puerto COM, depende del controlador VCP, y ese es el modo que ahora está bloqueado. Sustitutos directos disponibles ahora Las interfaces de un solo calibre GageWay de MicroRidge son sustitutos directos compatibles del IT-016U y funcionan con los mismos calibres compatibles con Digimatic. Dos modelos cubren los mismos casos de uso: GageWay KW: salida tipo cuña de teclado USB. Funciona como un dispositivo HID estándar (la misma clase de dispositivo que un teclado o ratón USB), por lo que no se requiere instalación de controladores. Si envía datos a Excel, Access o a cualquier aplicación que acepte entrada de teclado, el KW es el equivalente funcional directo del IT-016U en modo HID. Conéctelo y empiece a recopilar datos. GageWay SM: salida serie USB (VCP) para aplicaciones que se comunican a través de un puerto COM, incluido software SPC, LIMS, MES y aplicaciones personalizadas. Preconfigurado a 9600-N-8-1; no requiere configuración de la velocidad en baudios. A diferencia del IT-016U, el GageWay SM no tiene este problema. Utiliza el controlador FTDI VCP, uno de los controladores USB serie más ampliamente desplegados y con mantenimiento activo del sector, que cumple los requisitos actuales de firma de controladores de Windows. Ambos se alimentan por USB, admiten modos de lectura única y continua, incluyen un puerto de interruptor de lectura para entrada mediante pedal o interruptor manual, y están diseñados y fabricados en EE. UU. ¿Cuál necesita? Su aplicación recibe datos mediante... Interfaz Entrada de teclado (Excel, formularios web, SPC en la nube)GageWay KWPuerto COM / serie USB (MeasurLink, InfinityQS, aplicaciones personalizadas)GageWay SM Ambos tienen el mismo precio. La elección viene determinada por completo por cómo recibe los datos su software, no por el calibre. ¿Tiene preguntas sobre la compatibilidad con su calibre o software? Contacte con nosotros y confirmaremos la opción adecuada antes de que realice el pedido. "This driver has been blocked. ITVCP64. sys does not pass the Windows driver policy. "Current: 6/5/2026 LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction If you plugged in your Mitutoyo USB Input Tool (264-016-10) recently and saw this message:"This driver has been blocked. ITVCP64. sys does not pass the Windows driver policy. "You're not alone, and it's not a hardware failure. Your device is fine. The problem is a Windows security policy change that took effect in April 2026. What Changed in April 2026 Microsoft's April 2026 security update ended trust in a legacy driver signing program that had been in use for years. Starting with Windows 11, the OS now requires kernel-mode drivers to be signed through Microsoft's Windows Hardware Compatibility Program (WHCP). Drivers signed under the older cross-signed certificate program (including ITVCP64. sys, the VCP driver used by the Mitutoyo IT-016U) are no longer loaded by default. This isn't a Mitutoyo-specific issue. The same update has broken USB serial drivers for laser engravers, backup software, industrial controllers, and other equipment across the manufacturing and engineering industries. The common thread: legacy kernel drivers that were never re-submitted to meet current WHCP signing requirements. Why the IT-016U Is Vulnerable to This The 264-016-10 (IT-016U) operates in two modes: HID keyboard (no driver needed) and VCP serial mode, which requires ITVCP64. sys. If you're using USB-ITPAK or any application that communicates with the device over a COM port, you're dependent on the VCP driver, and that's the mode now blocked. Direct Replacements Available Now MicroRidge's GageWay single-gage interfaces are compatible drop-in replacements for the IT-016U and work with the same Digimatic-compatible gages. Two models cover the same use cases:GageWay KW: USB keyboard wedge output. Operates as a standard HID device (the same device class as a USB keyboard or mouse), so no driver installation is required. If you're sending data into Excel, Access, or any application that accepts keyboard input, the KW is the direct functional equivalent of the IT-016U in HID mode. Plug in and start collecting. GageWay SM: USB serial (VCP) output for applications that communicate over a COM port, including SPC software, LIMS, MES, and custom applications. Pre-configured at 9600-N-8-1; no baud rate setup required. Unlike the IT-016U, the GageWay SM does not have this problem. It uses the FTDI VCP driver, one of the most widely deployed and actively maintained USB serial drivers in the industry, which meets current Windows driver signing requirements. Both are powered by USB, support single and continuous read modes, include a read switch port for foot or hand switch input, and are designed and manufactured in the USA. Which One Do You Need? Your application receives data via... Interface Keyboard input (Excel, web forms, cloud SPC)GageWay KWCOM port / USB serial (MeasurLink, InfinityQS, custom apps)GageWay SM Both are the same price. The choice is determined entirely by how your software receives data, not by the gage. Questions about compatibility with your gage or software? Contact us and we'll confirm the right fit before you order. How wireless in-process data collection closes the gap between a compliance record and an early warning system. How wireless in-process data collection closes the gap between a compliance record and an early warning system. LinkedIn Reddit Threads Facebook X Email When aerospace suppliers begin preparing for AS9100D registration, NADCAP accreditation, or their first First Article Inspection (FAI) per AS9102B, the conversation usually starts with processes, procedures, and training plans. What gets addressed late, sometimes too late, is the question of how measurement data actually gets from a gage into a quality system, and where in the production flow that measurement happens. Both questions matter. A supplier that collects clean, traceable data but only at the end of the line, in a quality lab after the part is complete, has solved a traceability problem while leaving the detection problem. By then, the defect is already made, scrap is already cut, and the rework is already scheduled. The suppliers best positioned for AS9100D surveillance, NADCAP audit, and customer source inspection are those collecting measurement data at every operation during production, before nonconformances compound. That shift from lab-based to in-process inspection has implications for how data collection infrastructure is designed from the start. What the Standards Actually Require AS9100D Clause 7. 1. 5 establishes requirements for monitoring and measurement resources. Specifically, it requires that measuring equipment be calibrated, identified, protected from damage, and critically, that the results of measurement be valid and fit for purpose. Clause 9. 1 further requires that the organization "evaluate and analyze data and information" to demonstrate conformance of products. NADCAP auditors interpret these requirements with considerable rigor. Accreditation checklists for processes like heat treatment, NDT, and chemical processing include explicit scrutiny of how measurement data is recorded, whether it can be traced back to a calibrated instrument, and whether the data collection process itself introduces risk of error or tampering. AS9102B, the First Article Inspection standard, requires that dimensional, functional, and material test results be documented against the design requirement for every characteristic at first article. The data package submitted to the customer must be complete and traceable. A single gap in the data record can hold up a program. In all three frameworks, the implicit question is the same: How do you know the number in your quality system is the number the gage actually measured? Where the Data Chain Breaks Consider a common scenario: a supplier running a first article on a machined aerospace component. The inspector uses a calibrated digital micrometer to measure wall thickness at twelve locations. The gage reads down to 0. 0001". The inspector reads the display, writes the value on a paper traveler, and a data entry clerk later keys it into the quality system. That process introduces at least three failure modes:Transcription error. Human re-entry of four-decimal-place values is error-prone. A single transposed digit changes a conforming result to a nonconformance, or worse, passes a nonconforming result as conforming. The AIAG MSA Reference Manual identifies measurement system errors as a significant source of process variation, and manual transcription is among the most controllable. For a detailed breakdown of what this costs in practice, see The True Cost of Manual Measurement Data Entry. Traceability gap. When data is re-keyed, the link between the recorded value and the specific calibrated instrument that produced it is severed unless the inspector manually records the gage serial number and calibration status. In practice, that step is frequently skipped under production pressure. Data latency. Paper-based collection at the end of a production run delays visibility until the damage is done. A dimensional drift that develops mid-run may not surface until end-of-batch lab inspection, at which point every part produced after the drift onset is potentially nonconforming. On a 500-part run at $38 per part, a tool or spindle issue developing at part 100 that goes undetected until final inspection exposes 401 parts to scrap or rework disposition, over $15,000 in material alone. Profitability is erased all before reinspection labor, CAPA, and customer expedite... Jeder Mitutoyo-Digimatic-Steckverbindertyp, zugeordnet zu Messmittelfamilie, Kabel-Teilenummer, Ausgabeprotokoll und kompatiblem MicroRidge-Interface — alles an einem Ort. Jeder Mitutoyo-Digimatic-Steckverbindertyp, zugeordnet zu Messmittelfamilie, Kabel-Teilenummer, Ausgabeprotokoll und kompatiblem MicroRidge-Interface — alles an einem Ort. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Einleitung Das Bestellen des falschen Mitutoyo-SPC-Kabels ist ein wiederkehrender Beschaffungsfehler, der Prüfstationen stilllegt, die Produktion verzögert und vollständig vermeidbar ist. Das Digimatic-Protokoll ist über den Großteil der Mitutoyo-Instrumentenpalette hinweg konsistent, aber der physische Steckverbinder auf der Messmittelseite variiert je nach Instrumentenfamilie erheblich. Ein Steckverbindertyp ist mit Ihrem Absolute-Messschieber der 500er-Serie kompatibel; ein völlig anderer passt zu Ihrem Mikrometer; ein weiterer ist für Ihren ID-C-Indikator erforderlich. Und wenn Ihr ID-C nach 2023 gekauft wurde, ist keiner von beiden korrekt. Jedes in diesem Leitfaden behandelte Messmittel kann entweder an ein kabelgebundenes GageWay-Interface oder an ein MobileCollect-Funksystem angeschlossen werden — das Kabel bestimmt die Verbindung auf der Messmittelseite, nicht den Datenerfassungsweg. Dieser Leitfaden ordnet jedes aktuelle Mitutoyo Digimatic SPC-Kabel nach physischer Anschlussgruppe, ordnet jede Gruppe den passenden Messmittel-Serien zu und kennzeichnet, welche Kabel eine Datensendetaste enthalten. Nutzen Sie ihn als verbindliche Beschaffungsreferenz vor Ihrer nächsten Bestellung. Hinweis: Die Kabel-Teilenummern in diesem Leitfaden gelten für den standardmäßigen Digimatic-Datenausgabepfad, der mit kabelgebundenen GageWay-Interfaces verwendet wird. Wenn Sie Kabel für ein Messmittel-Interface eines Drittanbieters beschaffen, sind die GageWay-Kabel-Teilenummern (905338, 959149, 937387 usw. ) die korrekten OEM-Mituto yo-Referenzen, an denen Sie sich orientieren sollten. MobileCollect Wireless-Steckverbinder-Kabel sind MicroRidge-spezifisch und nicht mit anderen Messmittel-Interfaces kompatibel. Wenn Sie MobileCollect mit einem Mitutoyo DP-1VA Logger verbinden, siehe den MobileCollect-zu-DP-1VA-Adapter. Wenn Sie Kabel für Mitutoyos USB Input Tool Direct (USB-ITN) oder das U-WAVE-T-Funksystem beschaffen, sind die physischen Steckverbindertypen zwar identisch, die SKUs unterscheiden sich jedoch — konsultieren Sie den aktuellen Mitutoyo-Katalog oder kontaktieren Sie MicroRidge für die korrekten Teilenummern. Das Digimatic-Protokoll vs. der Steckverbinder: Den Unterschied verstehen Bevor Kabel Messmitteln zugeordnet werden, sind zwei Unterscheidungen wichtig. Erstens gibt es die Mitutoyo Digimatic SPC-Ausgabe in zwei Protokollvarianten: D1 (Standard-Digimatic, verwendet in allen aktuellen Instrumentenfamilien außer der NX-Serie) und D2 (höher auflösendes Paketformat, exklusiv für NX-Serien-ID-C- und ID-F-Indikatoren). D1 und D2 unterscheiden sich auf Datenpaketebene — sie sind auf Protokollebene nicht austauschbar, werden jedoch beide von denselben GageWay- und MobileCollect-Interfaces gelesen. Zweitens, und unabhängig von der Protokollvariante, variiert der physische Steckverbinder auf der Messmittelseite je nach Instrumentenfamilie erheblich. Die meisten Beschaffungsfehler gehen auf den Steckverbinder zurück, nicht auf das Protokoll — aber beides ist wichtig. Das ist für die Infrastrukturplanung wichtig: Kabelgebundene GageWay-Interfaces und MobileCollect-Funksender sind parallele Datenerfassungswege — nicht in derselben Signalkette kombinierbar — und die richtige Wahl hängt davon ab, ob Ihre Messstationen fest installiert oder mobil sind, nicht vom Messmitteltyp. Beide Wege können die gesamte Mitutoyo-Instrumentenpalette abdecken. Die Steckverbinder-Architektur unterscheidet sich je nach Interface-Familie. GageWay-Interfaces (SM, KW, Pro) und die MobileCollect Digital Remote akzeptieren standardmäßige OEM-Mituto yo-SPC-Kabel direkt an einem standardmäßigen Digimatic-Header — die Teilenummern in diesem Leitfaden gelten direkt. MobileCollect-Sender verwenden proprietäre MicroRidge-Pigtail-Steckverbinder auf der Messmittelseite; das Mini Mobile Module EVO (M3E) und das Command Mobile Module verwenden unterschiedliche proprietäre Steckverbinder und sind weder untereinander noch mit standardmäßigen OEM-Mituto yo-Kabeln kompatibel. MobileCollect-Kabel werden je nach Sender-Modell und Messmitteltyp über MicroRidge bestellt. Der Steckverbindertyp auf der Messmittelseite bestimmt, welches Kabel Sie benötigen — unabhängig davon, welchen Interface-Weg Sie wählen. Vollständige Referenz der Steckverbindertypen Die folgende Tabelle fasst jeden aktuellen Steckverbindertyp aus Mitutoyos SPC-Kabel-Kompatibilitätsdiagramm zusammen, mit Teilenummern für 1-Meter- (40") und 2-Meter- (80") Längen. TypBauformDatentasteAusgabeprotokollTeilenummerPrimäre Messmittelkategorie AGerade, wasserdicht, mit AusgabetasteJaDigimatic05CZA6241 Meter05CZA6252 MeterIP-klassifizierte Digimatic-MessschieberBFlach, L-Form, wasserdicht, mit AusgabetasteJaDigimatic05CZA6621 Meter05CZA6632 MeterIP-klassifizierte Digimatic-Instrumente (Mikrometer)CGerade mit AusgabetasteJaDigimatic9591491 Meter9591502 MeterDigimatic-Messschieber (Absolute-Encoder)CRL-Form, Abgang rechts, mit AusgabetasteJaDigimatic04AZB5121 Meter04AZB5132 MeterMikrometer, Variante mit Abgang rechts, kundenspezifische ImplementierungenDFlach, 10-poligNeinDigimatic9369371 Meter9650142 MeterMikrometer (Standard & IP), Indikatoren, MaßstabseinheitenERund, 6-poligNeinDigimatic9373871 Meter9650132 MeterStandardmikrometer, Holtest, Borematic, Bench MikeFFlach, geradeNeinDigimatic9053381 Meter9054092 MeterIndikatoren, Höhenmessgeräte, Tiefenmessgeräte, Maßstabseinheiten, DickenmessgeräteFB905338-Steckverbinder, aber L-förmig mit Abgang nach hinten. NeinDigimatic9056891 Meter9056902 MeterIndikatoren, Höhenmessgeräte (Variante mit Abgang nach hinten)FRL-Form, Abgang rechtsNeinDigimatic9056911 Meter9056922 MeterIndikatoren, Höhenmessgeräte (Variante mit Abgang rechts)FLL-Form, Abgang linksNeinDigimatic9056931 Meter9056942 MeterIndikatoren, Höhenmessgeräte (Variante mit Abgang links)GFlach, gerade, wasserdichtNeinDigimatic21EAA1941 Meter21EAA1902 MeterKühlmittelbeständige ID-N/ID-B-IndikatorenSAWasserdicht, gerade mit AusgabetasteJaDigimatic D2 + S106AGL1111 Meter06AGL1212 MeterMDE QuantuMike... Cada tipo de conector Mitutoyo Digimatic, asignado a su familia de gages, número de pieza del cable, protocolo de salida e interfaz MicroRidge compatible — en un solo lugar. Cada tipo de conector Mitutoyo Digimatic, asignado a su familia de gages, número de pieza del cable, protocolo de salida e interfaz MicroRidge compatible — en un solo lugar. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introducción Pedir el cable Mitutoyo SPC equivocado es un error de aprovisionamiento recurrente que paraliza puestos de inspección, retrasa la producción y es totalmente evitable. El protocolo Digimatic es consistente en la mayor parte de la gama de instrumentos Mitutoyo, pero el conector físico en el lado del gage varía significativamente según la familia de instrumentos. Un tipo de conector es compatible con su calibre Absolute de la serie 500; otro completamente distinto encaja en su micrómetro; otro es necesario para su indicador ID-C. Y si su ID-C se compró después de 2023, ninguno de esos es el correcto. Cada gage cubierto en esta guía puede conectarse a una interfaz cableada GageWay o a un sistema inalámbrico MobileCollect — el cable determina la conexión en el lado del gage, no la ruta de recopilación de datos. Esta guía organiza cada cable Mitutoyo Digimatic SPC actual por grupo de conexión física, asigna cada grupo a sus series de gages aplicables e identifica qué cables incluyen un botón de envío de datos. Úsela como referencia definitiva de aprovisionamiento antes de su próxima orden de compra. Nota: Los números de pieza de los cables de esta guía se aplican a la ruta estándar de salida de datos Digimatic utilizada con interfaces cableadas GageWay. Si está buscando cables para una interfaz de gage de terceros, los números de pieza de los cables cableados GageWay (905338, 959149, 937387, etc. ) son las referencias OEM de Mitutoyo correctas que debe seguir. Los cables de conector MobileCollect Wireless son específicos de MicroRidge y no son compatibles con otras interfaces de gage. Si está conectando MobileCollect a un registrador Mitutoyo DP-1VA, consulte el adaptador de MobileCollect a DP-1VA. Si está buscando cables para el USB Input Tool Direct (USB-ITN) de Mitutoyo o el sistema inalámbrico U-WAVE-T, los tipos de conector físico son los mismos, pero los SKU difieren — consulte el catálogo actual de Mitutoyo o póngase en contacto con MicroRidge para obtener los números de pieza correctos. El protocolo Digimatic frente al conector: entender la diferencia Antes de asignar cables a gages, importan dos distinciones. Primero, la salida Mitutoyo Digimatic SPC existe en dos variantes de protocolo: D1 (Digimatic estándar, usado en todas las familias de instrumentos actuales excepto la serie NX) y D2 (formato de paquete de mayor resolución, exclusivo de los indicadores ID-C e ID-F de la serie NX). D1 y D2 difieren a nivel de paquete de datos — no son intercambiables en la capa de protocolo, aunque ambos los leen las mismas interfaces GageWay y MobileCollect. Segundo, e independientemente de la variante de protocolo, el conector físico en el lado del gage varía significativamente según la familia de instrumentos. La mayoría de los errores de aprovisionamiento se deben al conector, no al protocolo — pero ambos importan. Esto importa para la planificación de la infraestructura: las interfaces cableadas GageWay y los transmisores inalámbricos MobileCollect son rutas paralelas de recopilación de datos — no combinables en la misma cadena de señal — y la elección correcta depende de si sus puestos de medición son fijos o portátiles, no del tipo de gage. Cualquiera de las dos rutas puede dar servicio a toda la gama de instrumentos Mitutoyo. La arquitectura de conectores difiere según la familia de interfaces. Las interfaces GageWay (SM, KW, Pro) y el MobileCollect Digital Remote aceptan directamente cables SPC OEM estándar de Mitutoyo en un cabezal Digimatic estándar — los números de pieza de esta guía se aplican directamente. Los transmisores MobileCollect usan conectores pigtail propietarios de MicroRidge en el lado del gage; el Mini Mobile Module EVO (M3E) y el Command Mobile... Chaque type de connecteur Mitutoyo Digimatic associé à sa famille d’instruments, sa référence de câble, son protocole de sortie et son interface MicroRidge compatible — en un seul endroit. Chaque type de connecteur Mitutoyo Digimatic associé à sa famille d’instruments, sa référence de câble, son protocole de sortie et son interface MicroRidge compatible — en un seul endroit. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction Commander le mauvais câble SPC Mitutoyo est une erreur d’approvisionnement récurrente qui immobilise les postes d’inspection, retarde la production et est entièrement évitable. Le protocole Digimatic est cohérent sur la plupart de la gamme d’instruments Mitutoyo, mais le connecteur physique côté instrument varie considérablement selon la famille d’instruments. Un type de connecteur est compatible avec votre pied à coulisse Absolute de la série 500 ; un autre complètement différent s’adapte à votre micromètre ; un autre est requis pour votre comparateur ID-C. Et si votre ID-C a été acheté après 2023, aucun de ceux-ci n’est correct. Chaque instrument couvert par ce guide peut être connecté soit à une interface filaire GageWay, soit à un système sans fil MobileCollect — le câble détermine la connexion côté instrument, et non le chemin de collecte des données. Ce guide organise chaque câble SPC Mitutoyo Digimatic actuel par groupe de connexion physique, associe chaque groupe à sa série d’instruments applicable et identifie les câbles qui incluent un bouton d’envoi de données. Utilisez-le comme référence d’approvisionnement définitive avant votre prochaine commande. Remarque : Les références de câbles dans ce guide s’appliquent au chemin de sortie de données Digimatic standard utilisé avec les interfaces filaires GageWay. Si vous vous procurez des câbles pour une interface d’instrument tierce, les références de câbles filaires GageWay (905338, 959149, 937387, etc. ) sont les références OEM Mitutoyo correctes à suivre. Les câbles de connecteur sans fil MobileCollect sont spécifiques à MicroRidge et ne sont pas compatibles avec d’autres interfaces d’instruments. Si vous connectez MobileCollect à un enregistreur Mitutoyo DP-1VA, consultez l’adaptateur MobileCollect vers DP-1VA. Si vous vous procurez des câbles pour l’outil d’entrée USB direct (USB-ITN) ou le système sans fil U-WAVE-T de Mitutoyo, les types de connecteurs physiques sont les mêmes mais les SKU diffèrent — reportez-vous au catalogue Mitutoyo actuel ou contactez MicroRidge pour les références correctes. Le protocole Digimatic vs. le connecteur : Comprendre la différence Avant d’associer les câbles aux instruments, deux distinctions sont importantes. Premièrement, la sortie SPC Mitutoyo Digimatic existe en deux variantes de protocole : D1 (Digimatic standard, utilisé sur toutes les familles d’instruments actuelles sauf la série NX) et D2 (format de paquet à plus haute résolution, exclusif aux comparateurs ID-C et ID-F de la série NX). D1 et D2 diffèrent au niveau du paquet de données — ils ne sont pas interchangeables au niveau de la couche protocolaire, bien que les deux soient lus par les mêmes interfaces GageWay et MobileCollect. Deuxièmement, et indépendamment de la variante de protocole, le connecteur physique côté instrument varie considérablement selon la famille d’instruments. La plupart des erreurs d’approvisionnement sont dues au connecteur, et non au protocole — mais les deux sont importants. Ceci est important pour la planification de l’infrastructure : les interfaces filaires GageWay et les émetteurs sans fil MobileCollect sont des chemins de collecte de données parallèles — non combinables sur la même chaîne de signal — et le bon choix dépend de la fixité ou de la portabilité de vos postes de mesure, et non du type d’instrument. L’un ou l’autre chemin peut desservir la gamme complète d’instruments Mitutoyo. L’architecture du connecteur diffère selon la famille d’interfaces. Les interfaces GageWay (SM, KW, Pro) et la télécommande numérique MobileCollect acceptent directement les câbles SPC Mitutoyo OEM standard sur un en-tête Digimatic standard — les références de ce guide s’appliquent directement. Les émetteurs MobileCollect utilisent des connecteurs propriétaires MicroRidge côté instrument ; le Mini Mobile Module EVO (M3E) et le Command Mobile Module utilisent des connecteurs propriétaires différents et ne sont pas compatibles entre eux ni avec les câbles Mitutoyo OEM standard. Les câbles... Every Mitutoyo Digimatic connector type mapped to its gage family, cable part number, output protocol, and compatible MicroRidge interface — in one place. Every Mitutoyo Digimatic connector type mapped to its gage family, cable part number, output protocol, and compatible MicroRidge interface — in one place. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction Ordering the wrong Mitutoyo SPC cable is a recurring sourcing error that grounds inspection stations, delays production, and is entirely avoidable. The Digimatic protocol is consistent across most of the Mitutoyo instrument lineup, but the physical connector on the gage side varies significantly by instrument family. One connector type is compatible with your 500-series Absolute caliper; a completely different one fits your micrometer; another is required for your ID-C indicator. And if your ID-C was purchased after 2023, neither of those is correct. Every gage covered in this guide can be connected to either a GageWay wired interface or a MobileCollect wireless system — the cable determines the gage-side connection, not the data collection path. This guide organizes every current Mitutoyo Digimatic SPC cable by physical connection group, maps each group to its applicable gage series, and identifies which cables include a data-send button. Use it as a definitive sourcing reference before your next purchase order. Note: The cable part numbers in this guide apply to the standard Digimatic data output path used with GageWay wired interfaces. If you are sourcing cables for a third-party gage interface, the GageWay wired cable part numbers (905338, 959149, 937387, etc. ) are the correct OEM Mitutoyo references to follow. MobileCollect Wireless connector cables are MicroRidge-specific and are not compatible with other gage interfaces. If you are connecting MobileCollect to a Mitutoyo DP-1VA Logger, see the MobileCollect to DP-1VA adapter. If you are sourcing cables for Mitutoyo's USB Input Tool Direct (USB-ITN) or U-WAVE-T wireless system, the physical connector types are the same but the SKUs differ — refer to the current Mitutoyo catalog or contact MicroRidge for the correct part numbers. The Digimatic Protocol vs. The Connector: Understanding the Difference Before mapping cables to gages, two distinctions matter. First, Mitutoyo Digimatic SPC output exists in two protocol variants: D1 (standard Digimatic, used across all current instrument families except the NX-series) and D2 (higher-resolution packet format, exclusive to NX-series ID-C and ID-F indicators). D1 and D2 differ at the data packet level — they are not interchangeable at the protocol layer, though both are read by the same GageWay and MobileCollect interfaces. Second, and independently of the protocol variant, the physical connector on the gage side varies significantly by instrument family. Most sourcing errors trace to the connector, not the protocol — but both matter. This matters for infrastructure planning: GageWay wired interfaces and MobileCollect wireless transmitters are parallel data collection paths — not combinable on the same signal chain — and the correct choice depends on whether your measurement stations are fixed or portable, not on gage type. Either path can serve the full Mitutoyo instrument lineup. The connector architecture differs by interface family. GageWay interfaces (SM, KW, Pro) and the MobileCollect Digital Remote accept standard OEM Mitutoyo SPC cables directly at a standard Digimatic header — the part numbers in this guide apply directly. MobileCollect transmitters use proprietary MicroRidge pigtail connectors on the gage side; the Mini Mobile Module EVO (M3E) and Command Mobile Module use different proprietary connectors and are not cross-compatible with each other or with standard OEM Mitutoyo cables. MobileCollect cables are ordered by transmitter model and gage type through MicroRidge. The gage-side connector type is what determines which cable you need regardless of which interface path you choose. Complete Connector Type Reference The following table summarizes every current connector type from Mitutoyo's SPC cable compatibility chart, with part numbers for both 1-meter (40") and 2-meter (80") lengths. TypeForm FactorData ButtonOutput ProtocolPart NumberPrimary Gage Category AStraight water-proof with output buttonYesDigimatic05CZA6241 meter05CZA6252 meterIP-rated Digimatic calipersBFlat L-Shape water-proof with output buttonYesDigimatic05CZA6621 meter05CZA6632 meterIP-rated Digimatic instruments (micrometers)CStraight with output... OpenGage Mode in Practice: Wireless Environmental Monitoring with the SHT45 and Arduino Nano ESP32 From an off the shelf sensor and an Arduino to wireless data in Excel — here's exactly how to build it. LinkedIn Reddit Threads Facebook X Email Introduction MobileCollect has connected digital gages to SPC software wirelessly for decades. Calipers, micrometers, indicators, height gages — if it has a Digimatic or compatible SPC output, MobileCollect handles it. But measurement data doesn't only come from traditional gages. OpenGage Mode changes what MobileCollect can connect to. Introduced with the Mini Mobile Module EVO (M3E), OpenGage Mode is a selectable operating mode that enables any device communicating at 3V UART to transmit data wirelessly over MicroRidge's RM2. 4 industrial wireless protocol — the same 32-bit encrypted, 140-foot range network used by the entire MobileCollect product line. If it speaks 3V UART at 9600-N-8-1, it speaks RM2. 4. In this post we'll walk through one concrete example of what that unlocks: a wireless environmental monitoring node built from an Arduino Nano ESP32 and a Sensirion SHT45 temperature and humidity sensor. Every 40 seconds — or any time an operator presses the Read Button on the M3E — a combined temperature and humidity reading transmits wirelessly into any PC application with no additional software, drivers, or middleware required. What Can You Connect? Almost Anything That Speaks UART. Thousands of devices — sensors, instruments, microcontrollers, test fixtures — output data as a simple serial stream at 3V logic levels. Barcode scanners, load cells, torque gauges, flow meters, ultrasonic distance sensors, custom Arduino-based test rigs. If it speaks 3V UART at 9600-N-8-1, OpenGage Mode can put it on RM2. 4 industrial wireless and route it into any PC application you're already using. RM2. 4 is MicroRidge's purpose-built industrial wireless protocol — deterministic, 32-bit encrypted, and designed for the RF environment of a production floor rather than a consumer device. If you're evaluating wireless data collection and Bluetooth has come up in that conversation, it's worth understanding why RM2. 4 and Bluetooth are fundamentally different animals before committing to either. The short version: Bluetooth is always-on frequency hopping designed for consumer devices. RM2. 4 wakes on demand, transmits, and sleeps — which is why the M3E gets approximately one year of battery life on a CR2032 while Bluetooth gages need to be charged. For the full protocol breakdown, see the RM2. 4 Wireless Protocol page. That's a broad capability. So rather than list everything it could do, let's build something concrete. Environmental monitoring is one of the most universally applicable starting points — every production floor, metrology room, and calibration lab has some requirement to track temperature and humidity. It's also a great demonstration of the OpenGage Mode concept because the hardware is inexpensive, the wiring is simple, and the output is immediately useful the moment it starts running. ISO 9001 Clause 7. 1. 5 requires organizations to determine and provide monitoring and measuring resources necessary to ensure valid and reliable results. For many quality teams that includes documented evidence that environmental conditions at the point of measurement are within acceptable limits — particularly in calibration environments where thermal expansion and instrument drift are real sources of measurement uncertainty. If environmental data collection is part of your path to meeting that requirement, this build is one way to get there without a dedicated environmental monitoring system. The sensor we're using — the Sensirion SHT45 — delivers ±0. 1°C temperature accuracy and ±1. 0% RH humidity accuracy. Paired with an M3E and an EVO Base Receiver, readings stream wirelessly into any PC application every 40 seconds, automatically, for approximately one year on a single CR2032 battery. What You Need for This Example Environmental Monitor ItemSourceApprox. Cost Mini Mobile Module EVO (MC-MM-M3-EVO)MicroRidge$285OpenGage UART Cable (MC-M3E-UNIV-24)MicroRidge$115MobileCollect EVO Base Receiver (Example MicroBase EVO USB C | MC-MB-C-EVO)MicroRidge$450Arduino Nano ESP32Arduino Store$20Adafruit SHT45 BreakoutAdafruit Store$15Jumper Wires (male-to-male)Any$5USB-C CableAny$5Approx. Total Cost$895... MobileCollect führt das TIR-Tracking auf Senderebene durch – und verwandelt jeden kompatiblen digitalen Messuhr-Anzeiger in eine drahtlose, SPC-fähige Messstation. Drahtlose TIR-Datenerfassung für die Rohraußendurchmesser-Inspektion — Aufrüstung jedes digitalen Messuhr-Anzeigers in der Öl- und Gasproduktion MobileCollect führt das TIR-Tracking auf Senderebene durch – und verwandelt jeden kompatiblen digitalen Messuhr-Anzeiger in eine drahtlose, SPC-fähige Messstation. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Einleitung In der Hochleistungsfertigung von OCTG- und Leitungsrohren findet die TIR- und Außendurchmesser-Rundheitsprüfung tausende Male pro Schicht statt. Ganz gleich, ob Sie eine Messuhr an einer Rohrrollvorrichtung, einen digitalen Messuhr-Anzeiger an einem Prüfstand oder eine Lösung dazwischen verwenden – der letzte Schritt in diesem Arbeitsablauf ist derselbe: Der Bediener protokolliert die Messung. Und jeder manuelle Schritt bei dieser Protokollierung stellt ein Risiko für Fehlkonformitäten und ein Problem für die Datenintegrität dar. MicroRidge MobileCollect-Sender eliminieren diesen Schritt vollständig. Sie werden direkt an jedem kompatiblen digitalen Messuhr-Anzeiger angebracht und führen das TIR-Tracking auf Senderebene durch – unabhängig davon, was das Messgerät nativ unterstützt. Am Ende jedes Messvorgangs erfasst der Sender die Anzahl der Messwerte, das Minimum, das Maximum sowie den Bereich und überträgt alle vier Werte in weniger als einer Sekunde drahtlos an das SPC. Keine manuellen Berechnungen. Keine schriftlichen Aufzeichnungen. Keine erneute Dateneingabe. Dieser Beitrag behandelt, wie die TIR-Funktionalität von MobileCollect auf Senderebene funktioniert, welche Sender für welche Rohrinspektions-Workflows geeignet sind und wie sich das System in die bereits in der Öl- und Gasproduktion eingesetzten SPC-Plattformen integrieren lässt. TIR-Modus im Sender — Warum das selbst bei Messgeräten wichtig ist, die darüber verfügen TIR (Total Indicator Runout) misst die Gesamtabweichung, die ein digitaler Messuhr-Anzeiger über einen vollständigen Messvorgang registriert – die Differenz zwischen dem minimalen und dem maximalen Messwert. Für die Rundheitsprüfung des Rohraußendurchmessers ist der TIR-Wert die entscheidende Kennzahl: Er quantifiziert die Unrundheit direkt und speist das SPC-Diagramm, das Ihnen anzeigt, ob Ihr Form- oder Walzprozess unter Kontrolle ist. Viele mittel- bis hochwertige digitale Messuhr-Anzeiger von Mitutoyo, Mahr und Starrett verfügen über einen TIR-Modus auf ihrem Display. Für die automatisierte Datenerfassung gibt es jedoch einen wichtigen Unterschied: Die Anzeige des TIR-Werts auf dem Display des Geräts ist nicht dasselbe wie die Übertragung über den Datenausgangsport. Viele Anzeiger, die den TIR-Wert auf ihrem Display anzeigen, geben über ihren SPC-Datenport nur den aktuellen Live-Messwert aus – nicht den erfassten TIR-Wert. Die Daten, die Ihre SPC-Software erhält, sind eine Momentaufnahme und nicht der Rundlauf über den gesamten Messvorgang. Am unteren Ende des Marktes – bei einfachen digitalen Messuhr-Anzeigern, preiswerten Instrumenten und der großen installierten Basis analoger Messuhren, die an Rohrvorrichtungen immer noch weit verbreitet sind – gibt es überhaupt keine TIR-Berechnung. Der Prüfer beobachtet den Zeigerausschlag und schätzt den Rundlauf visuell ab. MobileCollect-Sender lösen beide Probleme auf Systemebene. Der Sender verfolgt unabhängig die Minimal- und Maximalwerte bei jedem Messvorgang und berechnet den TIR-Wert – unabhängig davon, was das Messgerät nativ ausgibt und ob der Anzeiger über einen TIR-Modus im Display verfügt. Am Ende des Messvorgangs überträgt der Sender vier Werte in einem einzigen Funkpaket: Anzahl der Messwerte, Minimum, Maximum und Bereich. In Ihrer SPC-Software kommt der tatsächliche Rundlauf des vollständigen Messvorgangs an, keine Momentaufnahme. Die für die Rohrherstellung relevantesten Dimensionsstandards sind:API 5CT — Futter- und Steigrohre (OCTG). Außendurchmesser-Toleranz -0,5 % D bis +1,0 % D für Rohre mit ≥ 114,3 mm Außendurchmesser; Wandstärkentoleranz -12,5 %. API 5L — Leitungsrohre. Gleichwertige Anforderungen an Außendurchmesser und Wandstärke für Pipelinetransport-Anwendungen. API 5DP — Bohrgestänge. Regelt die Inspektion von Außendurchmesser, Innendurchmesser, Wandstärke und Länge für gefertigte Bohrrohre nach der Produktion. ASME B16 — Ventilgehäuse und Armaturen. Regelt Bohrungsdurchmesser, Flanschaußendurchmesser und Stirnflächenabmessungen für druckführende Komponenten. In jedem Fall ist TIR die Messart und SPC der Kontrollmechanismus – und beide funktionieren nur dann korrekt, wenn die Daten an der Quelle den tatsächlichen Messvorgang widerspiegeln und nicht eine manuelle Schätzung oder einen unvollständigen Datenport-Ausgang. Das Problem der manuellen TIR-Datenerfassung in großem Maßstab Die Rohrinspektion in hohen Stückzahlen stellt eine spezifische Variante eines universellen Qualitätsproblems dar: Das Messgerät liefert einen genauen Messwert, und dann schreibt ihn ein Mensch auf.... MobileCollect effectue le suivi TIR au niveau du transmetteur — transformant tout comparateur numérique compatible en une station de mesure sans fil prête pour la MSP. Collecte de données TIR sans fil pour l’inspection du diamètre extérieur des tuyaux — Modernisation de tout comparateur numérique dans la fabrication pétrolière et gazière MobileCollect effectue le suivi TIR au niveau du transmetteur — transformant tout comparateur numérique compatible en une station de mesure sans fil prête pour la MSP. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction Dans la fabrication à grand volume de tubes de cuvelage, de production et de canalisation, l’inspection du TIR et de l’ovalisation du diamètre extérieur est effectuée des milliers de fois par poste. Que vous utilisiez un comparateur à cadran sur un banc de roulage de tuyaux, un comparateur numérique sur un banc d’essai, ou toute solution intermédiaire — la dernière étape de ce processus est la même : l’opérateur enregistre la mesure. Et chaque étape manuelle de cet enregistrement est un risque de non-conformité et un problème d’intégrité des données. Les transmetteurs MobileCollect de MicroRidge éliminent entièrement cette étape. Ils se fixent directement à tout comparateur numérique compatible et effectuent le suivi TIR au niveau du transmetteur — indépendamment de ce que l’appareil de mesure prend en charge nativement. À la fin de chaque balayage, le transmetteur capture le nombre de lectures, le minimum, le maximum et la plage, et transmet les quatre sans fil à la MSP en moins d’une seconde. Pas de calcul manuel. Pas d’enregistrement écrit. Pas de ressaisie. Cet article explique comment fonctionne la capacité TIR au niveau du transmetteur de MobileCollect, quels transmetteurs conviennent à quels flux de travail d’inspection de tuyaux, et comment le système s’intègre aux plateformes MSP déjà utilisées dans la fabrication pétrolière et gazière. Mode TIR dans le transmetteur — Pourquoi c’est important même pour les appareils qui l’ont Le TIR (Total Indicator Runout) mesure la déviation totale qu’un comparateur numérique enregistre sur un balayage complet — la différence entre les lectures minimale et maximale. Pour l’inspection de l’ovalisation du diamètre extérieur des tuyaux, le TIR est le chiffre qui compte : il quantifie directement l’ovalisation, et c’est ce qui alimente le graphique MSP qui vous indique si votre processus de formage ou de roulage est sous contrôle. De nombreux comparateurs numériques de milieu à haut de gamme de Mitutoyo, Mahr et Starrett ont un mode TIR sur leur affichage. Mais il y a une distinction importante pour la collecte automatisée de données : afficher le TIR sur la face du comparateur n’est pas la même chose que le transmettre via le port de sortie de données. De nombreux comparateurs qui affichent le TIR sur leur écran ne transmettent que la lecture en direct via leur port de données MSP — et non la valeur TIR capturée. Les données que votre logiciel MSP reçoit sont une lecture ponctuelle, et non l’ovalisation sur le balayage. Dans le bas de gamme du marché — comparateurs numériques de base, instruments économiques et la vaste base installée de comparateurs à cadran analogiques encore courants sur les bancs de tuyaux — il n’y a aucun calcul de TIR. L’inspecteur observe le balayage de l’aiguille et estime visuellement l’ovalisation. Les transmetteurs MobileCollect résolvent les deux problèmes au niveau du système. Le transmetteur suit indépendamment les valeurs minimale et maximale sur chaque balayage et calcule le TIR — quelle que soit la sortie native de l’appareil de mesure, et que le comparateur ait ou non un mode TIR sur son affichage. En fin de balayage, le transmetteur transmet quatre valeurs dans un seul paquet sans fil : nombre de lectures, minimum, maximum et plage. Ce qui arrive dans votre logiciel MSP est l’ovalisation réelle du balayage complet, et non une lecture instantanée. Les normes dimensionnelles les plus pertinentes pour la fabrication de tuyaux sont :API 5CT — Tubes de cuvelage et de production (OCTG). Tolérance de diamètre extérieur de -0,5 %D à +1,0 %D pour les tuyaux... MobileCollect realiza el seguimiento de TIR a nivel de transmisor, convirtiendo cualquier indicador digital compatible en una estación de medición inalámbrica lista para SPC. Recopilación inalámbrica de datos TIR para la inspección del diámetro exterior de tuberías — Actualización de cualquier indicador digital en la fabricación para petróleo y gas MobileCollect realiza el seguimiento de TIR a nivel de transmisor, convirtiendo cualquier indicador digital compatible en una estación de medición inalámbrica lista para SPC. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introducción En la fabricación de tuberías de conducción y OCTG de gran volumen, la inspección de la redondez del diámetro exterior (OD) y TIR se realiza miles de veces por turno. Ya sea que utilice un comparador de esfera en un soporte para rotación de tuberías, un indicador digital en un banco de trabajo o cualquier otra configuración, el paso final en ese flujo de trabajo es el mismo: el operario registra la medición. Y cada paso manual en ese registro supone un riesgo de no conformidad y un problema de integridad de los datos. Los transmisores MicroRidge MobileCollect eliminan ese paso por completo. Se conectan directamente a cualquier indicador digital compatible y realizan el seguimiento de TIR a nivel de transmisor, independientemente de lo que el medidor admita de forma nativa. Al final de cada recorrido, el transmisor captura el número de lecturas, el mínimo, el máximo y el rango, y transmite los cuatro de forma inalámbrica al SPC en menos de un segundo. Sin cálculos manuales. Sin registros escritos. Sin reintroducción de datos. Esta publicación explica cómo funciona la capacidad TIR a nivel de transmisor de MobileCollect, qué transmisores se adaptan a cada flujo de trabajo de inspección de tuberías y cómo se integra el sistema con las plataformas SPC que ya funcionan en la fabricación de petróleo y gas. Modo TIR en el transmisor: por qué es importante incluso para los medidores que ya lo tienen El TIR (Total Indicator Runout o excentricidad total) mide la desviación total que registra un indicador digital a lo largo de un recorrido completo: la diferencia entre las lecturas mínima y máxima. Para la inspección de la redondez del diámetro exterior de la tubería, el TIR es la cifra que importa: cuantifica directamente la falta de redondez y es lo que alimenta el gráfico SPC que le indica si su proceso de conformado o laminado está bajo control. Muchos indicadores digitales de gama media y alta de Mitutoyo, Mahr y Starrett disponen de modo TIR en su pantalla. Sin embargo, existe una distinción importante para la recopilación automatizada de datos: mostrar el TIR en la cara del indicador no es lo mismo que transmitirlo a través del puerto de salida de datos. Muchos indicadores que muestran el TIR en su pantalla solo emiten la lectura en tiempo real a través de su puerto de datos SPC, no el valor TIR capturado. Los datos que recibe su software SPC son una lectura puntual, no la excentricidad a lo largo del recorrido. En el extremo inferior del mercado (indicadores digitales básicos, instrumentos económicos y la gran base instalada de comparadores analógicos que aún son comunes en los soportes de tuberías) no existe ningún cálculo de TIR. El inspector observa el recorrido de la aguja y estima la excentricidad visualmente. Los transmisores MobileCollect resuelven ambos problemas a nivel de sistema. El transmisor rastrea de forma independiente los valores mínimos y máximos en cada recorrido y calcula el TIR, independientemente de lo que el medidor emita de forma nativa y de si el indicador tiene o no modo TIR en su pantalla. Al final del recorrido, el transmisor envía cuatro valores en un único paquete inalámbrico: número de lecturas, mínimo, máximo y rango. Lo que llega a su software SPC es la excentricidad real del recorrido completo, no una lectura instantánea. Las normas dimensionales más relevantes para la fabricación de tuberías son:API 5CT — Revestimiento y tubería de producción (OCTG). Tolerancia del diámetro exterior de -0,5... MobileCollect performs TIR tracking at the transmitter level — turning any compatible digital indicator into a wireless, SPC-ready measurement station. Wireless TIR Data Collection for Pipe OD Inspection — Upgrading Any Digital Indicator in Oil and Gas Manufacturing MobileCollect performs TIR tracking at the transmitter level — turning any compatible digital indicator into a wireless, SPC-ready measurement station. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction In high-volume OCTG and line pipe manufacturing, TIR and OD roundness inspection runs thousands of times per shift. Whether you're using a dial indicator on a pipe rolling fixture, a digital indicator on a bench setup, or anything in between — the final step in that workflow is the same: the operator records the measurement. And every manual step in that record is a nonconformance risk and a data integrity problem. MicroRidge MobileCollect transmitters eliminate that step entirely. They attach directly to any compatible digital indicator and perform TIR tracking at the transmitter level — independently of what the gage natively supports. At the end of each sweep, the transmitter captures the number of readings, minimum, maximum, and range and transmits all four wirelessly into SPC in under a second. No manual math. No written record. No re-entry. This post covers how MobileCollect's transmitter-level TIR capability works, which transmitters fit which pipe inspection workflows, and how the system integrates with the SPC platforms already running in oil and gas manufacturing. TIR Mode in the Transmitter — Why That Matters Even for Gages That Have It TIR (Total Indicator Runout) measures the total deviation a digital indicator registers across a full sweep — the difference between the minimum and maximum readings. For pipe OD roundness inspection, TIR is the number that matters: it quantifies out-of-roundness directly, and it's what feeds the SPC chart that tells you whether your forming or rolling process is in control. Many mid-to-high-end digital indicators from Mitutoyo, Mahr, and Starrett do have TIR mode on their display. But there's a distinction that matters for automated data collection: displaying TIR on the indicator face is not the same as transmitting it through the data output port. Many indicators that show TIR on their display output only the live reading through their SPC data port — not the captured TIR value. The data your SPC software receives is a point-in-time reading, not the runout across the sweep. At the lower end of the market — basic digital indicators, economy instruments, and the large installed base of analog dial indicators still common on pipe fixtures — there's no TIR calculation at all. The inspector watches the needle sweep and estimates runout visually. MobileCollect transmitters solve both problems at the system level. The transmitter independently tracks the minimum and maximum values across every sweep and calculates TIR — regardless of what the gage outputs natively, and regardless of whether the indicator has TIR mode on its display. At end-of-sweep, the transmitter transmits four values in a single wireless packet: number of readings, minimum, maximum, and range. What arrives in your SPC software is the actual runout from the full sweep, not a snapshot reading. The dimensional standards most relevant to pipe manufacturing are:API 5CT — Casing and tubing (OCTG). OD tolerance -0. 5%D to +1. 0%D for pipe ≥ 114. 3mm OD; wall thickness tolerance -12. 5%. API 5L — Line pipe. Equivalent OD and wall thickness dimensional requirements for pipeline transport applications. API 5DP — Drill pipe. Governs OD, ID, wall thickness, and length inspection for manufactured drill pipe coming off production. ASME B16 — Valve bodies and fittings. Governs bore diameter, flange OD, and face dimensions for pressure-boundary components. In each case, TIR is the measurement type and SPC is the control mechanism — and both only function correctly if the data at the source reflects the actual sweep, not a manual estimate or a truncated data port output. The Problem with Manual TIR Data Collection at Scale High-volume pipe inspection... M3 and M3E gage connectors are cross-compatible — use this guide to confirm the correct pairing for your transmitter generation. LinkedIn Reddit Threads Facebook X Email Mini Mobile Module EVO The Mini Mobile Module EVO (M3E) and the legacy Mini Mobile Module M3 both support TriggerSync — a measurement mode where readings are triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync is currently under development and scheduled for release in Q3 2026. M3E transmitters additionally support GageSync — two-way communication between the transmitter and gage that allows the M3E transmitter to query the gage directly for metadata such as serial number, calibration date, and other gage-level attributes. GageSync requires the two additional pins found on the 8-pin (2×4) M3E gage connector and is not available on the 6-pin (2×3) M3 connector. GageSync is currently under development and scheduled for release in Q3 2026. Legacy Mini Mobile Module2x3 Header Mini Mobile Module EVO2x4 Header M3 Connector The Mini Mobile Module EVO M3E and Mini Mobile Module M3 (retired) are paired to one-way communication gages via M3 Gage Connectors. The PN Structure includes an “M3”. MC-M3-XXXXXX M3E Connector The Mini Mobile Module EVO M3E and Mini Mobile Module M3 (retired) are paired to two-way communication gages via M3E Gage Connectors. Their PN structure includes an “M3E”. MC-M3E-XXXXXX Compatibility Both M3E and M3 connectors are compatible with both transmitter generations. MicroRidge designed the EVO two-way communication connectors (M3E) to be backwards compatible with the legacy Mini Mobile Module, and the one-way communication connectors (M3) can be used with Mini Mobile Module EVO series transmitters. Legacy Mini Mobile Module withM3 Connector Mini Mobile Module EVO M3E withM3 Connector Left pins unused on 2x4 connector Legacy Mini Mobile Module withM3E Connector Small interference to retention screw may be present, left sockets on gage cable/connector empty Mini Mobile Module EVO M3E withM3 Connector Downloadable PDF Guide M3 and M3E Connector Compatibility Guide This guide explains connector compatibility between the legacy Mini Mobile Module (M3, 6-pin/2×3 header) and ... Download Learn More! Additional Feature Guides Visit our Blog MobileCollect OpenGage Mode UART Connection Connect Any 3V UART Device to the RM2. 4 Industrial Wireless Network LinkedIn Reddit Threads Facebook X Email Introduction Digital gages have always been the core of MobileCollect. Calipers, micrometers, indicators, height gages — if it has a Digimatic or compatible SPC output, MobileCollect has been connecting it to SPC software wirelessly for decades. But measurement data doesn't only come from traditional gages. Production floors and lab environments are full of sensors, custom fixtures, and microcontroller-based test systems that generate measurement data — and historically, getting that data into an SPC or data collection system wirelessly required custom RF hardware, proprietary wireless modules, or manual entry. OpenGage Mode changes that. Introduced with the Mini Mobile Module EVO (M3E) on May 4, 2026, OpenGage Mode is a selectable operating mode that enables any device communicating at 3V UART to transmit data wirelessly over MicroRidge's RM2. 4 industrial wireless protocol — the same 32-bit encrypted, 140-foot range network used by the entire MobileCollect product line. No custom RF design. No proprietary data logger. No secondary wireless system to manage alongside your existing MobileCollect infrastructure. If it speaks 3V UART at 9600-N-8-1, it speaks RM2. 4. For quality engineers, OpenGage Mode means non-standard measurement devices — sensors, custom fixtures, and test systems that don't have a conventional gage connector — can now feed data into the same SPC software, MES, or ERP workflow as your traditional gages, with the same closed-loop per-reading confirmation and the same data integrity guarantees. For embedded and controls engineers, it means RM2. 4 industrial wireless is accessible from any Arduino, ESP32, or UART-capable microcontroller without RF hardware design overhead. OpenGage Mode operates on the M3E alongside all other MobileCollect transmitters on the same RM2. 4 network. A standard digital gage M3E, a Command Mobile Module, and an M3E running OpenGage Mode can all pair to the same EVO Base Receiver simultaneously — feeding data from completely different device types into a single PC application or SPC software instance without additional hardware or configuration. What Devices Connect via OpenGage Mode OpenGage Mode connects to any device that outputs data via UART at 9600-N-8-1 with 3V logic levels. This spans a wide range of device types across quality, embedded controls, and custom instrumentation applications. Arduino and ESP32-Based Development PlatformsArduino and ESP32 boards are the most common rapid development platforms for custom measurement fixtures, EOL test systems, and industrial IoT prototypes. Both output 3V UART natively and communicate at 9600 baud with straightforward configuration. OpenGage Mode gives these platforms direct access to RM2. 4 industrial wireless — meaning a custom Arduino-based measurement fixture built in days can transmit data wirelessly into SPC software on the same network as your production gage fleet, with no RF engineering required. This is the entry point for embedded engineers who need industrial wireless capability without the overhead of designing and certifying custom radio hardware. The MC-M3E-UNIV-24 OpenGage UART Cable provides the physical interface between the development board and the M3E. Custom Microcontroller-Based Test FixturesEnd-of-line test fixtures, automated inspection stations, and custom measurement systems built on microcontrollers represent one of the highest-value applications for OpenGage Mode. These fixtures are typically engineered in-house or by contract manufacturers to address specific measurement requirements — dimensional checks, electrical characterization, force or torque verification — that off-the-shelf gages don't cover directly. Historically, getting data out of these fixtures wirelessly required integrating a separate wireless module into the fixture design, with all the associated RF engineering, antenna design, and regulatory certification overhead. With OpenGage Mode, the M3E handles all of that. The fixture outputs its measurement result via UART, the M3E transmits it wirelessly over RM2. 4, and the data arrives in the host application within a second of the read event — the same as any other MobileCollect gage. For quality engineers, this means custom fixture data can now flow into the same SPC dataset... Introducing the Mini Mobile Module EVO: The Next Evolution of the Mini Mobile Module (M3) Introducing OpenGage Mode & 800,000+ reading battery life. Available May 4, 2026. LinkedIn Reddit Threads Facebook X Email Action Required: MC-MM-M3 Part Number Retirement The Mini Mobile Module M3 (MC-MM-M3) is retired effective May 4, 2026. It is replaced by the Mini Mobile Module M3-EVO (MC-MM-M3-EVO). If MC-MM-M3 appears in your Approved Supplier List, Bill of Materials, purchase orders, ERP system, or QMS documentation, update the part number to MC-MM-M3-EVO. All existing M3 gage connectors and RM2. 4 Base Receivers are fully compatible with the M3-EVO. We also strongly recommend updating MobileCollect Xpress Setup and MobileCollect Extended Setup to the latest version to avoid setup issues with the Mini Mobile Module M3-EVO. Introduction Today, MicroRidge Systems is launching the Mini Mobile Module EVO (MC-MM-M3-EVO) — the direct successor to the Mini Mobile Module M3 and the most significant update to our most compact wireless gage transmitter since its introduction. The M3-EVO delivers 800,000+ readings on a single CR2032 — a massive improvement over the already industry-leading M3 — introduces OpenGage Mode for any 3V UART device, and is built on a new chipset architected for future capability expansion. Below is everything you need to know about what’s new, what’s changing, and what stays the same. What’s New in the Mini Mobile Module EVO 800,000+ Readings — Including in Continuous Read Mode The M3-EVO raises the already industry-leading battery rating to 800,000+ readings on a single standard CR2032 coin cell — up from 500,000+ on the M3. The operational ceiling for standard use cases is now significantly higher than before. The more consequential improvement is in Continuous Read Mode. The M3 was rated at approximately 140,000 readings in continuous operation due to the sustained power draw of interval-based capture. The M3-EVO delivers 800,000+ readings in Continuous Read Mode as well — a nearly 6x improvement that significantly reduces battery replacement as a routine maintenance item for most continuous-capture deployments. M3 (Retired)M3-EVO (Current) Standard Read Mode500,000+800,000+ Battery chemistry and form factor are unchanged — standard CR2032, universally available, no proprietary cells. New Chipset — A Platform Built for What’s Next The M3-EVO is built on a new, faster internal processor. The increased processing headroom is what enabled the power architecture behind the 800,000+ continuous read rating and the low-power UART implementation underlying OpenGage Mode. It is a deliberate platform investment, not simply an incremental spec revision. It also means the M3-EVO is architected to support additional capabilities as MicroRidge continues to develop the MobileCollect platform. We’re not ready to announce specifics yet — but the engineering work already underway on the M3-M3-EVO platform points toward features that existing Mini Mobile Module users have been asking for. Stay tuned. OpenGage Mode OpenGage Mode is a new selectable operating mode built on a low-power UART implementation developed by MicroRidge. It enables any device communicating at 3V UART to transmit data wirelessly over RM2. 4 — the same proven industrial wireless protocol that powers the entire MobileCollect product line. The original M3 was purpose-built for digital gages with SPC/Digimatic outputs. OpenGage Mode removes that constraint. Any 3V UART device — whether a torque gauge, environmental sensor, Arduino-based custom test fixture, load cell, barcode reader, or ESP32-based end-of-line tester — can now access RM2. 4’s industrial wireless infrastructure without custom RF hardware design. If it speaks 3V UART, it speaks RM2. 4. For quality and embedded controls engineers building custom measurement infrastructure, OpenGage Mode delivers RM2. 4’s 32-bit encrypted transmission, 140-foot industrial range, and noise resilience in the 2. 4 GHz ISM band from virtually any microcontroller-based measurement device — with no additional RF engineering overhead. OpenGage Mode is configured via the Xpress or Extended Setup Program and is included on every MC-MM-M3-EVO at no additional cost. For full wiring diagrams, data packet timing, and code examples, see the OpenGage Mode... What the DP-1VA Can't Do — and How MobileCollect Fixes It Connect any gage, run multiple instruments to one printer, go wireless, and log to SPC software or Excel simultaneously — no DP-1VA reconfiguration required. LinkedIn Reddit Threads Facebook X Email Introduction The Mitutoyo DP-1VA is a well-established inspection tool. Quality engineers trust it for on-the-spot statistical calculations, go/no-go judgments, and printed measurement records that satisfy hard-copy documentation requirements. But the DP-1VA has three hard constraints that limit where and how it can be deployed. If you've run into any of them, this post explains exactly how MobileCollect Wireless removes all three — and adds output capabilities the DP-1VA can't deliver on its own. Limitation 1: The DP-1VA Only Accepts Digimatic-Output Gages Standalone, the DP-1VA accepts measurement data from one source: gages with a Mitutoyo Digimatic SPC output. That covers a lot of ground if your floor runs Mitutoyo calipers, micrometers and indicators. But the moment you need to print from anything outside that ecosystem — a bench scale, a surface roughness tester, a hardness tester, an RS-232 micrometer, or a caliper from Mahr, Starrett, Fowler, Sylvac, or Insize — the DP-1VA can't accept the input. The printer sits idle while your operator writes the measurement down by hand. The Fix: MicroRidge SC-9600N81-MIT Cable The MobileCollect to DP-1VA cable (SC-9600N81-MIT) connects the DB9 RS-232 port on the MobileCollect RS-232 Base EVO to the Digimatic input on the DP-1VA. Protocol translation between MobileCollect's RS-232 output and the Digimatic format the DP-1VA expects is built directly into the cable assembly — no separate converter box, no reconfiguration of the DP-1VA, no changes to how operators trigger measurements. From the DP-1VA's perspective, it's receiving data from a wired Digimatic gage. It has no awareness that the measurement traveled wirelessly from a gage three workstations away. The practical result: any of the 3,500+ gages supported by the MobileCollect system across more than 50 manufacturers can now feed the DP-1VA. Calipers, micrometers, digital indicators, height gages, comparators, hardness testers, surface roughness testers, scales, force gages — if the gage can connect to MobileCollect, the DP-1VA can print it. Limitation 2: The DP-1VA Is a Single-Gage Interface The DP-1VA has one Digimatic input. One gage at a time. For many single-characteristic inspection routines, that's sufficient. But consider a first article inspection under AS9100D, a PPAP dimensional results submission under IATF 16949, or an in-process check that covers multiple critical features simultaneously. An operator measuring OD with a micrometer, bore with an indicator, and flatness with a height gage is running three separate single-gage sessions or manually consolidating three separate print records. Neither is efficient, and neither produces a single consolidated measurement record tied to one part. The Fix: Route Multiple Gages Through One Base Each gage in a MobileCollect system gets its own transmitter. All transmitters pair to a single RS-232 Base EVO and route their measurement data through it — sequentially, as readings are triggered — to the DP-1VA. The base supports hundreds of paired transmitters simultaneously. The practical ceiling is what's operationally feasible at the inspection station, not a hardware limit. A mixed system collecting from a micrometer via a Mini Mobile Module, a bench scale via a RS-232 Remote, and a digital indicator via a Digital Remote all feed a single RS-232 Base EVO — and from there, a single DP-1VA. One printer. One consolidated record. No limit on gage count or gage type. Limitation 3: The DP-1VA Requires a Wired Gage Connection The Digimatic cable that runs between a gage and the DP-1VA tethers the operator and the instrument to the printer. On large inspection fixtures, CMM tables, or in confined measurement areas, that cable is a practical constraint. In aerospace and medical device environments it's also a potential FOD source and a contamination consideration in cleanroom-adjacent inspection areas. The Fix: MobileCollect Makes the Entire Setup Wireless MobileCollect transmitters are battery-powered and... How USB power and two-way wireless communication give fixed-station gages the trigger flexibility and process control that battery-powered transmitters can't sustain. How the MobileCollect Digital Remote Turns a Stationary Gage Into an Automated Measurement Node How USB power and two-way wireless communication give fixed-station gages the trigger flexibility and process control that battery-powered transmitters can't sustain. LinkedIn Reddit Threads Facebook X Email Introduction Most discussions about wireless gage data collection focus on mobility — eliminating the cable between a handheld caliper and a PC so an operator can move freely around a workstation. That's a legitimate problem worth solving, and MobileCollect handles it well. But there's a different problem that doesn't get enough attention: stationary gages at fixed inspection stations that still require an operator to press a button to collect a measurement. Height gages, force gages, bench scales, digital indicators on comparator stands — these instruments are anchored to a workstation, and in many facilities they're the last manual bottleneck in an otherwise controlled SPC data collection workflow. The MobileCollect Digital Remote is built for exactly this application. It's not a mobility solution. It's a fixed-station automation solution — and the distinction matters. What the Digital Remote Is Designed to Do The Digital Remote is a desktop wireless transmitter that connects a stationary digital gage to a MobileCollect Base Receiver. It transmits measurement data wirelessly to a Base, which delivers it to your SPC software or data collection application on a PC. What sets the Digital Remote apart from other MobileCollect transmitters is its trigger architecture. Remotes are the most flexible trigger platform in the MobileCollect line — measurements can be initiated by a foot switch or hand switch connected directly to the Digital Remote at the instrument, by a foot switch or hand switch at the Base, or by a serial command from your SPC software, MES, or custom control system. All three paths are independent and can coexist within the same system. The Digital Remote is also USB-powered via a USB adapter. That's not a minor detail — it's the design decision that makes sustained, automated, high-duty-cycle measurement collection possible without the maintenance overhead that affects battery-powered transmitters in permanent workstation deployments. The Digital Remote connects to gages via a Digimatic 10-pin (Type D Male) connector — the same connector family used by the MicroRidge GageWay Pro wired interfaces, so gage cable inventory is shared across both product families. Supported gages include Mitutoyo, Mahr Federal, Fowler, Starrett, Sylvac, CDI, and other manufacturers with compatible digital outputs. On startup, the Digital Remote automatically identifies the connected gage type. No manual protocol configuration is required. The Digital Remote communicates over MicroRidge's proprietary RM2. 4 protocol — purpose-built for industrial measurement environments where Wi-Fi infrastructure, welding equipment, and VFDs create RF conditions that cause dropped readings and pairing failures in Bluetooth-based systems. See why Bluetooth fails in manufacturing environments. Three Independent Trigger Paths This is the capability that separates the Digital Remote and RS-232 Remote from every other transmitter in the MobileCollect system and from other wireless gage interfaces on the market. 1. Foot or hand switch at the Digital RemoteA foot switch or hand switch connected to the 2. 5mm read switch input on the Digital Remote's rear panel gives the operator full hands-free control of the measurement sequence at the gage itself — without any involvement from the Base or host computer. This is the right configuration when the operator needs both hands on the instrument or workpiece throughout the measurement. Available functions via the local switch include single read, continuous read (press-and-hold, or press-to-start/press-to-stop), TIR mode for runout and flatness applications, and a configurable reading count for continuous acquisition. All local switch functions are defined through the Extended Setup Program. For applications where an operator is stationed at a height gage, CMM-adjacent inspection bench, or force gage workstation, this trigger path delivers a completely hands-free collection sequence with zero dependency on the Base for timing or control. 2. Foot or hand switch at the BaseA foot switch or... Une comparaison basée sur les données des protocoles sans fil pour instruments de mesure pour la collecte de données SPC industrielles. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction La collecte de données sans fil des instruments de mesure semble simple sur le papier : connecter vos instruments de précision à votre logiciel SPC sans câbles. Le Bluetooth est omniprésent, familier, et plusieurs grands fabricants d'instruments de mesure le proposent. Alors pourquoi les ingénieurs qualité qui ont essayé le Bluetooth dans des environnements de fabrication finissent-ils si souvent par l'abandonner ? Parce que le succès n'est pas garanti par le simple appairage d'un émetteur à un récepteur, il est dicté par la manière dont vos mesures sont transmises sans fil. Le protocole sous-jacent à cette connexion détermine si vos données circulent de manière fiable ou disparaissent dans le bruit d'un atelier occupé. Poursuivez votre lecture pour découvrir pourquoi tant d'implémentations sans fil d'instruments de mesure échouent dans l'industrie manufacturière, et ce que celles qui réussissent ont en commun. La réponse n'est pas un hasard ou un lot de matériel défectueux. C'est la complexité. Dans les applications industrielles, la complexité est le tueur silencieux des systèmes fiables : plus un processus comporte de pièces mobiles, plus il y a d'opportunités de défaillance. Le Bluetooth a été conçu pour les appareils grand public : casques, claviers, haut-parleurs, téléphones, et il apporte avec lui toute la complexité d'un protocole de connexion grand public : gestion de l'appairage, limites d'appareils, dépendances au système d'exploitation, mises à jour de pilotes, et une architecture à saut de fréquence qui peine lorsque l'environnement RF devient encombré. Aucune de ces complexités n'a été conçue pour un atelier d'usinage fonctionnant avec des variateurs de fréquence, des équipements CNC et des opérations de soudage, avec des dizaines d'opérateurs portant tous leurs propres appareils compatibles Bluetooth. Chaque couche de complexité que le Bluetooth ajoute à votre système de mesure est un nouveau mode de défaillance attendant le mauvais moment pour se manifester. Lorsque vous placez un protocole grand public dans un environnement industriel, vous ne lui demandez pas seulement de faire un travail différent, vous multipliez le nombre de façons dont il peut échouer. Cet article examine les raisons techniques pour lesquelles le Bluetooth peine dans l'industrie manufacturière, documente ces modes de défaillance avec les spécifications publiées par les concurrents, et montre comment le protocole RM2. 4 de MicroRidge résout les problèmes que le Bluetooth et les autres protocoles sans fil à saut de fréquence ne peuvent pas résoudre. Le problème du 2,4 GHz est pire que vous ne le pensez Tous les systèmes sans fil pour instruments de mesure sur le marché aujourd'hui — Bluetooth, 802. 15. 4, Zigbee, ANT — fonctionnent dans la bande ISM de 2,4 GHz. Cette bande est sans licence, ce qui signifie qu'elle est partagée avec le Wi-Fi, les équipements à micro-ondes, les téléphones sans fil et tous les appareils Bluetooth à portée. Dans une installation de fabrication moderne, c'est un environnement RF encombré et hostile avant même d'y ajouter un seul émetteur d'instrument de mesure. Le problème de congestion s'aggrave proportionnellement à la taille de l'installation et à la densité de la main-d'œuvre. Une installation comptant 200 employés, chacun portant un smartphone avec Bluetooth et Wi-Fi actifs, a déjà généré un bruit RF de base substantiel avant que les équipements de production, les commandes industrielles ou les systèmes de mesure n'ajoutent leurs contributions. La plupart des supports marketing pour les instruments de mesure sans fil ignorent ce problème ou l'abordent avec un langage vague sur des connexions « robustes ». L'architecture du protocole sous-jacent est ce qui détermine réellement si un système survit dans cet environnement — et toutes les architectures ne sont pas égales. Comment le Bluetooth gère la congestion RF — et pourquoi cela ne suffit pas Pour faire face... Una comparación basada en datos de los protocolos inalámbricos de galgas para la recopilación de datos SPC industriales. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introducción La recopilación inalámbrica de datos de galgas parece sencilla sobre el papel: conecte sus instrumentos de precisión a su software SPC sin cables. Bluetooth está en todas partes, es familiar y varios fabricantes importantes de galgas lo ofrecen. Entonces, ¿por qué los ingenieros de calidad que han probado Bluetooth en entornos de fabricación a menudo terminan retirándolo? Porque el éxito no está garantizado simplemente emparejando un transmisor con un receptor, sino que está dictado por la forma en que sus mediciones se envían de forma inalámbrica. El protocolo subyacente a esa conexión determina si sus datos fluyen de forma fiable o desaparecen en el ruido de una planta de producción ajetreada. Siga leyendo para descubrir por qué tantas implementaciones de galgas inalámbricas fallan en la fabricación y qué tienen en común las que no fallan. La respuesta no es una casualidad o un lote defectuoso de hardware. Es la complejidad. En aplicaciones industriales, la complejidad es el asesino silencioso de los sistemas fiables; cuantas más partes móviles tiene un proceso, más oportunidades hay de fallo. Bluetooth fue diseñado para dispositivos de consumo: auriculares, teclados, altavoces, teléfonos, y trae consigo toda la complejidad de un protocolo de conexión de grado de consumo: gestión de emparejamiento, límites de dispositivos, dependencias del sistema operativo, actualizaciones de controladores y una arquitectura de salto de frecuencia que tiene dificultades cuando el entorno de RF se satura. Nada de esa complejidad fue diseñada para un taller mecánico que utiliza variadores de frecuencia, equipos CNC y operaciones de soldadura, con docenas de operadores que llevan sus propios dispositivos con Bluetooth. Cada capa de complejidad que Bluetooth añade a su sistema de medición es un nuevo modo de fallo esperando el momento equivocado para aparecer. Cuando se introduce un protocolo de consumo en un entorno industrial, no solo se le pide que haga un trabajo diferente, sino que se multiplican las formas en que puede fallar. Este artículo analiza las razones técnicas por las que Bluetooth tiene dificultades en la fabricación, documenta esos modos de fallo con especificaciones publicadas de la competencia y muestra cómo el protocolo RM2. 4 de MicroRidge resuelve los problemas que Bluetooth y otros protocolos inalámbricos de salto de frecuencia no pueden. El problema de los 2,4 GHz es peor de lo que cree Todos los sistemas inalámbricos de galgas del mercado actual —Bluetooth, 802. 15. 4, Zigbee, ANT— operan en la banda ISM de 2,4 GHz. Esa banda no tiene licencia, lo que significa que se comparte con Wi-Fi, equipos de microondas, teléfonos inalámbricos y cualquier dispositivo Bluetooth dentro del alcance. En una instalación de fabricación moderna, ese es un entorno de RF saturado y hostil antes incluso de añadir un solo transmisor de galgas. El problema de la congestión se agrava en proporción al tamaño de la instalación y la densidad de la mano de obra. Una instalación con 200 empleados, cada uno con un smartphone con Bluetooth y Wi-Fi activos, ya ha generado un ruido de RF de base sustancial antes de que los equipos de producción, los controles industriales o los sistemas de medición añadan sus contribuciones. La mayoría de los materiales de marketing de galgas inalámbricas ignoran este problema o lo abordan con un lenguaje vago sobre conexiones «robustas». La arquitectura del protocolo subyacente es lo que realmente determina si un sistema sobrevive en ese entorno, y no todas las arquitecturas son iguales. Cómo Bluetooth gestiona la congestión de RF — Y por qué se queda corto Para hacer frente al problema de la congestión de 2,4 GHz, Bluetooth utiliza una técnica llamada Salto de Frecuencia Adaptativo (AFH). La radio salta típicamente entre 40 y 79 canales en la banda de... Ein datenbasierter Vergleich von Funkprotokollen für die industrielle SPC-Datenerfassung. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Einleitung Kabellose Messmittel-Datenerfassung klingt auf dem Papier einfach: Verbinden Sie Ihre Präzisionsmessmittel ohne Kabel mit Ihrer SPC-Software. Bluetooth ist überall, es ist vertraut, und mehrere große Messmittelhersteller bieten es an. Warum ziehen Qualitätsingenieure, die Bluetooth in Fertigungsumgebungen ausprobiert haben, es so oft wieder heraus? Weil Erfolg nicht allein dadurch garantiert ist, dass man einen Sender mit einem Empfänger koppelt – er wird davon bestimmt, wie Ihre Messwerte drahtlos übertragen werden. Das zugrunde liegende Protokoll entscheidet, ob Ihre Daten zuverlässig fließen oder im Rauschen eines geschäftigen Shopfloors untergehen. Lesen Sie weiter und erfahren Sie, warum so viele kabellose Messmittel-Implementierungen in der Fertigung scheitern – und was die erfolgreichen gemeinsam haben. Die Antwort ist weder Zufall noch eine schlechte Hardware-Charge. Es ist die Komplexität. In industriellen Anwendungen ist Komplexität der stille Killer zuverlässiger Systeme: Je mehr bewegliche Teile ein Prozess hat, desto mehr Möglichkeiten gibt es für Ausfälle. Bluetooth wurde für Consumer-Geräte entwickelt – Headsets, Tastaturen, Lautsprecher, Telefone – und bringt die gesamte Komplexität eines Consumer-Verbindungsprotokolls mit: Pairing-Management, Geräte-Limits, OS-Abhängigkeiten, Treiber-Updates und eine Frequency-Hopping-Architektur, die Probleme bekommt, wenn die HF-Umgebung überfüllt ist. Nichts davon wurde für eine Maschinenhalle entwickelt, in der Frequenzumrichter, CNC-Anlagen und Schweißprozesse laufen – mit Dutzenden Bedienern, die alle ihre eigenen Bluetooth-fähigen Geräte mit sich tragen. Jede zusätzliche Komplexitätsebene, die Bluetooth Ihrem Messsystem hinzufügt, ist ein neuer Fehlermodus, der nur auf den falschen Moment wartet. Wenn Sie ein Consumer-Protokoll in eine industrielle Umgebung bringen, bitten Sie es nicht nur, eine andere Aufgabe zu erledigen – Sie vervielfachen die Anzahl der Möglichkeiten, wie es scheitern kann. Dieser Artikel erläutert die technischen Gründe, warum Bluetooth in der Fertigung Schwierigkeiten hat, dokumentiert diese Fehlermodi anhand veröffentlichter Spezifikationen von Wettbewerbern und zeigt, wie das RM2. 4-Protokoll von MicroRidge die Probleme löst, die Bluetooth und andere Frequency-Hopping-Funkprotokolle nicht lösen können. Das 2,4-GHz-Problem ist schlimmer, als Sie denken Jedes kabellose Messmittel-System auf dem Markt – Bluetooth, 802. 15. 4, Zigbee, ANT – arbeitet im 2,4-GHz-ISM-Band. Dieses Band ist lizenzfrei, das heißt, es wird mit WLAN, Mikrowellengeräten, schnurlosen Telefonen und jedem Bluetooth-Gerät in Reichweite geteilt. In einer modernen Fertigungsstätte ist das bereits eine überfüllte und feindliche HF-Umgebung, noch bevor Sie auch nur einen einzigen Messmittel-Sender hinzufügen. Das Überlastungsproblem verstärkt sich proportional zur Größe der Anlage und zur Dichte der Belegschaft. Eine Anlage mit 200 Mitarbeitern, von denen jeder ein Smartphone mit aktivem Bluetooth und WLAN bei sich trägt, erzeugt bereits ein erhebliches Grundrauschen, bevor Produktionsanlagen, industrielle Steuerungen oder Messsysteme ihren Anteil hinzufügen. Die meisten Marketingunterlagen zu kabellosen Messmitteln ignorieren dieses Problem entweder oder behandeln es mit vagen Formulierungen über „robuste“ Verbindungen. Entscheidend dafür, ob ein System in dieser Umgebung überlebt, ist die Architektur des zugrunde liegenden Protokolls – und nicht alle Architekturen sind gleich. Wie Bluetooth mit HF-Überlastung umgeht – und warum das nicht ausreicht Um das 2,4-GHz-Überlastungsproblem zu bewältigen, verwendet Bluetooth eine Technik namens Adaptive Frequency Hopping (AFH). Das Funkmodul springt typischerweise viele Male pro Sekunde zwischen 40 und 79 Kanälen über das 2,4-GHz-Band und vermeidet theoretisch Störungen, indem es sich von stark belegten Kanälen wegbewegt. Die Einschränkung von AFH in einer dichten HF-Umgebung ist grundlegend: Hopping funktioniert nur, wenn es saubere Kanäle gibt, auf die man springen kann. Während Bluetooths AFH bekannte schlechte Kanäle reaktiv erkennen und das Springen dorthin reduzieren kann, kann es nicht auf dem saubersten verfügbaren Kanal verweilen – kontinuierliches Hopping ist dem Protokoll inhärent. In einer Anlage, in der WLAN-Access-Points, Industrieanlagen und Dutzende persönliche Geräte gemeinsam einen Großteil des 2,4-GHz-Bands belegen, schrumpft der Pool „guter“ Kanäle, bis das Funkmodul effektiv zwischen nur geringfügig weniger schlechten Optionen rotiert – was Wiederholungen auslöst, die Latenz erhöht und schließlich Pakete verwirft oder die Verbindung ganz verliert. Hopping bringt zudem Timing- und Koordinationskomplexität mit sich. In metallintensiven Fertigungsumgebungen, in denen Signalreflexionen und Mehrwegeausbreitung über das Band... A data-driven comparison of wireless gage protocols for industrial SPC data collection. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction Wireless gage data collection sounds straightforward on paper: connect your precision instruments to your SPC software without cables. Bluetooth is everywhere, it's familiar, and several major gage manufacturers offer it. So why do quality engineers who've tried Bluetooth in manufacturing environments so often end up pulling it out? Because success isn't guaranteed by simply pairing a transmitter to a receiver, it's dictated by the way your measurements are wirelessly sent. The protocol underneath that connection determines whether your data flows reliably or disappears into the noise of a busy shop floor. Read on to find out why so many wireless gage implementations fail in manufacturing, and what the ones that don't have in common. The answer isn't a fluke or a bad batch of hardware. It's complexity. In industrial applications, complexity is the silent killer of reliable systems, the more moving parts a process has, the more opportunities there are for failure. Bluetooth was designed for consumer devices; headsets, keyboards, speakers, phones, and it brings with it all the complexity of a consumer-grade connection protocol: pairing management, device limits, OS dependencies, driver updates, and a frequency-hopping architecture that struggles when the RF environment gets crowded. None of that complexity was engineered for a machine shop running variable frequency drives, CNC equipment, and welding operations, with dozens of operators all carrying their own Bluetooth-enabled devices. Every layer of complexity Bluetooth adds to your measurement system is a new failure mode waiting for the wrong moment to surface. When you put a consumer protocol into an industrial environment, you're not just asking it to do a different job, you're multiplying the number of ways it can fail. This article walks through the technical reasons Bluetooth struggles in manufacturing, documents those failure modes with published competitor specifications, and shows how MicroRidge's RM2. 4 protocol solves the problems that Bluetooth and other frequency-hopping wireless protocols cannot. The 2. 4 GHz Problem Is Worse Than You Think Every wireless gage system on the market today — Bluetooth, 802. 15. 4, Zigbee, ANT — operates in the 2. 4 GHz ISM band. That band is unlicensed, which means it's shared with Wi-Fi, microwave equipment, cordless phones, and every Bluetooth device within range. In a modern manufacturing facility, that's a crowded and hostile RF environment before you add a single gage transmitter to it. The congestion problem compounds in proportion to facility size and workforce density. A facility with 200 employees, each carrying a smartphone with Bluetooth and Wi-Fi active, has already generated substantial baseline RF noise before production equipment, industrial controls, or measurement systems add their contributions. Most wireless gage marketing materials either ignore this problem or address it with vague language about "robust" connections. The architecture of the underlying protocol is what actually determines whether a system survives in that environment — and not all architectures are equal. How Bluetooth Handles RF Congestion — And Why It Falls Short To cope with the 2. 4GHz congestion problem, Bluetooth uses a technique called Adaptive Frequency Hopping (AFH). The radio typically hops between 40 and 79 channels across the 2. 4 GHz band many times per second, theoretically avoiding interference by moving away from busy channels. The limitation of AFH in a dense RF environment is fundamental: hopping only works when there are clean channels to hop to. While Bluetooth's AFH can reactively identify and reduce hopping into known bad channels, it cannot dwell on the cleanest available channel — continuous hopping is intrinsic to how the protocol operates. In a facility where Wi-Fi access points, industrial equipment, and dozens of personal devices are collectively occupying much of the 2. 4 GHz band, the pool of "good" channels shrinks until the radio is effectively cycling... La mayoría de los adaptadores USB no pueden leer la salida Digimatic SPC. Conozca qué interfaz y qué cable necesita realmente, y cuál es el coste por estación de medición. Los adaptadores USB no pueden decodificar la salida Digimatic SPC; esto es lo que realmente necesita, lo que cuesta y cómo elegir la interfaz adecuada para su calibre y aplicación. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introducción Si ha buscado «cómo conectar un calibre digital a un ordenador» y ha dado con consejos que le dicen que se haga con un adaptador básico de USB a RS-232 y un programa de emulación de teclado (keyboard wedge), se ha topado con uno de los conceptos erróneos más comunes en la recopilación de datos de medición de precisión. Ese enfoque funciona para una categoría reducida de dispositivos de salida RS-232, pero no para la mayoría de los calibres de precisión utilizados en el control de calidad de fabricación. Los comparadores, pies de rey, micrómetros y otros instrumentos dimensionales suelen emitir protocolos de medición patentados, como Digimatic, que funcionan con niveles de señal y estructuras de datos diferentes a los de RS-232. Un adaptador USB genérico no tiene capacidad para decodificar esta salida. Este artículo explica por qué, qué necesita realmente y cuánto cuesta establecer una conexión completa desde su calibre a su ordenador, software SPC o Excel. Por qué un adaptador USB básico no funcionará con la mayoría de los calibres de precisión Los adaptadores genéricos de USB a RS-232 están diseñados para un único propósito: convertir señales serie RS-232 en una conexión USB que un PC pueda leer. Funcionan bien si su calibre emite un flujo de datos serie RS-232 estándar y su aplicación de destino supervisa directamente un puerto COM, pero no capturarán datos de medición de calibres de precisión digitales, ni introducirán datos de medición en Excel, software basado en la nube o cualquier aplicación estándar que no lea de forma nativa la entrada serie. La mayoría de los calibres dimensionales de precisión —incluida la familia de productos Mitutoyo Digimatic— no utilizan salida RS-232. Utilizan el protocolo Digimatic, una interfaz patentada desarrollada para instrumentos de medición de precisión. Los niveles de señal, la temporización y la estructura de datos son fundamentalmente diferentes de los de RS-232. Un adaptador genérico no tiene capacidad para decodificar esta salida. No obtendrá datos; no obtendrá nada, o solo caracteres sin sentido. En conclusión: conectar un comparador, pie de rey o micrómetro Digimatic a un ordenador requiere una interfaz de calibre diseñada específicamente para tal fin. Esto no es opcional y no existe ninguna solución alternativa viable. Lo que realmente necesita: dos componentes Una conexión completa de calibre a ordenador requiere exactamente dos componentes:Una interfaz de calibre: el hardware que decodifica la salida Digimatic u otra salida de calibre digital y la traduce en una señal que su ordenador pueda utilizar. El cable OEM correcto para su modelo de calibre específico: el enlace físico entre el puerto de datos del calibre y la interfaz. Ambos son necesarios. Ninguno es intercambiable entre familias de calibres sin verificación. MicroRidge suministra ambos componentes, por lo que la solución completa se envía desde un único proveedor, una ventaja significativa para los departamentos de calidad que gestionan listas de proveedores aprobados. La familia de productos GageWay: cómo elegir la interfaz adecuada MicroRidge ofrece dos líneas de productos para la recopilación de datos de calibres por cable, que cubren desde aplicaciones de un solo calibre hasta estaciones de medición de alta densidad con varios calibres. La familia de productos GageWay incluye interfaces para cada escenario de conexión: desde un único comparador que introduce datos en Excel mediante emulación de teclado hasta una estación de medición de ocho calibres que transmite datos a un software SPC a través de un puerto COM. GageWay KW — Calibre único, salida de emulación de teclado | 180 $ El GageWay KW es la interfaz de nivel de entrada diseñada para un único calibre Digimatic. Emite los datos de medición como pulsaciones... Die meisten USB-Adapter können Digimatic-SPC-Ausgabe nicht lesen. Erfahren Sie, welche Schnittstelle und welches Kabel Sie tatsächlich benötigen – und was das pro Messstation kostet. USB-Adapter können Digimatic-SPC-Ausgabe nicht decodieren – hier erfahren Sie, was Sie tatsächlich benötigen, was es kostet und wie Sie die richtige Schnittstelle für Ihr Messgerät und Ihre Anwendung auswählen. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Einleitung Wenn Sie nach „how to connect a digital gage to a computer“ gesucht haben und bei Tipps gelandet sind, einfach einen USB-auf-RS-232-Adapter und ein Keyboard-Wedge-Programm zu verwenden, sind Sie auf eines der häufigsten Missverständnisse bei der Datenerfassung in der Präzisionsmesstechnik gestoßen. Dieser Ansatz funktioniert für eine eng begrenzte Kategorie von Geräten mit RS-232-Ausgang – aber nicht für die Mehrheit der in der Fertigungs-Qualitätssicherung eingesetzten Präzisionsmessgeräte. Taster, Messschieber, Mikrometer und andere Längenmessmittel geben typischerweise proprietäre Messprotokolle wie Digimatic aus, die mit anderen Signalpegeln und Datenstrukturen als RS-232 arbeiten. Ein generischer USB-Adapter kann diese Ausgabe nicht decodieren. Dieser Artikel erklärt, warum das so ist, was Sie tatsächlich benötigen und was es kostet, eine vollständige Verbindung von Ihrem Messgerät zu Ihrem Computer, Ihrer SPC-Software oder Excel aufzubauen. Warum ein einfacher USB-Adapter mit den meisten Präzisionsmessgeräten nicht funktioniert Generische USB-auf-RS-232-Adapter sind für einen Zweck ausgelegt: RS-232-Seriellsignale in eine USB-Verbindung umzusetzen, die ein PC lesen kann. Sie funktionieren gut, wenn Ihr Messgerät einen standardmäßigen RS-232-Seriendatenstrom ausgibt und Ihre Zielanwendung einen COM-Port direkt überwacht – aber sie erfassen keine Messdaten von digitalen Präzisionsmessgeräten und bringen keine Messdaten in Excel, cloudbasierte Software oder irgendeine Standardanwendung, die serielle Eingaben nicht nativ lesen kann. Die meisten Präzisions-Längenmessgeräte – einschließlich der Mitutoyo-Digimatic-Produktfamilie – verwenden keinen RS-232-Ausgang. Sie verwenden das Digimatic-Protokoll, eine proprietäre Schnittstelle, die für Präzisionsmessgeräte entwickelt wurde. Signalpegel, Timing und Datenstruktur unterscheiden sich grundlegend von RS-232. Ein generischer Adapter kann diese Ausgabe nicht decodieren. Sie erhalten keine Daten – Sie erhalten nichts oder nur Datenmüll. Unterm Strich: Um einen Digimatic-Taster, Messschieber oder ein Mikrometer mit einem Computer zu verbinden, benötigen Sie eine speziell dafür entwickelte Messgeräte-Schnittstelle. Das ist nicht optional, und es gibt keinen sinnvollen Workaround. Was Sie tatsächlich benötigen: zwei Komponenten Eine vollständige Messgerät-zu-Computer-Verbindung erfordert genau zwei Komponenten:Eine Messgeräte-Schnittstelle – die Hardware, die die Digimatic- oder andere digitale Messgeräteausgabe decodiert und in ein Signal umsetzt, das Ihr Computer verwenden kannDas passende OEM-Kabel für Ihr konkretes Messgerätemodell – die physische Verbindung zwischen dem Datenport des Messgeräts und der SchnittstelleBeides ist erforderlich. Nichts davon ist ohne Prüfung zwischen Messgerätefamilien austauschbar. MicroRidge liefert beide Komponenten, sodass die Komplettlösung aus einer Hand kommt – ein echter Vorteil für Qualitätsabteilungen, die freigegebene Lieferantenlisten verwalten. Die GageWay-Produktfamilie: die richtige Schnittstelle auswählen MicroRidge bietet zwei Produktlinien für die kabelgebundene Messdatenerfassung an – von Einzelmessgeräte-Anwendungen bis hin zu hochdichten Multi-Messgeräte-Messstationen. Die GageWay-Produktfamilie umfasst Schnittstellen für jedes Verbindungsszenario – von einem einzelnen Taster, der Daten per Keyboard Wedge in Excel eingibt, bis zu einer Acht-Messgeräte-Messstation, die Daten per COM-Port an SPC-Software streamt. GageWay KW – Einzelmessgerät, Keyboard-Wedge-Ausgabe | 180 $ Der GageWay KW ist die Einstiegs-Schnittstelle für ein einzelnes Digimatic-Messgerät. Er gibt Messdaten als simulierte Tastatureingaben aus – Keyboard-Wedge-Modus – das heißt, die Daten erscheinen in jedem aktiven Feld in jeder Anwendung: Excel, Access, ein Webformular, eine kundenspezifische Datenbank oder jede SPC-Software, die Tastatureingaben akzeptiert. Keine Treiber, keine COM-Port-Konfiguration. Am besten geeignet für: Einzelmessgeräte-Prüfplätze, bei denen Einfachheit und niedrige Kosten im Vordergrund stehen und Keyboard-Wedge-Ausgabe die Anforderung der Anwendung erfüllt. Einschränkungen: Nur ein Messgerät. Nur Keyboard-Wedge-Ausgabe. Unterstützt keine RS-232-Messgeräteeingänge. Nur für den Ausgabemodus konfigurierbar – kontinuierliches Lesen oder Einzelmessung (ausgelöst über die Data-Taste des Messgeräts oder einen externen Leseschalter, der am GageWay KW angeschlossen ist) – keine Ausgabeformatierung, keine Delimiter-Steuerung und keine Datenfilterung. GageWay SM – Einzelmessgerät, USB-Serial-VCP-Ausgabe | 180 $ Der GageWay SM ist die Einzelmessgeräte-Schnittstelle für Anwendungen, die USB-Serial-Ausgabe über einen virtuellen COM-Port benötigen. Während der KW Daten als simulierte Tastatureingaben ausgibt, streamt der SM Messdaten direkt an einen COM-Port – die Eingabemethode, die von den meisten SPC-Softwareplattformen benötigt wird. Preislich identisch zum KW; die Wahl zwischen beiden hängt ausschließlich davon ab, wie Ihre Zielanwendung Daten... La plupart des adaptateurs USB ne peuvent pas lire la sortie SPC Digimatic. Découvrez l’interface et le câble dont vous avez réellement besoin, ainsi que leur coût par poste de mesure. Les adaptateurs USB ne peuvent pas décoder la sortie SPC Digimatic — voici ce dont vous avez réellement besoin, ce que cela coûte et comment choisir la bonne interface pour votre jauge et votre application. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction Si vous avez cherché « comment connecter une jauge numérique à un ordinateur » et que vous êtes tombé sur des conseils vous disant de prendre un adaptateur USB-vers-RS-232 de base et un programme d’émulation clavier, vous avez rencontré l’une des idées fausses les plus courantes en matière de collecte de données de mesure de précision. Cette approche fonctionne pour une catégorie étroite de dispositifs de sortie RS-232, mais pas pour la majorité des jauges de précision utilisées dans le contrôle qualité de fabrication. Les comparateurs, pieds à coulisse, micromètres et autres instruments dimensionnels produisent généralement des protocoles de mesure propriétaires tels que Digimatic, qui fonctionnent à des niveaux de signal et des structures de données différents de ceux du RS-232. Un adaptateur USB générique n’a aucune capacité à décoder cette sortie. Cet article explique pourquoi, ce dont vous avez réellement besoin et ce que cela coûte de construire une connexion complète de votre jauge à votre ordinateur, votre logiciel SPC ou Excel. Pourquoi un adaptateur USB de base ne fonctionnera pas avec la plupart des jauges de précision Les adaptateurs USB-vers-RS-232 génériques sont conçus dans un seul but : convertir les signaux série RS-232 en une connexion USB que votre PC peut lire. Ils fonctionnent bien si votre jauge produit un flux de données série RS-232 standard et que votre application cible surveille directement un port COM — mais ils ne captureront pas les données de mesure des jauges numériques de précision, et ils n’introduiront pas les données de mesure dans Excel, les logiciels basés sur le cloud ou toute application standard qui ne lit pas nativement l’entrée série. La plupart des jauges dimensionnelles de précision — y compris la famille de produits Mitutoyo Digimatic — n’utilisent pas de sortie RS-232. Elles utilisent le protocole Digimatic, une interface propriétaire développée pour les instruments de mesure de précision. Les niveaux de signal, la synchronisation et la structure des données sont fondamentalement différents du RS-232. Un adaptateur générique n’a aucune capacité à décoder cette sortie. Vous n’obtiendrez pas de données — vous n’obtiendrez rien, ou des données corrompues. En résumé : connecter un comparateur, un pied à coulisse ou un micromètre Digimatic à un ordinateur nécessite une interface de jauge spécialement conçue. Ce n’est pas facultatif, et il n’y a pas de solution de contournement significative. Ce dont vous avez réellement besoin : deux composants Une connexion complète jauge-ordinateur nécessite exactement deux composants :Une interface de jauge — le matériel qui décode la sortie Digimatic ou autre jauge numérique et la traduit en un signal que votre ordinateur peut utiliserLe câble OEM correct pour votre modèle de jauge spécifique — le lien physique entre le port de données de la jauge et l’interfaceLes deux sont requis. Aucun n’est interchangeable entre les familles de jauges sans vérification. MicroRidge fournit les deux composants, de sorte que la solution complète est livrée par une source unique — un avantage significatif pour les services qualité gérant les listes de fournisseurs approuvés. La famille de produits GageWay : choisir la bonne interface MicroRidge propose deux gammes de produits pour la collecte de données de jauge filaire, couvrant les applications à jauge unique jusqu’aux stations de mesure multi-jauges haute densité. La famille de produits GageWay comprend des interfaces pour chaque scénario de connexion — d’un seul comparateur alimentant des données dans Excel via émulation clavier à une station de mesure à huit jauges diffusant des données vers un logiciel SPC via un port COM. GageWay KW — Jauge unique, sortie émulation clavier | 180 $ Le GageWay KW est l’interface d’entrée de... Most USB adapters can't read Digimatic SPC output. Learn what interface and cable you actually need — and what it costs per gage station. USB adapters can't decode Digimatic SPC output — here's what you actually need, what it costs, and how to choose the right interface for your gage and application. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Introduction If you've searched "how to connect a digital gage to a computer" and landed on advice telling you to grab a basic USB-to-RS-232 adapter and a keyboard wedge program, you've encountered one of the most common misconceptions in precision measurement data collection. That approach works for a narrow category of RS-232 output devices — but not for the majority of precision gages used in manufacturing quality control. Indicators, calipers, micrometers, and other dimensional instruments typically output proprietary measurement protocols such as Digimatic, which operate at different signal levels and data structures than RS-232. A generic USB adapter has no capability to decode this output. This article explains why, what you actually need, and what it costs to build a complete connection from your gage to your computer, SPC software, or Excel. Why a Basic USB Adapter Won't Work with Most Precision Gages Generic USB-to-RS-232 adapters are designed for one purpose: converting RS-232 serial signals to a USB connection that a PC can read. They work fine if your gage outputs a standard RS-232 serial data stream and your target application monitors a COM port directly — but they will not capture measurement data from digital precision gages, and they will not get measurement data into Excel, cloud-based software, or any standard application that doesn't natively read serial input. Most precision dimensional gages — including the Mitutoyo Digimatic product family — do not use RS-232 output. They use the Digimatic protocol, a proprietary interface developed for precision measurement instruments. The signal levels, timing, and data structure are fundamentally different from RS-232. A generic adapter has no capability to decode this output. You will not get data — you will get nothing, or garbage. The bottom line: connecting a Digimatic indicator, caliper, or micrometer to a computer requires a purpose-built gage interface. This is not optional, and there is no meaningful workaround. What You Actually Need: Two Components A complete gage-to-computer connection requires exactly two components:A gage interface — the hardware that decodes the Digimatic or other digital gage output and translates it into a signal your computer can useThe correct OEM cable for your specific gage model — the physical link between the gage's data port and the interfaceBoth are required. Neither is interchangeable across gage families without verification. MicroRidge supplies both components, so the complete solution ships from a single source — a meaningful advantage for quality departments managing approved vendor lists. The GageWay Product Family: Choosing the Right Interface MicroRidge offers two product lines for wired gage data collection, covering single-gage applications through high-density multi-gage measurement stations. The GageWay product family includes interfaces for every connection scenario — from a single indicator feeding data into Excel via keyboard wedge to an eight-gage measurement station streaming data to SPC software via COM port. GageWay KW — Single Gage, Keyboard Wedge Output | $180 The GageWay KW is the entry-level interface designed for a single Digimatic gage. It outputs measurement data as simulated keystrokes — keyboard wedge mode — which means data appears in any active field in any application: Excel, Access, a web form, a custom database, or any SPC software that accepts keyboard input. No drivers, no COM port configuration. Best for: Single-gage inspection stations where simplicity and low cost are the priority and keyboard wedge output meets the application requirement. Limitations: Single gage only. Keyboard wedge output only. Does not support RS-232 gage inputs. Configurable only for output mode — continuous read or single read (triggered by the gage's Data button or external read switch connected to the GageWay KW) — no output formatting, delimiter control, or data filtering. GageWay... Conozca cuándo una interfaz de teclado por hardware supera a una por software para la recopilación de datos en planta, y cuándo necesita ambas. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Por qué las interfaces de teclado siguen siendo importantes en la fabricación Cada pulsación manual de tecla entre un dispositivo de medición y su software de SPC es una potencial no conformidad a punto de ocurrir. Los errores de transcripción, los fallos de transposición y las lecturas omitidas no solo corrompen sus datos, sino que socavan la validez estadística de todo su sistema de gestión de calidad. Bajo normas como ISO 9001:2015 (Cláusula 7. 1. 5) e IATF 16949 (Cláusula 7. 1. 5. 1. 1), las organizaciones deben demostrar que el análisis del sistema de medición confirma la integridad de los datos registrados. Una interfaz de teclado (keyboard wedge) resuelve este problema en el origen. Toma la salida nativa de un dispositivo serie RS-232 —una báscula, un visualizador digital (DRO), un durómetro, un escáner de códigos de barras o un calibre— y la convierte en pulsaciones de teclas que se introducen directamente en cualquier aplicación que se esté ejecutando en la estación de trabajo. Sin controladores personalizados. Sin software de recopilación de datos dedicado. Los datos llegan a Excel, Minitab, su plataforma SPC o un portal de calidad basado en la web exactamente como los reportó el instrumento. Pero no todas las interfaces de teclado funcionan de la misma manera. Los dos enfoques fundamentales —interfaces por hardware e interfaces por software— difieren significativamente en la complejidad de despliegue, la dependencia de TI, la capacidad de análisis (parsing) y la estructura de costes. Elegir la opción incorrecta puede crear una nueva variación en el proceso en lugar de eliminarla. ¿Qué es una interfaz de teclado (Keyboard Wedge) por hardware? Una interfaz de teclado por hardware es un dispositivo físico independiente que se sitúa entre su instrumento RS-232 y el puerto USB de la estación de trabajo. Recibe datos serie del instrumento, los procesa y analiza internamente, y envía el resultado como una entrada de teclado HID estándar al PC. Debido a que la conversión ocurre en un hardware dedicado, el PC no ve más que un teclado. No hay software que instalar, ni procesos en segundo plano que gestionar, ni dependencia del sistema operativo anfitrión más allá del soporte básico USB HID, el cual es nativo en Windows, Linux, macOS y la mayoría de los entornos de clientes ligeros. Esto es fundamental en la planta de producción. En entornos de fabricación regulados —especialmente aeroespacial (AS9100D), automotriz (IATF 16949) y dispositivos médicos (21 CFR Parte 820)— cualquier software instalado en una estación de trabajo de producción puede activar procedimientos de control de cambios de TI, requisitos de validación y revisiones de ciberseguridad. Una interfaz por hardware evita todo eso. Es un periférico plug-and-play, no un despliegue de software. ¿Qué es una interfaz de teclado (Keyboard Wedge) por software? Una interfaz de teclado por software es una aplicación que se ejecuta en la propia estación de trabajo. Abre una conexión a un puerto serie (COM) —ya sea un RS-232 físico o un adaptador USB a serie—, lee los datos entrantes, aplica reglas de análisis y formato, e inyecta el resultado como pulsaciones de teclas simuladas o mediante transferencia DDE/portapapeles en la aplicación de destino. Las interfaces por software ofrecen más flexibilidad en la manipulación de los datos antes de su entrega. Pueden gestionar paquetes de datos complejos con múltiples campos, aplicar funciones matemáticas, añadir un sello de fecha y hora a las mediciones entrantes, gestionar la comunicación bidireccional con el instrumento (enviando comandos como imprimir, cero o tara) y registrar datos en archivos en segundo plano simultáneamente. Cuando los datos que salen de su instrumento requieren una transformación significativa antes de ser útiles, una interfaz por software le ofrece la... Erfahren Sie, wann eine Hardware-Keyboard-Wedge einer Software-Keyboard-Wedge bei der Datenerfassung in der Fertigung überlegen ist – und wann Sie beide benötigen. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Warum Keyboard-Wedges in der Fertigung immer noch wichtig sind Jeder manuelle Tastendruck zwischen einem Messgerät und Ihrer SPC-Software ist eine potenzielle Nichtkonformität. Übertragungsfehler, Zahlendreher und versäumte Messwerte korrumpieren nicht nur Ihre Daten – sie untergraben die statistische Validität Ihres gesamten Qualitätsmanagementsystems. Gemäß Normen wie ISO 9001:2015 (Abschnitt 7. 1. 5) und IATF 16949 (Abschnitt 7. 1. 5. 1. 1) sind Organisationen verpflichtet nachzuweisen, dass eine Messsystemanalyse die Integrität der aufgezeichneten Daten bestätigt. Eine Keyboard-Wedge löst dieses Problem an der Quelle. Sie nimmt die native Ausgabe eines seriellen RS-232-Geräts – etwa eine Waage, eine digitale Anzeige (DRO), ein Härteprüfgerät, ein Barcodescanner oder ein Messgerät – und wandelt sie in Tastaturanschläge um, die direkt in die jeweilige Anwendung auf der Workstation eingespeist werden. Keine benutzerdefinierten Treiber. Keine dedizierte Datenerfassungssoftware. Die Daten landen in Excel, Minitab, Ihrer SPC-Plattform oder einem webbasierten Qualitätsportal genau so, wie das Instrument sie gemeldet hat. Doch nicht alle Keyboard-Wedges funktionieren auf die gleiche Weise. Die beiden grundlegenden Ansätze – Hardware-Wedges und Software-Wedges – unterscheiden sich erheblich in Bezug auf Implementierungskomplexität, IT-Abhängigkeit, Parsing-Fähigkeiten und Kostenstruktur. Die Wahl des falschen Systems kann neue Prozessvariationen schaffen, anstatt sie zu eliminieren. Was ist eine Hardware-Keyboard-Wedge? Eine Hardware-Keyboard-Wedge ist ein eigenständiges physisches Gerät, das zwischen Ihrem RS-232-Instrument und dem USB-Anschluss der Workstation platziert wird. Sie empfängt serielle Daten vom Instrument, verarbeitet und parst diese intern und gibt das Ergebnis als Standard-HID-Tastatureingabe an den PC aus. Da die Konvertierung in einer dedizierten Hardware stattfindet, erkennt der PC lediglich eine Tastatur. Es muss keine Software installiert werden, es gibt keinen Hintergrundprozess zu verwalten und keine Abhängigkeit vom Host-Betriebssystem über die grundlegende USB-HID-Unterstützung hinaus – welche in Windows, Linux, macOS und den meisten Thin-Client-Umgebungen nativ vorhanden ist. Dies ist in der Fertigung von entscheidender Bedeutung. In regulierten Fertigungsumgebungen – insbesondere in der Luft- und Raumfahrt (AS9100D), der Automobilindustrie (IATF 16949) und der Medizintechnik (21 CFR Part 820) – kann jede auf einer Produktions-Workstation installierte Software IT-Änderungskontrollverfahren, Validierungsanforderungen und Cybersicherheitsprüfungen auslösen. Eine Hardware-Wedge umgeht all dies. Sie ist ein Plug-and-Play-Peripheriegerät, keine Software-Implementierung. Was ist eine Software-Keyboard-Wedge? Eine Software-Keyboard-Wedge ist eine Anwendung, die auf der Workstation selbst ausgeführt wird. Sie öffnet eine Verbindung zu einem seriellen (COM-) Port – sei es ein physischer RS-232-Anschluss oder ein USB-zu-Seriell-Adapter –, liest eingehende Daten, wendet Parsing- und Formatierungsregeln an und speist das Ergebnis als simulierte Tastaturanschläge oder via DDE/Zwischenablage in die Zielanwendung ein. Software-Wedges bieten mehr Flexibilität bei der Manipulation von Daten vor der Übergabe. Sie können komplexe Datenpakete mit mehreren Feldern verarbeiten, mathematische Funktionen anwenden, Zeit- und Datumsstempel an eingehende Messungen anhängen, die bidirektionale Kommunikation mit dem Instrument verwalten (Senden von Befehlen wie Drucken, Nullstellen oder Tarieren) und Daten gleichzeitig in Hintergrunddateien protokollieren. Wenn die Daten Ihres Instruments eine signifikante Transformation erfordern, bevor sie nutzbar sind, bietet eine Software-Wedge die nötige Parsing-Tiefe. Der Nachteil ist die Abhängigkeit von der Infrastruktur. Software-Wedges erfordern Installation, Konfiguration und ein laufendes Kompatibilitätsmanagement mit dem Host-Betriebssystem. Sie verbrauchen Systemressourcen, können mit anderen Anwendungen für serielle Schnittstellen kollidieren und müssen als Teil Ihres Messsystems validiert werden, wenn Sie unter einem kontrollierten QMS arbeiten. Hardware vs. Software: Entscheidungsmatrix für qualitätskritische Umgebungen Die folgende Tabelle schlüsselt die Schlüsselfaktoren auf, die Qualitätsingenieure und IT-Verantwortliche bei der Auswahl eines Keyboard-Wedge-Ansatzes für den Einsatz in der Fertigung bewerten sollten. FaktorHardware-WedgeSoftware-Wedge InstallationPlug-and-Play-USB-Verbindung. Keine Software, keine Treiber, kein IT-Ticket für die Implementierung. Software wird nur zur Konfiguration benötigt. Erfordert Anwendungsinstallation, COM-Port-Konfiguration und potenziell Administratorrechte. Betriebssystem-AbhängigkeitKeine. Funktioniert mit jedem Betriebssystem, das USB-HID-Tastaturen unterstützt. Windows-abhängig. OS-Updates und Treiberänderungen können die Funktionalität beeinträchtigen. IT-/ValidierungsaufwandMinimal. Wird als Peripheriegerät behandelt, nicht als Software-Implementierung. Kann IQ/OQ/PQ-Validierung gemäß 21 CFR Part 820 oder IATF 16949 PPAP erfordern. Daten-ParsingInternes Parsing: Zeichenposition, Suche nach numerischen Werten, Präfix/Suffix. Unterstützt die meisten Ein-Feld-Instrumente. Erweitertes... Découvrez quand un coinceur clavier matériel surpasse un coinceur clavier logiciel pour la collecte de données en atelier — et quand vous avez besoin des deux. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Pourquoi les coinceurs clavier restent importants dans la fabrication Chaque frappe manuelle entre un appareil de mesure et votre logiciel SPC est une non-conformité potentielle en attente de se produire. Les erreurs de transcription, les inversions de chiffres et les lectures manquées ne se contentent pas de corrompre vos données : elles compromettent la validité statistique de l’ensemble de votre système de management de la qualité. Selon des normes telles que l’ISO 9001:2015 (clause 7. 1. 5) et l’IATF 16949 (clause 7. 1. 5. 1. 1), les organisations doivent démontrer que l’analyse du système de mesure confirme l’intégrité des données enregistrées. Un coinceur clavier résout ce problème à la source. Il prend la sortie native d’un appareil série RS-232 — une balance, un affichage numérique (DRO), un duromètre, un lecteur de codes-barres ou un calibre — et la convertit en frappes clavier qui alimentent directement l’application en cours d’exécution sur le poste de travail. Aucun pilote personnalisé. Aucun logiciel dédié de collecte de données. Les données arrivent dans Excel, Minitab, votre plateforme SPC ou un portail qualité web exactement telles que l’instrument les a rapportées. Mais tous les coinceurs clavier ne fonctionnent pas de la même manière. Les deux approches fondamentales — coinceurs matériels et coinceurs logiciels — diffèrent fortement en termes de complexité de déploiement, de dépendance à l’IT, de capacité d’analyse (parsing) et de structure de coûts. Choisir la mauvaise solution peut créer une nouvelle variation de processus au lieu de l’éliminer. Qu’est-ce qu’un coinceur clavier matériel ? Un coinceur clavier matériel est un appareil physique autonome qui se place entre votre instrument RS-232 et le port USB du poste de travail. Il reçoit les données série de l’instrument, les traite et les analyse (parsing) en interne, puis envoie le résultat au PC sous forme d’entrée clavier HID standard. Comme la conversion se fait dans un matériel dédié, le PC ne voit rien d’autre qu’un clavier. Il n’y a aucun logiciel à installer, aucun processus en arrière-plan à gérer, et aucune dépendance au système d’exploitation hôte au-delà de la prise en charge USB HID de base — native sous Windows, Linux, macOS et la plupart des environnements de clients légers. C’est important en atelier. Dans les environnements de fabrication réglementés — en particulier l’aéronautique (AS9100D), l’automobile (IATF 16949) et les dispositifs médicaux (21 CFR Part 820) — tout logiciel installé sur un poste de production peut déclencher des procédures de contrôle des changements IT, des exigences de validation et des revues de cybersécurité. Un coinceur matériel contourne tout cela. C’est un périphérique plug-and-play, pas un déploiement logiciel. Qu’est-ce qu’un coinceur clavier logiciel ? Un coinceur clavier logiciel est une application qui s’exécute sur le poste de travail. Elle ouvre une connexion à un port série (COM) — RS-232 physique ou adaptateur USB-série — lit les données entrantes, applique des règles d’analyse (parsing) et de mise en forme, puis injecte le résultat sous forme de frappes simulées ou via un transfert DDE/presse-papiers dans l’application cible. Les coinceurs logiciels offrent davantage de flexibilité quant à la manière dont les données sont manipulées avant livraison. Ils peuvent gérer des paquets de données complexes à champs multiples, appliquer des fonctions mathématiques, ajouter un horodatage (date et heure) aux mesures entrantes, gérer la communication bidirectionnelle avec l’instrument (en envoyant des commandes comme imprimer, zéro ou tare) et enregistrer simultanément les données dans des fichiers en arrière-plan. Lorsque les données issues de votre instrument nécessitent une transformation importante avant d’être exploitables, un coinceur logiciel vous apporte la profondeur d’analyse nécessaire pour les traiter. Le compromis, c’est la dépendance à l’infrastructure. Les coinceurs logiciels nécessitent une installation, une configuration et... Learn when a hardware keyboard wedge beats a software keyboard wedge for production floor data collection — and when you need both. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Why Keyboard Wedges Still Matter in Manufacturing Every manual keystroke between a measurement device and your SPC software is a potential nonconformance waiting to happen. Transcription errors, transposition mistakes, and missed readings don’t just corrupt your data—they undermine the statistical validity of your entire quality management system. Under standards like ISO 9001:2015 (Clause 7. 1. 5) and IATF 16949 (Clause 7. 1. 5. 1. 1), organizations are required to demonstrate that measurement system analysis confirms the integrity of recorded data. A keyboard wedge solves this problem at the source. It takes the native output from an RS-232 serial device—a scale, digital readout (DRO), hardness tester, barcode scanner, or gage—and converts it into keystrokes that feed directly into whatever application is running on the workstation. No custom drivers. No dedicated data collection software. The data lands in Excel, Minitab, your SPC platform, or a web-based quality portal exactly as the instrument reported it. But not all keyboard wedges work the same way. The two fundamental approaches—hardware wedges and software wedges—differ significantly in deployment complexity, IT dependency, parsing capability, and cost structure. Choosing the wrong one can create new process variation rather than eliminating it. What Is a Hardware Keyboard Wedge? A hardware keyboard wedge is a standalone physical device that sits between your RS-232 instrument and the workstation’s USB port. It receives serial data from the instrument, processes and parses it onboard, and outputs the result as standard HID keyboard input to the PC. Because the conversion happens in dedicated hardware, the PC sees nothing more than a keyboard. There is no software to install, no background process to manage, and no dependency on the host operating system beyond basic USB HID support—which is native to Windows, Linux, macOS, and most thin-client environments. This matters on the production floor. In regulated manufacturing environments—especially aerospace (AS9100D), automotive (IATF 16949), and medical device (21 CFR Part 820)—any software installed on a production workstation may trigger IT change-control procedures, validation requirements, and cybersecurity reviews. A hardware wedge sidesteps all of that. It’s a plug-and-play peripheral, not a software deployment. What Is a Software Keyboard Wedge? A software keyboard wedge is an application that runs on the workstation itself. It opens a connection to a serial (COM) port—whether physical RS-232 or USB-to-serial adapter—reads incoming data, applies parsing and formatting rules, and injects the result as simulated keystrokes or via DDE/clipboard transfer into the target application. Software wedges offer more flexibility in how data is manipulated before delivery. They can handle complex multi-field data packets, apply math functions, append a date and time stamp to incoming measurements, manage bidirectional communication with the instrument (sending commands like print, zero, or tare), and log data to background files simultaneously. When the data coming off your instrument requires significant transformation before it's useful, a software wedge gives you the parsing depth to handle it. The tradeoff is infrastructure dependency. Software wedges require installation, configuration, and ongoing compatibility management with the host OS. They consume system resources, can conflict with other serial-port applications, and must be validated as part of your measurement system if operating under a controlled QMS. Hardware vs. Software: Decision Matrix for Quality-Critical Environments The table below breaks down the key factors quality engineers and IT stakeholders should evaluate when selecting a keyboard wedge approach for production floor deployment. FactorHardware WedgeSoftware Wedge InstallationPlug-and-play USB connection. No software, no drivers, no IT ticket for deployment. Software only needed for configuration. Requires application install, COM port configuration, and potentially admin rights. OS DependencyNone. Works with any OS that supports USB HID keyboards. Windows-dependent. OS updates and driver changes can break functionality. IT/Validation OverheadMinimal. Treated as a peripheral device,... Mitutoyo Changed the SPC Cable on Several Product Lines — Here’s What You Need to Know Mitutoyo has changed the SPC connector on two major product lines since 2023. If your cable doesn't fit, here's what you need to know. LinkedIn Reddit Threads Facebook X Email Summary If you’ve recently purchased a new Mitutoyo indicator or micrometer and your existing SPC cable won’t plug in, you’re not alone. Starting in 2023, Mitutoyo began migrating product lines to a new SPC connector — and the transition is ongoing. The old cables don’t fit the new gages, the new cables don’t fit the old gages, and the part numbers can be confusing if you don’t know what to look for. This article covers every product line affected so far: the ID-C and ID-F indicator transition (2023) and the MDE QuantuMike micrometer transition (2024–2025). For each, we’ll explain what changed, how to identify which connector your gage has, and exactly which cable or connector you need for wired and wireless data collection. Why Mitutoyo Is Changing Connectors The connector changes aren’t arbitrary — they reflect a fundamental upgrade in how Mitutoyo gages communicate. Older Mitutoyo gages use the Digimatic D1 protocol: a simple, one-directional output that sends a 6-digit measurement value when triggered. It works, but it’s limited. The new-generation gages support two additional protocols that require the new connector:Digimatic D2 transmits an 8-digit value instead of D1’s 6-digit format. This delivers the full resolution of the gage with no truncation or rounding — critical when you’re running indicators at 0. 5 µm resolution or micrometers at ±1 µm accuracy. Digimatic S1 is Mitutoyo’s new bidirectional serial protocol. S1 enables two-way communication between the gage and a connected PC or data collection device. Beyond reading measurements, S1 allows you to remotely push calibration date warnings, write operator info, and poll the gage’s serial number. For ISO 9001, IATF 16949, and AS9100 environments where calibration traceability and measurement system management are audit-critical, S1 is a significant step forward. The physical connector changed because these new protocols require additional pins and signal paths that the older connector designs couldn’t support. The trade-off is that the old and new connectors are physically incompatible — which is what brings most people to this article. Transition 1: ID-C and ID-F Indicators (2023) This was the first major product line to move to the new connector, and it’s the transition that caught the most people off guard. What ChangedStarting in late 2022 through early 2023, Mitutoyo rolled out a new generation of ID-C and ID-F series Digimatic indicators. These updated models brought higher resolution (down to 0. 5 µm / 20 µin), a larger LCD with analog bar display, a built-in calibration schedule warning, and D2/S1 protocol support. The SPC output port changed from the flat 5-pin Type F connector (used with the 905338 cable) to a new Type SF connector (used with the 06AGL011 cable). The two are physically incompatible. How to Identify Which Connector Your Indicator HasLook at the SPC output port on the side of your indicator, or check the model number:Type F (older indicators): Found on all pre-2023 ID-C and ID-F indicators, as well as height gages, depth gages, thickness gages, and scale units. Cable: 905338 (1m) or 905409 (2m). Type SF (new NX-series): Found on the 2023+ ID-C NX and ID-F NX indicators. Model numbers include the “NX” suffix (e. g. , ID-C0512NX, ID-C1012NX). Cable: 06AGL011 (1m) or 06AGL021 (2m). This transition affected dozens of indicator models across the 543 series used in bore gages, fixture gages, height comparators, thickness checks, and more. If your model number doesn’t include “NX,” it uses the original Type F connector. 905338 06AGL011 Transition 2: MDE QuantuMike Micrometers (2024–2025) Mitutoyo followed the indicator transition with a similar update to the QuantuMike line — one of the most popular high-speed micrometers in production environments. What ChangedThe new MDE QuantuMike... Free MobileCollect Updates: All Data Output Mode, International Keyboard Wedge Support, and Streamlined Wireless Gage Configuration LinkedIn Reddit Threads Facebook X Email Manufacturers relying on wireless gage data collection need more than just measurement values landing in a spreadsheet. To meet the traceability demands of ISO 9001, IATF 16949, or AS9100, quality teams need transmitter-level identification, RF diagnostics, event tracking, and the ability to feed that data directly into SPC software and quality management systems. Getting there has traditionally meant custom parsing, workaround scripts, or accepting gaps in your measurement audit trail. The latest free updates to the MobileCollect wireless gage interface platform are designed to close those gaps. With a new All Data output mode, international keyboard wedge language support, and streamlined base configuration, these updates enable — or for many users, further enable — MobileCollect to serve as the complete wireless measurement data collection backbone for process control and compliance workflows. The updates span the MobileCollect Base EVO series firmware, MobileCollect Xpress Setup software, and MobileCollect Extended Setup software — and all are available now as free downloads. MobileCollect Base EVO Series — Firmware Update 6. 29 New All Data Output ModeThe updated firmware introduces a standardized All Data output mode, now commonized across both Xpress Setup and Extended Setup configurations. This mode is designed for software providers, system integrators, and advanced users who need access to the complete wireless measurement data packet for parsing on the computer side. The goal: advanced measurement traceability for quality compliance and opening new doors for SPC software and data collection systems to extract significantly more information from the MobileCollect wireless gage interface. The All Data output includes:Measurement valueChannel Number — based on the channel the user pairs the transmitter to (when not using Global Channel)Channel Letter — based on the channel the user pairs the transmitter to (when not using Global Channel)Custom Text Field (configurable in Extended Setup only)Module ID — unique identifier for the transmitterModule Label — user-configurable transmitter label (8 characters)Base ID — unique identifier for the baseUnits of measurementBattery Voltage — transmitter battery level with the RX radio activeRF Signal Strength — signal strength between transmitter and baseAttempts — number of attempts required for the RF packet to be received by the base (an indicator of range and RF environment quality)Event — unique identifier for each measurementRead Gap — duration between measurements (when under 11 hours and 40 minutes)This comprehensive data packet enables software systems to build detailed measurement audit trails, monitor RF link health, track individual transmitters across stations, and support advanced quality and compliance workflows — all from a single data stream. International Keyboard Wedge Language SupportThe keyboard wedge functionality on the Wedge Base, MicroBase USB A and MicroBase USB C now supports multiple international keyboard layouts for keyboard wedge data entry, enabling global deployment of wireless gage data collection without character mapping issues. If your region's keyboard layout isn't listed below, let us know — we're actively expanding language support and welcome requests. Supported languages include:English — United States (QWERTY)English — United Kingdom (QWERTY)Belgian — France/Belgium (AZERTY)French — France (AZERTY)German — Germany (QWERTZ)Spanish — Mexico (QWERTY) MobileCollect Xpress Setup — Software Update 1. 6. 0. 84 Xpress Setup receives key usability enhancements that bring commonly needed wireless gage interface configuration options directly into the setup software, eliminating the need to send serial commands through ComTestSerial. These changes simplify wireless measurement data collection setup for manufacturers who need fast, reliable deployment. New in the Base Info & Config window:Number Format — Select between US format (decimal: 1. 234) and EU format (comma: 1,234)Keyboard Wedge Speed — Configurable output speed: Fast (60 char/sec), Medium (40 char/sec), or Slow (20 char/sec)Keyboard Language — Full support for all international keyboard layouts listed aboveAdditionally, Xpress Setup now supports the commonized All Data output mode as well as a new Measurement + Unit output option, both fully operational on Global and... Comment les erreurs de transcription corrompent vos données SPC — et comment les éliminer LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Résumé Chaque système qualité fonctionne grâce aux données. Mesures dimensionnelles, contrôles de tolérances, relevés d’état de surface — ces chiffres remontent de l’atelier vers votre logiciel SPC, alimentent vos cartes de contrôle et, au final, déterminent si le produit est expédié ou mis en attente. Mais que se passe-t-il lorsque les données elles-mêmes sont erronées avant même d’atteindre vos outils d’analyse ? Si vos opérateurs lisent encore l’affichage d’un instrument de mesure et saisissent manuellement les valeurs dans une feuille de calcul ou un formulaire d’inspection, vous avez un risque systémique d’intégrité des données intégré à votre processus. Les études du secteur situent de manière constante le taux moyen d’erreur de saisie manuelle des données à environ 1 % à 4 %. Cela peut sembler faible. Ça ne l’est pas. Sur une ligne de production enregistrant 500 mesures par poste, un taux d’erreur de 1 % introduit environ 5 valeurs incorrectes dans votre base de données qualité à chaque poste — et à 4 %, ce nombre grimpe à 20. Sur une seule année, cela représente entre 1 000 et 4 000 points de données corrompus provenant d’un seul poste d’inspection. Ces erreurs ne se signalent pas. Elles déforment silencieusement vos cartes X-bar et R, gonflent ou réduisent vos calculs de Cpk et génèrent de faux signaux de conformité pouvant masquer une dérive du processus jusqu’à ce qu’un produit non conforme atteigne votre client. Cet article détaille les trois principaux modes de défaillance de la saisie manuelle des données de mesure, explique les conséquences en aval pour votre programme SPC et décrit comment la collecte automatisée des données d’instruments de mesure élimine entièrement le problème. Les trois modes de défaillance de la saisie manuelle des données d’instruments de mesure Les erreurs de saisie manuelle des données ne sont pas un bruit aléatoire. Elles suivent des schémas prévisibles qu’un ingénieur qualité peut classer, analyser et — surtout — éliminer dès la conception du processus. 1. Erreurs de transcriptionUne erreur de transcription se produit lorsque l’opérateur lit correctement l’instrument de mesure mais enregistre une valeur incorrecte. Exemples courants : écrire 0. 5013 alors que l’instrument affiche 0. 5018, ou saisir 12. 74 au lieu de 12. 47. Conséquence SPC : Les erreurs de transcription introduisent une variation artificielle aléatoire dans votre jeu de données. Sur une carte X-bar, cela se traduit par des points sporadiques hors limites de contrôle sans cause assignable — parce que le processus n’a pas réellement produit ces valeurs. Votre équipe perd du temps à investiguer de faux états hors contrôle ou, pire, met en œuvre des ajustements de processus inutiles qui augmentent la variation réelle (surajustement). 2. Erreurs de transposition La transposition est un sous-ensemble spécifique de l’erreur de transcription où des paires de chiffres sont inversées : 0. 2538 devient 0. 2358. Elles sont particulièrement insidieuses, car la valeur erronée reste souvent dans les limites de spécification, ce qui la rend difficile à détecter lors de la revue des données. La valeur paraît plausible et passe donc sans être remise en question dans votre base de données SPC. Conséquence SPC : Les valeurs transposées biaisent systématiquement vos indicateurs de capabilité du processus. Si les transpositions rapprochent les valeurs du nominal, le Cpk calculé paraît plus élevé que la capabilité réelle du processus. Cela crée un faux sentiment de conformité — vous pensez que votre processus est plus capable qu’il ne l’est. À l’inverse, des transpositions qui éloignent les valeurs du nominal réduisent artificiellement le Cpk, pouvant déclencher une activité CAPA inutile. 3. Erreurs d’omission et biais de sélectionLes erreurs d’omission se produisent lorsque des relevés sont entièrement ignorés — un opérateur oublie d’enregistrer une valeur ou enregistre sélectivement uniquement les relevés « bons ». Ce... Wie Übertragungsfehler Ihre SPC-Daten verfälschen – und wie Sie diese eliminieren LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Zusammenfassung Jedes Qualitätssystem basiert auf Daten. Maßmessungen, Toleranzprüfungen, Oberflächenrauheitswerte – diese Zahlen fließen von der Fertigung in Ihre SPC-Software, steuern Ihre Regelkarten und bestimmen letztendlich, ob das Produkt ausgeliefert oder zurückgehalten wird. Aber was passiert, wenn die Daten selbst falsch sind, bevor sie überhaupt Ihre Analysewerkzeuge erreichen? Wenn Ihre Bediener noch immer die Anzeige eines Messgeräts ablesen und Werte manuell in eine Tabelle oder ein Prüfformular eingeben, haben Sie ein systemisches Datenintegritätsrisiko in Ihren Prozess eingebettet. Branchenforschung setzt die durchschnittliche Fehlerrate bei manueller Dateneingabe konstant bei etwa 1 % bis 4 % an. Das mag gering klingen. Ist es aber nicht. Bei einer Produktionslinie, die 500 Messungen pro Schicht erfasst, führt eine Fehlerrate von 1 % zu etwa 5 falschen Werten in Ihrer Qualitätsdatenbank pro Schicht – und bei 4 % steigt diese Zahl auf 20. Über ein einziges Jahr hinweg sind das zwischen 1. 000 und 4. 000 verfälschte Datenpunkte von nur einer Prüfstation. Diese Fehler kündigen sich nicht an. Sie verzerren stillschweigend Ihre X-quer- und R-Karten, erhöhen oder verringern Ihre Cpk-Berechnungen und erzeugen falsche Konformitätssignale, die einen driftenden Prozess maskieren können, bis nichtkonformes Produkt Ihren Kunden erreicht. Dieser Artikel unterteilt die drei primären Fehlermodi der manuellen Eingabe von Messdaten, erläutert die nachgelagerten Konsequenzen für Ihr SPC-Programm und skizziert, wie die automatisierte Erfassung von Messdaten das Problem vollständig eliminiert. Die drei Fehlermodi der manuellen Eingabe von Messdaten Fehler bei der manuellen Dateneingabe sind kein zufälliges Rauschen. Sie folgen vorhersehbaren Mustern, die ein Qualitätsingenieur klassifizieren, analysieren und – am wichtigsten – aus dem Prozess heraus konstruieren kann. 1. ÜbertragungsfehlerEin Übertragungsfehler tritt auf, wenn der Bediener das Messgerät korrekt abliest, aber den falschen Wert aufzeichnet. Häufige Beispiele sind das Schreiben von 0,5013, wenn das Messgerät 0,5018 anzeigt, oder die Eingabe von 12,74 anstelle von 12,47. SPC-Konsequenz: Übertragungsfehler führen zufällige künstliche Variation in Ihren Datensatz ein. Auf einer X-quer-Karte manifestiert sich dies als sporadische Punkte außerhalb der Kontrollgrenzen, die keine zuordenbare Ursache haben – weil der Prozess diese Werte tatsächlich nicht erzeugt hat. Ihr Team verschwendet Zeit mit der Untersuchung von Phantom-Außer-Kontrolle-Zuständen oder implementiert schlimmstenfalls unnötige Prozessanpassungen, die die reale Variation erhöhen (Tampering). 2. Vertauschungsfehler Vertauschung ist eine spezifische Untergruppe von Übertragungsfehlern, bei denen Ziffernpaare umgekehrt werden: 0,2538 wird zu 0,2358. Diese sind besonders heimtückisch, weil der fehlerhafte Wert oft innerhalb der Spezifikationsgrenzen bleibt, was die Erkennung während der Datenprüfung erschwert. Der Wert sieht plausibel aus, sodass er unangefochten in Ihre SPC-Datenbank gelangt. SPC-Konsequenz: Vertauschte Werte verzerren systematisch Ihre Prozessfähigkeitskennzahlen. Wenn Vertauschungen Werte näher an den Nennwert verschieben, erscheint Ihr berechneter Cpk höher als die tatsächliche Prozessfähigkeit. Dies erzeugt ein falsches Gefühl der Konformität – Sie glauben, Ihr Prozess sei fähiger, als er tatsächlich ist. Umgekehrt drücken Vertauschungen, die Werte vom Nennwert weg verschieben, den Cpk künstlich, was möglicherweise unnötige CAPA-Aktivitäten auslöst. 3. Auslassungs- und AuswahlverzerrungAuslassungsfehler treten auf, wenn Messwerte vollständig übersprungen werden – ein Bediener vergisst, einen Wert zu erfassen, oder zeichnet selektiv nur „gute“ Messwerte auf. Diese Verzerrung ist oft unbeabsichtigt: Ein Bediener misst ein Teil, das einen verdächtigen Wert geliefert hat, erneut und erfasst nur die zweite Messung. Das Ergebnis ist ein Datensatz, der die Prozessvariation systematisch unterrepräsentiert. SPC-Konsequenz: Verzerrte Stichprobennahme komprimiert die scheinbare Spannweite Ihrer Daten und verengt die Verteilung auf Ihrem Histogramm und Ihren Regelkarten. Aus diesen künstlich engen Daten berechnete Kontrollgrenzen werden zu eng. Wenn repräsentative Daten schließlich in das System gelangen, lösen sie Außer-Kontrolle-Signale auf einer Karte aus, die auf eine falsche Basislinie kalibriert wurde. Auch Ihre Gage R&R-Studien sind beeinträchtigt, da die Komponente der Messsystemvariation Inkonsistenzen bei der Aufzeichnung durch den Bediener enthält, die keine Funktion des Messinstruments selbst sind. Die Normenperspektive: Warum dies für die Compliance wichtig ist Das Risiko der manuellen Dateneingabe ist nicht nur ein statistisches Ärgernis – es stellt ein... Cómo los errores de transcripción corrompen sus datos SPC y cómo eliminarlos LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Resumen Todo sistema de calidad funciona con datos. Mediciones dimensionales, comprobaciones de tolerancias, lecturas de acabado superficial: estos números fluyen desde la planta de producción hacia su software SPC, impulsan sus gráficos de control y, en última instancia, determinan si el producto se envía o se retiene. Pero ¿qué ocurre cuando los propios datos son incorrectos antes de llegar a sus herramientas de análisis? Si sus operarios siguen leyendo la pantalla de un calibre e introduciendo manualmente los valores en una hoja de cálculo o un formulario de inspección, tiene un riesgo sistémico de integridad de datos integrado en su proceso. La investigación del sector sitúa sistemáticamente la tasa media de error de introducción manual de datos en aproximadamente el 1 % al 4 %. Puede parecer poco. No lo es. En una línea de producción que registra 500 mediciones por turno, una tasa de error del 1 % introduce aproximadamente 5 valores incorrectos en su base de datos de calidad cada turno, y con el 4 % esa cifra asciende a 20. A lo largo de un solo año, eso supone entre 1. 000 y 4. 000 puntos de datos corruptos procedentes de una sola estación de inspección. Esos errores no se anuncian. Distorsionan silenciosamente sus gráficos X-barra y R, inflan o reducen sus cálculos de Cpk y generan señales de conformidad falsas que pueden enmascarar un proceso a la deriva hasta que el producto no conforme llega a su cliente. Este artículo desglosa los tres modos de fallo principales de la introducción manual de datos de medición, explica las consecuencias posteriores para su programa SPC y describe cómo la recopilación automatizada de datos de calibres elimina el problema por completo. Los tres modos de fallo de la introducción manual de datos de calibres Los errores de introducción manual de datos no son ruido aleatorio. Siguen patrones predecibles que un ingeniero de calidad puede clasificar, analizar y, lo más importante, eliminar del proceso mediante diseño. 1. Errores de transcripciónUn error de transcripción se produce cuando el operario lee correctamente el calibre pero registra el valor incorrecto. Ejemplos comunes incluyen escribir 0,5013 cuando el calibre indica 0,5018, o introducir 12,74 en lugar de 12,47. Consecuencia SPC: Los errores de transcripción introducen variación artificial aleatoria en su conjunto de datos. En un gráfico X-barra, esto se manifiesta como puntos esporádicos fuera de los límites de control que no tienen una causa asignable, porque el proceso no produjo realmente esos valores. Su equipo pierde tiempo investigando condiciones fuera de control fantasma o, peor aún, implementa ajustes de proceso innecesarios que aumentan la variación real (manipulación indebida). 2. Errores de transposición La transposición es un subconjunto específico de error de transcripción en el que se invierten pares de dígitos: 0,2538 se convierte en 0,2358. Estos son particularmente insidiosos porque el valor erróneo a menudo permanece dentro de los límites de especificación, lo que dificulta su detección durante la revisión de datos. El valor parece plausible, por lo que pasa sin cuestionarse a su base de datos SPC. Consecuencia SPC: Los valores transpuestos sesgan sistemáticamente sus métricas de capacidad del proceso. Si las transposiciones desplazan los valores más cerca del nominal, su Cpk calculado parece mayor que la capacidad real del proceso. Esto crea una falsa sensación de conformidad: usted cree que su proceso es más capaz de lo que realmente es. Por el contrario, las transposiciones que desplazan los valores lejos del nominal reducen artificialmente el Cpk, lo que puede desencadenar actividad CAPA innecesaria. 3. Omisión y sesgo de selecciónLos errores de omisión se producen cuando se omiten lecturas por completo: un operario olvida registrar un valor o registra selectivamente solo las lecturas "buenas". Este sesgo suele ser involuntario: un operario vuelve... How Transcription Errors Corrupt Your SPC Data — and How to Eliminate Them LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Summary Every quality system runs on data. Dimensional measurements, tolerance checks, surface finish readings — these numbers flow from the shop floor into your SPC software, drive your control charts, and ultimately determine whether product ships or gets held. But what happens when the data itself is wrong before it ever reaches your analysis tools? If your operators are still reading a gage display and manually keying values into a spreadsheet or inspection form, you have a systemic data integrity risk embedded in your process. Industry research consistently puts the average manual data entry error rate at approximately 1% to 4%. That may sound small. It is not. On a production line recording 500 measurements per shift, a 1% error rate introduces roughly 5 incorrect values into your quality database every shift — and at 4% that number climbs to 20. Over a single year, that's somewhere between 1,000 and 4,000 corrupted data points from just one inspection station. Those errors do not announce themselves. They silently distort your X-bar and R charts, inflate or deflate your Cpk calculations, and generate false conformance signals that can mask a drifting process until nonconforming product reaches your customer. This article breaks down the three primary failure modes of manual measurement data entry, explains the downstream consequences for your SPC program, and outlines how automated gage data collection eliminates the problem entirely. The Three Failure Modes of Manual Gage Data Entry Manual data entry errors are not random noise. They follow predictable patterns that a quality engineer can classify, analyze, and — most importantly — design out of the process. 1. Transcription ErrorsA transcription error occurs when the operator reads the gage correctly but records the wrong value. Common examples include writing 0. 5013 when the gage reads 0. 5018, or entering 12. 74 instead of 12. 47. SPC Consequence: Transcription errors introduce random artificial variation into your dataset. On an X-bar chart, this manifests as sporadic points outside control limits that have no assignable cause — because the process did not actually produce those values. Your team wastes time investigating phantom out-of-control conditions, or worse, implements unnecessary process adjustments that increase real variation (tampering). 2. Transposition Errors Transposition is a specific subset of transcription error where digit pairs are reversed: 0. 2538 becomes 0. 2358. These are particularly insidious because the erroneous value often remains within specification limits, making it difficult to detect during data review. The value looks plausible, so it passes unchallenged into your SPC database. SPC Consequence: Transposed values systematically bias your process capability metrics. If transpositions shift values closer to nominal, your calculated Cpk appears higher than the true process capability. This creates a false sense of conformance — you believe your process is more capable than it actually is. Conversely, transpositions that shift values away from nominal artificially depress Cpk, potentially triggering unnecessary CAPA activity. 3. Omission and Selection BiasOmission errors occur when readings are skipped entirely — an operator forgets to record a value, or selectively records only “good” readings. This bias is often unintentional: an operator re-measures a part that produced a suspicious reading and records only the second measurement. The result is a dataset that systematically under-represents process variation. SPC Consequence: Biased sampling compresses the apparent range of your data, narrowing the distribution on your histogram and control charts. Control limits calculated from this artificially tight data become too narrow. When representative data eventually enters the system, it triggers out-of-control signals on a chart that was calibrated to a false baseline. Your Gage R&R studies are also compromised, as the measurement system variation component includes operator recording inconsistency that is not a function of the measurement instrument itself. The Standards Perspective: Why... This article examines why connecting your gages and RS-232 devices is the most critical step in manufacturing automation. Automated measurement collection from precision gages—indicators, micrometers, and calipers—and RS-232 devices such as scales, DROs, and comparators eliminates manual data entry, enables inline quality control, and builds the data infrastructure required for AI-driven process improvement MobileCollect Wireless: The Missing Link in Manufacturing Automation LinkedIn Reddit Threads Facebook X Email Summary This article examines why connecting your gages and RS-232 devices is the most critical step in manufacturing automation. Automated measurement collection from precision gages—indicators, micrometers, and calipers—and RS-232 devices such as scales, DROs, and comparators eliminates manual data entry, enables inline quality control, and builds the data infrastructure required for AI-driven process improvement. The Automation Blind Spot Hiding on Your Shop Floor Manufacturing organizations invest heavily in automation—robotic cells, programmable controllers, ERP systems—yet a surprising number still rely on operators to manually read precision gages and type measurement values into software. This single bottleneck undermines the entire automation strategy. When an operator must stop, read a micrometer or indicator, and then type the result into an inspection form or spreadsheet, the process is no longer automated. It is semi-automated at best, with a manual chokepoint that introduces delays and, critically, data-entry errors. MobileCollect Wireless eliminates this gap by wirelessly connecting over 3,500 precision gages—including indicators, micrometers, and calipers—and supports direct RS-232 connections to scales, DROs, comparators, and other serial output devices. This transforms gage data capture from a manual, error-prone task into a seamless, real-time, automated process. The result is a measurement collection workflow that truly qualifies as automated end-to-end. Manual Data Entry: The Hidden Cost of Disconnected Gages Consider the true cost of manual transcription in a measurement collection workflow. Every time an operator reads a caliper, micrometer, indicator, scale or another measurement device and manually enters the value, two categories of risk emerge. Transcription errors. Studies in manufacturing quality management consistently show that manual data entry introduces error rates between 1% and 4%, depending on the complexity of the reading and environmental conditions on the shop floor. When a single dimension on a critical aerospace or medical component is misrecorded, the downstream consequences—scrap, rework, customer returns, or worse—can be orders of magnitude more expensive than the measurement itself. Throughput loss. An operator who must set down a part, read a gage, switch focus to a keyboard or tablet, enter the value, confirm the entry, and then pick up the next part is losing productive seconds on every single measurement. Put another way, data entry is not a value-add action. Across hundreds or thousands of measurement collection events per shift, these seconds adds up to significant loss in throughput. Wireless gage connectivity through MobileCollect eliminates both problems by transmitting the reading directly from the gage to the software at the press of a button—no transcription, no focus switch, no delay. Feed the Machine: How Gage Data Fuels AI on the Shop Floor The manufacturing industry is rapidly moving toward AI-driven quality optimization, predictive analytics, and machine-learning models that can identify process drift before it produces nonconforming parts. However, these technologies share a non-negotiable prerequisite: large, clean, structured datasets. AI and machine learning algorithms require substantial volumes of high-fidelity measurement data to train effectively, identify meaningful patterns, and generate actionable predictions. This is where unconnected gages create a critical barrier. When measurement collection depends on manual entry, the volume of data an organization captures is inherently limited. Operators under production pressure will take fewer measurements than specified, round readings, skip documentation steps, or enter false data to bypass the step. The data that does get recorded carries the noise of transcription errors, making it unreliable for training AI models that depend on data integrity to function. By contrast, wirelessly connected precision gages—indicators, micrometers, calipers, and other instruments transmitting through MobileCollect—generate measurement data automatically, consistently, and accurately. Every reading from every gage is captured at its native resolution without rounding or transcription artifacts. Over time, this creates the large-scale, high-quality datasets that AI and machine learning systems require. In addition, MobileCollect can send additional data with the measurements such as the units and unique gage IDs. Organizations that delay gage connectivity are not just losing efficiency... LinkedIn Reddit Threads Facebook X Email Applicable DevicesRS-232 V2 Mobile Module RS-232 Serial Protocol - Traditionally a Wired Connection RS-232 is a long-established reliable serial communication standard that sends data one bit at a time over a direct connection between two devices (typically a DTE and DCE). To communicate reliably, both sides must use the same COM settings—most importantly baud rate (speed), along with data bits, parity, and stop bits. In traditional RS-232 systems, the link is wired using common connectors such as a DB9 or instrument-specific cables, which makes it dependable but can limit mobility and create cable-management challenges on the shop floor. RS-232 serial communication is here to stay because it’s proven, simple, and extremely reliable in real-world industrial environments. Its point-to-point, low-overhead design is robust against many of the compatibility and network issues that can affect more complex interfaces, and it continues to be widely supported across instruments, controllers, and software. For many data collection and automation tasks, RS-232 remains a dependable “just works” standard that delivers consistent results year after year. RS-232 Mobile Module - Wireless RS-232 Serial Transmitter The MobileCollect RS-232 V2 Mobile Module is a purpose-built wireless transmitter that enables true wireless RS-232 communication with native serial devices—without replacing proven equipment. Many RS-232 instruments output data through a DB9 connector, and RS-232 signal levels can range up to approximately ±15 V; the RS-232 Mobile Module is designed with onboard circuitry to safely handle these higher voltage levels. In addition to DB9, MicroRidge offers multiple cable and connector options to support other common RS-232 connection styles used by gages and industrial devices. Designed for flexible RS-232 data collection, the RS-232 Mobile Module can be configured to work with a wide range of serial-output gages, scales, DROs, and other devices. Using the MobileCollect setup programs, you can set the required serial COM parameters (baud rate, data bits, parity, stop bits), assign serial commands to the read switch, and apply basic data parsing so only the measurement you need is transmitted—helping streamline automation, improve traceability, and reduce manual data entry. Setup Mode Putting the RS-232 Mobile Module is setup mode is required to access the configuration menus. To place an RS-232 Module in setup mode and initiate a pairing/action request, follow the sequence of button presses below. Setup Mode:Hold gray Setup buttonPress orange Read button onceRelease gray Setup buttonRed and Green LEDs will Blink 5x then flash rapidly = Setup Mode (~60 sec)Pairing/Action Request:Press gray Setup Button once during Setup Mode (Double Green LED 1 sec) Configuring the RS-232 Mobile Module in Xpress Setup Open MobileCollect Xpress Setup and Find the Base. Click “Setup MobileCollect” to open the MobileCollect Setup prompt. Follow the steps in “Setup Mode” above to connect the RS-232 Mobile Module to the Setup Program. When done successfully, the “RS-232 Mobile Module Setup Window will appear. Basic information about the RS-232 Mobile Module is shown in the upper portion of the window. The lower portion is where all the configuration items are shown. Module Label - A user configurable label (8 characters) that can be sent with measurement data. The default Module Label is the Module ID. RS-232 Comm Parameters – Select the appropriate Baud rate and parameters to match the gage/device. Command – Serial command to send to the serial device to request data. Refer to the device manual for this command. Read Mode – Program single/continuous read modes and TIR/Absolute Value modes. Refer to the Changing Read Mode feature guide for more info. Parsing - The measurement packet received by the Mobile Module can be parsed to locate the first numeric field. If a numeric field is found, only the numeric field is sent to the Base. A numeric field must be at least 3 characters in length. The first character can be a blank. A decimal point is required in the field if this option is checked. The combination of the... LinkedIn Reddit Threads Facebook X Email Summary Gage multiplexers consolidate measurements from multiple instruments into a single output (USB serial, keyboard wedge, or RS-232), simplifying data capture in quality labs and production. Modern units support Digimatic, digital and RS-232 devices across many brands, offer rugged construction, various channel counts with chaining, and integrate with PCs/PLCs for broad software compatibility. They boost accuracy and efficiency by reducing manual entry and are vital in environments where wireless is restricted, powering applications in manufacturing QC, R&D, and automated process control. When choosing one, prioritize system and device compatibility, scalable channel capacity, and easy software-based configuration, then plan integration to match your workflows. Definition and Basic Functionality A multiplexer, often referred to as a gage mux box, serial port multiplexer or a wired gage interface is a sophisticated device designed to consolidate input from multiple gages or measurement devices, thus enabling streamlined data collection through a single output often a USB or serial DB9 connection. This amalgamation of inputs is crucial in environments where numerous measurements are required, such as manufacturing facilities and quality control labs. By funneling multiple data streams into one, gage multiplexers reduce complexity and enhance the efficiency of data handling. Historical Context and Evolution The concept of gage multiplexers has evolved significantly over the years. Initially, data collection in industrial environments required manual entry and individual wiring setups for each measurement device, which was time-consuming and prone to errors. The introduction of gage multiplexers revolutionized this process by automating data collection and minimizing human intervention. Multiplexers have evolved significantly over time: early models such as the MicroRidge MPX series Multiplexer relied on onboard DIP switches to set custom parameters, then multiplexers shifted to DOS-style terminal configuration, and today are typically set up through dedicated software with a familiar graphical user interface. Along the way, the connection to a computer or PLC also progressed from RS-232 over a DB9 connector to USB serial and keyboard-wedge interfaces, making it easier to route measurement data into virtually any software application. Legacy MicroRidge Multiplexer from 1990's DIP Switches on early MicroRidge MPX Multiplexer Importance in Modern Industry In many quality labs and other stationary inspection environments---especially high-reliability or restricted areas where wireless technology can't be used---gage multiplexers remain essential. While wireless systems such as MobileCollect are often preferred for flexibility and mobility, a wired multiplexer such as GageWay provides a dependable, noise-resistant way to consolidate readings from multiple gages into a single computer or PLC interface. When a wireless system isn't an option, this hardwired approach becomes the go-to solution---delivering consistent data capture for critical inspections, audit-ready traceability, and tight process control in automotive, aerospace, nuclear, and electronics environments where uptime and data integrity matter most. Key Features of Gage Multiplexers Interfacing Digimatic Gages with a Gage Multiplexer A key feature of gage multiplexers is native support for gages that output using the Mitutoyo Digimatic protocol. Although Digimatic is associated with Mitutoyo, many gages from other manufacturers also use Digimatic-compatible output, allowing them to connect to the same mux box and data-collection workflow. Supporting More Than Digimatic Gages A well-designed gage multiplexer isn't limited to Digimatic outputs---it can also be used to collect data from a wide range of brands and interfaces commonly found in inspection labs and production workcells. Whether you're connecting calipers and indicators or bringing in readings from height gages and specialized instruments, a gage multiplexer helps standardize data flow to a PC or PLC without forcing you into a single vendor ecosystem. This flexibility is especially valuable in mixed-instrument environments that include Mahr Federal , Ono Sokki , Fowler , INSIZE , Starrett , Sylvac , Ohaus , and Mettler Toledo. Supporting RS-232 Serial Devices Only the industry's best gage multiplexers extend beyond digital gage inputs by supporting RS-232 serial devices on each channel, so every port can be used for the instrument you actually need at the station. This... LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C | Wedge Base EVO | RS-232 Base EVO | Mini Mobile Module EVO | RS-232 V2 Mobile Module | Command Mobile Module RM 2. 4 Wireless Pairing Using wireless devices in an industrial setting can often be problematic due to the presence of RF noise. MobileCollect’s RM2. 4 protocol was designed from the ground up for use in industrial environments where high amounts of RF noise would lead to communication failures for other wireless protocols such as Bluetooth. To utilize RM2. 4 wireless to send data from a Mobile Module Transmitter to a Base Receiver, a one-time Pairing operation is required before operation. Due to the nature of the RM2. 4 protocol, the pairing function only needs to be done once. There are 3 ways to pair a Mobile Module to a Base Receiver. Pairing-on-the-flyPairing with Xpress SetupPairing with Extended SetupThis feature guide will walk you through pairing your Mobile Module with the Extended Setup Program. Putting a Mobile Module Transmitter into Setup Mode Configuring Mobile Module Transmitters requires putting them in setup mode. To place a Mobile Module in setup mode, follow the sequence of button presses below. Once in Setup mode, initiate a pairing request by pressing the Setup button once. Setup ModeHold gray Setup buttonPress orange Read button onceRelease gray Setup buttonRed and Green LEDs will Blink 5x then flash rapidly = Setup Mode (~15-60 sec)Pairing/Action RequestPress gray Setup Button once when in Setup Mode (Double Green LED 1 sec) Pairing to the Global Channel in Extended Setup If your SPC software doesn’t require channel identification to track which gage produced a reading, you can use the Global Channel to simplify setup. With the Global Channel, all incoming measurements are treated the same way and sent to the host using one consistent output format, rather than managing separate channel mappings for each device. Open MobileCollect Extended Setup and Find the Base. Click on the “Base Setup & Pairing” tabDouble click on the “All” Cell in the “Global Channel” row under the “Module Type & Pairing” column to activate pairing mode. The “Module Type... . . ” menu will appear, select the option for “Mobile Module... ” and press “OK”. The “Pair Transmitter... ” menu will appear. Follow the instructions for the Mobile Module which is the same as Setup Mode. When successful, the “Module Type & Pairing” and “Module ID” Cells will illuminate green. Find Base and then select Base Setup & Pairing tabDouble click "All" cell under Module Type & PairingSelect Mobile Module in the Module Type windowFollow the instructions to pair the Mobile ModuleMobile Module pairing successful Pairing to Individual Channels in Extended Setup If your SPC software supports gage and measurement traceability by channel identifiers, you can pair each Mini Mobile Module Transmitter to its own dedicated channel. This ensures every reading arrives with a consistent channel identifier, allowing the software to automatically associate data with the correct gage, part feature, or inspection step. Pairing transmitters to individual channels reduces operator selection errors and makes it easier to audit which device produced each measurement. Open MobileCollect Extended Setup and Find the Base. Click on the “Base Setup & Pairing” tabDouble click on the “Mobile” Cell in the “Channel” row under the “Module Type & Pairing” column to activate pairing mode on the desired channel. In this example we’re pairing on Channel 1. The “Pair Transmitter... ” menu will appear. Follow the instructions for the Mobile Module which is the same as Setup Mode. When successful, the “Module Type & Pairing” and “Module ID” Cells will illuminate green. Find Base and then select Base Setup & Pairing tabDouble click "Mobile" cell under Module Type & Pairing for desired ChannelFollow the instructions to pair the Mobile ModuleMobile Module pairing successful Conclusion Pairing Mobile Module Transmitters to Base Receivers is a... LinkedIn Reddit Threads Facebook X Email Essential Guide for Testing COM Ports You've connected a precision gage---maybe a digital scale, a DRO, a height gage, or another shop-floor device---to a Windows PC and expected measurements to start flowing into your software. Instead, your data collection program (or terminal utility) is waiting for one detail: which "COM Port" to use. Summary This guide explains what a COM port is and why many USB devices present themselves as virtual serial ports or virtual COM ports. It shows how to find the correct COM port number in Windows Device Manager, then test it with ComTestSerial by matching communication parameters (baud rate, data bits, parity, stop bits). You’ll learn to interpret results—successful opens, readable replies, garbled characters, or “port in use” errors—and adjust settings accordingly. Finally, you’ll apply the verified COM port and parameters in your software to establish a reliable connection. Note: If you're looking to connect your device to a program such as Excel or a cloud-based application there is an easier way. Read our guide How to Interface with RS-232 Devices. What Is a COM Port? Your Device's Digital Mailbox You've been asked to choose a 'COM port' and have no idea which one is right. The best way to think of a COM port is as a dedicated digital mailbox. Short for "Communication Port," it's a private channel your computer uses to exchange information with one specific device at a time, ensuring messages don't get mixed up with other connected devices. But why does your modern USB device need this old-sounding port? For compatibility. A special piece of software called a virtual serial port driver---such as the FTDI driver or the serial. sys driver MicroRidge utilizes---creates a virtual COM port for your USB device. A virtual COM port is created because the device is utilizing USB communication and not an RS-232 connection through a connector such as a DB9. This clever trick lets your new device talk to a wide range of serial communication software or any serial communication tool that expects this classic, reliable connection method. That number you see in the list, like 'COM3' or 'COM4', is simply the address Windows assigned to that virtual mailbox. The key to getting your device working is finding out which specific port number belongs to it. How to Instantly Find Your Device's Correct COM Port in Windows Before you can test a serial port, you need to find out which "mailbox number" Windows assigned to your device. This number can change each time you plug your device into a different USB port. Windows has a built-in tool called Device Manager that tells you exactly what you need to know. Make sure your device is plugged into your computer's USB port. Press the Windows Key + X on your keyboard and select Device Manager from the menu. In the Device Manager window, look for and expand the Ports (COM & LPT) category. If you see multiple COM ports listed (as in the screenshot), unplug your device and wait a second or two for its entry to disappear from Ports (COM & LPT). Then plug it back in—when it reappears, Windows will show the COM port number assigned to that device. Once you find the COM port number for your device such as COM 14, jot it down. This is the exact "address" you'll need to give your software to establish a connection. Device Manager also acts as a quick com port checker when you're verifying which device maps to which port. Your Digital Walkie-Talkie: Choosing a Free and Simple COM Port Tester Now that you have your port number, you need a program to see if it's actually working. This is where a COM port tester comes in. Think of it as a digital walkie-talkie; it's a simple piece software that lets you send a message like "Hello World" or a serial... LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C | Wedge Base EVO | RS-232 Base EVO | Mini Mobile Module EVO | RS-232 V2 Mobile Module | Command Mobile Module RM 2. 4 Wireless Pairing Using wireless devices in an industrial setting can often be problematic due to the presence of RF noise. MobileCollect’s RM2. 4 protocol was designed from the ground up for use in industrial environments where high amounts of RF noise would lead to communication failures for other wireless protocols such as Bluetooth. To utilize RM2. 4 wireless to send data from a Mobile Module Transmitter to a Base Receiver, a one-time Pairing operation is required before operation. Due to the nature of the RM2. 4 protocol, the pairing function only needs to be done once. There are 3 ways to pair a Mobile Module to a Base Receiver. Pairing-on-the-flyPairing with Xpress SetupPairing with Extended SetupThis feature guide will walk you through pairing your Mobile Module with the Xpress Setup Program. Putting a Mobile Module Transmitter into Setup Mode Configuring Mobile Module Transmitters requires putting them in setup mode. To place a Mobile Module in setup mode, follow the sequence of button presses below. Once in Setup mode, initiate a pairing request by pressing the Setup button once. Setup ModeHold gray Setup buttonPress orange Read button onceRelease gray Setup buttonRed and Green LEDs will Blink 5x then flash rapidly = Setup Mode (~15-60 sec)Pairing/Action RequestPress gray Setup Button once when in Setup Mode (Double Green LED 1 sec) Pairing to the Global Channel in Xpress Setup If your SPC software doesn’t require channel identification to track which gage produced a reading, you can use the Global Channel to simplify setup. With the Global Channel, all incoming measurements are treated the same way and sent to the host using one consistent output format, rather than managing separate channel mappings for each device. Open MobileCollect Xpress Setup and Find the Base. Click the “Pair” button in the “Global measurement channel setup:” section. A status message indicating that the Base is in pairing mode will appear and the status bar will be illuminated yellow. Put the Mobile Module in Setup Mode and request a pairing by following the steps in section Setup Mode. When successful, the status bar will be illuminated green with the information of the Mobile Module Transmitter that was paired. Find Base and Global Channel Pairing Selections. Ready to pair on Global Channel notification. Paired on Global Channel confirmation notification. Pairing to Individual Channels in Xpress Setup If your SPC software supports gage and measurement traceability by channel identifiers, you can pair each Mini Mobile Transmitter to its own dedicated channel. This ensures every reading arrives with a consistent channel identifier, allowing the software to automatically associate data with the correct gage, part feature, or inspection step. Pairing transmitters to individual channels reduces operator selection errors and makes it easier to audit which device produced each measurement. Open MobileCollect Xpress Setup and Find the Base. Click the “Pair” button for the desired channel in the “Individual measurement channels setup:” section. The selected channel to pair to will be illuminated in yellow. Put the Mobile Module in setup mode and request a pairing by following the steps in the Setup Mode section. When successful, the channel row illuminates green with the information of the Mobile Module that was paired. Find Base and Individual Channel Pairing Selections. Ready to pair on Individual Channel notification. Paired on Individual Channel confirmation notification. Conclusion Pairing Mobile Module Transmitters to Base Receivers is a fundamental step in deploying a reliable MobileCollect system in any facility. With Xpress Setup, you have two simple options: pair on the Global Channel for straightforward collection when channel identification isn’t needed, or pair to individual channels for gage traceability and automated tracking in SPC software. Downloadable PDF Guide Mobile Module... LinkedIn Reddit Threads Facebook X Email When it comes to precision measurement tools, the Mitutoyo digital caliper stands out as a reliable choice for industrial applications. This tool is favored for its accuracy, durability, and ease of use in a variety of applications, from manufacturing to quality control. However, selecting the right model requires careful consideration of several factors to ensure it meets your specific needs, not just for today, but for the future. In this detailed guide, we'll explore what you need to look for in a Mitutoyo digital caliper, offering insights into its technical specifications, features, and potential applications. Whether you're a quality manager deploying them to the floor, an engineer seeking efficient data collection solutions, or a manufacturing technician looking to streamline measurement processes, this guide will provide valuable information to aid your decision-making process. Summary This guide outlines why to choose a Mitutoyo digital caliper by focusing on core specs (measurement range, resolution), build quality (stainless steel construction), Absolute Encoders (no need for zero-setting) and usability (large LCD). It highlights why advanced capabilities like SPC Data Output are so important when selecting a caliper. Practical tips include regular calibration, careful handling, and leveraging data output to improve accuracy and productivity. Digital calipers are precision instruments used to measure internal and external dimensions, depths, and steps with high accuracy. They are essential tools in various fields, including mechanical engineering, metalworking, and quality assurance. The Mitutoyo digital caliper is renowned for its reliability and precision, making it a popular choice among professionals. Key Features of Mitutoyo Digital Calipers The Mitutoyo digital caliper is an industry standard due to the following key features:Measurement Range and ResolutionThe available measurement range including 4 inch (100 mm), 6 inch (150 mm), 8 inch (200 mm), and 12 inch (300 mm) are suitable for a wide array of applications, offering versatility in measuring difference sized features. The resolution, typically 0. 0005 inches (0. 01mm), ensures precise readings. Material and Build QualityThe build quality is a critical factor in determining the caliper's durability and longevity. Mitutoyo calipers are usually constructed from stainless steel, providing resistance to wear and corrosion. This material choice enhances the tool's lifespan, even in demanding environments. There are IP67 rated versions that offer additional resilience in harsher environments. Display and ReadabilityA large, easy-to-read LCD display is a hallmark of the Mitutoyo digital caliper, facilitating quick and error-free readings. This feature is particularly beneficial in environments where precision is paramount, such as quality control labs and manufacturing facilities. Absolute EncodersMitutoyo's Absolute Encoder technology eliminates the need for zero-setting every time the caliper is powered on. This feature not only saves time but also reduces the risk of errors, ensuring consistent and reliable measurements. Advanced Features for Enhanced Functionality Beyond the basic specifications, one advanced feature can significantly enhance the functionality of a digital caliper:SPC Data OutputFor professionals involved in data-driven environments, SPC (Statistical Process Control) data output is a valuable feature. This capability allows for seamless integration with data collection systems, enabling automated measurement logging and reducing the potential for manual entry errors. Even if you're not utilizing this feature today, be sure to select a model that includes the SPC data port as you may need to capture and record measurements down the road. At MicroRidge, we frequently work with customers needing a measurement collection system that quickly learn they purchased Mitutoyo Digital Calipers without the SPC Data Output port. Purchasing new digital calipers that include the SPC Data Output port along with a measurement collection system such as MobileCollect, drastically increases the project cost. To avoid this common pitfall, be sure to choose a model that includes the SPC Data Output port even if you don't immediately need to capture and record measurements. SPC Data Output Port on Mitutoyo Digital Caliper - Often Covered with a Rubber Grommet Which Mitutoyo Digital Caliper Models Have the SPC Data Output Port?... 2025 MicroRidge Holiday Shutdown | December 24th – January 1st Facebook Twitter LinkedIn Happy Holidays! The team at MicroRidge hopes your presents are wrapped within tolerance, your eggnog is recorded to be filled at the correct level and your in-laws remain loosely within spec. As the year comes to an end, we would like to thank you for trusting us with your measurement collection needs. We are always improving our measurement collection solutions. In 2025, we added new features to many of our products via software updates, launched the EVO line of MobileCollect Full Size Bases and launched the much smaller MicroBase EVO that now features Keyboard Wedge output making it great for tablets and mobile devices. The team also attended three tradeshows around the United States and met with many current and new customers working to improve their quality control systems. We are excited for 2026 and cant wait to share what we have been working on! At MicroRidge, we’re going to take a break during the holiday season and we'll be closed from December 24th to January 1st. We’ll be conducting year-end inventory, tuning up our systems and giving our team a well deserved break to rest and recharge. What is the last day to submit PO’s to have it ship in 2025? Submit all PO’s on or before Wednesday December 17th and we’ll do our best to ship it before December 24th. If your order is over 20 units or has non-standard items, reach out to sales@microridge. com to get an estimated lead time as soon as possible Explore more news! Explore News LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C | Wedge Base EVO | RS-232 Base EVO | Mini Mobile Module | RS-232 V2 Mobile Module | Command Mobile Module | Digital Remote | RS-232 Remote RF Noise - A Common Occurrence in Manufacturing Facilities RF noise is common in manufacturing facilities because they’re packed with electrical equipment that emits electromagnetic interference across a wide range of frequencies. Variable frequency drives, welders, large motors, switching power supplies, compressors, robotic systems, and even LED lighting can generate broadband noise and harmonics, while long cable runs, metal structures, and imperfect grounding can act like antennas that radiate or couple that energy into the air and wiring. The result is a dense, constantly changing RF environment—especially as machines start/stop and loads vary—that can desensitize receivers and intermittently disrupt wireless links. How to Detect RF Noise in the 2. 4 GHz Range MobileCollect RF Sniffer makes detecting RF noise in the 2. 4 GHz bandwidth easy. RF Sniffer helps you quickly spot true interference by displaying what’s happening across the 2. 4 GHz band in real time. RF Sniffer does this by taking 500 measurements per channel before hopping to the next channel. By walking the floor with the sniffer and checking each channel, you can spot unusually high background energy, intermittent spikes, or “hot” areas near machines and power electronics that often correlate with communication dropouts. With this data, you can then select an RF channel with minimal RF noise for MobileCollect to operate on by following the steps below. Selecting an RF Channel with minimal noise will allow your MobileCollect System to operate at peak performance. Note: RF Sniffer utilizes legacy RM2. 4 Hardware. If you have an EVO Base Receiver please request an RF Sniffer Kit here. Changing the MobileCollect RF Channel to Avoid RF Noise & Interference The MobileCollect RM2. 4 wireless protocol offers multiple RF Channels to maximize the performance of the MobileCollect System. By default, all MobileCollect equipment is set to transmit readings on channel 21. All setup and wireless firmware updating is done on channel 14, which is reserved only for these activities. There are 14 other channels available to avoid any RF interference at your facility. NOTE: Any change in RF channel will require re-pairing of all transmitters. RF ChannelTarget Frequency, GHzDescription 112. 405Available122. 410Available132. 415Available142. 420Reserved for updates and setup152. 425Available162. 430Available (Potential default 2. 4 GHz Wifi Channel)172. 435Available (Potential default 2. 4 GHz Wifi Channel)182. 440Available (Potential default 2. 4 GHz Wifi Channel)192. 445Available (Potential default 2. 4 GHz Wifi Channel)202. 450Available212. 455Available (Default Channel)222. 460Available232. 465Available242. 470Available252. 475Available Changing RF Channels in Xpress SetupOpen Xpress Setup and Find the Base. Press the “RF Channel” button in the “Base Setup” Section. Select the desired RF Channel and press “Select”. An information window appears to state that all transmitters will need to be re-paired to the base and that the new RF channel needs to be sent to the Base. Press “OK”. Send the updated RF channel parameter to the Base. Then continue to pair transmitters to the Base and configure any desired settings. Xpress Setup Find Base & RF ChannelXpress Setup Repair WarningXpress Setup Select RF ChannelXpress Setup Update Base Changing RF Channels in Extended SetupOpen Extended Setup and Find the Base. Press the RF Channel menu button in the “Base control parameters” Section. Select the desired RF Channel and press “Select”. An information window appears to state that all transmitters will need to be re-paired to the base. Press “Yes”. Send the updated RF channel parameter to the Base. Then continue to pair transmitters to the Base and configure any desired settings. Find Base & RF Channel MenuSelect RF ChannelTransmitter Pairing WarningUpdate Base with new RF Channel Downloadable PDF Guide Base Receiver EVO – Changing RF Channel This guide covers changing the RF channel on... LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C | Wedge Base EVO | RS-232 Base EVOKeyboard Wedge Issues with Cloud Based ProgramsThe integrated Keyboard Wedge output on MobileCollect Bases allows gage data entry into any program. Data can be entered directly into any field that a user can manually type data into. MicroRidge’s Keyboard Wedge technology works by sending keyboard keystrokes via the Base Receiver acting like a secondary keyboard to the receiving device and fills out the desired text field. Keyboard Wedge output is frequently used to send data to cloud-based programs, including the latest Microsoft Office products. In some cases, the speed of MobileCollect’s Keyboard Wedge Output is too fast for the destination program and leads to incomplete data packets and other entry inconsistencies. The MobileCollect Base Receivers have the ability to change the Keyboard Wedge output speed to remedy this issue. This setting is changed directly in the base with a serial command. A program such as ComTestSerial is required to utilize this command. Change Keyboard Wedge Output Speed in ComTestSerialOpen ComTestSerial, MicroRidge’s serial communication test program. ComTestSerial is also installed with the Xpress Setup and Extended Setup programs and can be accessed from the program via the “Utilities” Menu. Ensure the MobileCollect Base EVO is connected via USB to the PC. Next, open the “Serial Port” Menu to view all the available COM Ports that ComTestSerial has detected. The “Select & Configure Serial Port” menu lists the available serial ports that ComTestSerial has detected. EVO Series Bases will have the “Registry Description” format “DeviceUSBSERXXX”. Select the appropriate COM Port for the EVO Base Receiver. In this guide, the target Base is on COM11. Note: The COM Port can be verified to be connected to the target base by sending data from a transmitter to the Base. If the right COM Port is selected, gage data will appear in the main window of ComTestSerial. Type in the Keyboard Wedge settings serial command, “ Guest Post Written ByMehul Shah, Ground Control CEO LinkedIn Reddit Threads Facebook X Email If you’ve ever filled out a First Article Inspection (FAI) report by hand, you know how tedious the process can be. Between ballooning a drawing, taking hundreds of measurements, and manually typing those values into an AS9102 form, it’s easy to lose hours or even days just getting through one part. And yet, despite the time investment, most quality teams still find themselves redoing reports because of simple errors: a missed decimal, a wrong tolerance, or a mismatched dimension label. At GroundControl, we built our software to eliminate exactly those problems. Our platform automates the FAI process, from extracting features on a drawing to validating the entered data against its nominal, upper, and lower limits. Instead of juggling spreadsheets, engineers can generate error-free, AS9102-compliant reports in a fraction of the time. What Happens After the Measurements Are TakenFor manufacturers with coordinate measuring machines (CMMs), importing data into GroundControl is seamless. The CMM exports measurement results in a structured format, and GroundControl automatically matches those values to the right features in the FAI. That means no transcription, no copy-pasting, and no risk of rounding errors. But not every shop floor is equipped with a CMM. Many manufacturers still rely on hand tools like calipers, micrometers, or height gages for dimensional inspection. That’s where the process usually slows down. Every number must be typed in manually. Digitizing Manual Measurement with MicroRidgeTo solve that gap, GroundControl works hand-in-hand with MicroRidge Systems, a company that’s been helping manufacturers collect measurement data digitally for over four decades. MicroRidge’s MobileCollect Wireless and GageWay Wired interfaces connect directly to the tools you already use: calipers, micrometers, indicators, bore gages, and more. Instead of writing down or typing each reading, operators simply press a button on the gage, and the measurement is instantly transmitted to a computer or tablet. When paired with GroundControl, those values populate directly into the corresponding FAI fields. You get the benefits of automation and accuracy, even on a manual bench. From Shop Floor to Report, Without ErrorsHere’s what the workflow looks like in practice:Measure — Take readings with a CMM or hand/bench tools connected via MicroRidge. Capture — Data is automatically streamed or imported into GroundControl. Validate — GroundControl checks every measurement against its design limits. Generate — The software builds a fully compliant AS9102 report in seconds. By closing the loop between data capture and report generation, manufacturers can eliminate nearly all the friction in the FAI process. With validation at every step, the chance of submitting an incorrect report drops close to zero. Why It MattersFAIs aren’t just paperwork. They’re a vital handshake between suppliers and OEMs — a proof that every dimension meets spec before production ramps up. But the time spent on rework, manual entry, and data transfer slows down that handshake and increases costs on both sides. With GroundControl and MicroRidge, the process finally catches up to modern manufacturing. Data flows straight from the tool to the report, ensuring accuracy, consistency, and traceability. It’s a small change that unlocks big gains in efficiency and confidence. About GroundControlGroundControl builds cloud-based quality software for aerospace and defense manufacturers. Its platform helps suppliers complete AS9102 First Article Inspection reports digitally — faster, cleaner, and without errors. gndctl. comAbout MicroRidgeMicroRidge designs measurement collection systems that let manufacturers capture and transmit gage data instantly and accurately, eliminating manual entry and transcription errors. microridge. com Explore more metrology guides! Explore Metrology Guides LinkedIn Reddit Threads Facebook X Email Applicable DevicesWedgeLink AT Keyboard Wedge Data Entry The WedgeLink AT lets you take RS-232 serial output from precision measurement devices—such as scales, DROs, barcode scanners and other instruments—and translate it into Keyboard Wedge input so the data can be entered into virtually any program. Instead of requiring special drivers or custom integration, WedgeLink AT “types” the incoming serial data at the cursor location just like a keyboard, making it easy to capture readings in tools like Excel, cloud-based application, SPC software, web forms, or custom applications. This provides a simple, reliable path to modernize older RS-232 devices and streamline data collection without changing your existing software workflow. Find First Numeric Parsing Scheme Many RS-232 devices such as scales transmit “busy” data packets that include headers, units, status flags, timestamps, tare value, stability mode and other text that the host software doesn’t need—only the actual measurement value is needed. With WedgeLink AT’s Find First Numeric Value parsing scheme, you can automatically extract just the first valid numeric measurement from that complex serial string and ignore the surrounding characters. This lets you feed clean, consistent measurement data into any application via keyboard-wedge output, even when the original RS-232 message format is long, inconsistent, or filled with extra fields. Required Software and Drivers USB DriverWedgeLink AT Setup Program Enabling "Find First Numeric Field" Parsing Connect the WedgeLink AT to your PC via a USB cable. Connect the USB cable to the “RS-232 & Prog” port on the WedgeLink-AT. Open the WedgeLink AT Setup Program and connect to the WedgeLink AT by selecting the “Find the WedgeLink” button. This will establish a serial connection to the WedgeLink AT and any parameters saved to the WedgeLink AT will be loaded to the program. Navigate to any of the Parse Tabs. For this example, “Parse #1” is used. Click “Enable parsing group #”. Once enabled, the parsing options will become selectable. Click “Find first numeric field” to activate numeric isolation. If multiple numbers are in the output packet, chances are that the desired reading contains a decimal point. For this case, the “Decimal point required” can filter out any numbers that do not have a decimal point. Return to the “Home” tab and send the new configuration to the WedgeLink AT by pressing the “Send Setup to WedgeLink” Button. Testing Output Via Keyboard Wedge After setup has been completed, change the USB cable from the “RS-232 & Prog” port to the “Wedge” Port. This output port will type in the desired data to any software application’s user interface. Open the desired software application and click the desired text field for data entry. Send a reading from the RS-232 Device and verify the desired value was entered. Connect WedgeLink AT to RS-232 & Prog portFind the WedgeLink AT in WedgeLink AT Setup SoftwareConfigure the Parsing to find First Numeric FieldSend the Setup to the WedgeLink AT Connect WedgeLink AT to Wedge PortSend Reading and Verify Results Downloadable PDF Guide WedgeLink AT – Isolate Numeric Output This feature guide covers the Find First Numeric Parse setting on the WedgeLink AT keyboard ... Download Learn More! Additional Feature Guides Visit our Blog LinkedIn Reddit Threads Facebook X Email Pricing UpdateDue to recent price increases in OEM components, we're forced to increase prices on many of our MobileCollect Connectors/Cables. We continue to work on our supply chain to maintain costs and we're happy to report that we foresee no major changes to the prices in on our hardware for the MobileCollect, GageWay and Wedgelink product lines. We continue to manufacture and assemble the hardware for these products lines in Sunriver, Oregon as we have done for over 40 years! When will this price change take effect? New prices will take effect on September 22, 2025. Will the MobileCollect Selection Tool be updated? Yes, the Selection Tool will be updated by September 22nd! Discover the MobileCollect Selection Tool 2025 Price List – 09/22/2025 MicroRidge Product Pricing list as of September 22, 2025. All prices are MSRP. Includes pricing ... Download Explore more news! Explore News Manufacturing Technology Series WEST Anaheim, California | October 7-9 | Anaheim Convention Center Booth 1325 LinkedIn Reddit Threads Facebook X Email We'll see you there! We're excited to be an exhibitor at Manufacturing Technology Series WEST this October at the Anaheim Convention Center in Anaheim, California. This year you'll meet Andy Duvall our Sales Director and Riley Tronson the President of MicroRidge at booth 1325. New Gage Mode Get a sneak peak into the future of custom gages and a world of new possibilities with MobileCollect. Come See Our Live Demos! When you visit our booth, you can get a hands on experience with our three product families. We'll have multiple MobileCollect Wireless systems running our new EVO base receivers. You can take measurements and experience the benefits of MobileCollect first hand. Tradeshows tend to be an extremely noisy RF environment but we encourage you to test our wireless range. Our RM2. 4 technology handles noisy environments very well! We'll have a GageWay Pro system setup so you can see the industry leading GageWay wired interfaces in action! You'll also be able to check out a WedgeLink AT connected to an RS-232 scale. If you have RS-232 devices that you want to bring online, come pick our brains on how WedgeLink can help! Tickets on Us! Free Manufacturing Technology Series WEST Tickets Explore more events! Explore Events PQI Oktoberfest PQI Headquarters | Plymouth, Minnesota | September 22-25 Facebook Twitter LinkedIn We'll see you there! We're excited to be an exhibitor at PQI Oktoberfest, the 23rd Biennial Manufacturing Technology Show in Plymouth, Minnesota. PQI Oktoberfest will have 40+ live machine demos and over 90 suppliers. This year you'll meet Andy Duvall our Sales Director and Riley Tronson the President of MicroRidge. Stop by to see some amazing technology and indulge in Oktoberfrest food! MobileCollect Wireless EVO Demos! Visit our booth and get a hands on experience with MobileCollect Wireless EVO. We’ll have multiple MobileCollect Wireless systems running. You can take measurements and experience the benefits of MobileCollect first hand. Tradeshows tend to be an extremely noisy RF environment but we encourage you to test our wireless range. Our RM2. 4 technology handles noisy environments very well! Show Information PQI Oktoberfest has a great website with good information about the show. You can Pre-register for a chance to win a YETI Cooler! Explore more events! Explore Events ¿Se pregunta cómo conectar su báscula RS-232, escáner de códigos de barras, DRO u otros dispositivos de medición serie a su ordenador? LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) ¿Qué es el RS-232? Es posible que haya oído los términos RS-232, comunicación serie, puerto COM virtual (VCP) y DB9 al investigar cómo enviar datos desde su dispositivo a un PC. Pero, ¿qué es exactamente el RS-232? El RS-232 es un protocolo de comunicación serie asíncrono que se estandarizó en la década de 1960 como norma para la transferencia de datos entre hardware. Se utilizó ampliamente en telecomunicaciones, periféricos de PC y redes. Analicémoslo detalladamente: Comunicación serie: La comunicación serie es el método de envío de datos binarios (bits), en serie, por un solo conductor, a diferencia de la comunicación en paralelo, donde varios conductores transmiten un solo bit simultáneamente. Asíncrona: Las comunicaciones asíncronas no envían una señal de reloj o de temporización con los datos. Esto requiere que el transmisor y el receptor se configuren de forma independiente con el mismo intervalo y tamaño, lo que se conoce como parámetros de comunicación. Los parámetros de comunicación constan de la velocidad de baudios, la paridad, el número de bits de datos y el número de bits de parada. Los bits binarios se envían uno tras otro a una velocidad definida, conocida como velocidad de baudios. Los bits que transportan información se combinan en un grupo de bits de datos y terminan con un bit de parada. Se puede utilizar un bit de paridad opcional (par o impar) como comprobación de errores de transmisión. Los bits de paridad funcionan contando todos los 1 del grupo de bits de datos y añadiendo un 1 o un 0 para garantizar que la suma de todos los 1 sea par o impar. Los dispositivos de MicroRidge utilizan un parámetro de comunicación estándar de 9600-N-8-1. Este parámetro se utiliza en muchos otros dispositivos RS-232. Los dispositivos serie RS-232 se conectan mediante cables serie a puertos serie. El más común era el conector eléctrico D-subminiatura (D-sub) de tamaño DB-9 (DE-9). El conector DB-9 tiene 9 pines para la comunicación y se presenta en configuraciones macho y hembra. El género del conector se refiere al género de los pines y los zócalos, no al enchufe en sí. Históricamente, los datos se enviaban desde un equipo de comunicación de datos (DCE) a un equipo terminal de datos (DTE). Los dispositivos DCE tenían un puerto DB-9 hembra y los dispositivos DTE un puerto DB-9 macho. El género de los puertos permite el uso de cables RS-232 directos sencillos. Pero a medida que las redes de dispositivos se volvieron más complejas y el hardware desempeñaba funciones tanto de DCE como de DTE, los cables de módem nulo se convirtieron en algo habitual para la interconexión de hardware. Recuerde que el género del puerto serie implica la dirección del flujo de datos. Normalmente, los datos fluyen de un puerto hembra (DCE) a uno macho (DTE). El envío y la recepción de datos se realizan por líneas separadas y, cuando dos DTE se comunican, la transmisión (Tx) y la recepción (Rx) deben cruzarse en una configuración de módem nulo para garantizar que los datos se envíen a los pines correctos. De hecho, los cables de módem nulo se conocen comúnmente como cables serie cruzados. Aunque hay 9 pines en una conexión DB-9, la mayoría de las aplicaciones modernas de RS-232 solo utilizan los pines 2, 3 y 5. Los datos se transmiten por los pines 2 y 3 entre el hardware y el pin 5 es la toma de tierra común. Los otros pines tienen usos históricos para el protocolo de enlace (handshaking) o estado que no son necesarios con el hardware moderno. El protocolo de enlace era un requisito cuando las velocidades de procesamiento de los dispositivos eran bajas y... Vous vous demandez comment connecter votre balance RS-232, votre lecteur de codes-barres, votre DRO ou d'autres appareils de mesure série à votre ordinateur ? LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Qu'est-ce que le RS-232 ? Vous avez peut-être entendu les termes RS-232, communication série, port COM virtuel (VCP) et DB9 en cherchant comment envoyer des données de votre appareil vers un PC. Mais qu'est-ce que le RS-232 exactement ? Le RS-232 est un protocole de communication série asynchrone qui a été normalisé dans les années 1960 comme standard pour le transfert de données entre matériels. Il a été largement utilisé dans les télécommunications, les périphériques PC et les réseaux. Détaillons cela : Communication série : La communication série est la méthode d'envoi de données binaires (bits), en série, sur un seul conducteur, par opposition à la communication parallèle où plusieurs conducteurs transmettent un seul bit simultanément. Asynchrone : Les communications asynchrones n'envoient pas d'horloge ou de signal de synchronisation avec les données. Cela nécessite que l'émetteur et le récepteur soient configurés indépendamment sur le même intervalle et la même taille, appelés paramètres de communication. Les paramètres de communication comprennent le débit en bauds, la parité, le nombre de bits de données et le nombre de bits d'arrêt. Les bits binaires sont envoyés l'un après l'autre à un débit défini, appelé débit en bauds. Les bits portant des informations sont combinés en un groupe de bits de données et terminés par un bit d'arrêt. Un bit de parité pair ou impair optionnel peut être utilisé comme vérification d'erreur de transmission. Les bits de parité fonctionnent en comptant tous les 1 dans le groupe de bits de données et en ajoutant soit un 1 soit un 0 pour garantir que la somme de tous les 1 est paire ou impaire. Les appareils MicroRidge utilisent un paramètre de communication standard de 9600-N-8-1. Ce paramètre de communication est utilisé dans de nombreux autres appareils RS-232. Les appareils série RS-232 sont connectés via des câbles série à des ports série. Le plus courant était le connecteur électrique D-subminiature (D-sub) de taille DB-9 (DE-9). Le connecteur DB-9 possède 9 broches pour la communication et existe en configurations mâle et femelle. Le genre du connecteur fait référence au genre des broches et des prises, et non à la fiche elle-même. Historiquement, les données étaient envoyées d'un équipement de communication de données (DCE) vers un équipement terminal de données (DTE). Les appareils DCE avaient un port DB-9 femelle et les appareils DTE avaient un port DB-9 mâle. Le genre des ports permet d'utiliser de simples câbles RS-232 droits. Mais à mesure que les réseaux d'appareils devenaient plus complexes et que le matériel remplissait à la fois les rôles DCE et DTE, les câbles modem nul sont devenus courants pour interfacer le matériel. N'oubliez pas que le genre du port série implique la direction du flux de données. Les données circulent généralement d'un port femelle (DCE) vers un port mâle (DTE). L'envoi et la réception de données se font sur des lignes séparées et lorsque deux DTE communiquent, la transmission (Tx) et la réception (Rx) doivent être croisées dans une configuration modem nul pour garantir que les données sont envoyées aux bonnes broches. En fait, les câbles modem nul sont communément appelés câbles série croisés. Bien qu'il y ait 9 broches dans une connexion DB-9, la plupart des applications modernes de RS-232 n'utilisent que les broches 2, 3 et 5. Les données sont transmises sur les broches 2 et 3 entre le matériel et la broche 5 est la masse commune. Les autres broches ont des utilisations historiques pour la négociation/l'état qui ne sont pas nécessaires avec les systèmes modernes. La négociation était une exigence lorsque les vitesses de traitement des appareils étaient faibles et que la communication entre matériels nécessitait un système de vérifications pour... Fragen Sie sich, wie Sie Ihre RS-232-Waage, Ihren Barcode-Scanner, DRO oder andere serielle Messgeräte mit Ihrem Computer verbinden? LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Was ist RS-232? Möglicherweise sind Ihnen bei der Recherche, wie Sie Daten von Ihrem Gerät an einen PC senden, die Begriffe RS-232, serielle Kommunikation, Virtual Com Port (VCP) und DB9 begegnet. Aber was genau ist RS-232? RS-232 ist ein asynchrones, serielles Kommunikationsprotokoll, das in den 1960er-Jahren als Standard für die Datenübertragung von Hardware zu Hardware standardisiert wurde. Es wurde in der Telekommunikation, bei PC-Peripheriegeräten und im Networking umfangreich eingesetzt. Schauen wir uns das genauer an: Serielle Kommunikation: Serielle Kommunikation ist die Methode, binäre Daten (Bits) nacheinander über einen einzelnen Leiter zu senden – im Gegensatz zur parallelen Kommunikation, bei der mehrere Leiter gleichzeitig jeweils ein Bit übertragen. Asynchron: Asynchrone Kommunikation sendet kein Takt- bzw. Zeitsignal zusammen mit den Daten. Daher müssen Sender und Empfänger unabhängig voneinander auf dasselbe Intervall und dieselbe Größe eingestellt werden, die als Kommunikationsparameter bezeichnet werden. Die Kommunikationsparameter bestehen aus Baudrate, Parität, der Anzahl der Datenbits und der Anzahl der Stoppbits. Binäre Bits werden nacheinander mit einer definierten Rate gesendet, der sogenannten Baudrate. Informationsbits werden zu einer Datenbit-Gruppe zusammengefasst und mit einem Stoppbit abgeschlossen. Ein optionales gerades oder ungerades Paritätsbit kann als Prüfsumme für Übertragungsfehler verwendet werden. Paritätsbits funktionieren, indem alle 1en in der Datenbit-Gruppe gezählt und entweder eine 1 oder 0 hinzugefügt wird, sodass die Summe aller 1en entweder gerade oder ungerade ist. MicroRidge-Geräte verwenden als Standard-Kommunikationsparameter 9600-N-8-1. Dieser Kommunikationsparameter wird auch bei vielen anderen RS-232-Geräten verwendet. RS-232-Seriellgeräte werden über serielle Kabel mit seriellen Ports verbunden. Am häufigsten war der DB-9 (DE-9) D-Subminiatur-(D-Sub)-Steckverbinder. Der DB-9-Steckverbinder hat 9 Pins für die Kommunikation und ist in männlicher und weiblicher Ausführung erhältlich. Das „Geschlecht“ des Steckverbinders bezieht sich auf Pins und Buchsen, nicht auf den Stecker selbst. Historisch wurden Daten von Data Communication Equipment (DCE) an Data Terminal Equipment (DTE) gesendet. DCE-Geräte hatten einen weiblichen DB-9-Port und DTE-Geräte einen männlichen DB-9-Port. Durch das Port-Geschlecht konnten einfache Straight-RS-232-Kabel verwendet werden. Als Gerätenetzwerke jedoch komplexer wurden und Hardware sowohl DCE- als auch DTE-Rollen übernahm, wurden Null Modem-Kabel zu einer häufigen Lösung zur Anbindung von Hardware. Denken Sie daran: Das Geschlecht des seriellen Ports impliziert die Richtung des Datenflusses. Daten fließen typischerweise von einem weiblichen (DCE) zu einem männlichen (DTE) Port. Senden und Empfangen erfolgen über getrennte Leitungen, und wenn zwei DTEs miteinander kommunizieren, müssen Transmit (Tx) und Receive (Rx) in einer Nullmodem-Konfiguration gekreuzt werden, damit die Daten an die richtigen Pins gelangen. Tatsächlich werden Nullmodem-Kabel häufig als gekreuzte bzw. Crosswire-Seriellkabel bezeichnet. Obwohl eine DB-9-Verbindung 9 Pins hat, nutzen die meisten modernen RS-232-Anwendungen nur die Pins 2, 3 und 5. Daten werden zwischen der Hardware über die Pins 2 und 3 übertragen, und Pin 5 ist die gemeinsame Masse. Die anderen Pins wurden historisch für Handshaking/Status verwendet, was bei modernen Anwendungen nicht erforderlich ist. Handshaking war notwendig, als die Verarbeitungsgeschwindigkeiten der Geräte niedrig waren und die Kommunikation zwischen Hardware ein Prüfsystem benötigte, um sicherzustellen, dass Daten an ein empfangsbereites Gerät gesendet wurden. Moderne Anwendungen von RS-232 Obwohl RS-232 früher im privaten und professionellen Computing weit verbreitet war, wurde es durch neue Standards wie USB ersetzt, die schneller sind und weniger Hardware erfordern. Aufgrund seiner Einfachheit und robusten Konnektivität bleibt RS-232 jedoch in industriellen Umgebungen relevant. So ermöglicht RS-232 beispielsweise die Datenkommunikation zwischen Geräten wie Messmitteln und Waagen und Ihrem PC. RS-232 mit modernen Geräten verbinden Mit dem Aufkommen mobiler Geräte ist ein physischer serieller Port nur noch sehr selten zu finden. Serielle-zu-USB-Adapterkabel können RS-232-Daten in ein USB-taugliches Format umsetzen. Um die Funktionalität eines physischen COM-Ports zu emulieren, richtet der PC einen Virtual Com Port (VCP) ein, um mit dem USB-Seriellgerät zu kommunizieren. Um diese Daten zu lesen, müssen Sie möglicherweise einen speziellen Treiber herunterladen und anschließend ein dediziertes Programm verwenden, um die Daten aus dem... Asking yourself, how do I connect my RS-232 scale, barcode scanner, DRO or other serial measurement devices to my computer? LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) What is RS-232? You may have heard the terms RS-232, serial communication, Virtual Com Port (VCP), and DB9 when researching how to send data from your device to a PC. But what exactly is RS-232? RS-232 is an asynchronous, serial communication protocol that was standardized in the 1960s as a standard for hardware-to-hardware data transfer. It was used extensively in telecommunications, PC peripherals, and networking. Let’s break that down:Serial Communication: Serial communication is the method of sending binary data (bits), in series, on a single conductor as opposed to parallel communication where multiple conductors transmit a single bit simultaneously. Asynchronous: Asynchronous communications do not send a clock, or timing signal, with the data. This requires the transmitter and receiver to be set independently to the same interval and size known as the communication parameters. The communication parameters are comprised of the baud rate, parity, the number data bits, and the number of stop bits. Binary bits are sent one after another at a defined rate, known as the Baud Rate. Bits carrying information are combined into a Data Bit group and terminated with a Stop Bit. An optional Even or Odd Parity Bit can be used as a transmission error check. Parity Bits work by counting all the 1s in the Data Bit group and adding either a 1 or 0 to ensure that the sum of all 1s is either Even or Odd. MicroRidge devices use a standard comm parameter of 9600-N-8-1. This comm parameter is used in many other RS-232 devices. RS-232 serial devices are connected via serial cables to serial ports. The most common was the DB-9 (DE-9) size D-subminiature (D-sub) electrical connector. The DB-9 connector has 9 pins for communication and comes in male and female configurations. The Gender of the connector refers to the gender of the pins and sockets, not the plug itself. Historically Data would be sent from Data Communication Equipment (DCE) to Data Terminal Equipment (DTE). DCE devices would have a female DB-9 port and DTE devices would have a male DB-9 port. The gender of the ports allows for simple Straight RS-232 cables to be used. But as device networks became more complex and hardware served both DCE and DTE roles, Null Modem cables became a common occurrence to interface hardware. Remember, the gender of the serial port implies the direction of data flow. Data typically flows from a female (DCE) to a male (DTE) port. The sending and receiving of data are done on separate lines and when two DTES are communicating, the Transmit (Tx) and Receive (Rx) must be crossed into a null modem configuration to ensure data is sent to the correct pins. In fact, Null Modem cables are commonly referred to as crossed or crosswire serial cables. Although there are 9 pins in a DB-9 connection, most modern applications of RS-232 only utilize pins 2, 3, and 5. Data is transmitted on pins 2 and 3 between the hardware and pin 5 is the common ground. The other pins have historical uses for handshaking/status that are not necessary with modern . Handshaking was a requirement when device processing speeds were low and communication between hardware needed a system of checks to ensure data was being sent to a device ready to receive data. Modern Applications of RS-232 Although once prominent in home and professional computing, RS-232 has been replaced by new standards such as USB, which are faster and require less hardware. But, due to its simplicity and robust connectivity, RS-232 remains relevant in industrial settings. For example, RS-232 enables communication of data between devices, such as gages and scales, to your PC. Interfacing RS-232 with Modern Devices... LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C | Wedge Base EVO | RS-232 Base EVOData Terminal ReadyMobileCollect EVO Bases utilize the Data Terminal Ready (DTR) control signal to verify that the virtual COM Port on the host computer is ready. The DTR signal is used in RS-232 serial communications to indicate that the Data Terminal Equipment (DTE) is ready to receive data. With serial communications over USB, where a virtual COM Port is created, DTR can be set to enabled within the host program's software configuration parameters. It is important to note that the MobileCollect EVO Bases only utilize the Data Terminal Ready signal on USB Serial communications and not on the RS-232 DB9 serial port found on the RS-232 Base EVO. The DB9 serial port on the RS-232 Base EVO will output data with or without DTR, pin 4, raised to positive voltage indicating the DTE or host computer is ready for data. USB Send All ModeWith the understanding that some software may not have the DTR signal enabled for USB serial communications, the USB Send All Mode enables the EVO Base Receivers to communicate with any software program. The USB Send All Mode does not check for a DTR signal on the COM Port. This mode is enabled or disabled via a serial command sent from ComTestSerial. Command Description: Enable/Disable the USB serial port verification (Com Port assigned and active) with EVO Base Receivers. Command: LinkedIn Reddit Threads Facebook X Email DataBase Update: 7/10/2025MC-M3-937243 - Limited StockRemoved the "Cable discontinued" status for the MC-M3-937243. This cable is commonly used on legacy Mitutoyo calipers and height gages. We have secured a small stock of this cable, if you have a need for bringing a gage online with MobileCollect that requires the 937243 SPC Data Cable we recommend ordering ASAP. Full Size Evo Bases are here! MobileCollect EVO Full Size Bases are here! The already industry leading measurement collection Base Receiver is better than ever. EVO brings extended range, faster processing, dual output mode and more transmitter features! Check out the press release to learn more! Software Update: 1. 1. 43Added the soon to be released Full Size MobileCollect Evo Base Receivers. Check out the press release to learn more! Discover the MobileCollect Selection Tool Explore more product updates! Explore Product Updates LinkedIn Reddit Threads Facebook X Email Full-Size MobileCollect EVO is Here! More Power | More Features MobileCollect EVO Full Size Bases are here! The already industry leading measurement collection Base Receiver is better than ever. EVO brings extended range, faster processing, dual output mode and more transmitter features! The EVO Series is an evolution of the MobileCollect brand featuring an updated hardware set that will enable longer range on future transmitters, faster processing for large systems, dedicated USB VID/PID for compliance with strict IT measures, and an API for better integration with SPC programs. MicroBase EVO launched in early June. The MicroBase's small form factor paired with Keyboard Wedge output has been a hit when using tablets or mobile devices. New Features! The EVO line of MobileCollect Base Receivers builds on the already powerful set of MobileCollect Bases with updated hardware that has and will enable powerful new features. Full Size EVO Base Features:Longer RangePlug and Play - No USB driver neededSerial or Keyboard Wedge Output at the flip of a switchKeyboard Wedge emulates a keyboard to type measurement data into software applications such as Microsoft Excel, Access, Minitab, cloud based SPC and more. Serial VCP (Virtual COM Port) to connect to advanced SPC and data analytic software applications. Automatically matches the baud rate set in your SPC program. Dual Output Mode on RS-232 BaseSend measurement data to multiple devices by connecting the USB RS-232 Serial connection to one device and the RS-232 Serial DB9 connection to the other. For Example: Use dual output to send measurement data to a printer/display and an SPC application simultaneously. Unique PID/VID for USB CommunicationsThis is very important from an IT perspective, making it easier to get our devices approved for use. Supports advanced MobileCollect Transmitter featuresRemote Read SwitchUsed to initiate gage readings on Command Mobile Modules remotely with a Mini Mobile Module configured as a remote read switch. Skip ButtonUsed to skip fields in an SPC software remotely with a Mini Mobile Module configured as a skip button. Increased International CertificationsCertified with FCC (USA), IC (Canada), CE (EU)Compliant in UK, Australia/New Zealand, Japan, Taiwan, South Korea, Brazil, & South Africa Buy Today! Ships July 23, 2025 Explore more product releases! Explore Product Releases LinkedIn Reddit Threads Facebook X Email Database Update: 6/18/2025Pricing Update:Pricing for many of our MobileCollect Cables has increased as of June 18, 2025. This is due to the impacts of tariffs and ongoing economic conditions increasing costs across our supply chain. New Base Receivers:The new MicroBase EVO is here! This new MobileCollect Base Receiver is 30% smaller than the previous generation and now features both keyboard wedge and serial output modes. Check out the press release to learn more! Additional Gages Supported by MobileCollect: We are excited to bring more gages online with the MobileCollect System. Notable new gages include the new Mitutoyo QuantuMike, Mitutoyo 518 series depth gages and part number changes to reflect new Mitutoyo ID-C Gage Numbers. A complete list of the new gages can be seen below. Software Update: 1. 1. 42 (6/17/2025)Added the newly released MicroBase EVO USB A and MicroBase EVO USB C to the bases tab. Added photos for the following cables. MC-M3-06AGL011MC-D-06AGL011MC-M3-06AGL111MC-D-06AGL111MC-M3-936937-EPMC-V2-OLY-38-9F6 Discover the MobileCollect Selection Tool New Gage List:Mitutoyo Gages:543-700BIndicator ID-C0512NXB543-701Indicator ID-C0512MNX543-701BIndicator ID-C0512MNXB543-702Indicator ID-C0512ENX543-702BIndicator ID-C0512ENXB543-705Indicator ID-C0512CNX543-705BIndicator ID-C0512CNXB543-706Indicator ID-C0512CMNX543-706BIndicator ID-C0512CMNXB543-707Indicator ID-C0512CENX543-707BIndicator ID-C0512CENXB543-710Indicator ID-C1012NX543-710BIndicator ID-C1012NXB543-711Indicator ID-C1012MNX543-711BIndicator ID-C1012MNXB543-712Indicator ID-C1012ENX543-712BIndicator ID-C1012ENXB543-715Indicator ID-C1012CNX543-715BIndicator ID-C1012CNXB543-716Indicator ID-C1012CMNX543-716BIndicator ID-C1012CMNXB543-717Indicator ID-C1012CENX543-717BIndicator ID-C1012CENXB543-720BIndicator ID-C0525NXB543-721BIndicator ID-C0525MNXB543-722BIndicator ID-C0525ENXB543-725BIndicator ID-C1025NXB543-726BIndicator ID-C1025MNXB543-727BIndicator ID-C1025ENXB543-730BIndicator ID-C0550NXB543-731BIndicator ID-C0550MNXB543-732BIndicator ID-C0550ENXB543-735BIndicator ID-C1050NXB543-736BIndicator ID-C1050MNXB543-737BIndicator ID-C1050ENXB547-211Depth Gage, Indicator547-212Depth Gage, Indicator547-217Depth Gage, Indicator547-217SDepth Gage, Indicator547-218ADepth Gage, Ind Type ID-CNX547-218SDepth Gage, Indicator547-251Depth Gage, Indicator547-252Depth Gage, Indicator547-257SDepth Gage, Indicator547-258SDepth Gage, Indicator293-180-40MD-E1" QuantuMike293-181-40MD-E2" QuantuMike293-182-40MD-E3" QuantuMike293-183-40MD-E4" QuantuMike293-140-40MD-E25 QuantuMike293-141-40MD-E50 QuantuMike293-142-40MD-E75 QuantuMike293-143-40MD-E100 QuantuMike543-700-02Indicator ID-C112NX543-700B-02Indicator ID-C112NXB543-701-02Indicator ID-C112MNX543-701B-02Indicator ID-C112MNXB543-702-02Indicator ID-C112ENX543-702B-02Indicator ID-C112ENXB543-705-02Indicator ID-C112CNX543-705B-02Indicator ID-C112CNXB543-706-02Indicator ID-C112CMNX543-706B-02Indicator ID-C112CMNXB543-707-02Indicator ID-C112CENX543-707B-02Indicator ID-C112CENXB543-710-02Indicator ID-C1012NX543-710B-02Indicator ID-C1012NXB543-711-02Indicator ID-C1012MNX543-711B-02Indicator ID-C1012MNXB543-712-02Indicator ID-C1012ENX543-712B-02Indicator ID-C1012ENNXB543-715-02Indicator ID-C1012CNNX543-715B-02Indicator ID-C1012CNNXB543-716-02Indicator ID-C1012CNNX543-716B-02Indicator ID-C1012CNNXB543-717-02Indicator ID-C1012CENNX543-717B-02Indicator ID-C1012CENXNB543-720B-02Indicator ID-C0525NXB543-721B-02Indicator ID-C0525MNXB543-722B-02Indicator ID-C0525ENXB543-725B-02Indicator ID-C1025NXB543-726B-02Indicator ID-C1025MNXB543-727B-02Indicator ID-C1025ENXB543-730B-02Indicator ID-C0550NXB543-731B-02Indicator ID-C0550MNXB543-732B-02Indicator ID-C0550ENXB543-735B-02Indicator ID-C1050NXB543-736B-02Indicator ID-C1050MNXB543-737B-02Indicator ID-C1050ENXB547-211ADepth Gage, Ind Type ID-CNX547-212ADepth Gage, Ind Type ID-CNX547-217ADepth Gage, Ind Type ID-CNX547-218ADepth Gage, Ind Type ID-CNX547-251ADepth Gage, Ind Type ID-CNX547-252ADepth Gage, Ind Type ID-CNX547-257ADepth Gage, Ind Type ID-CNX547-258ADepth Gage, Ind Type ID-CNX Explore more product updates! Explore Product Updates Facebook Twitter LinkedIn Pricing UpdateDue to recent changes in tariffs and ongoing economic conditions, we are experiencing increased costs across our supply chain. As a result, we find it necessary to adjust our pricing to ensure we can continue delivering the quality and service you expect. When will this price change take effect? New prices will take effect on June 18, 2025. Is the MobileCollect Selection Tool Updated? Yes, it has the latest pricing and new gages you can bring online with MicroRidge! Discover the MobileCollect Selection Tool 2025 Price List – 6/18/2025 June 18, 2025 MicroRidge Product Pricing Download Explore more news! Explore News Go/No-Go & Skip Button LinkedIn Reddit Threads Facebook X Email Applicable DevicesMini Mobile Module EVO Pass/Fail or Go/No-Go Quality Check A “pass/fail” or “go/no-go” system is a simple quality check that determines whether a part meets a defined requirement—if it’s within the allowed tolerance it passes (go), and if it’s outside that limit it fails (no-go). It’s important in manufacturing because it standardizes decisions on the shop floor, speeds up inspections, and reduces subjective judgment, helping operators catch defects early before they move downstream. It’s also critical to record each pass/fail result because that data provides traceability, supports audits and customer requirements, and helps prove process capability over time. Captured results make it easier to spot trends, identify root causes when failures occur, and drive continuous improvement while minimizing scrap, rework, and escapes to the customer. Capture and Recording the Pass/Fail or Go/No-Go Quality Check The Mini Mobile Module can send the Module Label instead of a gage reading via the “Transmit Module Label” Feature. Up to an 8 character Module Label (Basic ASCII) can be sent instead of a measurement. This function is useful for SPC systems that require a non-numeric data point such as "Pass", "Fail", "Good", "Bad" etc. The ASCII output will follow the output format of data as set by the base, including the EOP character. Carriage Returns, Tabs, and Spaces can also be send via the Transmit Label Field Gage Type. This is useful for Keyboard Wedge applications that require additional user input to advance to the next data field or screen by utilizing Enter and Tab keys. Special Character Output for Software Compatibility When sending measurement data to the host software you may need to send the correct “keystroke” delimiter so the data lands in the right field and advances the cursor to the desired field for the next measurement. By utilizing the Mini Mobile Module's special character output, you can turn the Mini Mobile Module into a custom "skip" button eliminating the need to manually skip a data entry field in the host software before taking the next measurement. This custom functionality can reduce both errors and time when measurement a complex part. Configuring Output in Extended Setup Open MobileCollect Extended Setup software and find the base. Click on the Mobile Module Setup tabFollow the procedure shown in the window to put the Mobile Module in “Setup Mode”. Once in setup mode, press the setup button again. The “Configure MobileCollect Mobile Module” Window will appear. Press the “Gage output type” button to open the Gage Type Window. Enable the Gage output type selection and click “Yes” on the info window to confirm a change in output is desired. Select the “Transmit Label Field” Type. Note that your Mini Mobile Module Firmware must be version 5. 34 or later. Click “OK” to confirm settings ASCII Text output in Extended Setup Back in the “Configure MobileCollect Mini Mobile Module” menu, change the “Module Label” to the desired ASCII output. Ensure the Mini Mobile Module is in Setup Mode and click the “Send Setup to Mobile Module” Button to update the Mini Mobile Module. The Mini Mobile Module will now output the text in the “Module Label” field instead of a measurement. The Mini Mobile Module does not need to be connected to a gage or have a gage connector installed. Special Character output in Extended Setup This feature requires an EVO Series Base Receiver. Carriage Returns, Tabs, and Spaces can also be send via the Transmit Label Field Gage Type. To program a Transmit Label Field Gage to send {CR}, {TAB}, or space, enter their respective characters in a set of braces/curly brackets { }. 6 characters must be entered in between the braces, { }, for this function to operate. Utilize a . (period) as a filler character. C, T, or S must be the first character after the opening brace. For repeat characters,... Keyboard Wedge & Serial LinkedIn Reddit Threads Facebook X Email Applicable DevicesMicroBase EVO USB A | MicroBase EVO ESB C USB Serial - Virtual COM Port (VCP) The MicroBase EVO uses USB serial communication via a Virtual COM Port (VCP), allowing it to appear to your computer like a traditional RS-232 serial device. This makes it easy for existing serial-based applications—such as SPC software—to communicate with the MicroBase EVO with little or no changes. Because it leverages the built-in Windows serial. sys driver, no additional driver installation is required on Windows PCs. Once connected, Windows assigns a COM port number (for example, COM3 or COM7), and your software can open that port using familiar serial settings like baud rate, data bits, parity, and stop bits. The MicroBase EVO can automatically adapt to whatever baud rate the application uses, combining USB convenience with the broad compatibility of proven serial workflows for industrial data collection. Keyboard Wedge MobileCollect's Keyboard Wedge makes it easy to input measurement data from precision gages into virtually any software by allowing the MicroBase EVO to appear as a standard keyboard to the computer. When a reading is sent, it’s “typed” at the cursor position like normal keystrokes, so you can capture measurements directly into Excel, cloud-based applications, SPC software, or custom programs without plugins or special integration. You can also append delimiters—such as Enter (carriage return), Tab, or custom characters—after each measurement so the cursor automatically advances to the next cell or field for fast, consistent entry with no manual typing errors. For maximum reliability across different applications, the keyboard wedge entry speed can be adjusted to match what the host software can accept, helping prevent missed characters or misaligned fields. To learn more about adjusting the keyboard wedge speed, read our Change Keyboard Wedge Speed feature guide. Changing MicroBase EVO output in Extended Setup Open MobileCollect Extended Setup software and find the base. Once the MicroBase EVO is detected, the output format will appear below the main base info section. Chose the desired output with the radio button. Wedge output is the default for MicroBase EVO. If changes were made, the new parameters will need to be sent to the MicroBase EVO by clicking the “Send Base Setup to Base” button. Changing MicroBase EVO output in Xpress Setup Open MobileCollect Xpress Setup software and find the base. Once the MicroBase EVO is detected, the output format will appear below the Base setup info section. Chose the desired output with the radio button. Wedge output is the default for MicroBases EVO. If changes were made, the new parameters will need to be sent to the MicroBase EVO by clicking the “Update Base” button. Downloadable PDF Guide MicroBase EVO – Change Output Mode Wedge and Serial This guide covers switching the MicroBase EVO between keyboard wedge output mode and serial (RS-232/USB ... Download Learn More! Additional Feature Guides Visit our Blog Product Release MobileCollect MicroBase EVO LinkedIn Reddit Threads Facebook X Email MobileCollect EVO is Here! Featuring Keyboard Wedge & Serial Ouput! We have been busy at work creating the next generation of MobileCollect Base Receiver's and we're excited to announce the release of the MobileCollect EVO MicroBase. The EVO Series is an evolution of the MobileCollect brand featuring an updated hardware set that will enable longer range on future transmitters, faster processing for large systems, dedicated USB VID/PID for compliance with strict IT measures, and an API for better integration with SPC programs. New Features! We created the MobileCollect EVO MicroBase to be smaller, faster and easier to use than the previous generation and now it comes in USB A and USB C versions. Wedge OutputThe MicroBase is now your go-to base receiver for mobile devices and tablets. Prior to MicroBase EVO, the only MobileCollect Base featuring a Keyboard Wedge output was our full size Wedge Base. Along with Keyboard Wedge output, MicroBase EVO also features serial output. These two output formats make this your wireless measurement collection hub for getting data into any software application! Over 35% smaller than previous generation MicroBase. Unique PID/VID for USB CommunicationsThis is very important from an IT perspective, making it easier to get our devices approved for use. USB CAlong with a USB-A version, we've developed a USB-C version to make it easier than ever to connect with mobile devices such as iPhones, iPads and Android phones and tablets. Supports advanced MobileCollect Transmitter featuresRemote Read SwitchUsed to initiate gage readings on Command Mobile Modules remotely with a Mini Mobile Module configured as a remote read switch. Skip ButtonUsed to skip fields in an SPC software remotely with a Mini Mobile Module configured as a skip button. Increased International CertificationsCertified with FCC (USA), IC (Canada), CE (EU)Compliant in UK, Australia/New Zealand, Japan, Taiwan, South Korea, Brazil, & South Africa Buy Today! Ships June 2nd, 2025 Explore more product releases! Explore Product Releases Single Read, Continuous Read, Absolute Value & TIR LinkedIn Reddit Threads Facebook X Email Applicable DevicesMini Mobile Module EVO | Command Mobile Module | RS-232 V2 Mobile Module MobileCollect Turns Any Gage into a Smart Gage MobileCollect lets you turn virtually any compatible gage into a “smart gage” by capturing its output and adding software-driven capabilities beyond basic data transfer. With MobileCollect, you can use advanced read modes like Continuous Read and TIR mode with any gage that has an SPC data output port. Enabling these advanced capabilities on gages that otherwise just output a measurement, can greatly improve your quality control processes. TIR - Total Indicator Runout TIR mode—often called Total Indicator Runout, Total Indicator Reading or Full Indicator Movement (FIM)—measures the total variation of a surface or feature as a part is rotated or swept through one full cycle. The gage records the highest and lowest readings and reports the difference, giving a fast, practical way to quantify runout, wobble, or concentricity-related issues on shafts, bores, and rotating assemblies. It’s used because many functional problems (vibration, noise, uneven wear, poor sealing, and assembly misfit) are driven by variation over rotation, not a single point measurement. Capturing TIR is important for verifying machining quality, ensuring parts will perform smoothly in service, and catching alignment or fixturing issues before they become costly defects. Many gages don't include TIR as a feature but with MobileCollect your can turn any gage into a "smart gage" with TIR mode. Continuous Read Mode MobileCollect’s Continuous Read mode lets you collect a stream of measurements from precision gages with control over how the data is captured: you can set a delay before the first reading, define the total number of readings to take, and specify the total read time for the collection. These settings help ensure you’re capturing stable, representative values—whether you’re waiting for the gage to settle, sampling a moving process, or documenting variation during a sweep. Getting continuous readings is important because it reduces the chance of missing critical highs/lows, improves repeatability between operators, and provides better insight into part variation and process stability than a single snapshot measurement. Absolute Value Mode Absolute Value mode converts incoming gage readings to a non-negative value, which helps ensure compatibility with host applications that reject or mis-handle negative measurements. This is useful when software fields are configured for unsigned values, when downstream calculations assume positive inputs, or when a “magnitude only” result is required for a check. MobileCollect is designed to make connecting to virtually any software as simple as possible, so you can start capturing gage data quickly without complex setup or custom integration. Xpress Setup Video Guide Entering Mobile Module Setup in Extended Setup Open MobileCollect Extended Setup software and find the base. Click on the Mobile Module Setup tabFollow the procedure shown in the window to put the Mobile Module in “Setup Mode”. Once in setup mode, press the setup button again. The “Configure MobileCollect Mobile Module” Window will appear. Press the Read Mode Button to open the Read Mode Window. Find Base Unit and Select Mobile Module Setup TabPut Mobile Module Into Setup ModeSelect Read Mode Entering Mobile Module Setup in Xpress Setup Open MobileCollect Xpress Setup software and find the base. Click on the “Setup MobileCollect” ButtonFollow the procedure shown in the window to put the Mobile Module in “Setup Mode”. Once in setup mode, press the setup button again. The “Mobile Module Setup” Window will appear. Press the Read Mode Button to open the Read Mode Window. Find Base & Setup Mobile Module SetupPut Mobile Module Into Setup ModeSelect Read Mode Continuous and Absolute Read Mode Setup Mobile Module Read Mode is set to send a Single Reading with every button press by default. To change to a Continuous Read Mode, select the Desired Continuous Read Mode radio buttonTo change to absolute value mode, select the Absolute Value radio buttonWhen... Quality Show 2025 Music City Center | Nashville Tennessee | April 16-17 | Booth 413 LinkedIn Reddit Threads Facebook X Email We'll see you there! We're excited to be an exhibitor at the Quality Show this April at the Music City Center in Nashville Tennessee. This year you'll meet Andy Duvall our Sales Director and Riley Tronson the President of MicroRidge at booth 413. Demo Equipment When you visit our booth, you can get a hands on experience with our three product families. We'll have multiple MobileCollect Wireless systems running. You can take measurements and experience the benefits of MobileCollect first hand. Tradeshows tend to be an extremely noisy RF environment but we encourage you to test our wireless range. Our RM2. 4 technology handles noisy environments very well! We'll have a GageWay Pro system setup so you can see the industry leading GageWay wired interfaces in action! You'll also be able to check out a WedgeLink AT connected to an RS-232 scale. If you have RS-232 devices that you want to bring online, come pick our brains on how WedgeLink can help! Show Information The Quality Show has a great website with good information about the show including the floor plan. In addition to the Quality Show, they are also hosting The Assembly Show South and Adhesives in Action at the same venue! If you're planning to attend, reach out to us we may still have a few free guest passes avaliable! Explore more events! Explore Events MobileCollect Firmware & Setup Program Update LinkedIn Reddit Threads Facebook X Email New firmware is available for the MobileCollect Command Mobile Module (MC-MM-DC) and the MobileCollect RS-232 V2 Mobile Module (MC-MM-V2). Firmware 5. 36 was made available on December 20, 2024 and can be downloaded here. In tandem with the firmware update both MobileCollect Xpress Setup and MobileCollect Extended Setup have been updated. MobileCollect Xpress Setup 1. 6. 0. 80 was released on December 10, 2024 and MobileCollect Extended Setup 4. 3. 0. 142 was released on December 10, 2024. What's new? MobileCollect Command and RS-232 V2 Mobile Modules can now be configured to send the absolute value of the gage reading into any software application. This update was made to make integrating into various SPC software applications that do not expect a negative value more seamless. How do I utilize the absolute value feature? To use this new feature, head to either MobileCollect Xpress Setup or MobileCollect Extended Setup and configure the “Read Mode” of the Mobile Module. Note: You must have the most recent setup software and firmware running on your devices. Questions? We're here to help. Give us a call at 541-593-1656, email support@microridge. com or chat us. . MobileCollect Extended Setup Users Guide Full user’s guide for MobileCollect Extended Setup, the configuration utility used to set up and ... Download MobileCollect Xpress Setup Users Guide Full user’s guide for MobileCollect Xpress Setup, the streamlined configuration utility used to set up ... Download Explore more product updates! Explore Product Updates MobileCollect Selection Tool UpdateJanuary 7, 2025 Facebook Twitter LinkedIn The MobileCollect Selection Tool has been updated to version 1. 1. 41 as of January 7, 2025. This update reflects new pricing as of January 1, 2025 in addition to new cable and transmitter options for various new devices we can interface with. MobileCollect can integrate with over 3,500 devices with more coming online each month. The MobileCollect Selection Tool makes it easy to find out what is needed to bring your device online with MobileCollect. Why do you need MobileCollect Selection Tool? The MobileCollect Selection Tool program provides valuable information on all gages researched for compatibility with our Mobile Module transmitters. It allows the user to quickly identify the proper transmitter and cable combination for each gage device, and can be used to create a MobileCollect Wireless system report that can be printed, saved, or emailed that shows the following: Transmitter cable and quantity for each gage. Mobile Module transmitter models and quantity. Base receiver models and quantity. Remote transmitter models and quantities. Total system cost. Download Now https://youtu. be/FoutoV1U2-U Explore our product updates! Explore Product Updates 2024 MicroRidge Holiday Shutdown | December 24th – January 1st Facebook Twitter LinkedIn The holiday season is here, and we couldn’t be more excited! The team at MicroRidge hopes you have a holiday season that can’t be MEASURED up to. At MicroRidge, we’re going to take a break during the holiday season. We’ll be conducting year-end inventory, tuning up our systems and giving our team a well deserved break to rest and recharge. What is the last day to submit PO’s to have it ship in 2024? Submit all PO’s on or before Monday December 16th and we’ll do our best to ship it before December 24th. If your order is over 20 units or has non-standard items, reach out to sales@microridge. com to get an estimated lead time as soon as possible Explore more news! Explore News After holding steady for over 2 years, we’re updating prices in 2025. Facebook Twitter LinkedIn First, we would like to thank you for choosing MicroRidge as your partner in data collection for over 40 years. We’re hard at work creating the most innovative tools for measurement data collection so you can work smarter, faster and more accurately. We have also worked hard over the past 2 years on our supply chain and operational efficiencies so we can keep offering you the same great prices. Due to the continual increase of material costs, we’re forced to increase prices on our equipment. We understand that your business has come to rely on MicroRidge as part of your quality management program and these price increases will allow us to continue providing the market leading products you rely on. When will this price change take effect? New prices will take effect on January 1, 2025. 2025 Price List – 1/1/2025 2025 MicroRidge Product Pricing Download Explore more news! Explore News Sustitución directa del Digipratic de CFAM Electronics CFAM Electronics ha cerrado. Esta es su vía directa, de reemplazo inmediato, para sustituir el Digipratic sin necesidad de cambios en los calibres. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) CFAM Electronics ha descatalogado el Digipratic CFAM Electronics ha cerrado. El Digipratic ya no tiene soporte, y GageWay Pro es su sustitución directa, de reemplazo inmediato, sin necesidad de cambios en los calibres. CFAM Electronics, el fabricante francés del multiplexor Digimatic Digipratic, ha cesado su actividad. Si su planta depende de un Digipratic para la recopilación de datos Digimatic multicanal, ahora se enfrenta a un instrumento sin soporte y sin vía para actualizaciones de firmware, unidades de sustitución o asistencia técnica: un riesgo real para cualquier sistema de calidad que dependa de una recopilación continua y auditable de datos de medición (ISO 9001, cláusula 7. 1. 5; IATF 16949). MicroRidge ha intervenido como fuente de sustitución directa. La serie GageWay Pro iguala la función principal del Digipratic (consolidar varios canales de calibres Digimatic en una única interfaz para ordenador) y, al mismo tiempo, cubre varias carencias en flexibilidad, escalabilidad y control por software. GageWay Pro vs. Digipratic: comparación lado a lado CapacidadCFAM DigipraticMicroRidge GageWay Pro Canales máximosHasta 16Hasta 72 (unidades Pro8 encadenables)Tipo de entrada de calibreDigimaticDigimatic + RS-232 + salida digital de calibre sin RS-232 (Mahr Federal, Starrett, Ono Sokki, Kroeplin, CDI, etc. )Formatos de salidaSerie DB9 únicaSerie DB9, serie USB, cuña de teclado USBEntrada de pedal/interruptor manualSíSí (se admiten tanto pedal como interruptor manual)Paso a través RS-232LimitadoPuerto serie multifunción RS-232 dedicado por unidad, con AutoBaudConfiguraciónA nivel de hardware/interruptores DIPSoftware de configuración gratuito para PC, personalización por canalModos de lecturaFijosLectura única, lectura continua, lectura TIR, seleccionable por canalID de canal / etiquetado SPCNo configurableIdentificadores de canal personalizados para la organización en software SPCFormato de datosFijoSeparadores de campo y caracteres EOP configurablesEstado del soporte del fabricanteDescatalogado (CFAM Electronics cerró)Activo, más de 40 años en recopilación de datos de medición, fabricado en EE. UU. Migración de Digipratic a GageWay Pro La mayoría de las plantas que sustituyen un Digipratic lo hacen de forma reactiva: una unidad falla, no se puede contactar con el soporte o un ciclo de calibración/auditoría pone de manifiesto el riesgo de operar con hardware de medición sin soporte. Hay algunos aspectos que hacen que la transición sea sencilla: No se requieren cambios en los calibres. GageWay Pro lee la misma salida Digimatic que ya generan sus calibres, sin necesidad de recablear ni sustituir calibres. Canal por canal o consolidado. Si su configuración de Digipratic utilizaba 8 o 16 canales, un único GageWay Pro4 o Pro8 puede igualar esa huella, o puede consolidar entre estaciones mediante unidades encadenadas (hasta 72 canales en total). La configuración definida por software sustituye a la configuración por hardware. Los modos de lectura, los ID de canal y el formato de datos que podían estar fijados o configurados mediante interruptores DIP en el Digipratic son configurables por software, por canal, en GageWay Pro; algo útil si su software SPC espera separadores de campo específicos o convenciones concretas de nomenclatura de canales. Valide antes de comprometerse. Ejecute su software SPC actual con un Pro4 o Pro8 durante la evaluación para confirmar que el mapeo de campos y el comportamiento del modo de lectura se ajustan a su proceso antes del cambio completo. Para eso sirve exactamente nuestro Programa de kits de demostración. Soporte a largo plazo MicroRidge es líder en recopilación de datos de medición con una gama completa de productos que incluye interfaces inalámbricas MobileCollect, interfaces cableadas GageWay y WedgeLink Keyboard Wedge. Con más de 40 años en el sector, puede contar con que MicroRidge estará aquí a largo plazo. Si tiene preguntas técnicas, llámenos al +1-541-593-1656 o envíe un correo a support@microridge. com. ¿Quiere probar antes de comprar? Permita que su equipo evalúe nuestros... CFAM Electronics Digipratic Direkter Ersatz CFAM Electronics hat den Betrieb eingestellt. Hier ist Ihr direkter Drop-in-Ersatz für den Digipratic ohne erforderliche Änderungen an den Messgeräten. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) CFAM Electronics hat den Digipratic eingestellt CFAM Electronics hat den Betrieb eingestellt. Der Digipratic wird nicht mehr unterstützt, und GageWay Pro ist Ihr direkter Drop-in-Ersatz ohne erforderliche Änderungen an den Messgeräten. CFAM Electronics, der französische Hersteller des Digipratic Digimatic-Multiplexers, hat den Betrieb eingestellt. Wenn Ihre Einrichtung auf einen Digipratic für mehrkanalige Digimatic-Datenerfassung angewiesen ist, stehen Sie nun vor einem nicht unterstützten Instrument ohne Möglichkeit für Firmware-Updates, Ersatzgeräte oder technischen Support: ein echtes Risiko für jedes Qualitätssystem, das auf kontinuierliche, nachvollziehbare Messdatenerfassung angewiesen ist (ISO 9001 Abschnitt 7. 1. 5, IATF 16949). MicroRidge ist als direkter Ersatzlieferant eingesprungen. Die GageWay Pro-Serie erfüllt die Kernfunktion des Digipratic (Konsolidierung mehrerer Digimatic-Messgerätekanäle in eine einzige Computerschnittstelle) und schließt gleichzeitig mehrere Lücken in Flexibilität, Skalierbarkeit und Softwaresteuerung. GageWay Pro vs. Digipratic: Direkter Vergleich FunktionCFAM DigipraticMicroRidge GageWay Pro Max. KanäleBis zu 16Bis zu 72 (verkettbare Pro8-Einheiten)Messgeräte-EingangstypDigimaticDigimatic + RS-232 + nicht-RS-232 digitaler Messgeräteausgang (Mahr Federal, Starrett, Ono Sokki, Kroeplin, CDI, etc. )AusgabeformateEinzelne DB9-SeriellDB9-Seriell, USB-Seriell, USB-Keyboard-WedgeFuß-/Handschalter-EingangJaJa (Fußschalter und Handschalter beide unterstützt)RS-232-DurchleitungBegrenztDedizierte RS-232-Multifunktions-Seriellschnittstelle pro Einheit, mit AutoBaudKonfigurationHardware-/DIP-Schalter-EbeneKostenlose PC-basierte Setup-Software, Anpassung pro KanalLesemodiFestEinzelablesung, Kontinuierliche Ablesung, TIR-Ablesung, wählbar pro KanalKanal-ID / SPC-KennzeichnungNicht konfigurierbarBenutzerdefinierte Kanalbezeichner für SPC-SoftwareorganisationDatenformatierungFestKonfigurierbare Feldtrennzeichen und EOP-ZeichenHersteller-SupportstatusEingestellt (CFAM Electronics geschlossen)Aktiv, über 40 Jahre in der Messdatenerfassung, hergestellt in den USA Migration von Digipratic zu GageWay Pro Die meisten Einrichtungen, die einen Digipratic ersetzen, tun dies reaktiv: Eine Einheit fällt aus, der Support ist nicht erreichbar, oder ein Kalibrierungs-/Prüfzyklus deckt das Risiko auf, nicht unterstützte Messhardware zu betreiben. Einige Aspekte machen den Übergang unkompliziert: Keine Änderungen an den Messgeräten erforderlich. GageWay Pro liest denselben Digimatic-Ausgang, den Ihre Messgeräte bereits erzeugen, ohne dass eine Neuverkabelung oder ein Austausch der Messgeräte erforderlich ist. Kanal für Kanal oder konsolidiert. Wenn Ihre Digipratic-Konfiguration 8 oder 16 Kanäle verwendet hat, kann ein einzelnes GageWay Pro4 oder Pro8 diesen Platzbedarf erfüllen, oder Sie können über Stationen hinweg mit verketteten Einheiten konsolidieren (bis zu 72 Kanäle insgesamt). Software-definierte Einrichtung ersetzt Hardware-Konfiguration. Lesemodi, Kanal-IDs und Datenformatierung, die beim Digipratic möglicherweise fest oder per DIP-Schalter konfiguriert waren, sind beim GageWay Pro softwarekonfigurierbar pro Kanal, nützlich wenn Ihre SPC-Software spezifische Feldtrennzeichen oder Kanalbenennungskonventionen erwartet. Validieren Sie, bevor Sie sich festlegen. Führen Sie Ihre vorhandene SPC-Software während der Evaluierung gegen ein Pro4 oder Pro8 aus, um die Feldzuordnung und das Lesemodus-Verhalten zu bestätigen, bevor Sie vollständig umstellen. Genau dafür ist unser Demo-Kit-Programm gedacht. Langfristiger Support MicroRidge ist führend in der Messdatenerfassung mit einem vollständigen Produktsortiment, einschließlich MobileCollect Wireless Interfaces, GageWay Wired Interfaces und WedgeLink Keyboard Wedge. Mit über 40 Jahren Branchenerfahrung können Sie darauf zählen, dass MicroRidge langfristig für Sie da ist. Bei technischen Fragen rufen Sie uns unter +1-541-593-1656 an oder senden Sie eine E-Mail an support@microridge. com. Möchten Sie vor dem Kauf testen? Lassen Sie Ihr Team unsere Produkte für einen Zeitraum von 10 Tagen an Ihrem Standort evaluieren, bevor Sie eine Investition tätigen, mit unserem Demo-Kit-Programm. Keine Kosten oder Verpflichtungen. Wir übernehmen den Versand zu und von Ihrem Standort. Nur Standorte in den USA und Kanada. Häufig gestellte Fragen Ist der CFAM Electronics Digipratic noch erhältlich? Nein. CFAM Electronics hat den Betrieb eingestellt, und der Digipratic wird nicht mehr hergestellt oder unterstützt. Es gibt keinen offiziellen Ersatzteil- oder Firmware-Support-Pfad von CFAM. Funktionieren meine vorhandenen Digimatic-Messgeräte ohne Änderungen mit GageWay Pro? Ja. GageWay Pro akzeptiert standardmäßigen Digimatic-Ausgang direkt, dasselbe Protokoll, das Ihre Messgeräte mit dem Digipratic verwenden. Kann GageWay Pro mehr Kanäle verarbeiten als meine aktuelle Digipratic-Konfiguration? Ja. GageWay Pro4- und Pro8-Einheiten können für bis zu 72 Kanäle insgesamt verkettet werden, gegenüber dem Maximum von 16 Kanälen beim Digipratic. Benötigt GageWay Pro spezielle Software, um die Digipratic-Funktionalität zu ersetzen? GageWay Pro enthält kostenlose Setup-Software für die Kanalkonfiguration. Es wird keine proprietäre CFAM-Software benötigt. Kann GageWay... Remplacement Direct du Multiplexeur Digipratic CFAM Electronics CFAM Electronics a fermé ses portes. Voici votre solution de remplacement direct pour le Digipratic, sans aucun changement d’instrument requis. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) CFAM Electronics a arrêté la production du Digipratic CFAM Electronics a cessé ses activités. Le Digipratic n’est plus pris en charge et le GageWay Pro est votre solution de remplacement direct, sans modification d’instrument nécessaire. CFAM Electronics, le fabricant français du multiplexeur Digimatic Digipratic, a cessé ses activités. Si votre établissement s’appuie sur un Digipratic pour la collecte de données Digimatic multicanaux, vous disposez désormais d’un instrument non pris en charge, sans possibilité de mise à jour du micrologiciel, d’unités de remplacement ou de support technique : un risque réel pour tout système de qualité reposant sur une collecte de données de mesure continue et auditable (ISO 9001 Clause 7. 1. 5, IATF 16949). MicroRidge a pris le relais en tant que source de remplacement direct. La série GageWay Pro assure la fonction principale du Digipratic (regrouper plusieurs canaux d’instruments Digimatic en une seule interface informatique) tout en comblant plusieurs lacunes en matière de flexibilité, d’évolutivité et de contrôle logiciel. GageWay Pro vs Digipratic : Comparaison côte à côte CapacitéCFAM DigipraticMicroRidge GageWay Pro Nombre max de canauxJusqu’à 16Jusqu’à 72 (unités Pro8 connectables en série)Type d’entrée d’instrumentDigimaticDigimatic + RS-232 + sortie d’instrument numérique non RS-232 (Mahr Federal, Starrett, Ono Sokki, Kroeplin, CDI, etc. )Formats de sortieSérie DB9 uniqueSérie DB9, Série USB, Émulation clavier USBEntrée pédale/interrupteur manuelOuiOui (pédale et interrupteur manuel tous deux pris en charge)Passage RS-232LimitéPort série multifonction RS-232 dédié par unité, avec AutoBaudConfigurationMatérielle / par commutateurs DIPLogiciel de configuration gratuit sur PC, personnalisation par canalModes de lectureFixesLecture unique, lecture continue, lecture TIR, sélectionnable par canalID de canal / Marquage SPCNon configurableIdentifiants de canaux personnalisés pour l’organisation du logiciel SPCFormatage des donnéesFixesSéparateurs de champs et caractères de fin de paquet (EOP) configurablesStatut du support fabricantArrêté (fermeture de CFAM Electronics)Actif, plus de 40 ans d’expérience en collecte de données de mesure, fabriqué aux États-Unis Migration du Digipratic vers le GageWay Pro La plupart des établissements remplaçant un Digipratic le font de manière réactive : une unité tombe en panne, le support est injoignable, ou un cycle d’étalonnage/audit expose le risque d’utiliser du matériel de mesure non pris en charge. Quelques éléments facilitent la transition : Aucun changement d’instrument requis. Le GageWay Pro lit la même sortie Digimatic que vos instruments produisent déjà, sans qu’il soit nécessaire de recâbler ou de remplacer les instruments. Canal par canal ou consolidé. Si votre configuration Digipratic utilisait 8 ou 16 canaux, un seul GageWay Pro4 ou Pro8 peut correspondre à cette empreinte, ou vous pouvez consolider plusieurs stations en utilisant des unités connectées en série (jusqu’à 72 canaux au total). La configuration logicielle remplace la configuration matérielle. Les modes de lecture, les identifiants de canaux et le formatage des données qui pouvaient être fixes ou configurés par commutateurs DIP sur le Digipratic sont configurables par logiciel pour chaque canal sur le GageWay Pro, ce qui est utile si votre logiciel SPC attend des séparateurs de champs ou des conventions de nommage de canaux spécifiques. Validez avant de vous engager. Testez votre logiciel SPC existant avec un Pro4 ou un Pro8 lors de l’évaluation pour confirmer que le mappage des champs et le comportement du mode de lecture correspondent à votre processus avant le basculement complet. C’est précisément l’objectif de notre programme de kit de démonstration. Support à long terme MicroRidge est le leader de la collecte de données de mesure avec une suite complète de produits comprenant les interfaces sans fil MobileCollect, les interfaces filaires GageWay et l’émulateur de clavier WedgeLink. Avec plus de 40 ans d’expérience dans l’industrie, vous pouvez compter sur MicroRidge pour vous accompagner sur le long terme. Pour toute question technique, appelez-nous au +1-541-593-1656 ou envoyez... CFAM Electronics Digipratic Direct Replacement CFAM Electronics has shut down. Here's your direct, drop-in path to replace the Digipratic with no gage changes required. LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) CFAM Electronics Has Discontinued the Digipratic CFAM Electronics has shut down. The Digipratic isn't supported anymore, and GageWay Pro is your direct, drop-in replacement with no gage changes required. CFAM Electronics, the French manufacturer of the Digipratic Digimatic multiplexer, has ceased operations. If your facility relies on a Digipratic for multi-channel Digimatic data collection, you're now facing an unsupported instrument with no path to firmware updates, replacement units, or technical support: a real risk for any quality system relying on continuous, auditable measurement data collection (ISO 9001 Clause 7. 1. 5, IATF 16949). MicroRidge has stepped in as the direct replacement source. The GageWay Pro series matches the Digipratic's core function (consolidating multiple Digimatic gage channels into a single computer interface) while closing several gaps in flexibility, scalability, and software control. GageWay Pro vs. Digipratic: Side-by-Side CapabilityCFAM DigipraticMicroRidge GageWay Pro Max ChannelsUp to 16Up to 72 (chainable Pro8 units)Gage Input TypeDigimaticDigimatic + RS-232 + non-RS-232 digital gage output (Mahr Federal, Starrett, Ono Sokki, Kroeplin, CDI, etc. )Output FormatsSingle DB9 serialDB9 Serial, USB Serial, USB Keyboard WedgeFoot/Hand Switch InputYesYes (foot switch and hand switch both supported)RS-232 PassthroughLimitedDedicated RS-232 multifunction serial port per unit, with AutoBaudConfigurationHardware/DIP-switch levelFree PC-based Setup Software, per-channel customizationRead ModesFixedSingle Read, Continuous Read, TIR Read, selectable per channelChannel ID / SPC TaggingNot configurableCustom channel identifiers for SPC software organizationData FormattingFixedConfigurable field separators and EOP charactersManufacturer Support StatusDiscontinued (CFAM Electronics closed)Active, 40+ years in measurement data collection, made in the USA Migrating from Digipratic to GageWay Pro Most facilities replacing a Digipratic are doing so reactively: a unit fails, support is unreachable, or a calibration/audit cycle exposes the risk of running unsupported measurement hardware. A few things make the transition straightforward:No gage changes required. GageWay Pro reads the same Digimatic output your gages already produce, with no need to re-cable or replace gages. Channel-for-channel or consolidated. If your Digipratic configuration used 8 or 16 channels, a single GageWay Pro4 or Pro8 can match that footprint, or you can consolidate across stations using chained units (up to 72 channels total). Software-defined setup replaces hardware configuration. Read modes, channel IDs, and data formatting that may have been fixed or DIP-switch configured on the Digipratic are software-configurable per channel on GageWay Pro, useful if your SPC software expects specific field separators or channel naming conventions. Validate before you commit. Run your existing SPC software against a Pro4 or Pro8 during evaluation to confirm field mapping and read-mode behavior match your process before full cutover. This is exactly what our Demo Kit Program is for. Long Term Support MicroRidge is the leader in measurement data collection with a full product suite including MobileCollect Wireless Interfaces, GageWay Wired Interfaces and WedgeLink Keyboard Wedge. With over 40 years in the industry you can count on MicroRidge to be around for the long haul. Have technical questions, give us a call at +1-541-593-1656 or email support@microridge. com. Want to Try Before you Buy? Let your team evaluate our products at your location for a 10-day period before making any investment with our Demo Kit Program. No cost or obligation. We cover shipping to and from your location. USA & Canada locations only. Frequently Asked Questions Is the CFAM Electronics Digipratic still available? No. CFAM Electronics has ceased operations, and the Digipratic is no longer manufactured or supported. There is no official replacement part or firmware support path from CFAM. Will my existing Digimatic gages work with GageWay Pro without modification? Yes. GageWay Pro accepts standard Digimatic output directly, the same protocol your gages use with the Digipratic. Can GageWay Pro handle more channels than my current Digipratic setup? Yes. GageWay Pro4 and Pro8 units... Guía de MicroRidge sobre la salida de Keyboard Wedge a Excel ¿Se pregunta cómo enviar datos de indicadores, micrómetros, calibres, básculas, lectores de códigos de barras y dispositivos RS-232 a Excel? LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) ¿Cómo puedo llevar mis datos de medición a Excel? Una de las funciones clave de cada una de las familias de productos de MicroRidge es la capacidad de enviar datos de medición mediante una salida de keyboard wedge. La salida de keyboard wedge permite a un operador (la persona que realiza las mediciones) enviar datos de medición a cualquier software, incluidos programas web/en la nube, Microsoft Excel y cualquier software interno/propietario de su planta de fabricación. MicroRidge ofrece salida nativa de keyboard wedge en MobileCollect Wedge Base EVO, MobileCollect MicroBase USB A EVO, MobileCollect MicroBase USB C EVO, GageWay KW, GageWay Pro Series, WedgeLink SP y WedgeLink AT. Para dispositivos que solo tienen salida serie (USB o DB9), ofrecemos múltiples Software Keyboard Wedges para “traducir” los datos a pulsaciones de teclado. ¿Qué es un keyboard wedge? Un keyboard wedge es un componente de hardware o software que traduce las salidas serie RS-232 nativas o las salidas digitales de instrumentos de medición en pulsaciones de teclado que el ordenador interpreta como caracteres del teclado. El ordenador procesa la salida del keyboard wedge de MicroRidge como si procediera de un teclado normal. La salida del wedge de hardware cumple la especificación USB Human Interface Device (HID). Dado que las aplicaciones y los programas están diseñados para manejarse con el ratón y el teclado, la salida de keyboard wedge de MicroRidge puede introducir datos en cualquier software. Tipos de Keyboard Wedges MicroRidge ofrece keyboard wedges tanto de hardware como de software. Los wedges de hardware son rápidos y sencillos; son los más adecuados para operaciones simples. Muchos de los wedges de hardware de MicroRidge se pueden personalizar con nuestros programas de configuración. La personalización de varias unidades puede realizarse en el ordenador del propietario del documento (la persona responsable de los datos) y luego desplegarse en las celdas de trabajo. No requieren instalar ningún software en el ordenador del operador y permiten instalaciones verdaderamente “plug-and-play”. Los wedges de software logran el mismo resultado, pero son aplicaciones instaladas en el ordenador del operador. Leen los datos entrantes del puerto serie (físico o virtual ) y generan los datos como pulsaciones de teclado. La configuración requiere instalar el software del wedge y los controladores necesarios para utilizar un ComPort virtual. Las principales ventajas de utilizar un wedge de software son la incorporación de funciones como añadir marcas de fecha/hora y el análisis (parsing). El parsing de datos permite al propietario del documento configurar reglas y parámetros condicionales para modificar el flujo de datos entrante antes de procesarlo a través del wedge. Esto permite al propietario del documento eliminar datos innecesarios, reordenar valores, realizar cálculos básicos y cambiar el carácter de fin de paquete (EOP). Productos MicroRidge con Keyboard Wedge de hardware integrado MobileCollect Familia de productos inalámbricos orientada a la compatibilidad y la flexibilidad. Un sistema de 3 partes diseñado para mantener la movilidad de los instrumentos manuales mientras automatiza la transferencia de datos. MobileCollect elimina el proceso propenso a errores de introducir datos manualmente mediante un protocolo inalámbrico local robusto, seguro y probado en la industria. Un complemento sencillo para instrumentos manuales con puerto SPC. Ideal para automatizar la recogida de datos directamente en el proceso, donde el operador mide la pieza in situ. Dispositivos MobileCollect de Keyboard Wedge Receptor MobileCollect Wedge Base: MC-BASE-KW-EVO (Programable)MobileCollect MicroBase USB A EVO (Programable)MobileCollect MicroBase USB C EVO (Programable) GageWay Interfaces cableadas con capacidad para conectar de 1 a 72 instrumentos de medición. Funciones avanzadas integradas como detección automática de velocidad en baudios, parsing/modificación de paquetes de datos, conmutación remota personalizada y múltiples formatos de lectura de datos,... MicroRidge-Leitfaden zur Keyboard-Wedge-Ausgabe in Excel Fragen Sie sich, wie Sie Daten von Messuhren, Mikrometern, Messschiebern, Waagen, Barcode-Scannern und RS-232-Geräten an Excel senden? LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Wie bekomme ich meine Messdaten in Excel? Eine der Hauptfunktionen jeder MicroRidge-Produktfamilie ist die Möglichkeit, Messdaten über eine Keyboard-Wedge-Ausgabe zu senden. Die Keyboard-Wedge-Ausgabe ermöglicht es einem Bediener (Person, die Messungen vornimmt), Messdaten an jede Software zu senden, einschließlich web-/cloudbasierter Programme, Microsoft Excel und jeglicher interner/proprietärer Software an Ihrem Fertigungsstandort. MicroRidge bietet native Keyboard-Wedge-Ausgabe auf dem MobileCollect Wedge Base EVO, MobileCollect MicroBase USB A EVO, MobileCollect MicroBase USB C EVO, GageWay KW, GageWay Pro Series, WedgeLink SP und WedgeLink AT. Für Geräte, die nur eine serielle Ausgabe (USB oder DB9) haben, bieten wir mehrere Software Keyboard Wedges an, um die Daten in Tastatureingaben zu „übersetzen“. Was ist ein Keyboard Wedge? Ein Keyboard Wedge ist eine Hardware- oder Softwarekomponente, die native serielle RS-232- oder digitale Messdatenausgaben in Tastatureingaben übersetzt, die vom Computer als Tastaturzeichen interpretiert werden. Der Computer verarbeitet die MicroRidge Keyboard-Wedge-Ausgabe, als käme sie von einer normalen Tastatur. Die Hardware-Wedge-Ausgabe entspricht der USB Human Interface Device (HID)-Spezifikation. Da Anwendungen und Programme für die Bedienung mit Maus und Tastatur konzipiert sind, kann die MicroRidge Keyboard-Wedge-Ausgabe Daten in jede Software eingeben. Arten von Keyboard Wedges MicroRidge bietet sowohl Hardware- als auch Software-Keyboard-Wedges an. Hardware-Wedges sind schnell und einfach; sie eignen sich am besten für einfache Vorgänge. Viele der Hardware-Wedges von MicroRidge können mit unseren Setup-Programmen angepasst werden. Die Anpassung mehrerer Einheiten kann auf dem Computer eines Dokumenteneigentümers (Person, die für die Daten verantwortlich ist) vorgenommen und dann auf die Arbeitszellen verteilt werden. Sie erfordern keine Softwareinstallation auf dem Computer des Bedieners und ermöglichen echte „Plug-and-Play“-Installationen. Software-Wedges erzielen das gleiche Ergebnis, sind aber Anwendungen, die auf dem Computer eines Bedieners installiert werden. Sie lesen eingehende serielle Portdaten (entweder physisch oder virtuell ) und geben die Tastatureingabedaten aus. Die Einrichtung erfordert die Installation der Wedge-Software und aller Treiber, die zur Nutzung eines virtuellen ComPorts erforderlich sind. Die Hauptvorteile der Verwendung eines Software-Wedge sind die Integration von Funktionen wie dem Hinzufügen von Datums-/Zeitstempeln und dem Parsen. Das Datenparsing ermöglicht es einem Dokumenteneigentümer, bedingte Regeln und Parameter einzurichten, um den eingehenden Datenstrom zu modifizieren, bevor er durch den Wedge verarbeitet wird. Dies ermöglicht es einem Dokumenteneigentümer, unnötige Daten zu entfernen, Werte neu anzuordnen, grundlegende Berechnungen durchzuführen und das End-of-Packet (EOP)-Zeichen zu ändern. MicroRidge-Produkte mit integriertem Hardware-Keyboard-Wedge MobileCollect Drahtlose Produktfamilie, die auf Kompatibilität und Flexibilität abzielt. Ein dreiteiliges System, das entwickelt wurde, um die Mobilität von Handmessgeräten zu erhalten und gleichzeitig die Datenübertragung zu automatisieren. MobileCollect eliminiert den fehleranfälligen Prozess der manuellen Dateneingabe mit einem branchenerprobten, robusten und sicheren lokalen drahtlosen Protokoll. Eine einfache Ergänzung zu Handmessgeräten mit einem SPC-Port. Ideal zur Automatisierung Ihrer Datenerfassung direkt im Prozess, wo der Bediener das Werkstück vor Ort misst. MobileCollect Keyboard-Wedge-Geräte MobileCollect Wedge Base Receiver: MC-BASE-KW-EVO (programmierbar)MobileCollect MicroBase USB A EVO (programmierbar)MobileCollect MicroBase USB C EVO (programmierbar) GageWay Kabelgebundene Schnittstellen mit der Möglichkeit, 1-72 Messgeräte anzuschließen. Erweiterte Onboard-Funktionen wie automatische Baudratenerkennung, Datenpaket-Parsing/-Modifikation, kundenspezifisches Remote-Switching und mehrere Datenleseformate, einschließlich TIR. Ideal zur Automatisierung Ihrer Datenerfassung an dedizierten QS- oder Inspektionsstationen, wo das Werkstück zur Inspektion zur Station gebracht wird. GageWay Keyboard-Wedge-Geräte GageWay KW: GW-KW (nicht programmierbar)GageWay Pro Series: GW-PRO2, GW-PRO4, GW-PRO8 (programmierbar) WedgeLink Software- und Hardware-Keyboard-Wedges mit Parsing-Funktionen und der Möglichkeit, RS-232-Daten an jedes Programm zu senden. WedgeLink Keyboard-Wedge-Geräte WedgeLink SP: WLNK-SP (nicht programmierbar)WedgeLink AT: WLNK-AT (programmierbar) WedgeLink Keyboard-Wedge-Softwareanwendungen WedgeLink Xpress (im Lieferumfang von MobileCollect enthalten)WedgeLink Lite: WLNK-LEWedgeLink Standard: WLNK-SE Einschränkungen eines Keyboard Wedge Die meisten Anwendungen erfordern zwei Formen der HID-Eingabe zur Manipulation: Maus und Tastatur. Die Maus wird verwendet, um Menüs zu navigieren und Felder im Programm auszuwählen/zu aktivieren, in die die Tastatur Daten eingeben soll. Da der Keyboard Wedge eine Tastatur emuliert, muss ein Bediener innerhalb des Programms über die Maus navigieren. In Excel würde ein Bediener beispielsweise... Guide MicroRidge sur la sortie Keyboard Wedge vers Excel Vous vous demandez comment envoyer des données provenant de comparateurs, micromètres, pieds à coulisse, balances, lecteurs de codes-barres et appareils RS-232 vers Excel ? LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) Comment transférer les données de mes instruments de mesure dans Excel ? L’une des fonctionnalités clés de chaque famille de produits MicroRidge est la capacité d’envoyer des données de mesure via une sortie Keyboard Wedge (émulation clavier). La sortie Keyboard Wedge permet à un opérateur (la personne effectuant les mesures) d’envoyer des données vers n’importe quel logiciel, y compris des programmes basés sur le Web ou le cloud, Microsoft Excel et tout logiciel interne ou propriétaire sur votre site de fabrication. MicroRidge propose une sortie Keyboard Wedge native sur le MobileCollect Wedge Base EVO, le MobileCollect MicroBase USB A EVO, le MobileCollect MicroBase USB C EVO, le GageWay KW, la série GageWay Pro, le WedgeLink SP et le WedgeLink AT. Pour les appareils qui ne disposent que d’une sortie série (USB ou DB9), nous proposons plusieurs Keyboard Wedges logiciels pour « traduire » les données en frappes de touches. Qu’est-ce qu’un Keyboard Wedge ? Un Keyboard Wedge est un composant matériel ou logiciel qui traduit les sorties série RS-232 ou numériques natives des instruments de mesure en frappes de touches interprétées par l’ordinateur comme des caractères de clavier. L’ordinateur traite la sortie du Keyboard Wedge MicroRidge comme si elle provenait d’un clavier ordinaire. La sortie du wedge matériel est conforme à la spécification USB Human Interface Device (HID). Étant donné que les applications et les programmes sont conçus pour être manipulés par votre souris et votre clavier, la sortie Keyboard Wedge de MicroRidge peut saisir des données dans n’importe quel logiciel. Types de Keyboard Wedges MicroRidge propose des Keyboard Wedges matériels et logiciels. Les wedges matériels sont rapides et faciles ; ils sont mieux adaptés aux opérations simples. De nombreux wedges matériels de MicroRidge peuvent être personnalisés avec nos programmes de configuration. La personnalisation de plusieurs unités peut être effectuée sur l’ordinateur du responsable du document (la personne en charge des données), puis déployée dans les cellules de travail. Ils ne nécessitent l’installation d’aucun logiciel sur l’ordinateur de l’opérateur et permettent des installations véritablement « plug-and-play ». Les wedges logiciels accomplissent le même résultat mais sont des applications installées sur l’ordinateur de l’opérateur. Ils lisent les données entrantes du port série (physique ou virtuel ) et transmettent les données sous forme de frappes de touches. La configuration nécessite l’installation du logiciel wedge et de tous les pilotes nécessaires pour utiliser un port COM virtuel. Les principaux avantages de l’utilisation d’un wedge logiciel sont l’intégration de fonctionnalités telles que l’ajout d’horodatages et l’analyse syntaxique (parsing). L’analyse des données permet au responsable du document de définir des règles et des paramètres conditionnels pour modifier le flux de données entrant avant qu’il ne soit traité par le wedge. Cela permet au responsable du document de supprimer les données inutiles, de réorganiser les valeurs, d’effectuer des calculs de base et de modifier le caractère de fin de paquet (EOP). Produits MicroRidge avec Keyboard Wedge matériel intégré MobileCollect Famille de produits sans fil axée sur la compatibilité et la flexibilité. Un système en 3 parties conçu pour conserver la mobilité des instruments à main tout en automatisant le transfert de données. MobileCollect élimine le processus sujet aux erreurs de saisie manuelle des données grâce à un protocole sans fil local robuste, sécurisé et testé par l’industrie. Un simple module complémentaire pour les instruments portatifs dotés d’un port SPC. Idéal pour automatiser votre collecte de données directement pendant le processus, là où l’opérateur mesure la pièce in situ. Appareils MobileCollect Keyboard Wedge Récepteur MobileCollect Wedge Base : MC-BASE-KW-EVO (Programmable)MobileCollect MicroBase USB A EVO (Programmable)MobileCollect MicroBase USB C EVO (Programmable) GageWay Interfaces filaires capables de... MicroRidge Guide on Keyboard Wedge Output into Excel Asking yourself, how do I send data from indicators, micrometers, calipers, scales, barcode scanners, and RS-232 devices to Excel? LinkedIn Reddit Threads Facebook X Email This post is also available in: English Español (Spanish) Deutsch (German) Français (French) How do I get my gage data into Excel? One of the key features in each of the MicroRidge Product Families is the ability to send gage data via a keyboard wedge output. The keyboard wedge output allows an operator (person taking measurements) to send gage data to any software including web/cloud-based programs, Microsoft Excel, and any internal/proprietary software at your manufacturing site. MicroRidge offers native keyboard wedge output on the MobileCollect Wedge Base EVO, MobileCollect MicroBase USB A EVO, MobileCollect MicroBase USB C EVO, GageWay KW, GageWay Pro Series, WedgeLink SP, and WedgeLink AT. For devices that only have a serial output (USB or DB9), we offer multiple Software Keyboard Wedges to “Translate” the data to keyboard strokes. What is a keyboard wedge? A keyboard wedge is a piece of hardware or software that translates native RS-232 serial or digital gage outputs into keystrokes that are interpreted by the computer as keyboard characters. The computer processes the MicroRidge keyboard wedge output as if it were coming from a regular keyboard. The hardware wedge output conforms to the USB Human Interface Device (HID) specification. Since applications and programs are designed to be manipulated by your mouse and keyboard, MicroRidge keyboard wedge output can enter data into any software. Types of Keyboard Wedges MicroRidge offers both hardware and software keyboard wedges. Hardware wedges are quick and easy; they’re best suited for simple operations. Many of MicroRidge’s hardware wedges can be customized with our setup programs. Customization of multiple units can be done on a document owner’s (person in charge of data) computer and then deployed to the work cells. They do not require any software to be installed onto the operator’s computer and allow for true “plug-and-play” installations. Software wedges accomplish the same outcome but are applications installed on an operator’s computer. They read incoming serial port data (either physical or virtual ) and output the keystroke data. Set up requires the installation of the wedge software and any drivers required to utilize a virtual ComPort. The main benefits of utilizing a software wedge is the incorporation of features such as adding date/time stamps and parsing. Data parsing allows a document owner to set up conditional rules and parameters to modify the incoming data stream before being processed through the wedge. This lets a document owner remove unnecessary data, reorder values, perform basic calculations, and change the End of Packet (EOP) character. MicroRidge Products with Built-In Hardware Keyboard Wedge MobileCollect Wireless product family targeted towards compatibility and flexibility. A 3 part system designed to retain the mobility of hand gages while automating data transfer. MobileCollect eliminates the error prone process of manually entering data with an industry tested, robust, and secure local wireless protocol. A simple add-on to handheld gages with an SPC port. Great for automating your data collection directly in process where the operator measure the workpiece in-situ. MobileCollect Keyboard Wedge Devices MobileCollect Wedge Base Receiver: MC-BASE-KW-EVO (Programmable)MobileCollect MicroBase USB A EVO (Programmable)MobileCollect MicroBase USB C EVO (Programmable) GageWay Wired interfaces with the ability to interface with 1-72 gages. Advanced onboard features such as auto baud rate detection, data packet parsing/modification, custom remote switching, and multiple data read formats, including TIR. Great for automating your data collection at dedicated QA or inspection stations where the work piece is brought to the station for inspection. GageWay Keyboard Wedge Devices GageWay KW: GW-KW (Non-Programmable)GageWay Pro Series: GW-PRO2, GW-PRO4, GW-PRO8 (Programmable) WedgeLink Software and Hardware Keyboard Wedges with Parsing capabilities and ability to send RS-232 data to any program. WedgeLink Keyboard Wedge Devices WedgeLink SP: WLNK-SP (Non-Programmable)WedgeLink AT: WLNK-AT (Programmable) WedgeLink Keyboard Wedge Software Applications WedgeLink... GageWay SM Supports New Mitutoyo ID-C/ID-F Indicator LinkedIn Reddit Threads Facebook X Email Firmware Version 4. 02 The GageWay SM series is the gold standard of single gage interfaces and it just received a major firmware update that includes additional gage support! The GageWay SM-R and GageWay SM-U models are shipping with new firmware that supports the new Mitutoyo ID-C/ID-F Indicators. This update also adds support for any devices using the new Mitutoyo D2 standard commonly found in their high resolution gages. How do I update my unit in the field? The GageWay SM-U and GageWay SM-R are field updatable. Simply head to our Firmware Updates page and download the latest firmware version. From here, run the updater program and be sure to select the correct Serial Port. I need help updating my unit! No problem, we’re here to help. Email support@microridge. com or call 541-593-1656. Explore more product updates! Explore Product Updates New Mitutoyo ID-C/ID-F Indicator & SF Connector LinkedIn Reddit Threads Facebook X Email 06AGL011 Cable (SF Type Connector) Mitutoyo has recently launched new versions of the ID-C/ID-F indicators that have a new SPC port. Previously, Mitutoyo ID-C/F indicators were using the Type F connector seen on the 905338 cable. Be aware if your client purchased the new Mitutoyo ID-C/F indicators. They will need the 06AGL011 cable for GageWay Interfaces or the MC-M3-06AGL011-6. 5 connector for MobileCollect Wireless. All MobileCollect Transmitters shipping today have updated firmware to be compatible with the new D2 Digimatic data format that offers higher resolution than standard D1 Digimatic. To update RM2. 4 MobileCollect Transmitters purchased prior to 6/23/2023 please head to our Firmware Updates page to get the latest firmware. For more information please reach out to sales@microridge. com. Update: Since this post was published, Mitutoyo has also changed the SPC connector on the MDE QuantuMike micrometer line. We've written a comprehensive guide covering every affected product line, how to identify which connector your gage has, and exactly which cable you need for wired and wireless data collection. Read the full guide: Mitutoyo Changed the SPC Cable on Several Product Lines — Here's What You Need to Know. Explore more news! Explore News Keyboard Wedge & Python, Perfect Match Facebook Twitter LinkedIn Python & KeyBoard Wedge? Let’s explore how powerful Keyboard Wedge technology can be. A Keyboard Wedge is a device that emulates a keyboard to input data into a computer. Although it sounds pretty simple, it opens up a world of opportunities, such as creating a Python program to analyze your gage data in real-time. We will use Python and our GageWay KW to take data from a caliper and process it in real-time. We’ll set a lower tolerance and an upper tolerance for our feature and have the program display a message when we end up out of that tolerance range. You only need limited python experience to build a program that can interact with a gage when using our Keyboard Wedge Technology. In this program, we’re using a few built-in functions, such as input, print, and a while loop. A while loop will continue to run until a condition is met; in our case, that is when we are outside the tolerance range. Let’s get to it. Setting Up Variables First thing to do is set you gage variable and tolerances. gage_reading = float(input(“Take your first gage reading when ready. n”))feature_lower_tolerance = 2. 25feature_upper_tolerance = 3. 25 While Loop This is a very approchable while loop. We’re telling the program to keep looking for gage readings until we go either above or below the tolerances we just set. Note: this loop will run for forever unless a gage reading is above or below the tolerance, you can build in other conditions to break out of the loop but that is for another day. while feature_lower_tolerance < gage_reading < feature_upper_tolerance:gage_reading = float(input) Print Functions Here we are notifying the user that our gage reading was either above or below the tolerance. We’re using conditional logic to change our message based on the gage reading. One message for above the tolerance and another for below. Finally we print the final gage reading that was outside the tolerance. if gage_reading < feature_lower_tolerance:print(f”Gage reading is below lower tolerance of {feature_lower_tolerance}”)else:print(f”Gage reading is above upper tolerance of {feature_upper_tolerance}”)print(f”Final gage reading {gage_reading}”) There you have it, a Python program that analyzes your gage data! Running the Program Let’s run the program in cmd/Terminal. You’ll need to navigate to the directory with your program and fire it up! Here you will take your gage readings, as many as you would like and it will terminate and print the messages once your gage reading is above of below the tolerance. https://youtu. be/nEbtjqRrKL8 Explore more metrology guides! Explore Metrology Guides MobileCollect Selection Tool Updated November 17, 2023 Facebook Twitter LinkedIn Version 1. 1. 40 Released The MobileCollect Selection Tool has been updated! Version 1. 1. 40 was released on November 14th. The MobileCollect Selection Tool is a downloadable Windows 10 & 11 application that allows you to find the correct transmitter cable for the gages you need to connect to the MobileCollect System. You can also generate quotes via the MobileCollect Selection Tool and email those quotes to orders@microridge. com for processing. Price Updates Pricing is up to date on all products in the MobileCollect Selection Tool. Quotes from the MobileCollect Selection Tool will reflect accurate pricing. Send these quotes to orders@microridge. com for quick processing! More Supported Gages We have added support for over 30 additional Gages. The new Mitutoyo ID-C and ID-F indicators have been added along with the new SF style connector cables which uses the new Mitutoyo D2 protocol. Explore more product updates! Explore Product Updates MicroRidge, What do we do? Facebook Twitter LinkedIn MicroRidge products transmit measurement data from any gage with SPC output into any software program in real-time, 100% accurately, with the press of a button. While true, this doesn’t capture all of MicroRidge’s capabilities. Data collection is a critical component of the modern manufacturing process. It helps companies monitor and control costs and ensures the smooth operation of the plant. A significant problem when collecting gage data is that many manufacturing companies employ a variety of gages from different brands. There are other solutions that focus on a single brand or limit the type of software they can interface with. This leads to a variety of fractured systems, or worse no electronic measurement control at all. . MicroRidge is the industry leader in gage compatibility, and we can help by offering a genuinely all-in-one electronic measurement collection solution for the modern plant. All of our products allow for multiple gage brands, models, and applications to feed data to your software/program of choice. We can simplify what was once an error prone and laborious task down to a simple push of a button. MicroRidge has 3 product lines dedicated to getting data from your gages to the computer: WedgeLink Software and Hardware Keyboard Wedges with parsing capabilities with the ability to send RS-232 data to any program. Ideal for integrating legacy devices into online platforms, desktop programs, or in house programs/spreadsheets. GageWay Wired interfaces with the ability to interface with 1-72 gages. Advanced onboard features such as auto baud rate detection, data packet parsing/modification, custom remote switching, and multiple data read formats, including TIR. Great for automating your data collection at dedicated QA or inspection stations where the workpiece is brought to the station for inspection. MobileCollect Wireless product family targeted towards compatibility and flexibility. A 3-part system designed to retain the mobility of hand gages while automating data transfer. MobileCollect eliminates the error-prone process of manually entering data with an industry-tested, robust, and secure local wireless protocol. A simple add-on to handheld gages with an SPC port. Great for automating your data collection directly in process where the operator measures the workpiece in-situ. By integrating a MicroRidge solution you can ensure efficient and consistent data entry from any of your devices into your SPC program. Contact us @ 541-593-3500 | sales@microridge. com Explore more news! Explore News What software is compatible with MicroRidge? Facebook Twitter LinkedIn What software works with MicroRidge? You’ll get the classic sales answer on this one: any software! The reason for this is that we have two methods to input data from our devices into your PC or tablet. We can communicate with your PC or tablet through serial communication or via keyboard wedge. Serial Communication Serial communication uses a robust and long-standing protocol to get your data into many SPC software programs that utilize COM ports reliably. A MobileCollect Base or GageWay Pro would be assigned a COM port where the software would look for data coming in. We have options for both USB Serial via a Virtual Com Port or RS-232 Serial with a physical Com Port for both MobileCollect and GageWay products. Keyboard Wedge Keyboard Wedge is our other communication protocol available on both MobileCollect and GageWay. The keyboard wedge emulates an HID or human interface device; in other words, we pretend we’re a keyboard. This lets you get your gage data into Excel, Word, and many cloud-based SPC applications. If it’s a program that allows you to use a keyboard, we can interface with it. We also offer extensive parsing of the data coming in via Keyboard wedge, which we’ll go over in a future blog post. Thanks for reading, and let us know if you have any questions about turning your gages into smart gages! View this post on Instagram A post shared by MicroRidge Systems (@microridge_systems) Explore more news! Explore News Thank You for Visiting us at the Quality Show Facebook Twitter LinkedIn What a Success! The 2023 Quality Show at the Donald E. Stevens Convention Center in Rosemont, Illinois, was a success! Thank you to everyone who stopped by the MicroRidge booth to learn more about our products. The MicroRidge team had our GageWay and MobileCollect on display. GageWay is our industry-leading wired inferfaces perfect for test labs and QA stations. MobileCollect is our wireless system that offers our un-rivaled RM2. 4 wireless technology and support for over 50 different gage brands. They had three packed days of great conversations about current products and future opportunities. It was inspiring to hear how needed our products are in all types of manufacturing facilities. We’re excited to solve the significant measurement collection problem to give manufacturing facilities the data they need to make informed decisions about their processes. Following Up We’ll follow up over the next few weeks with additional information for those who requested it. Keep in mind that we have demo kits available if you want to give our products a test run in your facility. If you missed us this year, we’ll be back at the 2025 Quality Show and IMTS at McCormick Place in Chicago September 9-14. Explore more events! Explore Events Mitutoyo High Accuracy Gage Support - 06AGL011 Facebook Twitter LinkedIn We are excited to announce that we're starting to support the new Mitutoyo High Accuracy Gages! These gages use new cables with the SF connector, such as the 06AGL011, and communicate via a new protocol from Mitutoyo. Mitutoyo Digimatic d2 Protocol allows gages to read 8 digits so that you can get even more accurate data. After months of development and testing, MicroRidge can fully support the Digimatic d2 protocol for the Mini Mobile Module, Command Mobile Module, and the GageWay KW. You can upgrade Mini Mobile Modules and Command Mobile Modules if the field via any firmware 5. 35 or later. To upgrade, head to our MobileCollect Firmware Updates or GageWay Firmware Updates page and download the firmware for your device. The GageWay KW cannot be upgraded in the field, but all new GageWay KW's that are shipped will support the new Mitutoyo High Accuracy Gages. We are working hard to update the GageWay Pro series and our MobileCollect Remotes to add full support for the Mitutoyo High Accuracy Gages. We'll keep you updated as we add support to additional devices. View this post on Instagram A post shared by MicroRidge Systems (@microridge_systems) Mitutoyo High Accuracy Gages 543-701 Indicator ID-C0512MNX MC-M3-06AGL011-X MC-D-06AGL011-X 543-701B Indicator ID-C0512MNXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-700 Indicator ID-C0512NX MC-M3-06AGL011-X MC-D-06AGL011-X 543-700B Indicator ID-C0512NXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-702 Indicator ID-C0512ENX MC-M3-06AGL011-X MC-D-06AGL011-X 543-702B Indicator ID-C0512ENXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-705 Indicator ID-C0512CNX MC-M3-06AGL011-X MC-D-06AGL011-X 543-705B Indicator ID-C0512CNXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-706 Indicator ID-C0512CMNX MC-M3-06AGL011-X MC-D-06AGL011-X 543-706B Indicator ID-C0512CMNXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-707 Indicator ID-C0512CENX MC-M3-06AGL011-X MC-D-06AGL011-X 543-707B Indicator ID-C0512CENXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-710 Indicator ID-C1012NX MC-M3-06AGL011-X MC-D-06AGL011-X 543-710B Indicator ID-C1012NXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-711 Indicator ID-C1012MNX MC-M3-06AGL011-X MC-D-06AGL011-X 543-711B Indicator ID-C1012MNXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-712 Indicator ID-C1012ENX MC-M3-06AGL011-X MC-D-06AGL011-X 543-712B Indicator ID-C1012ENXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-715 Indicator ID-C1012CNX MC-M3-06AGL011-X MC-D-06AGL011-X 543-715B Indicator ID-C1012CNXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-716 Indicator ID-C1012CMNX MC-M3-06AGL011-X MC-D-06AGL011-X 543-716B Indicator ID-C1012CMNXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-717 Indicator ID-C1012CENX MC-M3-06AGL011-X MC-D-06AGL011-X 543-717B Indicator ID-C1012CENXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-720B Indicator ID-C0525NXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-721B Indicator ID-C0525MNXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-722B Indicator ID-C0525ENXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-725B Indicator ID-C1025NXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-726B Indicator ID-C1025MNXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-727B Indicator ID-C1025ENXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-730B Indicator ID-C0550NXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-731B Indicator ID-C0550MNXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-732B Indicator ID-C0550ENXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-735B Indicator ID-C1050NXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-736B Indicator ID-C1050MNXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-737B Indicator ID-C1050ENXB MC-M3-06AGL011-X MC-D-06AGL011-X 543-851* Indicator ID-F0525NX MC-M3-06AGL011-X MC-D-06AGL011-X 543-852* Indicator ID-F0525ENX MC-M3-06AGL011-X MC-D-06AGL011-X 543-853* Indicator ID-F0550NX MC-M3-06AGL011-X MC-D-06AGL011-X 543-854* Indicator ID-F0550ENX MC-M3-06AGL011-X MC-D-06AGL011-X 543-857* Indicator ID-F0550HNX MC-M3-06AGL011-X MC-D-06AGL011-X 543-858* Indicator ID-F0550HENX MC-M3-06AGL011-X MC-D-06AGL011-X Explore our product updates! Explore Product Updates MicroRidge Systems Acquired by Riley Tronson and Andy Duvall Facebook Twitter LinkedIn Sunriver, OR – MicroRidge Systems, a leading developer and manufacturer of measurement collection solutions for manufacturing companies, has been acquired by Riley Tronson and Andrew (Andy) Duvall. The founders, John Schuldt and Mary Chisholm are retiring after 40 years at the helm and are proud to entrust the company to the capable hands of these two experienced engineers! Andy Duvall is a product design engineer with over ten years of experience developing electro‐mechanical systems at Daimler Truck North America and Lam Research. He will take on the role of Sales Director, using his expertise to lead MicroRidge sales and drive revenue growth. Riley Tronson has used his mechanical engineering degree for more entrepreneurial endeavors, contributing his skills to start‐up operations specializing in technology, manufacturing, and sales. He will assume the role of President, working alongside Andy and the rest of the MicroRidge team to continue developing the company’s innovative solutions. Under the new ownership, MicroRidge’s dedicated staff, Mike, with 23 years, and Dani with 9 years, will remain the same along with our skilled production team. Mary and John will be onsite during the transition period to ensure a seamless transfer of ownership. The new owners are excited to continue serving MicroRidge’s valued customers and providing the same exceptional quality, innovation, support, and customer service the company is known for. “We are thrilled to have acquired MicroRidge Systems and to work alongside its dedicated staff to provide manufacturing companies with world‐class measurement collection solutions,” says Riley Tronson. “Founding MicroRidge has been among the most rewarding and challenging endeavors Mary and I have taken on. We are excited to dive into our retirement and hand the business off to Riley and Andy, two capable and energetic engineers,” says John Schuldt, our outgoing President. Andy and Riley are committed to continuing the company’s legacy of excellence in the industry and look forward to driving growth and innovation. MicroRidge Systems has a long history of providing high‐quality measurement collection solutions, and the new owners are committed to taking the company to new heights. Don’t hesitate to reach out to our new owners. They’re here to help! Riley TronsonPresidentriley@microridge. com(541) 593-1656 Andrew DuvallSales Directorandy@microridge. com(541) 593-3500 Explore more news! Explore News CDI Indicators with MobileCollect Inside Facebook Twitter LinkedIn MobileCollect Inside At a Glance Chicago Dial Indicators (CDI) has integrated the MobileCollect wireless RM2. 4 Radio Module inside the “Long-Range” versions of their new CORE and VRS electronic indicator models. Having the RM2. 4 Radio Module inside the gage offers a significant cost savings to the end user because it eliminates purchasing a MobileCollect transmitter and cable. A MobileCollect system can include a mixture of Mobile Module transmitters, Remote Transmitters, and CDI “Long-Range” indicator models containing the RM2. 4 Radio Module. All data output formats available for MobileCollect Mobile Module and Remote transmitters are also available for the CDI “Long-Range” indicator models. Additional information is provided below, and in the link to the PDF flyer. Please contact MicroRidge if you have further questions on the CDI CORE and VRS electronic indicators with integrated MobileCollect Wireless. COREhttps://dialindicator. com/electronic-indicators/core VRShttps://dialindicator. com/electronic-indicators/vrs MobileCollect Compatible BasesThe CORE and VRS “Long-Range” models are compatible with all MobileCollect RM2. 4 Base receiver models. USB Base USB MicroBase Wedge/USB Base RS-232/USB Base System Requirements MobileCollect receivers must have firmware version 5. 57 or later. Base receivers with earlier firmware can be updated to version 5. 57 in the field by the user. Setup Programs & Firmware Updates All MobileCollect wireless product firmware and Setup Programs are available on our website for free download here. Explore more news! Explore News MobileCollect Wireless Supports U-Wave Facebook Twitter LinkedIn U-Wave Compatibility At a GlanceMobileCollect wireless now offers compatibility with U-Wave wireless transmitters. Why did we do this? While U-Wave is an excellent wireless product, it is not compatible with non-Mitutoyo devices. Companies that were “Mitutoyo only” when U-Wave was installed, can unexpectedly develop a need to collect data wirelessly from non-Mitutoyo gages. Previously, the only solution was to replace the entire U-Wave system (receivers and transmitters) with a MobileCollect wireless system. This financially penalized the end user because even though they would continue using the same Mitutoyo gages, they had to replace all the U-Wave transmitters to be able to add the non-Mitutoyo gages. But now, MobileCollect and U-Wave transmitters can be installed on the same wireless system. This solution protects a significant portion of a company’s wireless investment because the U-Wave transmitters are still used with the Mitutoyo gages. Here’s how it works. Simply replace the U-Wave receiver with any MobileCollect Base receiver. Connect a MobileCollect transmitter to each non-Mitutoyo gage device and pair the U-Wave and MobileCollect transmitters to the new MobileCollect Base receiver. The process to send measurements from U-Wave and MobileCollect transmitters is the same, just press the READ button. Both transmitters types have LEDs that indicate a successful measurement transfer. Additional information on this new MobileCollect wireless feature is provided below and in the PDF flyer link. Contact MicroRidge if you have more questions on our U-Wave compatibility feature. BenefitsAllows U-Wave and MobileCollect wireless transmitters to transmit gage measurements to the same MobileCollect Base receiver. U-Wave customers can add gages from Mahr, Starrett, RS-232 output devices and others to their wireless systems. Compatible with all data collection programs, including MeasurLink. Compatible with U-Wave-T, U-Wave-TM, and U-Wave-TC transmitter models. No modifications to U-Wave transmitters. No additional operator training required. Protects end-user investment in U-Wave transmitters, connectors, and cables. DetailsEach U-Wave-R receiver must be replaced with a MobileCollect Base receiver containing the RM2. 4 Radio Module. Base receivers with the RM2. 4 Radio Module were introduced in April 2016. Installed MobileCollect Base receivers containing the RM2. 4 Radio Module can be field upgraded by the user to add U-Wave compatibility. MobileCollect receivers must have firmware version 5. 57 or later. Base receivers with earlier firmware can be updated to version 5. 57 in the field by the user. Pair U-Wave transmitter to MobileCollect receiver using Xpress Setup, Extended Setup, or “on-the-fly method (no setup program required). U-Wave output format option added to MobileCollect Xpress Setup and Extended Setup programs. Use Wedge/USB Base receiver to send data into Excel, Access, Minitab, and other programs without keyboard wedge software on your PC. CompatibilityAll U-Wave transmitter models are compatible with all MobileCollect Base receiver models. USB BaseUSB MicroBaseWedge/USB BaseRS-232/USB BaseSetup Programs & Firmware UpdatesAll MobileCollect wireless product firmware and Setup Programs are available on our website for free. Explore more news! Explore News ## Products The MC-M3E-UNIV-24 is the dedicated connection cable for using OpenGage Mode on the Mini Mobile Module M3E. It connects any device that outputs data via UART at 9600-N-8-1 — Arduino, ESP32, custom sensors, torque gauges, environmental sensors, and end-of-line test fixtures — to the M3E, enabling wireless transmission over the RM2.4 industrial wireless network without custom RF hardware. A 4-conductor cable with color-coded wires for UART data, Read Button trigger, Read Request handshake, and ground. Readings can be initiated by pressing the Read Button on the M3E or by the host device pulling the Read Button line low — supporting fully automated, software-triggered data collection workflows. Note: Requires the Mini Mobile Module M3-EVO and a MobileCollect Base Receiver. OpenGage Mode must be enabled on the M3E via the Xpress Setup Program or Extended Setup Program before use. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3E (2×4, 8-Pin) Standard Cable Length - 24" Communication Protocol - UART 9600-N-8-1 Max Input Voltage - 3.35V Conductors - 4 (Read Button, Read Request, UART Data, Ground) 3-Wire Configuration - Supported (Read Button wire optional) SKU - MC-M3E-UNIV-24 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Connector IP Rating - N/A Gage Brand - Mitutoyo What the MC-M3E-UNIV-24 Does The MC-M3E-UNIV-24 is the interface cable between your UART host device and the Mini Mobile Module M3E. It plugs into the M3E's internal connector port and provides four signal lines to your host device: UART data input, a Read Button trigger output, a Read Request handshake input, and ground. When connected and OpenGage Mode is enabled on the M3E, the system works as follows: a read event is initiated either by pressing the Read Button on the M3E or by the host device pulling the Read Button line low. The M3E pulls the Read Request line low to signal the host device that it is ready to receive. The host device then sends its data packet over UART within 500 milliseconds of the Read Request signal. The M3E receives the packet and transmits it wirelessly over RM2. 4 to the paired MobileCollect Base Receiver — and from there into any PC application or SPC software. The result: wireless industrial data transmission from any 3V UART device, with no custom RF hardware required. Compatible Devices — What Can Connect via OpenGage Mode Any device that can output data via UART at 9600-N-8-1 with 3V logic levels is a candidate: Arduino and ESP32-based custom test fixtures — rapid development platforms used in EOL testing, custom inspection fixtures, and automated measurement stations Torque gauges with UART output — common in fastener assembly and torque verification applications relevant to IATF 16949 process control Environmental sensors — temperature, humidity, and pressure devices relevant to ISO 9001 Clause 7. 1. 5 infrastructure monitoring Load cells and force gauges with UART interface — tensile, compression, and bench-scale measurement applications Custom microcontroller-based measurement fixtures — any MCU-based device outputting 3V UART data Barcode and RFID readers with UART output — for pairing part identification with measurement data at point of collection Flow meters and process sensors — UART-output devices used in inline process monitoring If your device outputs 3V UART data at 9600-N-8-1, it can transmit wirelessly over the RM2. 4 industrial network using the MC-M3E-UNIV-24 and M3E. Cable Wiring and Signal Lines The MC-M3E-UNIV-24 is a 4-conductor cable with the following wire assignments: Wire Color Signal Direction Description Green Read Button Output from M3E Pull low (25–50 ms) to trigger a read event from the host device White Read Request Input to host device M3E pulls low when ready to receive data; host sends data within 500 ms Black UART Rx / Data Input to M3E Connect to TX on host device; UART 9600-N-8-1 Blue Ground Common Shared ground between host device and M3E Voltage Specifications Maximum input voltage: 3. 35V High voltage threshold: 2. 1V Low voltage threshold: 0. 9V Data Packet Format The M3E accepts data packets from the host device with the following structure: Maximum packet length: 41 bytes (40 bytes of data + 1 End-of-Packet byte) Data encoding: ASCII Basic and Extended (0–255) End-of-Packet byte: Carriage Return {CR} — Hex x0d — required to terminate every packet Minimum gap between packets: 150 milliseconds Optional unit suffix: To include units with your measurement, insert the following two-byte sequence immediately before the End-of-Packet byte, followed by the unit character: Unit Character Unit Displayed I inch M mm N meter F foot D degree G gram L pound H kilogram Unit prefix bytes: xffxe0 (Hex 255, 224) Examples: HELLO WORLDx0d → displays as: HELLO WORLD 1. 23456xffxe0Dx0d → displays as: 1. 23456 deg 9. 87654321xffxe0Ix0d → displays as: 9. 87654321 inch Read Trigger Methods Two methods are available to initiate a read event: 1. Host Device Triggered (4-wire configuration) The host device pulls the Green (Read Button) line low for 25–50 milliseconds. The M3E pulls the White (Read Request) line low to signal readiness. The host device sends the data packet via UART within 500 milliseconds of the Read Request signal going low. This enables fully automated, software-triggered data collection without operator... The MobileCollect Mini Mobile Module EVO (M3E) is the next generation of MicroRidge's most compact wireless gage transmitter. It attaches directly to your handheld digital gage and sends measurement data to a MobileCollect Base Receiver — and from there into any PC application or SPC software. The true cost of manual measurement data entry in a production environment is well documented: transcription errors, operator fatigue, and lost throughput. The M3E eliminates all three at the source. Introduced May 4, 2026 as the direct successor to the Mini Mobile Module M3, the M3E delivers 800,000+ readings on a single CR2032 — a significant improvement over the already industry-leading M3, including nearly 6x the battery life in Continuous Read Mode — and introduces OpenGage Mode, a new gage type that extends RM2.4 industrial wireless connectivity to any 3V UART device beyond traditional digital gages. Built on a new, faster chipset architected for future capability expansion. Compatible with over 3,500 gage devices across 30+ connector options, and fully backward compatible with all existing M3 gage connectors and RM2.4 Base Receivers. Note: A gage connector is not included. Order the appropriate connector separately using the MobileCollect Selection Tool. Compatible Gages – 3,500+ devices Wireless Range – Up to 140 ft Battery Life – 800,000+ readings or 3-5 years (CR2032) Read Modes – Single, Continuous, TIR Dimensions / Weight – 1.70" × 1.17" × 0.59" / 0.7 oz Certifications – FCC (ID: 2ACNQB1), IC (12298A-B1), CE, RoHS2, REACH Gage Connector – Sold separately — 30+ options Origin – Designed & Made in the USA What the Mini Mobile Module EVO Transmitter Does The Mini Mobile Module EVO (M3E) is a battery-powered wireless transmitter that mounts directly onto a handheld gage. When the operator presses the Read button, the M3E captures the current measurement from the connected gage, transmits it wirelessly over MicroRidge's RM2. 4 protocol to a paired MobileCollect Base Receiver, and the Base forwards that data to the connected PC — appearing in whatever application is running, from Excel to SPC software to a LIMS. No manual data entry. No tethered cables. No separate data logger. The entire process from button press to data capture takes under a second. For quality engineers managing measurement data at scale, the M3E is a direct control on a known source of nonconformance risk: human transcription error. As part of the broader MobileCollect system, the M3E functions as a key input device in measurement-driven manufacturing automation — feeding real-time dimensional data directly into SPC, MES, or ERP workflows without operator intervention. Battery Life — 800,000+ Readings, Including in Continuous Mode The M3E delivers 800,000+ readings on a single standard CR2032 coin cell — up from 500,000+ on the original M3 — raising the already industry-leading battery life to a new standard. The M3E powers on when the Read button is pressed and shuts off automatically after transmitting each reading, eliminating idle drain. The most significant improvement is in Continuous Read Mode. The original M3 was rated at approximately 140,000 readings in continuous operation due to the sustained power draw of interval-based capture. The M3E delivers 800,000+ readings in Continuous Read Mode as well — a nearly 6x improvement that significantly reduces battery replacement as a routine maintenance item for the vast majority of continuous-capture deployments. M3 (Retired)M3E Standard Read Mode500,000+ readings800,000+ readingsContinuous Read Mode~140,000 readings800,000+ readings (~6x)Battery TypeCR2032CR2032Operational Life3–5 years3–5 years Battery chemistry and form factor are unchanged — standard CR2032, universally available, no proprietary cells required. When battery voltage approaches end-of-life, the M3E provides an unambiguous low-battery warning: the Gage Read LED blinks red 6 times following a successful reading. OpenGage Mode — RM2. 4 Industrial Wireless for Any 3V UART Device OpenGage Mode is a new selectable operating mode introduced with the M3E. Built on a low-power UART implementation developed by MicroRidge, it enables any device that communicates at 3V UART to transmit data wirelessly over the RM2. 4 industrial wireless network — the same proven protocol that powers the entire MobileCollect product line. Where the original Mini Mobile Module M3 was purpose-built for digital gages with SPC/Digimatic outputs, OpenGage Mode removes that constraint. Torque gauges, environmental sensors, Arduino and ESP32-based custom test fixtures, UART-output load cells, barcode readers, and end-of-line test systems can now access RM2. 4's industrial wireless infrastructure — with no custom RF hardware design required. If it speaks 3V UART, it speaks RM2. 4. For quality and embedded controls engineers building custom measurement infrastructure, OpenGage Mode delivers RM2. 4's 32-bit encrypted transmission, 140-foot industrial range, and noise resilience in the 2. 4 GHz ISM band from virtually any microcontroller-based measurement device. OpenGage Mode is configured via the Xpress Setup Program or Extended Setup Program and is included on every MC-MM-M3-EVO at no additional cost. For full wiring diagrams, data packet timing, and code examples, see the OpenGage Mode Feature Guide. Measurement Data Integrity and Quality System Compliance Accurate, auditable measurement data is a foundational requirement under ISO 9001, IATF 16949, AS9100, and 21 CFR Part 820. Each of those standards places explicit controls on measurement system reliability, data integrity, and the elimination of transcription error as a nonconformance source. The M3E directly supports those requirements by automating the transfer of gage measurement data from the point of collection to the host application — eliminating manual entry as a process step and the transcription errors, omissions, and illegibility issues that accompany it. The two-LED confirmation feedback on every reading provides the operator... RS-232 interface cable for the Olympus Evident 39DL PLUS and 38DL PLUS Ultrasonic Thickness Gages. Connects the gage's proprietary 38-9F6 serial port to a DB9 host interface — compatible with WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, and GageWay Pro (Level Converter Cable required for GageWay Pro front channels). When paired with any of the above, thickness measurement data outputs as keystrokes or USB serial — ready for direct input to SPC software or any data collection application. OEM Part Number – 38-9F6 (Olympus U8840167) Gage Connector – Olympus 38-9F6 Proprietary Host Connector – DB9 Female Length – 6 feet Compatible Interfaces – WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels) Cable Type – RS-232 Serial Compatible Gages – Olympus Evident 39DL PLUS, Olympus 38DL PLUS Olympus 38-9F6 RS-232 Cable — 39DL PLUS & 38DL PLUS Data Collection The Olympus 38-9F6 RS-232 cable connects the serial output port of the Olympus Evident 39DL PLUS or 38DL PLUS Ultrasonic Thickness Gage to a data collection host — eliminating manual transcription of thickness readings and enabling direct output to SPC software, inspection databases, or any application that accepts RS-232 serial data. The gage-side connector mates with the 38-9F6 port on the instrument. The host side terminates in a DB9 female connector, compatible with WedgeLink keyboard wedges, MobileCollect RS-232 Remote wireless transmitters, and GageWay Pro wired interfaces. Olympus lists this cable under part number U8840167. Compatible Gages The 38-9F6 connector is used on the following Olympus ultrasonic thickness gages: Olympus Evident 39DL PLUS Ultrasonic Thickness Gage Olympus 38DL PLUS Ultrasonic Thickness Gage Both instruments include RS-232 as a standard data output port alongside USB, and both reference the 38-9F6 cable in their accessories documentation. If you are unsure whether your specific instrument configuration includes the RS-232 port, check the I/O port cover on the instrument or consult your gage documentation. Configuring RS-232 Output on the 39DL PLUS / 38DL PLUS Before connecting the cable, verify the gage's RS-232 communication parameters are set correctly for your receiving interface. On the 39DL PLUS and 38DL PLUS, access serial settings via Setup Menu → System → Comm. Standard settings for MicroRidge interfaces: Baud Rate – Match to your receiving interface (WedgeLink and GageWay Pro support auto-baud detection) Parity – None Save/Send Key – Set to SEND to output data on keypress Refer to your WedgeLink or GageWay Pro documentation for host-side comm parameter configuration. Compatible Interfaces WedgeLink AT / WedgeLink SP — WedgeLink keyboard wedge technology translates the 39DL PLUS RS-232 serial output into keystrokes, sending thickness readings directly into Excel, SPC software, or any application that accepts keyboard input — no software integration required. Auto baud rate detection simplifies setup; data parsing handles the native Olympus output format. MobileCollect RS-232 Remote — For wireless data collection without cable runs between the gage and the collection point, the RS-232 Remote pairs with this cable to transmit thickness readings wirelessly over MobileCollect's RM2. 4 proprietary protocol. 133-foot wireless range, encrypted, and resilient to RF noise common in industrial inspection environments. GageWay Pro — Connects to the GageWay Pro via the multifunction serial port or the front gage channels (Level Converter Cable GW-LC required for front channels). The GageWay Pro provides USB serial and USB keyboard wedge output alongside its DB9 port, with configurable read modes (single, continuous, TIR) and data parsing for complex instrument output strings. Other Versions of This Cable MicroRidge offers the 38-9F6 connector in an additional configuration for wireless data collection: RS-232 V2 Connector — Olympus 38-9F6 — If you need to take your 39DL PLUS wireless without a cable run to a host PC, this is the connector you need. It pairs with the RS-232 V2 Mobile Module (MC-MM-V2) transmitter, integrating directly into the MobileCollect wireless network. The V2 connector attaches at the gage and the transmitter clips on — no separate cable to the host. Use the cable on this page for wired connections; use the V2 connector for mobility. Frequently Asked Questions Q: Does this cable work with both the 39DL PLUS and the 38DL PLUS? — Yes. Both the Olympus Evident 39DL PLUS and the 38DL PLUS use the 38-9F6 RS-232 connector. This cable is compatible with both instruments. Q: What software can I send thickness data to with this cable? — Any software application that accepts keyboard input or USB serial data — including SPC programs, Excel, custom inspection databases, and MES systems. The cable communicates via RS-232 serial; the receiving interface (WedgeLink, GageWay Pro, or MobileCollect RS-232 Remote) converts that signal to USB serial or keystrokes for input to any application on the host. Q: Do I need to configure baud rate settings on... Connect a MobileCollect RS-232 Base Receiver to a Mitutoyo DP-1VA Digimatic Mini-Processor (264-505A) using this MicroRidge-designed and manufactured cable assembly. The serial converter is built directly into the cable — no separate adapter required. This cable brings the DP-1VA into your MobileCollect wireless system, enabling simultaneous printing at the point of measurement and real-time data logging to SPC software on a connected PC via the DP-1VA's USB port. Also compatible with the older DP-1VR Digimatic Mini-Processor (264-504-5A). Note: Mitutoyo DP-1VA Mini-Processor not included — shown in product images for reference only. Compatible Base – MobileCollect RS-232 Base EVO Compatible Mini-Processor – Mitutoyo DP-1VA (264-505A), DP-1VR (264-504-5A) RS-232 Parameters – 9600 baud, No parity, 8 data bits, 1 stop bit (9600-N-8-1) Output Protocol – Mitutoyo Digimatic Converter Location – Built into cable assembly Origin – Designed & Made in the USA Mini-Processor Included – No Add a Digimatic Printer to Your MobileCollect Wireless System The Mitutoyo DP-1VA Digimatic Mini-Processor is a self-contained data logger and thermal printer used widely in inspection and quality control environments. It collects measurement data from Digimatic-output gages, prints results at the station, stores up to 1,000 measurements, and can transfer batch data to a PC via USB — all without dedicated SPC software running locally. This MicroRidge cable assembly extends that capability by making the DP-1VA compatible with the MobileCollect Wireless measurement system. Your operator collects measurements wirelessly using a MobileCollect transmitter at the gage. The RS-232 Base Receiver picks up the signal and passes data through this cable to the DP-1VA — which receives it exactly as it would from a wired Digimatic gage. Critically, this removes the DP-1VA's native limitation to Digimatic-output gages only. When paired with MobileCollect, the DP-1VA can print measurement data from any gage supported by the MobileCollect system — over 3,500 gages from more than 50 brands, including calipers, micrometers, indicators, height gages, comparators, hardness testers, surface roughness testers, scales, force gages, and more. If the gage can connect to MobileCollect, the DP-1VA can print it. The practical result:The DP-1VA prints each measurement immediately at the inspection stationSPC software on a connected PC receives the same data simultaneously via the RS-232 Base's USB virtual COM port outputThe RS-232 Base handles both outputs concurrently using its dual output capability— no data splitter or additional hardware required. No reconfiguration of the DP-1VA is required. No changes to how operators trigger measurements. The cable handles the protocol translation between MobileCollect's RS-232 output (9600-N-8-1) and the Digimatic format the DP-1VA expects — all within the cable assembly itself. Protocol Translation Built In Rather than requiring a separate inline adapter or converter box, the Digimatic serial conversion circuitry is integrated directly into this cable assembly. The MobileCollect RS-232 Base outputs at 9600-N-8-1; the DP-1VA expects Mitutoyo Digimatic protocol. This cable bridges those two interfaces transparently. DP-1VR Backward Compatibility This cable also supports the older Mitutoyo DP-1VR Digimatic Mini-Processor (264-504-5A). Facilities still running DP-1VR units do not need a separate cable. Complete your MobileCollect Wireless System Transmitters — select the module that matches your gage type and application:Mini Mobile Module — smallest form factor; for mobile digital gages with SPC outputV2 Mobile Module — for RS-232 gages where operator mobility is requiredCommand Mobile Module — for mobile gages; automation-enabled with two-way communicationDigital Remote — for stationary digital gages; automation-enabled with two-way communicationRS-232 Remote — for stationary RS-232 gages; automation-enabled with two-way communicationGage Cable — use the MobileCollect Selection Tool to identify the correct gage cable for your transmitter and gage model. Covers over 3,500 gages from 50+ brands. Base Receiver — MobileCollect RS-232 Base Receiver — required for use with this cable. Frequently Asked Questions Q: Does this cable work with the MobileCollect Wedge Base? — No. This cable is designed exclusively for the MobileCollect RS-232 Base Receiver. The Wedge Base outputs data via USB HID or virtual COM port and is not compatible with this cable. Q: Do I need to reconfigure my DP-1VA to use this cable? — No. The DP-1VA requires no configuration changes. The cable assembly handles protocol conversion from MobileCollect RS-232 output (9600-N-8-1) to Mitutoyo Digimatic format transparently. Q: Is the DP-1VA Digimatic Mini-Processor included? — No. The DP-1VA (Mitutoyo 264-505A) is sold separately. This listing is for the cable assembly only. Q: Can I log data to SPC software and print at the same time? — Yes. The MobileCollect RS-232 Base uses its dual output capability to simultaneously send measurement data to the DP-1VA for printing and to SPC software on a connected PC via USB virtual COM port. Q: Which Mitutoyo Mini-Processors are compatible? — This cable supports the current DP-1VA (264-505A) and the older DP-1VR (264-504-5A). Q: Can I use this with any gage that has a Digimatic SPC output? — Any... The MobileCollect RS-232 Base EVO is the base receiver for MobileCollect Wireless measurement data collection systems requiring a native DB9 RS-232 output. It controls the MobileCollect Wireless network, receives measurement data from all paired transmitters, and delivers that data to the connected system via two simultaneous output paths: USB Serial over a virtual COM port, and RS-232 via the rear-panel DB9 port. The DB9 RS-232 output makes this the correct base receiver when the downstream system requires a native serial connection — PLCs, DCS systems, RS-232-to-Ethernet converters, and legacy data acquisition hardware that cannot accept USB. Both output ports are active simultaneously, enabling dual-destination data routing: measurement data can be sent to a PLC via DB9 and to an SPC application via USB in the same transmission. The USB port also serves as the primary configuration and power interface. For applications where the downstream system accepts USB or keyboard input — Excel, web-based SPC platforms, PC-based DAQ software — see the Wedge Base EVO. For mobile or tablet deployments, see the MicroBase EVO USB A and MicroBase EVO USB C. Output Modes – USB Serial (USB-A) + DB9 RS-232 — simultaneous Output Connection – 1x USB-A & 1x RS-232 DB9 female DB9 Baud Rates – 9600, 19.2K, 38.4K (N-8-1) Wireless Range – Up to 140 ft USB Driver Required – No Dimensions / Weight – 3.60″ × 2.63″ × 1.19″ / 2.75 oz (78.0 g) Power – USB powered + included 120–230V USB AC adapter Read Switch Connectors – 1x standard (3x request) Certifications – FCC (2ACNQB1), IC (12298A-B1), CE, RoHS2, REACH Includes – 6′ USB cable, 6' DB9 serial cable, 120–230V USB AC adapter Origin – Designed & Made in the USA What the RS-232 Base EVO Does The RS-232 Base EVO connects to the host system via USB and DB9 RS-232, receives wireless measurement data from paired MobileCollect transmitters, and delivers that data simultaneously through both output ports. The USB port outputs RS-232 serial data over a virtual COM port — the same output architecture as the Wedge Base EVO in Serial mode. The DB9 port outputs native RS-232 at the configured baud rate, providing the electrical signal levels and connector format required by PLCs, DCS systems, RS-232-to-Ethernet converters, and legacy instrumentation that predates USB. Both ports are active simultaneously and transmit the same data. This dual-output architecture enables a single base receiver to serve two downstream systems in parallel — for example, routing measurement data to a PLC via DB9 for closed-loop process control while simultaneously feeding the same readings to an SPC application via USB. A printer and an SPC application. A SCADA system and a quality database. Any two systems that can accept RS-232 serial data can receive the same measurement stream from a single RS-232 Base EVO without additional hardware. Beyond the measurement value itself, the base can be configured to include the following fields in each transmitted data packet: channel number, channel letter, custom text field, transmitter module ID, transmitter custom label, units, transmitter battery voltage, and signal strength. This allows each measurement record to carry full traceability data to both downstream systems in a single transmission. Is This the Right Base for Your Application? The RS-232 Base EVO is the correct base receiver when the downstream measurement system requires a native DB9 RS-232 serial connection, when dual simultaneous output to two separate systems is needed, or when the deployment environment is a PLC-controlled or legacy instrumentation context where USB connectivity is not available or not appropriate. Use the RS-232 Base EVO when:Your downstream system connects via DB9 RS-232 — a PLC, DCS, SCADA system, RS-232-to-Ethernet converter, or legacy data acquisition hardwareYou need to route measurement data to two separate systems simultaneously from a single base receiverYour application requires native RS-232 electrical signal levels rather than USB-emulated serialYour installation is stationary — the base connects to a fixed workstation, control panel, or instrument rackYou need maximum RF performance — the RS-232 Base EVO delivers the full 140 ft line-of-sight range of the EVO full-size platformDo not use the RS-232 Base EVO when:Your downstream system accepts keyboard input — use the Wedge Base EVO, which provides USB Keyboard Wedge output for Excel, web-based SPC, Minitab, and any application that accepts keyboard entryYour downstream system reads a USB COM port and no DB9 connection is required — the Wedge Base EVO covers USB Serial output without the DB9 portYour deployment requires a mobile or tablet-based receiver — use the MicroBase EVO USB A or MicroBase EVO USB CA note on power: For DB9 RS-232 operation, the included USB AC adapter must be connected to the USB port to power the base. USB power from a PC is also sufficient. How MobileCollect Works MobileCollect operates on a hub-and-spoke architecture. The RS-232 Base EVO is the hub. Transmitters — Mobile Modules attached to handheld gages carried by operators, or Remote Transmitters at fixed measurement stations — are the spokes. Each transmitter is paired to a specific base and stores that base's network identifiers. Measurement data travels wirelessly from the transmitter to the base, which passes it to the connected system via USB Serial, DB9 RS-232, or both simultaneously. The base controls the wireless network. It is always listening — but transmitters are asleep the vast majority of the time, waking only to send a measurement when a reading is triggered. This sleep architecture means a facility with dozens or hundreds of MobileCollect transmitters generates RF traffic only when measurements are actually being taken. In environments where multiple wireless systems coexist — Wi-Fi, industrial sensors, other 2. 4 GHz devices —... The MobileCollect Wedge Base EVO is the base receiver — the hub — of a MobileCollect Wireless measurement data collection system. It controls the MobileCollect Wireless network, receives measurement data from paired Mobile Module and Remote transmitters, and delivers that data to the connected PC via two selectable output modes: USB Keyboard Wedge, which types measurement values directly into any active application as if entered from a keyboard, or USB Serial, which streams data over a virtual COM port for SPC software and data acquisition applications that read serial directly. No USB driver installation is required for either mode. Output mode is selected via a hardware slider switch on the rear panel — the same single USB-A port serves both modes. The Wedge Base EVO is the correct base receiver when measurements need to reach Excel, a web-based SPC platform, Minitab, InfinityQS, or any form-based quality system without COM port configuration or middleware. One or three read switch connectors on the front panel accepts a wired foot or hand switch for operator-triggered collection at the base. For applications requiring a native DB9 RS-232 output to a PLC or legacy system, see the RS-232 Base EVO. For mobile or tablet-based deployments, see the MicroBase EVO USB A and MicroBase EVO USB C. Output Modes – USB Keyboard Wedge / USB Serial Output Connection – 1x USB-A with hardware slider switch for USB Keyboard Wedge / USB Serial Wireless Range – Up to 140 ft USB Driver Required – No Dimensions / Weight – 3.60" × 2.63" × 1.19" / 2.75 oz (78.0 g) Power – USB powered — no adapter required Read Switch Connectors – 1x standard (3x optional) Certifications – FCC (2ACNQB1), IC (12298A-B1), CE, RoHS2, REACH Includes – 6' USB cable Origin – Designed & Made in the USA What the Wedge Base EVO Does The Wedge Base EVO connects to a PC via a single USB-A cable, receives wireless measurement data from paired MobileCollect transmitters, and delivers that data to the host application — either as keyboard keystrokes typed into whatever application field is active on screen, or as a serial data stream over a virtual COM port. A hardware slider switch on the rear panel determines output mode; the MobileCollect Setup Programs recognize and configure the base regardless of switch position. In Wedge mode, the base registers as a standard USB HID keyboard. No additional software, no COM port configuration, and no IT approval process for a custom driver. When a paired transmitter sends a measurement, the value is typed into the active field: an Excel cell, an SPC data entry screen, a web form, a LIMS entry field, or a custom internal application. The end-of-packet character appended to each value is configurable — CR acts as the Enter key, Tab acts as the Tab key — enabling automatic cursor advancement through a data entry sequence without any operator keyboard interaction between readings. In Serial mode, the base outputs standard RS-232 serial data over a virtual COM port for SPC software and data acquisition applications that monitor a serial port directly. Beyond the measurement value itself, the base can be configured to include the following fields in each transmitted data packet: channel number, channel letter, custom text field, transmitter module ID, transmitter custom label, units, transmitter battery voltage, and signal strength. This allows each measurement record to carry full traceability data — operator, gage, channel, and signal quality — to the host application in a single transmission. A single Wedge Base EVO can receive data from hundreds of paired transmitters simultaneously. Because pairing is managed at the transmitter level rather than through a fixed device registry, the practical limit on transmitters per base is not a hardware ceiling — it's what is operationally feasible in a given measurement cell. A facility running dozens of operators across a large inspection area, or a system integrator building a high-density SPC collection network, is not constrained by the base receiver. Each transmitter is identified by a unique ID, so data from multiple operators and multiple gage types remains cleanly attributed at the software level regardless of how many transmitters are active simultaneously. Each base receiver connects to one computer station via USB — for multi-station deployments, one base is installed per workstation, with each base managing its own paired transmitter population independently. Is This the Right Base for Your Application? The Wedge Base EVO is a desktop base receiver for stationary installations where the base connects to a fixed PC workstation and operators bring measurements to it wirelessly. It is the most versatile output configuration in the MobileCollect EVO base lineup, covering both keyboard wedge and serial output from a single unit. Use the Wedge Base EVO when:Your target application accepts keyboard input — Excel, web-based SPC, Minitab, a LIMS, or any form-based data entry environmentYour SPC or DAQ software reads a serial COM port and you want serial output without a dedicated serial baseYou need both output modes available from a single unitYou require a read switch connector at the base for foot or hand switch control of paired Command Mobile Modules or Remote TransmittersYour installation is stationary — the base connects to a desktop or fixed workstation PCYou need maximum RF performance — the Wedge Base EVO delivers the full 140 ft / 45 m line-of-sight range of the EVO full-size platform, compared to 100 ft / 40 m on the MicroBase EVODo not use the Wedge Base EVO when:Your application requires a native DB9 RS-232 output to a PLC, DCS, or legacy serial system — use the RS-232 Base EVO, which provides a DB9 RS-232 port alongside USB Serial outputYour deployment requires a mobile or tablet-based receiver... Command Mobile Module connector for Mitutoyo Digimatic micrometer heads and calipers requiring a right-angle connection — for gages using the 04AZB512 SPC cable. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or SPC software. Right-angle plug orientation designed for fixture applications where cable routing clearance is limited. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-04AZB512-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – Yes Connector IP Rating – N/A Gage Brand – Mitutoyo DC Wireless Connector — Mitutoyo 04AZB512 The DC Wireless Connector for Mitutoyo 04AZB512 gages is the hardware link between your Mitutoyo Digimatic micrometer head or caliper and the MobileCollect Wireless automated measurement collection system. This connector uses the same electrical interface as the 959149 connector but with a right-angle plug orientation — a critical geometry advantage in fixture-based automation where cable exit angle directly affects clearance and installation feasibility. Like all Command Mobile Module connectors, this enables bi-directional wireless communication. Readings are commanded remotely by the MobileCollect Base or your SPC software — no operator button press required at the gage. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Right-Angle Digimatic Connection for Fixtures and Automation The 04AZB512 is the right-angle version of the 959149 straight connector. Both cables connect to the same Mitutoyo Digimatic output — the difference is the physical orientation. Choose the right-angle version when a straight cable would interfere with fixturing, workholding, or operator access — particularly common with micrometer heads mounted in fixtures or calipers used in tight spaces. In fixture-based automation setups, cable exit geometry often isn't optional, and the right-angle plug can be the difference between a clean installation and a cable under constant mechanical stress. This connector can also be used on Mitutoyo indicators that would normally use the 905338 cable, giving you right-angle cable routing on indicators as well. With the Command Mobile Module, the read trigger source is your SPC software or a read switch at the operator station — not typically via the button on the cable — so the right-angle orientation is purely a geometry decision based on your fixture layout, with no functional tradeoff. Series 500 Absolute Digimatic Calipers (500-171-30, 500-196-30, and others with Absolute encoder)Series 570 Digimatic Height Gages (570-2XX)Series 350 Digimatic Micrometer Heads (350-71X) and Micrometers over 12″/300mmNot sure if your indicator uses the 04AZB512 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 04AZB512 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mitutoyo 04AZB512 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Mitutoyo 04AZB512 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use... Wirelessly connect your Mitutoyo Digimatic caliper or indicator to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mitutoyo gages that use the 04AZB512 SPC data cable — the right angle version of the 959149 straight connector. This connector is also commonly used on Mitutoyo indicators that would otherwise use the 905338 cable when a built-in data send button is needed. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-04AZB512-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - Yes Connector IP Rating - N/A Gage Brand - Mitutoyo M3 Wireless Connector — Mitutoyo 04AZB512 The M3 Wireless Connector for Mitutoyo 04AZB512 gages is the link between your Mitutoyo Digimatic caliper or indicator and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your gage's Digimatic output port at a right angle and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace the standard Mitutoyo 04AZB512 SPC cable with a compact wireless setup. A built-in data send button lets operators trigger readings at the point of measurement, and each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Right Angle vs. Straight Connector The 04AZB512 is the right angle version of the 959149 straight connector. Both cables connect to the same Mitutoyo Digimatic output — the difference is the physical orientation. Choose the right angle version (04AZB512) when a straight cable would interfere with fixturing, workholding, or operator access — particularly common with micrometer heads mounted in fixtures or calipers used in tight spaces. This connector can also be used on Mitutoyo indicators that would normally use the 905338 cable. The 905338 does not include a data send button — so if your workflow requires a button on the cable to trigger readings at the gage, the 04AZB512 connector gives you that capability while still fitting the same Digimatic output port. Series 500 Absolute Digimatic Calipers (500-171-30, 500-196-30, and others with Absolute encoder)Series 570 Digimatic Height Gages (570-2XX)Series 350 Digimatic Micrometer Heads (350-71X) and Micrometers over 12″/300mmNot sure if your gage uses the 04AZB512 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 04AZB512 cable/connector for other systems in the MobileCollect and GageWay product families:DC Connector — Mitutoyo 04AZB512 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Mitutoyo 04AZB512 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync... The Mitutoyo 04AZB512 is the Digimatic SPC data cable with built-in data send button and right-angle connector for calipers and micrometer heads where a straight cable connection creates clearance issues — available in 1-meter length only. Connects to any GageWay wired interface or MobileCollect Digital Remote to route measurement data directly to your SPC software. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – Type CR (right-angle 5-pin with button) Standard Cable Length – 1 meter (04AZB512) | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – Yes IP Rating – N/A Gage Brand – Mitutoyo Distributor – Sold by MicroRidge, a Certified Mitutoyo Distributor OEM SPC Data Cable — Mitutoyo 04AZB512 The Mitutoyo 04AZB512 is Mitutoyo's Digimatic SPC data cable with a right-angle connector and built-in data send button — available as an accessory for calipers and micrometer heads that use the Type CR SPC port, or for any gage that uses the standard Type C port where a right-angle connection is required for clearance. When connected to a GageWay wired interface or MobileCollect Digital Remote, it passes measurement data directly from your gage to a PC, eliminating manual data entry and the transcription nonconformances that come with it. This is not a standalone product. The 04AZB512 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. The 04AZB512 is physically interchangeable with the 905338 and 959149 at the gage port — the right-angle exit geometry and integrated data-send button are the distinguishing factors. See our Mitutoyo Digimatic SPC Cable Connection Group Guide for a full comparison of the Group 1 cable family. Works With Your Existing Mitutoyo Gages The 04AZB512 is compatible with Mitutoyo calipers and micrometer heads that use the Type C or Type CR SPC port, including:Series 500 Absolute Digimatic Calipers (500-171-30, 500-196-30, and others with Absolute encoder)Series 570 Digimatic Height Gages (570-2XX)Series 350 Digimatic Micrometer Heads (350-71X) and Micrometers over 12″/300mmNot sure if your gage uses the 04AZB512 / Type CR connector? Contact us at sales@microridge. com or check your gage's documentation for the SPC port type. Use with GageWay Wired Interfaces The 04AZB512 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 04AZB512 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 04AZB512 is available online in a 1-meter length only. If a 2-meter version is needed contact sales@microridge. com. Need a Straight Connection Instead? The 04AZB512 is the right-angle version of the 959149. Both cables use the same Type C / CR connector with the same built-in data send button and are compatible with the same GageWay interfaces and Digital Remote. The only difference is connector angle at the gage end — the 04AZB512 exits at 90° from the gage body, keeping the cable clear of the measurement zone or fixture geometry. If a straight connection works for your setup, the 959149 is available in both 1-meter and 2-meter lengths. Certified Mitutoyo Distributor — Need the Gage Too? MicroRidge is a Certified Mitutoyo Distributor. If you're sourcing a 04AZB512 cable and also need a Mitutoyo gage — whether that's a Digimatic indicator, height gage, depth gage, or caliper — contact our sales team at sales@microridge. com. We can source the instrument and the interface cable together and confirm compatibility before anything ships. Use with the MobileCollect Digital Remote... Wirelessly connect your legacy Mitutoyo Digimatic caliper or height gage to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mitutoyo gages that use the 937243 or 937244 interface SPC data cable. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. Built-in data send button. Available in 3.5″ (recommended for calipers) and 6.5″ (recommended for height gages). Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 3.5" or 6.5" SKU - MC-M3-937243-3.5 (3.5" version) | MC-M3-937243-6.5 (6.5" version) Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - Yes Connector IP Rating - N/A Gage Brand - Mitutoyo M3 Wireless Connector — Mitutoyo 937243 The M3 Wireless Connector for Mitutoyo 937243 gages is the link between your legacy Mitutoyo Digimatic caliper or height gage and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your gage's Digimatic output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace the standard Mitutoyo 937243 or 937244 SPC cable with a compact wireless setup. A built-in data send button lets operators trigger readings at the point of measurement, and each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Works With Your Existing Mitutoyo Gages The 937243 and 937244 cables are found on older-generation Mitutoyo Digimatic calipers and height gages. This M3 connector brings your existing legacy instruments into a modern wireless SPC workflow without replacing the gages themselves. Series 500 Legacy Digimatic Calipers without Absolute Encoder (500-1XX, 500-2XX, 500-50X)Series 192 Digimatic Height Gages (192-6XX, 192-67X)Series 550 & 551 Legacy Digimatic Calipers (550-22X, 551-22X)Not sure if your gage uses the 937243 or 937244 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Two Length Options This connector is available in two lengths to accommodate different gage types. The 3. 5″ length is recommended for calipers where a shorter cable keeps the module compact and out of the way. The 6. 5″ length is recommended for height gages where additional reach is needed to position the Mini Mobile Module EVO clear of the measurement area. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-937243-3. 5 | MC-M3-937243-6. 5 Specs Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E TransmittersStandard Cable Length3. 5 inches | 6. 5 inchesSKUMC-M3-937243-3. 5 | MC-M3-937243-6. 5Required HardwareMini Mobile Module EVO (M3E) & MobileCollect BaseRead ButtonYesIP RatingN/AGage BrandMitutoyo Wirelessly connect your Olympus Evident 39DL PLUS Ultrasonic Thickness Gage to your SPC software or data collection application — eliminating manual data entry errors at the point of measurement. This is the RS-232 V2 Mobile Module connector for the Olympus 39DL PLUS using the 38-9F6 RS-232 interface. Connects to the RS-232 V2 Mobile Module (MC-MM-V2) to bring your thickness gage online with MobileCollect. No read button required — configure the transmitter to initiate readings directly from the module. Transmitter Family - RS-232 V2 Mobile Module Standard Cable Length - 12.0" SKU - MC-V2-OLY-38-9F6-12 Required Hardware - RS-232 V2 Mobile Module (V2) and MobileCollect Base Read Button - No - reading initiated via configurable command from V2 transmitter Connector IP Rating - N/A Gage Brand - Olympus Evident RS-232 V2 Wireless Connector — Olympus 38-9F6 The RS-232 V2 Wireless Connector for the Olympus 38-9F6 is the interface cable between your Olympus Evident 39DL PLUS Ultrasonic Thickness Gage and the MobileCollect Wireless measurement collection system. Once connected, thickness measurement data transmits wirelessly from the gage to your SPC software or data collection application — eliminating manual data entry errors at the point of measurement. The 39DL PLUS is a precision ultrasonic thickness gage widely deployed in nondestructive testing (NDT) applications — including wall thickness measurement, corrosion inspection, and weld verification across aerospace, petrochemical, and heavy manufacturing environments. This connector plugs into the 38-9F6 RS-232 output port on the 39DL PLUS and attaches to the RS-232 V2 Mobile Module (MC-MM-V2) transmitter. The transmitter handles the full wireless link to a MobileCollect Base receiver on your PC or workstation. There is no read button on the connector itself. The RS-232 V2 Mobile Module is configured with the appropriate command string to request a measurement from the gage, allowing readings to be initiated directly from the transmitter without touching the instrument. Compatible Olympus Gage The MC-V2-OLY-38-9F6-12 is designed for the Olympus Evident 39DL PLUS Ultrasonic Thickness Gage using the 38-9F6 RS-232 connector. This cable requires an active RS-232 SPC data output port on the instrument. Olympus Evident 39DL PLUS — Ultrasonic thickness gage for single-element and dual-element transducer measurement. Not sure if your gage uses the Olympus 38-9F6 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. The RS-232 V2 Mobile Module — Taking RS-232 Gages Wireless The RS-232 V2 Mobile Module (MC-MM-V2) is purpose-built for RS-232 gages that need to move — handheld thickness gages, portable protractors, and other instruments that travel with the operator or the part. It takes your RS-232 gage wireless without replacing it, connecting via this cable and transmitting measurement data to a MobileCollect Base receiver on your PC, where it's available to any SPC software or data collection application. What sets the RS-232 V2 apart is configurable command output. Many RS-232 gages won't broadcast a reading until they receive a command string — with the RS-232 V2 Mobile Module, you program that command into the transmitter so readings can be triggered directly from the module. No button on the gage, no operator reaching across the fixture. Wireless Thickness Data in NDT and Quality Workflows Ultrasonic thickness measurement is a controlled inspection activity in most quality management systems — whether operating under ISO 9001, AS9100D for aerospace, or facility-specific inspection procedures. Manual transcription of thickness readings from the 39DL PLUS display to a paper traveler or spreadsheet introduces transcription error risk at every data point. In high-frequency inspection environments — pipeline inspection, pressure vessel verification, aerospace skin panel measurement — that risk compounds across thousands of readings per shift. Connecting the 39DL PLUS to the MobileCollect Wireless system via the RS-232 V2 Mobile Module eliminates that transcription step entirely. Measurement data flows directly from the gage to your SPC software, quality database, or data collection application at the point of measurement, in real time. Every reading is captured with full traceability — no clipboard intermediary, no re-entry step, and no opportunity for operator-induced data corruption. For audit readiness under ISO 9001 Clause 9. 1 (Monitoring and Measurement) or AS9100D Clause 8. 6 (Release of Products and Services), direct digital data capture provides a documented, real-time measurement record that supports both in-process control and post-inspection traceability. Other Versions of This Cable OEM SPC RS-232 Cable — Olympus 38-9F6 — For wired RS-232 connections to WedgeLink, MobileCollect RS-232 Remote, and GageWay Pro via the multifunction serial port or front channels with a Level Converter Cable. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform. It does not lock you into a single gage manufacturer or measurement type. Whether your floor runs Mitutoyo protractors alongside Olympus... The Mahr 4102606 is the MarConnect DK-D1 Digimatic SPC data cable with built-in data send button for Mahr Federal indicators and gages equipped with the MarConnect interface — available in 2-meter length. Outputs in Mitutoyo Digimatic format, making it directly compatible with any GageWay wired interface or MobileCollect Digital Remote for wired SPC data collection. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – MarConnect DK-D1 Standard Cable Length – 2 meter | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – Yes IP Rating – N/A Gage Brand – Mahr Federal OEM SPC Data Cable — Mahr 4102606 MarConnect DK-D1 The Mahr 4102606 is Mahr's MarConnect DK-D1 Digimatic data cable — an accessory for Mahr Federal indicators and gages equipped with the MarConnect interface port. It converts the gage's MarConnect output to Mitutoyo Digimatic format, allowing direct connection to any GageWay wired interface or MobileCollect Digital Remote for automated SPC data collection. The built-in data send button lets operators trigger readings at the point of measurement without returning to the interface or computer. This is not a standalone product. The 4102606 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. Works With Your Existing Mahr Federal Gages The 4102606 is compatible with Mahr Federal instruments equipped with the MarConnect interface port, including: MarCator 1086 R / 1086 ZR Digital Indicators MarCator 1086 WR Waterproof Digital Indicators MarCator 1086 R-HR High-Resolution Digital Indicators MarCator 1087 R / 1087 ZR Digital Indicators MarCal 18 EWR Digital Calipers 16 ER / EWR / EWV Digital Indicators 30 ER / EWR / EWN Digital Indicators MicroMar 40 EWR / 40 EWS / 40 EWV Digital Micrometers 46 EWR / 44 EWR Digital Indicators MarCator 1075 R Digital Indicators DigiMar 814 SR Digital Height Gages MarSurf PS1 Surface Roughness Testers Not sure if your gage uses the MarConnect DK-D1 interface? Contact us at sales@microridge. com or check your gage's documentation for the MarConnect port type. Use with GageWay Wired Interfaces The 4102606 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 4102606 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 4102606 is available in 2-meter length only. Use with the MobileCollect Digital Remote The 4102606 is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication — it can receive measurement data from the gage and initiate readings remotely, similar in function to the Command Mobile Module but over a wired connection. This configuration is most applicable for fixed measurement stations integrated into a larger MobileCollect Wireless network, where the gage itself doesn't move but the data still needs to route through the MobileCollect infrastructure. For the majority of single-station or multi-station wired setups, a GageWay interface is the more direct and cost-effective path. Product Specifications 4102606 Specs Interface Connection Mitutoyo Digimatic 10-pin (Type D) Gage Connector MarConnect DK-D1 Standard Cable Length 2 meter Compatible Interfaces GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button Yes IP Rating N/A Gage Brand Mahr Federal Wirelessly connect your Mitutoyo Series 950 Pro 3600 Digital Protractor to your SPC software or data collection application — eliminating manual data entry errors at the point of measurement. This is the RS-232 V2 Mobile Module connector for Mitutoyo 950 Series Digital Protractors with SPC output (950-316, 950-318). Connects to the RS-232 V2 Mobile Module (MC-MM-V2) to bring your protractor online with MobileCollect. No read button required — configure the transmitter to initiate readings directly from the module. Transmitter Family - RS-232 V2 Mobile Module Standard Cable Length - 6.5" SKU - MC-V2-PRO3600-6.5 Required Hardware - RS-232 V2 Mobile Module (V2) and MobileCollect Base Read Button - No - reading initiated via configurable command from V2 transmitter Connector IP Rating - N/A Gage Brand - Mitutoyo RS-232 V2 Wireless Connector — Mitutoyo Pro 3600 The RS-232 V2 Wireless Connector for the Mitutoyo Pro 3600 Digital Protractor is the interface cable between your Mitutoyo Series 950 angle measurement instrument and the MobileCollect Wireless measurement collection system. Once connected, angle measurement data transmits wirelessly from the gage to your SPC software or data collection application — eliminating manual data entry errors at the point of measurement. This connector plugs into the RS-232 SPC output port on compatible Mitutoyo 950 Series Digital Protractors and attaches to the RS-232 V2 Mobile Module (MC-MM-V2) transmitter. The transmitter handles the full wireless link to a MobileCollect Base receiver on your PC or workstation. Unlike Digimatic connector cables, this connector is designed for RS-232 serial communication — there is no read button on the connector itself. Instead, the RS-232 V2 Mobile Module is configured with the appropriate command string to request a measurement from the protractor, so readings can be initiated directly from the transmitter without any interaction at the gage. Compatible Mitutoyo Pro 3600 Models The MC-V2-PRO3600 is compatible with Mitutoyo Series 950 Pro 3600 Digital Protractors that include an SPC data output port. Verify your instrument has an RS-232 SPC output port before ordering. Compatible Pro 3600 models include: 950-316 950-318 Not sure if your gage uses the MC-V2-PRO3600 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. The RS-232 V2 Mobile Module — Taking RS-232 Gages Wireless The RS-232 V2 Mobile Module (MC-MM-V2) is purpose-built for RS-232 gages that need to move — handheld thickness gages, portable protractors, and other instruments that travel with the operator or the part. It takes your RS-232 gage wireless without replacing it, connecting via this cable and transmitting measurement data to a MobileCollect Base receiver on your PC, where it's available to any SPC software or data collection application. What sets the RS-232 V2 apart is configurable command output. Many RS-232 gages won't broadcast a reading until they receive a command string — with the RS-232 V2 Mobile Module, you program that command into the transmitter so readings can be triggered directly from the module. No button on the gage, no operator reaching across the fixture. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform. It does not lock you into a single gage manufacturer or measurement type. Whether your floor runs Mitutoyo protractors alongside Olympus thickness gages, Mahr micrometers, or Starrett indicators, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. Product Specifications MC-V2-PRO3600-6. 5 Specs Transmitter Family RS-232 V2 Mobile Module (V2) Standard Cable Length 6. 5 inches SKU MC-V2-PRO3600-6. 5 Required Hardware RS-232 V2 Mobile Module (V2) & MobileCollect Base Read Button No IP Rating N/A Gage Brand Mitutoyo The Kroeplin 22806-MIT is the SPC interface cable and adapter kit for Kroeplin gages — connecting via the gage's SPC output port through an interface adapter that converts the Kroeplin signal to Mitutoyo Digimatic compatible format. Connects to any GageWay wired interface or MobileCollect Digital Remote for wired SPC data collection. Available in 1-meter length. This product includes both the cable and interface adapter. A compatible gage interface is also required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – Kroeplin 22806-MIT Standard Cable Length – 1 meter | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – Kroeplin SPC Interface Cable & Adapter Kit — Kroeplin 22806-MIT The 22806-MIT is the SPC interface cable and adapter kit for Kroeplin gages. Unlike most gage cables that plug directly into a standard Digimatic input, the Kroeplin connection requires both a gage cable and an interface adapter — the adapter converts the Kroeplin gage output to Mitutoyo Digimatic compatible format, which is then passed through the cable to any GageWay wired interface or MobileCollect Digital Remote for automated SPC data collection. This product ships as a complete kit and includes both the gage cable and the interface adapter. If you need a replacement cable or adapter individually rather than the full kit, contact us at sales@microridge. com. This is not a standalone product. The 22806-MIT cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. Compatible With Kroeplin Gages The 22806-MIT is compatible with Kroeplin precision gages equipped with an SPC data output port. Kroeplin instruments commonly connected via this cable include bore gages, snap gages, and inside measuring instruments in Kroeplin's digital gage product line. Not sure if your specific Kroeplin gage is compatible? Contact us at sales@microridge. com before ordering — we'll confirm compatibility for your specific model. Use with GageWay Wired Interfaces The 22806-MIT cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 22806-MIT into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 22806-MIT is available in 1-meter length only. If you need a replacement interface adapter or gage cable individually, contact us at sales@microridge. com. Use with the MobileCollect Digital Remote The 22806-MIT is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication — it can receive measurement data from the gage and initiate readings remotely, similar in function to the Command Mobile Module but over a wired connection. This configuration is most applicable for fixed measurement stations integrated into a larger MobileCollect Wireless network, where the gage itself doesn't move but the data still needs to route through the MobileCollect infrastructure. For the majority of single-station or multi-station wired setups, a GageWay interface is the more direct and cost-effective path. Wireless Options for Kroeplin Gages If your measurement application is better served by wireless SPC data collection, MicroRidge offers wireless connector alternatives for the Kroeplin Gages gage family — replacing the wired cable with a wireless transmitter connector:M3 Connector — Kroeplin 22806-MIT — For the Mini Mobile Module EVO (M3E) wireless transmitter. Readings are triggered from the transmitter body. Best for handheld or portable gages used across multiple measurement points. DC Connector... Command Mobile Module connector for Starrett digital calipers and micrometers using the PT22938 SPC data cable. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software. Available in 3.5" (recommended for Series 721/723 calipers) and 6.5" (recommended for Series 731/733 micrometers). Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 3.5" (Series 721/723 calipers) | 6.5″ (Series 731/733 micrometers) SKU – MC-D-PT22938-3.5 (3.5") | MC-D-PT22938-6.5 (6.5") Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – Yes Connector IP Rating – N/A Gage Brand – Starrett DC Wireless Connector — Starrett PT22938 The DC Wireless Connector for Starrett PT22938 gages is the hardware link between your Starrett digital caliper or micrometer and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base Receiver or your SPC software. No button press, no operator touchpoint at the gage required. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Compatible Starrett Digital Calipers and Micrometers The MC-D-PT22938 is designed for Starrett digital instruments that use the PT22938 SPC data cable, including:Starrett Series 721 & 723 Digital Calipers (recommend 3. 5" cable)Starrett Series 731 & 733 Digital Micrometers (recommend 6. 5" cable)Cable length recommendation: order 3. 5" for Starrett 721/723 calipers; order 6. 5" for Starrett 731/733 micrometers. Use the MobileCollect Selection Tool to verify your specific model. Other Versions of This Cable MicroRidge also offers the PT22938 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Starrett PT22938 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the automated wireless link, pair this connector with a Command Mobile Module transmitter (MC-MM-DC) and a MobileCollect Base Receiver. Product Specifications MC-D-PT22938-3. 5 | MC-D-PT22938-6. 5 Specs Transmitter FamilyCommand Mobile Module (DC)Standard Cable Length3. 5 inches (Series 721/723 calipers) | 6. 5 inches (Series 731/733 micrometers)SKUMC-D-PT22938-3. 5 (3. 5″) | MC-D-PT22938-6. 5 (6. 5″)Required HardwareCommand Mobile Module (DC) & MobileCollect BaseRead ButtonYesIP RatingN/AGage BrandStarrett Command Mobile Module connector for the original Mahr Federal µMaxum gage with 7-pin male connector. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software. Not compatible with the Mahr Federal µMaxum II — see MC-D-434602N-6.5 for µMaxum II. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-FED-MICRO-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No Connector IP Rating – N/A Gage Brand – Mahr Federal DC Wireless Connector — Mahr Federal µMaxum 7-pin The DC Wireless Connector for the Mahr Federal µMaxum is the hardware link between your original µMaxum instrument and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base Receiver or your SPC software. No button press, no operator touchpoint at the gage required. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Mahr Federal µMaxum — Original Version Only The MC-D-FED-MICRO-6. 5 is designed for the original Mahr Federal µMaxum gage, which uses a 7-pin male SPC connector:Mahr Federal µMaxum (original version with 7-pin male SPC connector) Other Versions of This Cable MicroRidge also offers the Mahr Federal µMaxum cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mahr Federal µMaxum — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Mahr Federal µMaxum — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the automated wireless link, pair this connector with a Command Mobile Module transmitter (MC-MM-DC) and a MobileCollect Base Receiver. Product Specifications MC-D-FED-MICRO-6. 5 Specs Transmitter FamilyCommand Mobile Module (DC)Standard Cable Length6. 5 inchesSKUMC-D-FED-MICRO-6. 5Required HardwareCommand Mobile Module (DC) & MobileCollect BaseRead ButtonNoIP RatingN/AGage BrandMahr Federal Command Mobile Module connector for Mahr Federal calipers, depth gages, and other Mahr Federal instruments using the 4102915 SPC cable. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or SPC software, with no operator action required at the gage. Available in 3.5" for calipers or 6.5" for depth gages and other instruments. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 3.5" (calipers) | 6.5″ (depth gages and other Mahr Federal gages) SKU – MC-D-4102915-3.5 (3.5") | MC-D-4102915-6.5 (6.5") Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No active data send button on this cable — trigger readings from the read button on the Command Mobile Module or via remote command Connector IP Rating – N/A Gage Brand – Mahr Federal DC Wireless Connector — Mahr Federal 4102915 The DC Wireless Connector for Mahr Federal 4102915 gages is the hardware link between your Mahr Federal caliper, depth gage, or other compatible instrument and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base Receiver or your SPC software. No button press, no operator touchpoint at the gage required. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Compatible Mahr Federal Gages The MC-D-4102915 is compatible with Mahr Federal calipers, depth gages, and other instruments that use the 4102915 SPC interface cable, including:Mahr Federal MarCal Series Calipers (recommend 3. 5" cable)Mahr Federal MarDepth Depth Gages (recommend 6. 5" cable)Other Mahr Federal instruments using the 4102915 cable interfaceCable length recommendation: order 3. 5" for Mahr Federal calipers; order 6. 5" for depth gages and other Mahr Federal instruments. Use the MobileCollect Selection Tool to verify your specific model. Other Versions of This Cable MicroRidge also offers the 4102915 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mahr Federal 4102915 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Digimatic Cable — Mahr Federal 4102915 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. OEM SPC RS-232 Cable — Mahr Federal 4102410 — For wired RS-232 connections to WedgeLink, MobileCollect RS-232 Remote, and GageWay Pro via the multifunction serial port or front channels with a Level Converter Cable. Includes a data send button. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the automated wireless link, pair this connector with a Command Mobile Module transmitter (MC-MM-DC) and a MobileCollect Base Receiver Product Specifications MC-D-4102915-6. 5 Specs Transmitter FamilyCommand Mobile Module (DC)Standard Cable Length3. 5″ (calipers) | 6. 5″ (depth gages and other Mahr Federal gages)SKUMC-D-4102915-3. 5 (3. 5″) | MC-D-4102915-6. 5 (6. 5″)Required HardwareCommand Mobile Module (DC) & MobileCollect BaseRead ButtonNo active data... Command Mobile Module connector for Fowler, Sylvac, and other gages that use the Simplex Opto SPC cable (54-115-333). Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software. Compatible with multiple gage brands that share the Simplex Opto interface standard. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 3.5″ (recommended for calipers) | 6.5″ (recommended for all other gages) SKU – MC-D-54-115-333-3.5 (3.5″) | MC-D-54-115-333-6.5 (6.5″) Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No Connector IP Rating – N/A Gage Brand – Fowler Sylvac DC Wireless Connector — Fowler / Sylvac (and other Simplex Opto brands) Simplex Opto 54-115-333 The DC Wireless Connector for Simplex Opto gages is the hardware link between your Fowler, Sylvac, or other Simplex Opto-equipped instrument and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base Receiver or your SPC software. No button press, no operator touchpoint at the gage required. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Multi-Brand Simplex Opto Compatibility The Simplex Opto cable interface (54-115-333) is used across several gage manufacturers. If your gage uses this Simplex Opto connection — regardless of the brand — this DC connector is compatible. Instrument families commonly using this interface include:Fowler digital calipers, indicators, and height gages with Simplex Opto outputSylvac digital measurement instruments with Simplex Opto outputOther gage manufacturers using the Simplex Opto 54-115-333 cable interfaceFor caliper applications, a 3. 5" cable length may be preferable — contact sales@microridge. com. Use the MobileCollect Selection Tool to verify your specific model. Other Versions of This Cable MicroRidge also offers the 54-115-333 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Fowler Sylvac Simplex 54-115-33 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC RS-232 Cable — Fowler Sylvac Simplex 54-115-33 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the automated wireless link, pair this connector with a Command Mobile Module transmitter (MC-MM-DC) and a MobileCollect Base Receiver. Product Specifications MC-D-54-115-333-3. 5 | MC-D-54-115-333-6. 5 Specs Transmitter FamilyCommand Mobile Module (DC)Standard Cable Length3. 5″ (recommended for calipers) | 6. 5″ (recommended for all other gages)SKUMC-D-54-115-333-3. 5 | MC-D-54-115-333-6. 5Required HardwareCommand Mobile Module (DC) & MobileCollect BaseRead ButtonNoIP RatingN/AGage BrandFowler/Sylvac Command Mobile Module connector for the Starrett 2900 Series Indicator. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software, with no operator button press required at the gage. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-2900SCM-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – Yes Connector IP Rating – IP67 Gage Brand – Starrett DC Wireless Connector — Starrett 2900SCM The DC Wireless Connector for Starrett 2900 Series gages is the hardware link between your Starrett 2900 Series Indicator and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base Receiver or your SPC software. No button press, no operator touchpoint at the gage required. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Compatible Starrett 2900 Series Indicators The MC-D-2900SCM-6. 5 is designed specifically for the Starrett 2900 Series Indicator family:Starrett 2900 Series Electronic Indicators with SPC outputThis is a custom-built connector designed specifically for the Starrett 2900 Series and is non-cancellable and non-returnable. Please verify this is the correct connector for your indicator before ordering. Use the MobileCollect Selection Tool to confirm, or contact sales@microridge. com if you need help identifying the right cable. Other Versions of This Cable MicroRidge also offers the 2900SCM cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Starrett 2900SCM — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the automated wireless link, pair this connector with a Command Mobile Module transmitter (MC-MM-DC) and a MobileCollect Base Receiver. Product Specifications MC-D-2900SCM-6. 5 Specs Transmitter FamilyCommand Mobile Module (DC)Standard Cable Length6. 5 inchesSKUMC-D-2900SCM-6. 5Required HardwareCommand Mobile Module (DC) & MobileCollect BaseRead ButtonYesIP RatingIP67Gage BrandStarrett Command Mobile Module connector for Mahr Federal instruments with a 4-pin female SPC output — including Digimar height gages, MarCator indicators, Millimess comparators, and the µMaxum II. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software, with no operator input required at the gage. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-434602N-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No Connector IP Rating – N/A Gage Brand – Mahr Federal DC Wireless Connector — Mahr Federal 434602 4-pin The DC Wireless Connector for Mahr Federal 434602 gages is the hardware link between your Mahr Federal 4-pin instrument and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base Receiver or your SPC software. No button press, no operator touchpoint at the gage required. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Compatible Mahr Federal Instruments — 4-Pin Connector The MC-D-434602N-6. 5 works with a broad range of Mahr Federal instruments that use the 4-pin female SPC connector, including:Digimar Digital Height GagesMarCator Digital IndicatorsMillimess Digital ComparatorsµMaxum II (note: the original µMaxum uses a different 7-pin connector — see the µMaxum gage cable instead)Not sure if your Mahr Federal gage uses the 4-pin connector? Use the MobileCollect Selection Tool or contact sales@microridge. com. Other Versions of This Cable MicroRidge also offers the 434602N cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mahr Federal 434602N — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Digimatic Cable — Mahr Federal 4346021 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. OEM SPC RS-232 Cable — Mahr Federal 4346020 — For wired RS-232 connections to WedgeLink, MobileCollect RS-232 Remote, and GageWay Pro via the multifunction serial port or front channels with a Level Converter Cable. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the automated wireless link, pair this connector with a Command Mobile Module transmitter (MC-MM-DC) and a MobileCollect Base Receiver. Product Specifications MC-D-434602N-6. 5 Specs Transmitter FamilyCommand Mobile Module (DC)Standard Cable Length6. 5 inchesSKUMC-D-434602N-6. 5Required HardwareCommand Mobile Module (DC) & MobileCollect BaseRead ButtonNoIP RatingN/AGage BrandMahr Federal Command Mobile Module connector for the Mitutoyo QuantuMike Micrometer that uses the 06AGL111 Digimatic D2 cable. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or SPC software. Command Mobile Module Firmware must be 5.35 or newer to support Digimatic D2. Update Command Mobile Module Firmware Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 8.0″ SKU – MC-D-06AGL111-8.0 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – Yes Connector IP Rating – IP65 Gage Brand – Mitutoyo DC Wireless Connector — Mitutoyo 06AGL111 The DC Wireless Connector for Mitutoyo 06AGL111 gages is the hardware link between your Mitutoyo QuantuMike Micrometer and the MobileCollect Wireless automated measurement collection system. The QuantuMike communicates via the Digimatic D2 protocol, which is supported by the Command Mobile Module running firmware 5. 35 or newer. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base or your SPC software, with no operator touchpoint at the gage required. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Compatible Mitutoyo QuantuMike Micrometers The Mitutoyo QuantuMike is known for its rapid 2mm/rev spindle travel, making it one of the fastest micrometers for production measurement. This DC connector matches that production focus by eliminating the data entry bottleneck — measurements go from spindle to SPC software wirelessly and automatically, keeping pace with high-throughput workflows. With the Command Mobile Module, readings are triggered remotely by your SPC software or a read switch at the operator station, so the measurement cycle never waits on an operator reaching the gage. The 06AGL111 cable is designed for the MDE QuantuMike's IP65-rated housing, maintaining dust and water jet protection at the data connection point. If your measurement workflow involves micrometers exposed to coolant, oil, or cutting fluids on the shop floor, this connector preserves that environmental protection while adding automated wireless data transmission capability. The Command Mobile Module transmitter itself is not IP rated, but we see very few failures in the field in wet environments. The most common issue over time is that certain cutting fluids and industrial chemicals can cause the cable to become brittle with prolonged exposure. If your application involves heavy coolant contact, contact us at support@microridge. com to discuss best practices for your environment. MDE QuantuMike Series 293 Coolant Proof IP65 Micrometers (293-100-10, 293-101-10, 293-102-10 and others)Not sure if your gage uses the 06AGL111 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Have an Older QuantuMike? This connector is for the MDE QuantuMike (293-180-40 through 293-183-40) with Digimatic D2/S1 output. If your QuantuMike was purchased before 2024 (pre-MDE generation), it uses the 05CZA662 coolant proof micrometer cable — not the 06AGL111. See the DC Connector for Mitutoyo 05CZA662 instead. For a deeper explanation of what changed and why, read our complete guide to Mitutoyo’s SPC cable transitions. Other Versions of This Cable MicroRidge also offers the 06AGL111 cable/connector for other systems in the MobileCollect and GageWay product families:M3E Connector — Mitutoyo 06AGL111 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Mitutoyo 06AGL111 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded... RS-232 interface cable for Fowler/Bowers Pistol Grips, Fowler/Bowers Electronic Holemikes, Sylvac Quadra Test Electronic Indicators, and Sylvac Mini Resistant Electronic Indicators. Connects the gage's Power & Data port to a DB9 host interface — compatible with WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, and GageWay Pro (Level Converter Cable required for GageWay Pro front channels). When paired with any of the above, measurement data outputs as keystrokes or USB serial — ready for direct input to SPC software or any data collection application. OEM Part Number – 54-115-444 Gage Connector – Power & Data Host Connector – DB9 Female Length – 1 meter Compatible Interfaces – WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels) Cable Type – RS-232 Serial Data Send Button – No Power Supply – Supplied via cable — gage battery must be removed Compatible Gages – Fowler/Bowers Pistol Grips, Fowler/Bowers Electronic Holemikes, Sylvac Quadra Test Electronic Indicators, Sylvac Mini Resistant Electronic Indicator 54-115-444 Power & Data RS-232 Cable — Fowler/Bowers & Sylvac Data Collection The 54-115-444 Power & Data RS-232 cable connects the serial output port of compatible Fowler/Bowers and Sylvac instruments to a data collection host — eliminating manual transcription of measurement readings and enabling direct output to SPC software, inspection databases, or any application that accepts RS-232 serial data. The gage-side connector mates with the Power & Data port on the instrument. The host side terminates in a DB9 female connector, compatible with WedgeLink keyboard wedges, MobileCollect RS-232 Remote wireless transmitters, and GageWay Pro wired interfaces. Important: Battery and Power Requirements This cable supplies power to the gage through the connection — the gage's battery must be removed before use. When the host interface is active, power flows to the gage through the cable. When the host interface is powered off or disconnected, power is removed from the gage. Ensure the host interface remains powered for the duration of your measurement session. Multi-Brand Compatibility The 54-115-444 Power & Data connector is used on the following instruments: Fowler/Bowers Pistol Grips Fowler/Bowers Electronic Holemikes Sylvac Quadra Test Electronic Indicators Sylvac Mini Resistant Electronic Indicators Not sure if this is the correct cable for your gage? Use the MobileCollect Selection Tool to look up your specific model, or contact sales@microridge. com. Configuring RS-232 Output on Your Gage Before connecting the cable, verify the gage's RS-232 communication parameters match your receiving interface. WedgeLink and GageWay Pro both support auto baud rate detection, which simplifies initial setup. For specific RS-232 settings on your instrument, refer to the manufacturer's documentation. Refer to your WedgeLink or GageWay Pro documentation for host-side comm parameter configuration. Compatible Interfaces WedgeLink AT / WedgeLink SP — WedgeLink keyboard wedge technology translates the RS-232 serial output into keystrokes, sending measurement readings directly into Excel, SPC software, or any application that accepts keyboard input — no software integration required. Auto baud rate detection simplifies setup; data parsing handles the native instrument output format. MobileCollect RS-232 Remote — For wireless data collection without cable runs between the gage and the collection point, the RS-232 Remote pairs with this cable to transmit measurement readings wirelessly over MobileCollect's RM2. 4 proprietary protocol. 133-foot wireless range, encrypted, and resilient to RF noise common in industrial inspection environments. GageWay Pro — Connects to the GageWay Pro via the multifunction serial port or the front gage channels (Level Converter Cable GW-LC required for front channels). The GageWay Pro provides USB serial and USB keyboard wedge output alongside its DB9 port, with configurable read modes (single, continuous, TIR) and data parsing for complex instrument output strings. Other Versions of This Cable MicroRidge offers the 54-115-444 cable/connector for other systems in the MobileCollect product family: RS-232 V2 Connector — Power & Data Gage Cable — If you need to take your gage wireless without a cable run to a host PC, this is the connector you need. It pairs with the RS-232 V2 Mobile Module (MC-MM-V2) transmitter, integrating directly into the MobileCollect wireless network. The V2 connector attaches at the gage's Power & Data port and the transmitter clips on — no separate cable to the host. Note: the same battery removal requirement applies when using the V2 connector. Use the cable on this page for wired connections; use the V2 connector for mobility. Frequently Asked Questions Q: Does this cable work with both Fowler/Bowers and Sylvac instruments? — Yes. The 54-115-444 Power & Data cable is compatible with Fowler/Bowers Pistol Grips, Fowler/Bowers Electronic Holemikes, Sylvac Quadra Test Electronic Indicators, and Sylvac Mini Resistant Electronic Indicators. Use the MobileCollect Selection Tool to confirm compatibility for your specific model. Q: Why does the battery need to be removed? — The 54-115-444 cable connects through the gage's battery compartment — the same location where the battery is installed. The battery must be removed to make room for the cable. Power is then supplied... RS-232 interface cable for calipers, micrometers, and other gages that use the Proximity serial connector. Several gage manufacturers use this connector type. Connects the gage's Proximity output port to a DB9 host interface — compatible with WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, and GageWay Pro (Level Converter Cable required for GageWay Pro front channels). When paired with any of the above, measurement data outputs as keystrokes or USB serial — ready for direct input to SPC software or any data collection application. OEM Part Number – 54-115-527 Gage Connector – Proximity Connector Host Connector – DB9 Female Length – 1 meter Compatible Interfaces – WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels) Cable Type – RS-232 Serial Data Send Button – No Compatible Gages – Fowler, Sylvac, and other brands using the Proximity connector (calipers, micrometers, and more) 54-115-527 Proximity Connector RS-232 Cable — Multi-Brand Data Collection The 54-115-527 Proximity Connector RS-232 cable connects the serial output port of calipers, micrometers, and other instruments using the Proximity connector to a data collection host — eliminating manual transcription of measurement readings and enabling direct output to SPC software, inspection databases, or any application that accepts RS-232 serial data. The gage-side connector mates with the Proximity output port on the instrument. The host side terminates in a DB9 male connector, compatible with WedgeLink keyboard wedges, MobileCollect RS-232 Remote wireless transmitters, and GageWay Pro wired interfaces. Multi-Brand Compatibility The Proximity connector interface is used across several gage manufacturers. If your caliper, micrometer, or other instrument uses the Proximity connector, this cable is compatible regardless of brand. Common brands include Fowler and Sylvac, among others. Not sure if your gage uses the Proximity connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages, or contact sales@microridge. com. Configuring RS-232 Output on Your Gage Before connecting the cable, verify the gage's RS-232 communication parameters match your receiving interface. WedgeLink and GageWay Pro both support auto baud rate detection, which simplifies initial setup. For specific RS-232 settings on your instrument, refer to the manufacturer's documentation. Refer to your WedgeLink or GageWay Pro documentation for host-side comm parameter configuration. Compatible Interfaces WedgeLink AT / WedgeLink SP — WedgeLink keyboard wedge technology translates the Proximity connector RS-232 serial output into keystrokes, sending measurement readings directly into Excel, SPC software, or any application that accepts keyboard input — no software integration required. Auto baud rate detection simplifies setup; data parsing handles the native instrument output format. MobileCollect RS-232 Remote — For wireless data collection without cable runs between the gage and the collection point, the RS-232 Remote pairs with this cable to transmit measurement readings wirelessly over MobileCollect's RM2. 4 proprietary protocol. 133-foot wireless range, encrypted, and resilient to RF noise common in industrial inspection environments. GageWay Pro — Connects to the GageWay Pro via the multifunction serial port or the front gage channels (Level Converter Cable GW-LC required for front channels). The GageWay Pro provides USB serial and USB keyboard wedge output alongside its DB9 port, with configurable read modes (single, continuous, TIR) and data parsing for complex instrument output strings. Other Versions of This Cable MicroRidge offers the 54-115-527 cable/connector for other systems in the MobileCollect product family:RS-232 V2 Connector — Proximity Connector — If you need to take your gage wireless without a cable run to a host PC, this is the connector you need. It pairs with the RS-232 V2 Mobile Module (MC-MM-V2) transmitter, integrating directly into the MobileCollect wireless network. Note: due to the voltage requirements of the Proximity connector, this cable is only compatible with the RS-232 V2 Mobile Module — the Mini Mobile Module EVO (M3E) and Command Mobile Module (DC) cannot be used with this connector. Use the cable on this page for wired connections; use the V2 connector for mobility. Frequently Asked Questions Q: Does this cable work with brands other than Fowler and Sylvac? — Yes. The Proximity connector interface is used across multiple gage manufacturers. If your caliper, micrometer, or other instrument uses the Proximity connector, this cable is compatible regardless of brand. Use the MobileCollect Selection Tool to confirm compatibility for your specific model. Q: What software can I send measurement data to with this cable? — Any software application that accepts keyboard input or USB serial data — including SPC programs, Excel, custom inspection databases, and MES systems. On its own, this cable provides RS-232 serial communication via DB9 only. A MicroRidge interface (WedgeLink, GageWay Pro, or MobileCollect RS-232 Remote) is required to convert that signal to USB serial or keystrokes for input to any application on the host. Q: Do I need to configure baud rate settings on my gage? — The gage's RS-232... RS-232 interface cable for Mahr Federal gages with the 4-pin female SPC output port. Compatible gage families include Digimar Digital Height Gages, MarCator Digital Indicators, Millimess Digital Comparators, and µMaxum II. Connects the gage's 4-pin RS-232 output to a DB9 host interface — compatible with WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, and GageWay Pro (Level Converter Cable required for GageWay Pro front channels). When paired with any of the above, measurement data outputs as keystrokes or USB serial — ready for direct input to SPC software or any data collection application. OEM Part Number – 4346020 Gage Connector – 4-Pin Female Host Connector – DB9 Female Length – 1 meter Compatible Interfaces – WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels) Cable Type – RS-232 Serial Data Send Button – No Compatible Gages – Mahr Federal Digimar Height Gages, MarCator Digital Indicators, Millimess Digital Comparators, µMaxum II Mahr Federal 4346020 RS-232 Cable — Digimar, MarCator & Millimess Data Collection The Mahr Federal 4346020 RS-232 cable connects the 4-pin serial output port of compatible Mahr Federal instruments to a data collection host — eliminating manual transcription of measurement readings and enabling direct output to SPC software, inspection databases, or any application that accepts RS-232 serial data. The gage-side connector mates with the 4-pin female SPC output port on the instrument and includes the Mahr Federal Digimatic to RS-232 translator, as shown. The host side terminates in a DB9 male connector, compatible with WedgeLink keyboard wedges, MobileCollect RS-232 Remote wireless transmitters, and GageWay Pro wired interfaces. Compatible Gages The 4346020 cable is compatible with Mahr Federal instruments that use the 4-pin female SPC output port, including but not limited to:Digimar Digital Height GagesMarCator Digital IndicatorsMillimess Digital ComparatorsµMaxum II — Note: the original µMaxum uses a different 7-pin connector and is not compatible with this cable. See the µMaxum gage cable instead. Not sure if your Mahr Federal gage uses the 4-pin connector? Use the MobileCollect Selection Tool to look up your specific model, or contact sales@microridge. com. Configuring RS-232 Output on Your Mahr Federal Gage Before connecting the cable, verify the gage's RS-232 communication parameters match your receiving interface. WedgeLink and GageWay Pro both support auto baud rate detection, which simplifies initial setup. For specific RS-232 settings on your instrument, refer to your Mahr Federal documentation or contact Mahr Federal support. Refer to your WedgeLink or GageWay Pro documentation for host-side comm parameter configuration. Compatible Interfaces WedgeLink AT / WedgeLink SP — WedgeLink keyboard wedge technology translates the Mahr Federal RS-232 serial output into keystrokes, sending measurement readings directly into Excel, SPC software, or any application that accepts keyboard input — no software integration required. Auto baud rate detection simplifies setup; data parsing handles the native Mahr Federal output format. MobileCollect RS-232 Remote — For wireless data collection without cable runs between the gage and the collection point, the RS-232 Remote pairs with this cable to transmit measurement readings wirelessly over MobileCollect's RM2. 4 proprietary protocol. 133-foot wireless range, encrypted, and resilient to RF noise common in industrial inspection environments. GageWay Pro — Connects to the GageWay Pro via the multifunction serial port or the front gage channels (Level Converter Cable GW-LC required for front channels). The GageWay Pro provides USB serial and USB keyboard wedge output alongside its DB9 port, with configurable read modes (single, continuous, TIR) and data parsing for complex instrument output strings. Other Versions of This Cable MicroRidge offers the 4346020 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mahr Federal 4346020 — If you need to take your Mahr Federal gage wireless without a cable run to a host PC, this is the connector you need. It pairs with the Mini Mobile Module EVO (M3E) transmitter, integrating directly into the MobileCollect wireless network. Use the cable on this page for wired connections; use the M3 connector for mobility. DC Connector — Mahr Federal 4346020 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Digimatic Cable — Mahr Federal 4346021 — For wired connections to GageWay interfaces using Mahr Federal's Digimatic-compatible output. Use this cable when connecting to a GageWay Single or GageWay Pro front-panel gage channel without a Level Converter Cable. OEM SPC RS-232 Cable — Mahr Federal 4346020 (this page) — For wired RS-232 connections to WedgeLink, MobileCollect RS-232 Remote, and GageWay Pro via the multifunction serial port or front channels with a Level Converter Cable. Frequently Asked Questions Q: Is this cable compatible with the original Mahr... The Mahr Federal 4346021 is the Digimatic SPC data cable for Mahr Federal height gages, indicators, comparators, and other instruments equipped with the 4-pin female SPC output — available in 1-meter length. Outputs in Mitutoyo Digimatic format, making it directly compatible with any GageWay wired interface or MobileCollect Digital Remote for wired SPC data collection. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – 4-pin female Standard Cable Length – 1 meter | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – Mahr Federal OEM SPC Data Cable — Mahr Federal 4346021 The Mahr Federal 4346021 is Mahr Federal's Digimatic SPC data cable for a broad range of instruments equipped with the 4-pin female SPC output port — available as an accessory for Digimar height gages, MarCator indicators, Millimess comparators, and µMaxum II gages. It outputs in Mitutoyo Digimatic format, allowing direct connection to any GageWay wired interface or MobileCollect Digital Remote for automated SPC data collection. This is not a standalone product. The 4346021 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. Works With Your Existing Mahr Federal Gages The 4346021 is compatible with Mahr Federal instruments that use the 4-pin female SPC output port, including but not limited to:Digimar Digital Height GagesMarCator Digital IndicatorsMillimess Digital ComparatorsµMaxum II Digital IndicatorsNot sure if your gage uses the 4-pin female connector? Contact us at sales@microridge. com or check your gage's documentation for the SPC output port type. Use with GageWay Wired Interfaces The 4346021 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 4346021 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 4346021 is available in 1-meter length only. Have an Original µMaxum (Not µMaxum II)? The original Mahr Federal µMaxum uses a 7-pin connector — not the 4-pin female used by the µMaxum II and the other gage families on this page. The 4346021 will not connect to the original µMaxum. If you have an original µMaxum, contact us at sales@microridge. com to confirm the correct cable for your instrument. Use with the MobileCollect Digital Remote The 4346021 is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication — it can receive measurement data from the gage and initiate readings remotely, similar in function to the Command Mobile Module but over a wired connection. This configuration is most applicable for fixed measurement stations integrated into a larger MobileCollect Wireless network, where the gage itself doesn't move but the data still needs to route through the MobileCollect infrastructure. For the majority of single-station or multi-station wired setups, a GageWay interface is the more direct and cost-effective path. Mahr Federal Maxum vs. Maxum E-2, µMaxum, and µMaxum II MicroRidge makes interface cables for multiple Mahr Federal digital indicator families — but they use different connectors, output formats, and compatible interfaces. They are not interchangeable:The Maxum (this cable, G-FED-MAX) uses a 6-pin connector and outputs in Federal proprietary format — compatible with GageWay Pro only. The Maxum E-2 (G-FEDMAXE2) uses a 10-pin connector and outputs in Federal proprietary format —... The MobileCollect MicroBase EVO USB A is the compact base receiver for MobileCollect Wireless measurement data collection — a dongle-sized unit that plugs directly into any USB-A port and receives measurement data from paired Mobile Module and Remote transmitters. It delivers that data to the connected device via two selectable output modes: USB Keyboard Wedge, which types measurement values directly into any active application, or USB Serial, which streams data over a virtual COM port. No USB driver installation is required for either mode. Output mode is selected via the MobileCollect Setup Program. The MicroBase EVO USB A is designed for mobile and tablet-based deployments — inspection workflows that move with the operator, roving quality stations, and multi-platform environments running Windows, iOS, or Android. For stationary PC workstation deployments where maximum RF range and a wired read switch are required, see the Wedge Base EVO or RS-232 Base EVO. For devices with USB-C ports, see the MicroBase EVO USB C. Output Modes – USB Keyboard Wedge / USB Serial Output Modes – Via MobileCollect Setup Program Keyboard Wedge Platform Compatibility – Windows, iOS, Android, Linux & more Output Connection – USB-A Wireless Range – Up to 100 ft USB Driver Required – No Dimensions / Weight – 1.76" × 0.71" × 0.41" / 0.23 oz (6.5 g) Exposed Dimensions – 1.33" × 0.71" × 0.41" (plugged in) Read Switch Connectors – None (Remote Read Switch Compatible) Certifications – FCC (2ACNQB1), IC (12298A-B1), CE, RoHS2, REACH Origin – Designed & Made in the USA What the MicroBase EVO USB A Does The MicroBase EVO USB A plugs into any USB-A port, receives wireless measurement data from paired MobileCollect transmitters, and delivers that data to the host device — either as keyboard keystrokes typed into the active application, or as a serial data stream over a virtual COM port. Output mode is configured via the MobileCollect Setup Program on a Windows PC; once set, the MicroBase operates in that mode on any connected device, including tablets and mobile devices running iOS or Android. In Keyboard Wedge mode, the MicroBase registers as a standard USB HID keyboard. Measurement values are typed directly into whatever application field is active on the connected device — Excel on a Windows tablet, a web-based SPC form on an iPad, a browser-based quality application on an Android device. No app, no middleware, no COM port configuration. If the application accepts keyboard input and the device has a USB-A port, the MicroBase EVO USB A can populate it. In Serial mode, the MicroBase outputs RS-232 serial data over a virtual COM port for SPC software and data acquisition applications that monitor a serial port directly. Beyond the measurement value itself, the base can be configured to include any of the following fields in each transmitted data packet: channel number, channel letter, custom text field, transmitter module ID, transmitter custom label, units, transmitter battery voltage, and signal strength. This allows each measurement record to carry full traceability data to the host application in a single transmission. Is This the Right Base for Your Application? The MicroBase EVO USB A is designed for mobile and tablet-based measurement collection deployments — workflows where the base receiver needs to move with the operator or connect to a device that doesn't accommodate a full-size desktop unit. Use the MicroBase EVO USB A when:Your deployment is mobile — a laptop, tablet, or handheld device that moves between measurement locationsYour target device runs Windows, iOS, or Android and has a USB-A portYour target application accepts keyboard input — Excel, web-based SPC, Minitab, a LIMS, or any form-based data entry environmentYour SPC or DAQ software reads a serial COM port on a Windows deviceA compact, unobtrusive receiver is preferable to a desktop unit at the measurement stationRange of 100 ft / 40 m is sufficient for your measurement cellDo not use the MicroBase EVO USB A when:You require a wired foot switch or hand switch connected directly to the base — the MicroBase EVO has no read switch connector. Use the Wedge Base EVO or RS-232 Base EVO, both of which include read switch connectors. Wireless triggering via a Remote Read Switch (Mini Mobile Module EVO) remains available with the MicroBase. Your application requires a native DB9 RS-232 output to a PLC or legacy system — use the RS-232 Base EVOMaximum RF range is critical — the full-size EVO bases deliver 150 ft / 45 m vs. 130 ft / 40 m on the MicroBase EVOYour device has a USB-C port — use the MicroBase EVO USB C How MobileCollect Works MobileCollect operates on a hub-and-spoke architecture. The MicroBase EVO USB A is the hub. Transmitters — Mobile Modules attached to handheld gages carried by operators, or Remote Transmitters at fixed measurement stations — are the spokes. Each transmitter is paired to a specific base and stores that base's network identifiers. Measurement data travels wirelessly from the transmitter to the base, which passes it to the connected device via USB. The base controls the wireless network. It is always listening — but transmitters are asleep the vast majority of the time, waking only to send a measurement when a reading is triggered. This sleep architecture means a facility with dozens or hundreds of MobileCollect transmitters generates RF traffic only when measurements are actually being taken. In environments where multiple wireless systems coexist — Wi-Fi, industrial sensors, other 2. 4 GHz... The MobileCollect MicroBase EVO USB C is the compact base receiver for MobileCollect wireless measurement data collection — a dongle-sized unit that plugs directly into any USB-C port and receives measurement data from paired Mobile Module and Remote transmitters. It delivers that data to the connected device via two selectable output modes: USB Keyboard Wedge, which types measurement values directly into any active application, or USB Serial, which streams data over a virtual COM port. No USB driver installation is required for either mode. Output mode is selected via the MobileCollect Setup Program. The MicroBase EVO USB C is functionally identical to the MicroBase EVO USB A — same wireless performance, same output modes, same platform compatibility — in a USB-C form factor for devices with USB-C ports. It is designed for mobile and tablet-based deployments: inspection workflows that move with the operator, roving quality stations, and multi-platform environments running Windows, iOS, or Android. For stationary PC workstation deployments where maximum RF range and a wired read switch are required, see the Wedge Base EVO or RS-232 Base EVO. Output Modes – USB Keyboard Wedge / USB Serial Output Modes – Via MobileCollect Setup Program Keyboard Wedge Platform Compatibility – Windows, iOS, Android, Linux & more Output Connection – USB-C Wireless Range – Up to 100 ft USB Driver Required – No Dimensions / Weight – 1.54" × 0.71" × 0.41" / 0.18 oz (5.1 g) Exposed Dimensions – 1.33" × 0.71" × 0.41" (plugged in) Read Switch Connectors – None (Remote Read Switch Compatible) Certifications – FCC (2ACNQB1), IC (12298A-B1), CE, RoHS2, REACH Origin – Designed & Made in the USA What the MicroBase EVO USB C Does The MicroBase EVO USB C plugs into any USB-C port, receives wireless measurement data from paired MobileCollect transmitters, and delivers that data to the host device — either as keyboard keystrokes typed into the active application, or as a serial data stream over a virtual COM port. Output mode is configured via the MobileCollect Setup Program on a Windows PC; once set, the MicroBase operates in that mode on any connected device, including tablets and mobile devices running iOS or Android. In Keyboard Wedge mode, the MicroBase registers as a standard USB HID keyboard. Measurement values are typed directly into whatever application field is active on the connected device — Excel on a Windows laptop, a web-based SPC form on an iPad, a browser-based quality application on an Android tablet. No app, no middleware, no COM port configuration. If the application accepts keyboard input and the device has a USB-C port, the MicroBase EVO USB C can populate it. In Serial mode, the MicroBase outputs RS-232 serial data over a virtual COM port for SPC software and data acquisition applications that monitor a serial port directly on a Windows device. Beyond the measurement value itself, the base can be configured to include any combination of the following fields in each transmitted data packet: channel number, channel letter, custom text field, transmitter module ID, transmitter custom label, units, transmitter battery voltage, and signal strength. This allows each measurement record to carry full traceability data to the host application in a single transmission. Is This the Right Base for Your Application? The MicroBase EVO USB C is designed for mobile and tablet-based measurement collection deployments on devices with USB-C ports — workflows where the base receiver needs to move with the operator or connect to a modern device that has moved away from USB-A. Use the MicroBase EVO USB C when:Your deployment is mobile — a laptop, tablet, or handheld device with a USB-C port that moves between measurement locationsYour target device runs Windows, iOS, or Android and has a USB-C portYour target application accepts keyboard input — Excel, web-based SPC, Minitab, a LIMS, or any form-based data entry environmentYour SPC or DAQ software reads a serial COM port on a Windows deviceA compact, unobtrusive receiver is preferable to a desktop unit at the measurement stationRange of 100 ft / 40 m is sufficient for your measurement cellDo not use the MicroBase EVO USB C when:Your device has a USB-A port — use the MicroBase EVO USB A, which is identical in functionality with a USB-A connectorYou require a wired foot switch or hand switch connected directly to the base — the MicroBase EVO has no read switch connector. Use the Wedge Base EVO or RS-232 Base EVO. Wireless triggering via a Remote Read Switch (Mini Mobile Module EVO) remains available with the MicroBase. Your application requires a native DB9 RS-232 output to a PLC or legacy system — use the RS-232 Base EVOMaximum RF range is critical — the full-size EVO bases deliver 140 ft vs. 100 ft on the MicroBase EVO How MobileCollect Works MobileCollect operates on a hub-and-spoke architecture. The MicroBase EVO USB C is the hub. Transmitters — Mobile Modules attached to handheld gages carried by operators, or Remote Transmitters at fixed measurement stations — are the spokes. Each transmitter is paired to a specific base and stores that base's network identifiers. Measurement data travels wirelessly from the transmitter to the base, which passes it to the connected device via USB. The base controls the wireless network. It is always listening — but transmitters are asleep the vast majority of the time, waking only to send a measurement when a reading is triggered. This sleep architecture means a facility with dozens or hundreds of MobileCollect transmitters generates RF traffic only when measurements are actually being taken. In environments where multiple wireless... Wirelessly connect your Mitutoyo Digimatic indicator to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mitutoyo indicators that use the 905691 cable — the 90° right angle version of the MC-M3-905338. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. No data send button on this connector. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 3.25" SKU - MC-M3-905691-3.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No - Readings Initiated on Mini Mobile Module EVO (M3E) Connector IP Rating - N/A Gage Brand - Mitutoyo M3 Wireless Connector — Mitutoyo 905691 The M3 Wireless Connector for Mitutoyo 905691 gages is the link between your Mitutoyo Digimatic indicator and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your indicator's Digimatic output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace the standard Mitutoyo 905691 cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. 90° Right Angle vs. Straight Connector The 905691 is the right angle version of the 905338 (MC-M3-905338) straight connector. Both cables connect to the same Mitutoyo indicators — the difference is the physical orientation of the connector at the gage. Choose the 90° version (905691) when a straight cable would interfere with fixturing, workholding, or operator access. The shorter 3. 25″ cable length also reduces bulk on the gage in tight setups. Series 543 Absolute Digimatic Indicators / ID-C (543-400, 543-402, 543-472B, 543-492B and others)Series 575 Digimatic IndicatorsSeries 572 Digimatic Scale UnitsNot sure if your gage uses the 905691connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-905691-3. 5 Specs Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E TransmittersStandard Cable Length3. 25 inchesSKUMC-M3-905691-3. 5Required HardwareMini Mobile Module EVO (M3E) & MobileCollect BaseRead ButtonNo, Readings Initiated on Mini Mobile Module EVO (M3E)IP RatingN/AGage BrandMitutoyo The Mitutoyo 06AGL111 is the Digimatic SPC data cable for Mitutoyo QuantuMike micrometers that communicate via the Digimatic D2 and S1 protocols using the Type SF connector — available in 1-meter (06AGL111) and 2-meter (06AGL121) lengths. Connects to any GageWay wired interface or MobileCollect Digital Remote to route measurement data directly to your SPC software. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – Type SA (waterproof straight with data send button) Standard Cable Length – 1 meter (06AGL111) | 2 meter (06AGL121) | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – Yes IP Rating – IP65 Gage Brand – Mitutoyo Distributor – Sold by MicroRidge, a Certified Mitutoyo Distributor OEM SPC Data Cable — Mitutoyo 06AGL111 / 06AGL121 The Mitutoyo 06AGL111 is Mitutoyo's Digimatic SPC data cable for QuantuMike micrometers — available as an accessory for instruments that use the Type SF connector and communicate via the Digimatic D2 and S1 protocols. When connected to a GageWay wired interface or MobileCollect Digital Remote, it passes measurement data directly from your gage to a PC, eliminating manual data entry and the transcription nonconformances that come with it. This is not a standalone product. The 06AGL111 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. The 06AGL111 shares the SF connector with the 06AGL011 and is physically interchangeable at the gage port — the key difference is the water-resistant shell, retention screws, and integrated data-send button. See our Mitutoyo Digimatic SPC Cable Connection Group Guide for a full comparison of when each applies. Works With Your Existing Mitutoyo Gages The 06AGL111 is compatible with Mitutoyo QuantuMike micrometers that use the Type SF SPC port and communicate via Digimatic D2 or S1 protocol, including:MDE QuantuMike Series 293 Coolant Proof IP65 Micrometers (293-100-10, 293-101-10, 293-102-10 and others)Not sure if your gage uses the 06AGL111 / Type SF connector? Contact us at sales@microridge. com or check your gage's documentation for the SPC port type. Use with GageWay Wired Interfaces The 06AGL111 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 06AGL111 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 06AGL111 and 06AGL121 are the same cable in different lengths — 1 meter and 2 meter respectively. Choose the length appropriate for your station layout. Have an Older QuantuMike? This connector is for the MDE QuantuMike (293-180-40 through 293-183-40) with Digimatic D2/S1 output. If your QuantuMike was purchased before 2024 (pre-MDE generation), it uses the 05CZA662 coolant proof micrometer cable — not the 06AGL111. For a deeper explanation of what changed and why, read our complete guide to Mitutoyo’s SPC cable transitions. Certified Mitutoyo Distributor — Need the Gage Too? MicroRidge is a Certified Mitutoyo Distributor. If you're sourcing a 06AGL111 cable and also need a Mitutoyo gage — whether that's a Digimatic indicator, height gage, depth gage, or caliper — contact our sales team at sales@microridge. com. We can source the instrument and the interface cable together and confirm compatibility before anything ships. Use with the MobileCollect Digital Remote The 06AGL111 is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication — it can receive measurement data from the gage and initiate readings remotely, similar in function to... Wirelessly connect your Mitutoyo QuantuMike Digimatic micrometer to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mitutoyo QuantuMike micrometers that use the 06AGL111 cable and communicate via the Digimatic D2 or D1 protocol. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. This connector is for Mitutoyo’s updated QuantuMike micrometer introduced in 2024. If you have an older QuantuMike indicator that uses the 05CZA662 cable, see the MC-M3-05CZA662 connector instead. Mini Mobile Module Firmware must be 5.35 or newer to support Digimatic D2. Update Mini Mobile Module Firmware Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3E (2×4, 8-Pin) — TriggerSync & GageSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 8.0" SKU - MC-M3E-06AGL111-8.0 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - Yes Connector IP Rating - IP65 Gage Brand - Mitutoyo M3E Wireless Connector — Mitutoyo 06AGL111 The M3E Wireless Connector for Mitutoyo 06AGL111 gages is the link between your Mitutoyo QuantuMike micrometer and the MobileCollect Wireless measurement collection system. This connector supports both the standard Digimatic D1 and the newer Digimatic D2 communication protocols. D2 is Mitutoyo's latest protocol, designed for higher-accuracy instruments that require higher-resolution data output — and it's the protocol used on the MDE QuantuMike series. Once connected, measurement data transmits wirelessly from the micrometer to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your QuantuMike's Digimatic D2 output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace the standard Mitutoyo 06AGL111 SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Important: Mini Mobile Module firmware must be version 5. 35 or newer to support the Digimatic D2 protocol. Update Mini Mobile Module Firmware Built for the QuantuMike Series The Mitutoyo QuantuMike is known for its rapid 2mm/rev spindle travel, making it one of the fastest micrometers for production measurement. This M3E connector matches that production focus by eliminating the data entry bottleneck — measurements go from spindle to SPC software wirelessly, keeping pace with high-throughput workflows. The 06AGL111 cable is designed for the MDE QuantuMike's IP65-rated housing, maintaining dust and water jet protection at the data connection point. If your measurement workflow involves micrometers exposed to coolant, oil, or cutting fluids on the shop floor, this connector preserves that environmental protection while adding wireless data transmission capability. The Mini Mobile Module EVO transmitter itself is not IP rated, but we see very few failures in the field in wet environments. The most common issue over time is that certain cutting fluids and industrial chemicals can cause the cable to become brittle with prolonged exposure. If your application involves heavy coolant contact, contact us at support@microridge. com to discuss best practices for your environment. MDE QuantuMike Series 293 Coolant Proof IP65 Micrometers (293-100-10, 293-101-10, 293-102-10 and others)Not sure if your gage uses the 06AGL111 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Have an Older QuantuMike? This connector is for the MDE QuantuMike (293-180-40 through 293-183-40) with Digimatic D2/S1 output. If your QuantuMike was purchased before 2024 (pre-MDE generation), it uses the 05CZA662 coolant proof micrometer cable — not the 06AGL111. See the M3 Connector for Mitutoyo 05CZA662 instead. For a deeper explanation of what changed and why, read our complete guide to Mitutoyo's SPC cable transitions. Other Versions of This Cable MicroRidge also offers the 06AGL111 cable/connector for other systems in the MobileCollect and GageWay product families:DC Connector — Mitutoyo 06AGL111 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Mitutoyo 06AGL111 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module... Wirelessly connect virtually any RS-232 device with a DB9 port to your SPC software or data collection application — eliminating manual data entry at the point of measurement. The MC-V2-DB9 is the universal DB9 connector for the RS-232 V2 Mobile Module (MC-MM-V2), designed to interface with scales, digital readouts, test & measurement instruments, and any other RS-232 device equipped with a standard 9-pin serial port. Available in four configurations to match your device's port gender and wiring requirement. Transmitter Family - RS-232 V2 Mobile Module Standard Cable Length - 6.5" SKU - MC-V2-DB9F-S-T3-R2-6.5 (Female Standard) | MC-V2-DB9F-N-T2-R3-6.5 (Female Null Modem) | MC-V2-DB9M-S-T3-R2-6.5 (Male Standard | MC-V2-DB9M-N-T2-R3-6.5 (Male Null Modem) Required Hardware - RS-232 V2 Mobile Module (V2) and MobileCollect Base Read Button - No - reading initiated via configurable command from V2 transmitter Connector IP Rating - N/A Gage Brand - RS-232 Gage with a DB9 Port RS-232 V2 Wireless Connector — RS-232 DB9 The RS-232 V2 Wireless Connector for DB9 devices is the universal interface cable between any RS-232 serial device with a 9-pin DB9 port and the MobileCollect Wireless measurement collection system. Where most RS-232 V2 connector cables are purpose-built for a specific gage model, the MC-V2-DB9 is the catch-all solution for the broad universe of RS-232 instruments — scales, balances, digital readouts, height gages, torque testers, force gauges, and any other device that communicates over a standard 9-pin RS-232 serial port. This connector plugs into the DB9 RS-232 port on your device and attaches to the RS-232 V2 Mobile Module (MC-MM-V2) transmitter. The transmitter handles the full wireless link to a MobileCollect Base receiver on your PC, delivering measurement data to any SPC software or data collection application that monitors a COM port or accepts keyboard entry. Need custom wiring? Contact us. For a detailed overview of RS-232 serial communication, DB9 port configurations, and how to send data from RS-232 devices into your software, see the MicroRidge RS-232 Interfacing Guide. Understanding DB9 Connector Gender and Wiring The MC-V2-DB9 is available in four configurations based on two variables: gender (male or female) and wiring (standard or null-modem). Selecting the correct combination requires knowing the gender of your device's DB9 port and the wiring convention it uses for communication. Male vs. Female — Matching the Port on Your DeviceGender on a DB9 connector refers to the physical pins or sockets on the connector end that plugs into your RS-232 device. A male DB9 connector has nine protruding metal pins. It mates with a female DB9 port (a port with nine pin sockets) on your device. If you look at your device's RS-232 port and see recessed holes arranged in two rows (the port that accepts a plug), you need a male connector. A female DB9 connector has nine recessed sockets. It mates with a male DB9 port (a port with exposed pins) on your device. If you look at your device's RS-232 port and see protruding pins, you need a female connector. A simple field check: if your device's port looks like it has pins sticking out, you need a female connector. If it has holes, you need a male connector. Standard vs. Null-Modem — Matching the Wiring ConventionThe wiring convention determines how the transmit (TX) and receive (RX) signal lines are routed inside the cable. Getting this wrong means data goes nowhere — or more accurately, the wrong device is talking and no one is listening. Standard (Straight-Through) Wiring connects each pin number on one end to the same pin number on the other end. This works because DCE and DTE devices assign their TX and RX lines to opposite pin numbers by convention — so a straight-through DB9 cable automatically routes each side's transmit line to the other's receive line without any explicit crossing in the cable itself. Use this wiring when your RS-232 device is designated as DCE (common on instruments like scales, test equipment, and measurement devices with traditional serial ports) and the receiving end — in this case the RS-232 V2 Mobile Module — is designated as DTE. Null-Modem Wiring crosses the TX and RX lines: the TX pin on one end connects to the RX pin on the other, and vice versa. This is required when both your RS-232 device and the interface are wired as DTE (Data Terminal Equipment), meaning both transmit on their TX pin. Without crossing those lines, both sides are transmitting on the same wire and listening on the same wire — and nothing gets through. The null-modem configuration resolves this by explicitly crossing TX and RX so that each side's transmit line feeds the other's receive line. Many modern RS-232 instruments — including gages and measurement devices — are wired as DTE, making null-modem wiring the more frequently required option. Note: A full null-modem configuration... The Mitutoyo 21EAA194 is the Digimatic SPC data cable for Mitutoyo dust and waterproof indicators that use the Type G flat straight waterproof connector — available in 1-meter (21EAA194) and 2-meter (21EAA190) lengths. Connects to any GageWay wired interface or MobileCollect Digital Remote to route measurement data directly to your SPC software. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – Type G (flat straight waterproof) Standard Cable Length – 1 meter (21EAA194) | 2 meter (21EAA190) | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – IP66 Gage Brand – Mitutoyo Distributor – Sold by MicroRidge, a Certified Mitutoyo Distributor OEM SPC Data Cable — Mitutoyo 21EAA194 / 21EAA190 The Mitutoyo 21EAA194 is Mitutoyo's Digimatic SPC data cable for dust and waterproof indicators — available as an accessory for instruments that use the Type G flat straight waterproof SPC connector. When connected to a GageWay wired interface or MobileCollect Digital Remote, it passes measurement data directly from your gage to a PC, eliminating manual data entry and the transcription nonconformances that come with it. This is not a standalone product. The 21EAA194 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. For a full overview of how the 21EAA194 fits within Mitutoyo's coolant-proof and standard indicator cable families, see our Mitutoyo Digimatic SPC Cable Connection Group Guide. Works With Your Existing Mitutoyo Gages The 21EAA194 is compatible with Mitutoyo dust and waterproof indicators that use the Type G flat straight waterproof SPC connector, including:Series 543 Dust and Waterproof Digimatic IndicatorsNot sure if your gage uses the 21EAA194 / Type G connector? Contact us at sales@microridge. com or check your gage's documentation for the SPC port type. Use with GageWay Wired Interfaces The 21EAA194 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 21EAA194 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 21EAA194 and 21EAA190 are the same cable in different lengths — 1 meter and 2 meter respectively. Choose the length appropriate for your station layout. Certified Mitutoyo Distributor — Need the Gage Too? MicroRidge is a Certified Mitutoyo Distributor. If you're sourcing a 21EAA194 cable and also need a Mitutoyo gage — whether that's a Digimatic indicator, height gage, depth gage, or caliper — contact our sales team at sales@microridge. com. We can source the instrument and the interface cable together and confirm compatibility before anything ships. Use with the MobileCollect Digital Remote The 21EAA194 is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication — it can receive measurement data from the gage and initiate readings remotely, similar in function to the Command Mobile Module but over a wired connection. This configuration is most applicable for fixed measurement stations integrated into a larger MobileCollect Wireless network, where the gage itself doesn't move but the data still needs to route through the MobileCollect infrastructure. For the majority of single-station or multi-station wired setups, a GageWay interface is the more direct and cost-effective path. Wireless Options for 21EAA194 Gage Families If your measurement application is better served by wireless SPC data collection, MicroRidge offers wireless connector alternatives for the same Mitutoyo 21EAA194 gage family... Command Mobile Module connector for Mitutoyo high-accuracy gages that communicate via Digimatic D2 and use the 06AGL011 cable. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software, with no operator input at the gage. This connector is for Mitutoyo’s updated ID-C and ID-F indicators introduced in 2023. If you have an older ID-C indicator that uses the 905338 cable, see the MC-D-905338 connector instead. Command Mobile Module Firmware must be 5.35 or newer to support Digimatic D2. Update Command Mobile Module Firmware Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-06AGL011-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No Connector IP Rating – N/A Gage Brand – Mitutoyo DC Wireless Connector — Mitutoyo 06AGL011 The DC Wireless Connector for Mitutoyo 06AGL011 gages is the hardware link between your Mitutoyo high-accuracy Digimatic D2 instrument and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), which relies on an operator pressing a button at the gage to trigger each reading, the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base or your SPC software. No button press, no operator touchpoint at the gage required. The Digimatic D2 protocol used by these high-accuracy instruments requires firmware version 5. 35 or newer on the Command Mobile Module. Verify firmware version before deployment. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Mitutoyo High-Accuracy Gages — Digimatic D2 Mitutoyo’s D2 protocol is used on their newest generation of high-accuracy instruments, delivering higher resolution data than the original Digimatic standard. MicroRidge’s Command Mobile Module supports D2 natively with firmware 5. 35+, ensuring you capture the full precision of your measurement instrument through the wireless link. Series 543 ID-C Absolute Digimatic Indicators — New Generation (543-70X, 543-71X, 543-72X, 543-73X)Series 543 ID-F Digimatic IndicatorsNot sure if your gage uses the 06AGL011 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Which Cable Does Your Mitutoyo Indicator Need? 905338 vs 06AGL011 In January 2023, Mitutoyo introduced an updated generation of ID-C and ID-F Digimatic indicators featuring a new S1 connector and the Digimatic D2 communication protocol. These new indicators — including the 543-70X, 543-71X, 543-72X, and 543-73X series — are not compatible with the legacy 905338 SPC cable or MC-D-905338-6. 5 connector that worked with previous ID-C models. If you’ve recently purchased a new Mitutoyo ID-C or ID-F indicator and your existing 905338 cable doesn’t fit, this is why. For a deeper explanation of what changed and why, read our complete guide to Mitutoyo’s SPC cable transitions. The new indicators require the 06AGL011 cable, which uses a different physical connector and supports the higher-resolution D2 data output. If you’re unsure which generation of indicator you have, the easiest way to tell is the connector on the gage itself — the older style accepts the bulkier 905338 plug, while the new S1 connector is visually thinner. Use the MobileCollect Selection Tool to confirm which connector your specific model requires. Other Versions of This Cable MicroRidge also offers the 06AGL011 cable/connector for other systems in the MobileCollect and GageWay product families:M3E Connector — Mitutoyo 06AGL011 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Mitutoyo 06AGL011 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it... Wirelessly connect your Mitutoyo high-accuracy Digimatic indicator to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mitutoyo indicators that use the 06AGL011 cable and communicate via the Digimatic D2 or D1 protocol. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. This connector is for Mitutoyo's updated ID-C and ID-F indicators introduced in 2023. If you have an older ID-C indicator that uses the 905338 cable, see the MC-M3-905338 connector instead. Mini Mobile Module Firmware must be 5.35 or newer to support Digimatic D2. Update Mini Mobile Module Firmware Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3E (2×4, 8-Pin) — TriggerSync & GageSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3E-06AGL011-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No Connector IP Rating - N/A Gage Brand - Mitutoyo M3E Wireless Connector — Mitutoyo 06AGL011 The M3E Wireless Connector for Mitutoyo 06AGL011 gages is the link between your Mitutoyo high-accuracy Digimatic gage and the MobileCollect Wireless measurement collection system. This connector supports the Digimatic D2 communication protocol used on Mitutoyo's latest generation of high-accuracy instruments. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your gage's Digimatic D2 output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace the standard Mitutoyo 06AGL011 SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module to a MobileCollect Base receiver connected to your PC or data collection workstation. Important: Mini Mobile Module firmware must be version 5. 35 or newer to support the Digimatic D2 protocol. Update Mini Mobile Module Firmware Digimatic D2 Protocol Support Mitutoyo's D2 protocol is used on their newest generation of high-accuracy instruments, delivering higher resolution data than the original Digimatic standard. MicroRidge's Mini Mobile Module supports D2 natively with firmware 5. 35+, ensuring you capture the full precision of your measurement instrument through the wireless link. Series 543 ID-C Absolute Digimatic Indicators — New Generation (543-70X, 543-71X, 543-72X, 543-73X) Series 543 ID-F Digimatic Indicators Not sure if your gage uses the 06AGL011 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Which Cable Does Your Mitutoyo Indicator Need? 905338 vs 06AGL011 In January 2023, Mitutoyo introduced an updated generation of ID-C and ID-F Digimatic indicators featuring a new S1 connector and the Digimatic D2 communication protocol. These new indicators — including the 543-70X, 543-71X, 543-72X, and 543-73X series — are not compatible with the legacy 905338 SPC cable or MC-M3-905338-6. 5 connector that worked with previous ID-C models. If you've recently purchased a new Mitutoyo ID-C or ID-F indicator and your existing 905338 cable doesn't fit, this is why. For a deeper explanation of what changed and why, read our complete guide to Mitutoyo's SPC cable transitions. The new indicators require the 06AGL011 cable, which uses a different physical connector and supports the higher-resolution D2 data output. If you're unsure which generation of indicator you have, the easiest way to tell is the connector on the gage itself — the older style accepts the bulkier 905338 plug, while the new S1 connector is visually thinner. Use the MobileCollect Selection Tool to confirm which connector your specific model requires. Other Versions of This Cable MicroRidge also offers the 06AGL011 cable/connector for other systems in the MobileCollect and GageWay product families: DC Connector — Mitutoyo 06AGL011 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Mitutoyo 06AGL011 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3E variant of this cable.... The Mitutoyo 06AGL011 is the Digimatic SPC data cable for NX-series ID-C and ID-F indicators and other high-accuracy Mitutoyo gages that communicate via the Digimatic D2 and S1 protocols using the Type SF connector. Connects to any GageWay wired interface or MobileCollect Digital Remote to route measurement data directly to your SPC software. A compatible gage interface is required — this cable does not connect directly to a PC. —See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – Type SF Standard Cable Length – 1 meter (06AGL011) | 2 meter (06AGL021) | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – No (readings triggered by gage, interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – Mitutoyo Distributor – Sold by MicroRidge, a Certified Mitutoyo Distributor OEM SPC Data Cable — Mitutoyo 06AGL011 / 06AGL021 The Mitutoyo 06AGL011 is Mitutoyo's Digimatic SPC data cable for high-accuracy gages that use the Type SF connector and communicate via the Digimatic D2 and S1 protocols — including NX-series ID-C and ID-F indicators introduced in 2023. When connected to a GageWay wired interface or MobileCollect Digital Remote, it passes measurement data directly from your gage to a PC, eliminating manual data entry and the transcription nonconformances that come with it. This is not a standalone product. The 06AGL011 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. The 06AGL011 uses a new SF connector introduced on NX-series indicators in 2023 and is not backward-compatible with earlier Mitutoyo indicator cables. For a complete breakdown of what changed, which instruments are affected, and what D2 and S1 mean for your data collection setup, see our Mitutoyo Digimatic SPC Cable Connection Group Guide. Works With Your Existing Mitutoyo Gages The 06AGL011 is compatible with Mitutoyo gages that use the Type SF SPC port and communicate via Digimatic D2 or S1 protocol, including:Series 543 NX Absolute Digimatic Indicators / ID-C (543-70X, 543-71X, 543-72X, 543-73X and others — introduced 2023)Series 543 NX Absolute Digimatic Indicators / ID-F (NX-series variants — introduced 2023)Not sure if your gage uses the 06AGL011 / Type SF connector? Contact us at sales@microridge. com or check your gage's documentation for the SPC port type. Use with GageWay Wired Interfaces The 06AGL011 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 06AGL011 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 06AGL011 and 06AGL021 are the same cable in different lengths — 1 meter and 2 meter respectively. Choose the length appropriate for your station layout. Have an Older Mitutoyo ID-C or ID-F Indicator? If your Mitutoyo ID-C or ID-F indicator predates the 2023 NX-series update, the 06AGL011 is not the correct cable. Pre-2023 ID-C and ID-F indicators use the Type F SPC connector and standard Digimatic protocol rather than the Type SF / D2 / S1 combination. The correct cable for those instruments is the Mitutoyo 905338. The same applies to Mitutoyo height gages (570 series), depth gages, scale units (572 series), and thickness gages — those continue to use the original Type F connector and the 905338 SPC cable. For a full breakdown of what changed and how to identify which connector your indicator has, see our guide to Mitutoyo's SPC cable connector changes. Certified Mitutoyo Distributor — Need the Gage Too? MicroRidge is a Certified Mitutoyo Distributor. If you're sourcing a 06AGL011 cable and also need a Mitutoyo gage — whether that's a Digimatic indicator, height gage, depth... The Mitutoyo 937387 is the Digimatic SPC data cable for indicators, MU-Checkers, displays, Litematic, Heightmatic, Digi Derm, linear height gages, and hardness testers that use the Type E round 6-pin connector — available in 1-meter (937387) and 2-meter (965013) lengths. Connects to any GageWay wired interface or MobileCollect Digital Remote to route measurement data directly to your SPC software. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – Type E (round 6-pin) Standard Cable Length – 1 meter (937387) | 2 meter (965013) | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – Mitutoyo Distributor – Sold by MicroRidge, a Certified Mitutoyo Distributor OEM SPC Data Cable — Mitutoyo 937387 / 965013 The Mitutoyo 937387 is Mitutoyo's Digimatic SPC data cable for a broad range of specialty measurement instruments — available as an accessory for indicators, MU-Checkers, displays, Litematic, Heightmatic, Digi Derm gages, linear height gages, and hardness testers that use the Type E round 6-pin SPC connector. When connected to a GageWay wired interface or MobileCollect Digital Remote, it passes measurement data directly from your gage to a PC, eliminating manual data entry and the transcription nonconformances that come with it. This is not a standalone product. The 937387 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. The 937387's round 6-pin connector is physically distinct from every other cable in Mitutoyo's Digimatic lineup and is not interchangeable with any other group. For the full picture of how connector types map across the Mitutoyo instrument family, see our Mitutoyo Digimatic SPC Cable Connection Group Guide. Works With Your Existing Mitutoyo Gages The 937387 is compatible with Mitutoyo instruments that use the Type E round 6-pin SPC connector, including:Series 543 Digimatic IndicatorsSeries 192 Linear Height GagesSeries 810 Hardness TestersMU-Checkers, measurement displays, Litematic, Heightmatic, and Digi Derm gagesNot sure if your gage uses the 937387 / Type E connector? Contact us at sales@microridge. com or check your gage's documentation for the SPC port type. Use with GageWay Wired Interfaces The 937387 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 937387 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 937387 and 965013 are the same cable in different lengths — 1 meter and 2 meter respectively. Choose the length appropriate for your station layout. Certified Mitutoyo Distributor — Need the Gage Too? MicroRidge is a Certified Mitutoyo Distributor. If you're sourcing a 937387 cable and also need a Mitutoyo gage — whether that's a Digimatic indicator, height gage, depth gage, or caliper — contact our sales team at sales@microridge. com. We can source the instrument and the interface cable together and confirm compatibility before anything ships. Use with the MobileCollect Digital Remote The 937387 is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication — it can receive measurement data from the gage and initiate readings remotely, similar in function to the Command Mobile Module but over a wired connection. This configuration is most applicable for fixed measurement stations integrated into a larger MobileCollect Wireless network, where the gage itself doesn't move but the data still needs to route through the MobileCollect infrastructure. For the majority of single-station... A 6-foot, 9-pin RS-232 serial extension cable with a female DB9 connector on one end and a male DB9 connector on the other (DB9F to DB9M). Straight-through wiring adds reach to an existing RS-232 serial cable run without modifying signal routing. Connector Type – DB9 Female to DB9 Male Length – 6 ft Cable Type – Straight-Through Extension Compatible Interfaces – WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels) Pin Count – 9-pin What Is a DB9 Serial Extension Cable? A DB9 serial extension cable is a straight-through 9-pin cable that extends the physical reach of an existing RS-232 serial connection. With a female connector on one end and a male connector on the other, it inserts inline between two existing DB9 connections, adding 6 feet of cable length with no modification to signal routing. All pins — including Tx, Rx, RTS, CTS, DTR, DSR, and Ground — pass directly to the same pin on the opposite end. For background on RS-232 signal lines, connector gender, and straight-through vs. null modem wiring, see our RS-232 Interface Guide. This is not a null modem cable. No signal crossover occurs. If you need Tx and Rx crossed, see the DB9 Null Modem Cable or DB9 Adapter Kit. Common Use Cases in Inspection and Manufacturing RS-232 serial extension cables address situations where the native cable between an RS-232 gage interface and its host cannot reach the collection point:WedgeLink AT / WedgeLink SP — Extends the serial connection when the inspection station is farther from the host PC than the standard cable allows. MobileCollect RS-232 Remote — Extends the DB9 output connection to a data collection host located beyond the standard cable reach. GageWay Pro — Used in combination with the Level Converter Cable (GW-LC) to extend the RS-232 signal path to a receiving system farther from the interface. RS-232 is rated for reliable transmission to approximately 50 feet (15 meters) at standard baud rates. For longer-range, high-noise industrial environments — or where cable runs are impractical — the MobileCollect Wireless system eliminates cable-length constraints entirely with a 140-foot RM2. 4 wireless range. Also in the DB9 Cable Family DB9 Null Modem Cable — 6-foot null modem cable (DB9F to DB9F) for crossed Tx/Rx connections. DB9 Adapter Kit — 4-piece kit with gender changers and null modem adapters for connection troubleshooting. ProAdapter — Custom RS-232 DB9 pinout adapter for non-standard or proprietary wiring configurations. Frequently Asked Questions Q: Is this the same as a null modem cable? — No. This is a straight-through extension cable — all pins pass directly to the same pin on the other end with no signal crossover. For crossed Tx/Rx, see the DB9 Null Modem Cable or DB9 Adapter Kit. Q: Can I chain multiple extension cables together? — Physically yes, but RS-232 signal integrity degrades with total cable run length, and multiple connection points along the run introduce additional signal loss and potential failure points — neither is best practice. At standard baud rates, runs beyond approximately 50 feet may produce data errors. If you need a longer cable reach than a single 6-foot extension provides, contact us at sales@microridge. com before adding more connectors to the run. For longer-range data collection where cable runs are impractical, the MobileCollect Wireless system is the better solution. Q: Which end plugs into my WedgeLink? — The male end (DB9M) plugs into the female DB9 port on your WedgeLink or other gage interface. The female end (DB9F) accepts the male connector of the next cable or device in the chain. Product Specifications DB9-EXT6 Specs Connector TypeDB9 Female to DB9 MaleLength6 feetCable TypeStraight-Through ExtensionCompatible InterfacesWedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels)Pin Count9-pin The Mitutoyo 936937 is the Digimatic SPC data cable for micrometers, indicators, Holtest gages, micrometer heads, borematics, and bench micrometers that use the Type D flat 10-pin connector — available in 1-meter (936937) and 2-meter (965014) lengths. Connects to any GageWay wired interface or MobileCollect Digital Remote to route measurement data directly to your SPC software. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – Type D (Mitutoyo Digimatic 10-pin) Standard Cable Length – 1 meter (936937) | 2 meter (965014) | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – Mitutoyo Distributor – Sold by MicroRidge, a Certified Mitutoyo Distributor OEM SPC Data Cable — Mitutoyo 936937 / 965014 The Mitutoyo 936937 is Mitutoyo's Digimatic SPC data cable for micrometers, indicators, Holtest gages, micrometer heads, borematics, and bench micrometers — available as an accessory for instruments that use the Type D flat 10-pin SPC connector. When connected to a GageWay wired interface or MobileCollect Digital Remote, it passes measurement data directly from your gage to a PC, eliminating manual data entry and the transcription nonconformances that come with it. This is not a standalone product. The 936937 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. For a complete map of how the 936937 fits within Mitutoyo's full SPC cable lineup — including which instruments use this connector versus the similar-looking Type F family — see our Mitutoyo Digimatic SPC Cable Connection Group Guide. Works With Your Existing Mitutoyo Gages The 936937 is compatible with Mitutoyo instruments that use the Type D flat 10-pin SPC connector, including:Series 543 Digimatic Indicators with 10-Pin Output (543-5XX)Series 518 Linear Height Gages (518-3XX)Series 519 MU-Checkers (519-4XX, 519-621A)Series 368 Holtest Three-Point Internal MicrometersNot sure if your gage uses the 936937 / Type D connector? Contact us at sales@microridge. com or check your gage's documentation for the SPC port type. Use with GageWay Wired Interfaces The 936937 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 936937 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 936937 and 965014 are the same cable in different lengths — 1 meter and 2 meter respectively. Choose the length appropriate for your station layout. Certified Mitutoyo Distributor — Need the Gage Too? MicroRidge is a Certified Mitutoyo Distributor. If you're sourcing a 936937 cable and also need a Mitutoyo gage — whether that's a Digimatic indicator, height gage, depth gage, or caliper — contact our sales team at sales@microridge. com. We can source the instrument and the interface cable together and confirm compatibility before anything ships. Use with the MobileCollect Digital Remote The 936937 is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication — it can receive measurement data from the gage and initiate readings remotely, similar in function to the Command Mobile Module but over a wired connection. This configuration is most applicable for fixed measurement stations integrated into a larger MobileCollect Wireless network, where the gage itself doesn't move but the data still needs to route through the MobileCollect infrastructure. For the majority of single-station or multi-station wired setups, a GageWay interface is the more direct and cost-effective path. Wireless Options... The Mitutoyo 959149 is the Digimatic SPC data cable with built-in data send button for calipers, depth gages, height gages, and scale units that use the Type C connector — available in 1-meter (959149) and 2-meter (959150) lengths. Connects to any GageWay wired interface or MobileCollect Digital Remote to route measurement data directly to your SPC software. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – Type C (5-pin flat with button) Standard Cable Length – 1 meter (959149) | 2 meter (959150) | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – Yes IP Rating – N/A Gage Brand – Mitutoyo Distributor – Sold by MicroRidge, a Certified Mitutoyo Distributor OEM SPC Data Cable — Mitutoyo 959149 / 959150 The Mitutoyo 959149 is Mitutoyo's standard Digimatic SPC data cable with a built-in data send button — available as an accessory for calipers, depth gages, height gages, and scale units that use the Type C SPC port. When connected to a GageWay wired interface or MobileCollect Digital Remote, it passes measurement data directly from your gage to a PC, eliminating manual data entry and the transcription nonconformances that come with it. This is not a standalone product. The 959149 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. The 959149 shares the same gage-side connector as the 905338 family — the data-send button is the only hardware difference. See our Mitutoyo Digimatic SPC Cable Connection Group Guide for a full breakdown of which cables are physically interchangeable and when that matters. Works With Your Existing Mitutoyo Gages The 959149 is compatible with the Type C Digimatic SPC port found across a range of Mitutoyo instrument families:Series 500 Absolute Digimatic Calipers (500-170-32, 500-171-32, 500-172-32 and others)Series 571 Digimatic Depth GagesSeries 572 Digimatic Linear ScalesNot sure if your gage uses the 959149 / Type C connector? Contact us at sales@microridge. com or check your gage's documentation for the SPC port type. The gage code on the back of most Mitutoyo calipers can also be used to look up connector compatibility. Use with GageWay Wired Interfaces The 959149 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 959149 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 959149 and 959150are the same cable in different lengths — 1 meter and 2 meter respectively. Choose the length appropriate for your station layout. Need a Right-Angle Connection? If your gage is mounted in a fixture or installed in a tight space where a straight cable connection creates clearance issues, the 04AZB512 is the right-angle version of this cable. It uses the same Type C connector with the same built-in data send button and is compatible with the same GageWay interfaces and Digital Remote — the only difference is the 90° connector angle at the gage end. Available in 1-meter length only. Certified Mitutoyo Distributor — Need the Gage Too? MicroRidge is a Certified Mitutoyo Distributor. If you're sourcing a 959149 cable and also need a Mitutoyo gage — whether that's a Digimatic indicator, height gage, depth gage, or caliper — contact our sales team at sales@microridge. com. We can source the instrument and the interface cable together and confirm compatibility before anything ships. Use with the MobileCollect Digital Remote The 959149 is also compatible with the MobileCollect Digital Remote for installations where the gage is... The Mitutoyo 905338 is the OEM Digimatic SPC data cable for indicators, height gages, depth gages, scale units, and thickness gages — available in 1-meter (905338) and 2-meter (905409) lengths. Connects to any GageWay wired interface or MobileCollect Digital Remote to route measurement data directly to your SPC software. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – Type F Standard Cable Length – 1 meter (905338) | 2 meter (905409) | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – Mitutoyo Distributor – Sold by MicroRidge, a Certified Mitutoyo Distributor OEM SPC Data Cable — Mitutoyo 905338 / 905409 The Mitutoyo 905338 is Mitutoyo's standard Digimatic SPC data cable — available as an accessory for indicators, height gages, depth gages, scale units, and thickness gages that use the Type F SPC port. When connected to a GageWay wired interface or MobileCollect Digital Remote, it passes measurement data directly from your gage to a PC, eliminating manual data entry and the transcription nonconformances that come with it. This is not a standalone product. The 905338 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. For a complete overview of how the 905338 fits within Mitutoyo's full SPC cable lineup — including which cables share the same connector and where the NX-series SF connector changes the equation — see our Mitutoyo Digimatic SPC Cable Connection Group Guide. Works With Your Existing Mitutoyo Gages The 905338 is compatible with the Type F Digimatic SPC port found across a wide range of Mitutoyo instrument families:Series 543 Absolute Digimatic Indicators / ID-C (543-400, 543-402, 543-472B, 543-492B and others)Series 575 Digimatic IndicatorsSeries 572 Digimatic Scale UnitsSeries 192 Digimatic Height GagesSeries 547 Digimatic Thickness GagesSeries 193 Digimatic Depth GagesNot sure if your gage uses the 905338 / Type F connector? Contact us at sales@microridge. com or check your gage's documentation for the SPC port type. Use with GageWay Wired Interfaces The 905338 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 905338 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 905338 and 905409 are the same cable in different lengths — 1 meter and 2 meter respectively. Choose the length appropriate for your station layout. Have a New Mitutoyo ID-C or ID-F Indicator? If you purchased a Mitutoyo ID-C or ID-F indicator from the 543-70X, 543-71X, 543-72X, or 543-73X series (introduced in 2023), the 905338 is not the correct cable. Those updated NX-series indicators replaced the Type F SPC port with Mitutoyo's new Type SF connector, which supports the higher-resolution Digimatic D2 and bidirectional S1 protocols. The correct cable for those indicators is the Mitutoyo 06AGL011. For a full breakdown of what changed and how to identify which connector your indicator has, see our guide to Mitutoyo's SPC cable connector changes. The 905338 covered on this page applies to all pre-2023 ID-C and ID-F indicators, as well as height gages (570 series), depth gages, scale units (572 series), and thickness gages that continue to use the original Type F connector. Certified Mitutoyo Distributor — Need the Gage Too? MicroRidge is a Certified Mitutoyo Distributor. If you're sourcing a 905338 cable and also need a Mitutoyo gage — whether that's a Digimatic indicator, height gage, depth... The MicroRidge G-LP-MIT-P is a MicroRidge-designed and manufactured Digimatic interface cable for the CDI Logic Plus — engineered to power the gage directly from the interface, eliminating the need for a separate gage battery. Outputs in Mitutoyo Digimatic compatible format. Compatible with GageWay Pro series, GageWay KW, and MobileCollect Digital Remote. Available in 6-foot length. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – CDI (Chicago Dial Indicator) Interface Power – Yes (gage powered by the interface via this cable) Standard Cable Length – 6 feet | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – CDI (Chicago Dial Indicator) Manufacturer – MicroRidge (Designed & Made in the USA) MicroRidge Interface Cable — CDI Logic Plus with Interface Power The G-LP-MIT-P is a MicroRidge-designed and manufactured interface cable specifically for the CDI Logic Plus gage in applications where powering the gage from the interface is preferred. Rather than relying on a gage battery, the G-LP-MIT-P routes power from the connected GageWay or Digital Remote interface to the gage through the cable — keeping the gage continuously powered at a fixed measurement station without battery maintenance. This is not a standalone product. The G-LP-MIT-P cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you need the Logic Plus cable without interface power, see the G-LP-MIT instead. Interface Power — When to Use This Cable vs. G-LP-MIT The G-LP-MIT-P and the G-LP-MIT are both compatible with the CDI Logic Plus and use the same Mitutoyo Digimatic compatible output format. The difference is power delivery: The G-LP-MIT-P (this cable) powers the gage from the interface. This is the preferred choice for fixed measurement stations where the gage remains plugged in continuously — eliminating the need to monitor or replace the gage battery and reducing the risk of mid-shift measurement interruptions due to a dead battery. The G-LP-MIT is also compatible with CDI Logic IQ, Logic ALG, Logic Basic, and Starrett 2700 gages in addition to the Logic Plus, and does not supply interface power — the gage runs on its own battery. Best for handheld or portable setups where the gage moves between measurement points. If you are running the Logic Plus in a fixed station with continuous operation requirements, the G-LP-MIT-P is the correct cable. Compatible With the CDI Logic Plus The G-LP-MIT-P is designed specifically for the CDI Logic Plus digital indicator used in wired, stationary measurement setups where continuous interface power is required. Not sure which CDI Logic cable you need? Contact us at sales@microridge. com and we'll confirm the right cable for your specific gage model and application. Use with GageWay Wired Interfaces The G-LP-MIT-P cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the G-LP-MIT-P into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The G-LP-MIT-P is not compatible with the GageWay SM (USB serial output). If you are using a GageWay SM, use the G-LP-MIT instead and power the gage from its battery. The G-LP-MIT-P is available in 6-foot length only. If you need a custom length, contact us at sales@microridge. com. Use with the MobileCollect Digital Remote The G-LP-MIT-P is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication — it can receive measurement data from the gage and initiate readings remotely, similar in function to the Command Mobile Module but over a wired connection. This configuration is most applicable for fixed measurement stations integrated into a larger MobileCollect Wireless network, where the gage itself doesn't move... Male-to-female Mitutoyo 10-pin extension cable. Inserts in-line with any Digital Interface cable equipped with a Mitutoyo Digimatic 10-pin connector to add reach between the gage and your MicroRidge interface. All pins connected. Standard 8 ft length. Connector Type – Mitutoyo Digimatic 10-pin (Type D Male and Female) Standard Cable Length – 8 feet, custom lengths available Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote IP Rating – N/A Wiring – Male-to-Female - all pins connected Manufacturer – MicroRidge (Designed & Made in the USA) Mitutoyo 10-Pin Gage Extension Cable The G-EXT-8 adds cable length between a Mitutoyo 10-pin Digital Interface cable and your MicroRidge gage interface. It is compatible with any Digital Interface cable — Mitutoyo or non-Mitutoyo — that uses a Mitutoyo Digimatic 10-pin connector on the interface end, including cables for Mahr Federal, CDI, Starrett, and Kroeplin gages. It inserts in-line at the interface end — useful when workstation layout, fixture placement, or measurement station configuration puts the interface out of standard cable reach. Wired male-to-female with all 10 pins connected, the G-EXT-8 maintains full signal integrity across the Digimatic interface. Standard Length: 8 ft | Custom lengths available — contact us. When You Need the G-EXT-8 Standard Mitutoyo Digital Interface cables are available in 1 meter and 2 meter lengths. In many measurement station configurations, that's not enough — particularly when:The gage interface is panel-mounted or rack-mounted away from the inspection pointFixture design places the gage at a fixed location with limited cable routing flexibilityWorkbench layout requires the interface to be positioned behind or below the work surfaceMultiple operators share a single GageWay interface positioned centrally on a benchThe G-EXT-8 inserts in-line between the gage cable and the interface, adding 8 ft of reach without replacing the existing cable. Custom lengths are available for installations where even 8 ft falls short — contact us with your application requirements. Compatible Interfaces GageWay Pro — MicroRidge's most advanced wired gage interface, available in 2, 4, and 8-channel configurations. Supports USB keyboard wedge, USB serial, and RS-232 output with configurable read modes and data parsing. GageWay SM — Single-gage wired interface with USB serial or RS-232 output. A compact, cost-effective entry point for automated gage data collection with read switch support. GageWay KW — Single-gage keyboard wedge interface. Sends measurement data directly to any application that accepts keyboard input — Excel, cloud-based SPC, or any other entry field — with no software driver required. MobileCollect Digital Remote — Wireless transmitter for Mitutoyo 10-pin digital gages. Pairs with the MobileCollect Base over MicroRidge's proprietary RM2. 4 wireless protocol, with up to 133 ft of range and support for remote gage triggering. Compatible Digital Interface Cables Mitutoyo SKUCable Description 905338 / 905409Mitutoyo (height gages, indicators, depth gages, scale units)06AGL011 / 06AGL021Mitutoyo (high-accuracy gages, Digimatic D2)06AGL111 / 06AGL121Mitutoyo QuantuMike Micrometer959149 / 959150Mitutoyo with Data Send (calipers, height gages, depth gages)04AZB512Mitutoyo Right-Angle with Data Send05CZA624 / 05CZA625Mitutoyo Coolant Proof Caliper05CZA662 / 05CZA663Mitutoyo Coolant Proof Micrometer21EAA194 / 21EAA190Mitutoyo Dust/Waterproof Indicator936937 / 965014Mitutoyo (micrometers, indicators, Holtest, bench micrometers)937387 / 965013Mitutoyo (indicators, MU-Checkers, Litematic, hardness testers) Mahr Federal SKUCable Description 4102915Mahr Federal Caliper with Data Send4346021Mahr Federal (Digimar, MarCator, Millimess, µMaxum II)4102606Mahr DK-D1 with Data SendG-FED-MAXFederal Maxum Gage CableG-FEDMAXE2Federal Maxum E-2 Gage CableG-FED-MCROFederal µMaxum Gage Cable CDI / Starrett SKUCable Description G-LP-MITCDI Logic Plus / Logic Basic / Starrett 2700 SeriesG-LP-MIT-PCDI Logic Plus with Interface Power Other SKUCable Description 22806-MITKroeplin Gage Interface Adapter Product Specifications G-EXT-8 Specs Connector TypeMitutoyo Digimatic 10-pin (Type D Male and Female)Standard Cable Length8 feet, custom lengths availableCompatible InterfacesGageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital RemoteIP RatingN/AWiringMale-to-Female | all pins connectedManufacturerMicroRidge (Designed & Made in the USA) Frequently Asked Questions How do I extend the cable length on my Mitutoyo digital gage? Insert the G-EXT-8 extension cable between your existing Mitutoyo 10-pin Digital Interface cable and your gage interface. The G-EXT-8 is wired male-to-female with all pins connected and adds 8 ft of reach without replacing the existing cable. Custom lengths are available for applications requiring additional length — contact us with your requirements. Will the G-EXT-8 work with my fixture-mounted gage setup? Yes. The G-EXT-8 is commonly used in fixture and measurement station installations where the standard 1 meter or 2 meter cable length doesn't reach the interface. It inserts in-line at the interface end of the gage cable and is compatible with GageWay Pro, GageWay SM, GageWay KW, and MobileCollect Digital Remote. Can I... The MicroRidge G-ONOSOK-6 is a MicroRidge-designed and manufactured interface cable for Ono Sokki digital indicators — connecting via the gage's custom ribbon cable connector and outputting in Ono Sokki's proprietary data format. Compatible exclusively with the GageWay KW, GageWay Pro2/Pro4/Pro8 and MobileCollect Digital Remote. Available in 6-foot length. A GageWay Pro or GageWay KW interface is required — this cable is not compatible with the GageWay SM. The gage extension cable (G-EXT) must not be used with this cable. Interface Connection – 10-pin (Mitutoyo physical connector Type D) Output Protocol – Ono Sokki — not Mitutoyo Digimatic Gage Connector – Ono Sokki Ribbon Cable Connector Standard Cable Length – 6 feet Compatible Interfaces – GageWay SM, GageWay Pro, MobileCollect Digital Remote Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – Ono Sokki Manufacturer – MicroRidge (Designed & Made in the USA) MicroRidge Interface Cable — Ono Sokki Digital Indicator The G-ONOSOK-6 is a MicroRidge-designed and manufactured interface cable that connects Ono Sokki digital indicators to the GageWay Pro series, GageWay KW, and MobileCollect Digital Remote for automated SPC data collection. MicroRidge developed this cable to bridge the Ono Sokki indicator's custom ribbon cable output port to the GageWay Pro's configurable input — enabling wired SPC data collection from a gage family that does not output standard Mitutoyo Digimatic format. This is not a standalone product, and it is not compatible with all GageWay interfaces. The G-ONOSOK-6 outputs in Ono Sokki's proprietary data format, which is supported by the GageWay Pro series, GageWay KW, and MobileCollect Digital Remote. It is not compatible with the GageWay SM. A compatible interface is required to pass data to any SPC software or collection application. Important: The gage extension cable (G-EXT) must not be used with this cable. Using the G-EXT with the G-ONOSOK-6 will result in a non-functional connection. Compatible With Ono Sokki Digital Indicators The G-ONOSOK-6 is designed for Ono Sokki digital indicators equipped with the custom ribbon cable SPC output port (connector reference: 963B). Not sure if your specific Ono Sokki indicator is compatible? Contact us at sales@microridge. com or check your gage's documentation for the SPC port type. Use with GageWay Wired Interfaces The G-ONOSOK-6 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the G-ONOSOK-6 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The G-ONOSOK-6 is not compatible with the GageWay SM. The GageWay SM supports Mitutoyo Digimatic format only. The G-ONOSOK-6 is available in 6-foot length only. If you need a custom length, contact us at sales@microridge. com. Do not use the gage extension cable (G-EXT) with this cable. Use with the MobileCollect Digital Remote The G-ONOSOK-6 is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication — it can receive measurement data from the gage and initiate readings remotely, similar in function to the Command Mobile Module but over a wired connection. This configuration is most applicable for fixed measurement stations integrated into a larger MobileCollect Wireless network, where the gage itself doesn't move but the data still needs to route through the MobileCollect infrastructure. For the majority of single-station or multi-station wired setups, a GageWay interface is the more direct and cost-effective path. Wireless Option for Ono Sokki Digital Indicators If your measurement application is better served by wireless SPC data collection, MicroRidge offers a wireless connector alternative for the same Ono Sokki digital indicator gage family:M3 Connector — Ono Sokki AA-963B — For the Mini Mobile Module (M3) wireless transmitter. Readings are triggered from the transmitter body. Best for handheld or portable gages used across multiple measurement points. The Ono Sokki connector requires a legacy Mini Mobile Module M3 transmitter and is not compatible with the Mini Mobile Module EVO M3E. Product Specifications G-ONOSOK-6 Specs Interface Connection10-pin (Mitutoyo physical connector Type D)Output... The Mitutoyo 05CZA662 is the Digimatic SPC data cable with built-in data send button for Mitutoyo coolant proof micrometers that use the Type B angled waterproof connector — available in 1-meter (05CZA662) and 2-meter (05CZA663) lengths. Connects to any GageWay wired interface or MobileCollect Digital Remote to route measurement data directly to your SPC software. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – Type B (angled waterproof with button) Standard Cable Length – 1 meter (05CZA662) | 2 meter (05CZA663) | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – Yes IP Rating – IP65 Gage Brand – Mitutoyo Distributor – Sold by MicroRidge, a Certified Mitutoyo Distributor OEM SPC Data Cable — Mitutoyo 05CZA662 / 05CZA663 The Mitutoyo 05CZA662 is Mitutoyo's Digimatic SPC data cable for coolant proof micrometers — available as an accessory for instruments that use the Type B angled waterproof SPC connector. When connected to a GageWay wired interface or MobileCollect Digital Remote, it passes measurement data directly from your gage to a PC, eliminating manual data entry and the transcription nonconformances that come with it. This is not a standalone product. The 05CZA662 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. The 05CZA662 and 05CZA624 share the same water-resistant gage-side connector and are physically interchangeable — the difference is which instrument family each is specified for. See our Mitutoyo Digimatic SPC Cable Connection Group Guide for the full breakdown. Works With Your Existing Mitutoyo Gages The 05CZA662 is compatible with Mitutoyo coolant proof micrometers that use the Type B angled waterproof SPC port, including:Series 293 Coolant Proof IP65 Digimatic Micrometers (293-340-30, 293-341-30, 293-342-30 and others) including QuantuMike and QuickMikeSeries 331 IP65 Spline MicrometersSeries 342 IP65 Point MicrometersNot sure if your gage uses the 05CZA662 / Type B connector? Contact us at sales@microridge. com or check your gage's documentation for the SPC port type. Use with GageWay Wired Interfaces The 05CZA662 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 05CZA662 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 05CZA662 and 05CZA663 are the same cable in different lengths — 1 meter and 2 meter respectively. Choose the length appropriate for your station layout. 05CZA624 vs. 05CZA662 — Choosing the Right Connector Angle Both the 05CZA662 and the 05CZA624 are compatible with Mitutoyo coolant proof calipers and coolant proof micrometers. The difference is connector orientation at the gage end — and the right choice depends on your measurement task and how you need to access the gage. The 05CZA662 uses an angled connector and is the preferred choice on coolant proof calipers when you need unobstructed access to the inner dimension jaws. The angled cable exits away from the jaw area, keeping the connection clear of the measurement zone during use. The 05CZA624 uses a straight connector and is the preferred choice when you want the cable to exit straight back from the gage — common on micrometers where a low-profile straight connection suits the instrument's orientation on the bench or in a fixture. If you're unsure which angle works best for your setup, contact us at sales@microridge. com. Have a New MDE QuantuMike? If you purchased a Mitutoyo MDE QuantuMike (introduced in 2024), this is not the correct connector. The new MDE QuantuMike uses the 06AGL111 cable with Mitutoyo’s S1... The Mitutoyo 05CZA624 is the Digimatic SPC data cable with built-in data send button for Mitutoyo coolant proof calipers that use the Type A waterproof connector — available in 1-meter (05CZA624) and 2-meter (05CZA625) lengths. Connects to any GageWay wired interface or MobileCollect Digital Remote to route measurement data directly to your SPC software. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – Type A (straight waterproof with button) Standard Cable Length – 1 meter (05CZA624) | 2 meter (05CZA625) | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – Yes IP Rating – IP67 Gage Brand – Mitutoyo Distributor – Sold by MicroRidge, a Certified Mitutoyo Distributor OEM SPC Data Cable — Mitutoyo 05CZA624 / 05CZA625 The Mitutoyo 05CZA624 is Mitutoyo's Digimatic SPC data cable for coolant proof calipers — available as an accessory for instruments that use the Type A waterproof SPC connector. When connected to a GageWay wired interface or MobileCollect Digital Remote, it passes measurement data directly from your gage to a PC, eliminating manual data entry and the transcription nonconformances that come with it. This is not a standalone product. The 05CZA624 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. The 05CZA624 and 05CZA662 share the same water-resistant gage-side connector and are physically interchangeable — the difference is which instrument family each is specified for. See our Mitutoyo Digimatic SPC Cable Connection Group Guide for the full breakdown. Works With Your Existing Mitutoyo Gages The 05CZA624 is compatible with Mitutoyo coolant proof calipers that use the Type A waterproof SPC port, including:Series 500 Coolant Proof IP67 Absolute Digimatic Calipers (500-68X, 500-76X, 500-78X)Series 571 Coolant Proof IP67 Digimatic Depth GagesSeries 572 Coolant Proof IP67 Digimatic Scale Units (572-61X)Not sure if your gage uses the 05CZA624 / Type A connector? Contact us at sales@microridge. com or check your gage's documentation for the SPC port type. The gage code on the back of most Mitutoyo calipers can also be used to look up connector compatibility. Use with GageWay Wired Interfaces The 05CZA624 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 05CZA624 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 05CZA624 and 05CZA625 are the same cable in different lengths — 1 meter and 2 meter respectively. Choose the length appropriate for your station layout. 05CZA624 vs. 05CZA662 — Choosing the Right Connector Angle Both the 05CZA624 and the 05CZA662 are compatible with Mitutoyo coolant proof calipers and coolant proof micrometers. The difference is connector orientation at the gage end — and the right choice depends on your measurement task and how you need to access the gage. The 05CZA624 uses a straight connector and is the preferred choice when you want the cable to exit straight back from the gage — common on coolant proof micrometers where a low-profile straight connection suits the instrument's orientation on the bench or in a fixture. The 05CZA662 uses an angled connector and is the preferred choice on coolant proof calipers when you need unobstructed access to the inner dimension jaws. The angled cable exits away from the jaw area, keeping the connection clear of the measurement zone during use. If you're unsure which angle works best for your setup, contact us at sales@microridge. com. Certified Mitutoyo Distributor — Need the Gage Too? MicroRidge is a... The Mahr Federal 4102915 is the Digimatic SPC data cable with built-in data send button for Mahr Federal calipers and depth gages — available in 1-meter length. Outputs in Mitutoyo Digimatic format, making it directly compatible with any GageWay wired interface or MobileCollect Digital Remote for wired SPC data collection. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Standard Cable Length – 1 meter | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – Yes IP Rating – N/A Gage Brand – Mahr Federal OEM SPC Data Cable — Mahr Federal 4102915 The Mahr Federal 4102915 is the standard Digimatic SPC data cable for Mahr Federal calipers and depth gages — available as an accessory for instruments with a compatible data output port. It converts the gage's output to Mitutoyo Digimatic format, allowing direct connection to any GageWay wired interface or MobileCollect Digital Remote for automated SPC data collection. The built-in data send button lets operators trigger readings at the point of measurement without returning to the interface or computer. This is not a standalone product. The 4102915 cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. Works With Your Existing Mahr Federal Gages The 4102915 is compatible with Mahr Federal calipers and depth gages equipped with a compatible SPC data output port, including:MarCal 16 ER Digital CalipersMarCal 16 EWR Digital CalipersMarCal 30 EWR Digital Depth GagesNot sure if your gage is compatible with the 4102915? Contact us at sales@microridge. com or check your gage's documentation for the data output port type. Use with GageWay Wired Interfaces The 4102915 cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the 4102915 into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The 4102915 is available in 1-meter length only. Use with the MobileCollect Digital Remote The 4102915 is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication — it can receive measurement data from the gage and initiate readings remotely, similar in function to the Command Mobile Module but over a wired connection. This configuration is most applicable for fixed measurement stations integrated into a larger MobileCollect Wireless network, where the gage itself doesn't move but the data still needs to route through the MobileCollect infrastructure. For the majority of single-station or multi-station wired setups, a GageWay interface is the more direct and cost-effective path. Wireless Options for 4102915 Gage Families If your measurement application is better served by wireless SPC data collection, MicroRidge offers wireless connector alternatives for the same Mahr Federal 4102915 gage family — replacing the wired cable with a wireless transmitter connector:M3 Connector — Mahr Federal 4102915 — For the Mini Mobile Module EVO (M3E) wireless transmitter. Readings are triggered from the transmitter body. Best for handheld or portable gages used across multiple measurement points. DC Connector — Mahr Federal 4102915 — For the Command Mobile Module (DC) wireless transmitter. Supports simultaneous multi-gage triggering from the MobileCollect Base or SPC software — common in large fixtures or multi-point inspection setups. Product Specifications 4102915 Specs Interface ConnectionMitutoyo Digimatic 10-pin (Type... The MicroRidge G-FED-MCRO is a MicroRidge-designed and manufactured Digimatic interface cable for the Mahr Federal µMaxum — connecting via the gage's 7-pin male port and outputting standard Mitutoyo Digimatic format for direct compatibility with any GageWay wired interface or MobileCollect Digital Remote. Available in 6-foot length. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – 7-pin male (Mahr Federal µMaxum) Standard Cable Length – 6 feet | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – Mahr Federal Manufacturer – MicroRidge (Designed & Made in the USA) MicroRidge Interface Cable — Mahr Federal µMaxum The G-FED-MCRO is a MicroRidge-designed and manufactured interface cable that connects the Mahr Federal µMaxum to the standard Mitutoyo Digimatic ecosystem. MicroRidge developed this cable to bridge the µMaxum's 7-pin male output port to the Mitutoyo Digimatic 10-pin interface — enabling direct connection to any GageWay wired interface or MobileCollect Digital Remote for automated SPC data collection without requiring any protocol conversion hardware. This is not a standalone product. The G-FED-MCRO cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. Compatible With the Mahr Federal µMaxum The G-FED-MCRO is designed specifically for the original Mahr Federal µMaxum digital indicator, which uses a 7-pin male SPC output connector. Important: This cable is not compatible with the µMaxum II. The µMaxum II uses a different 4-pin female connector. If you have a µMaxum II, the correct wired interface cable is the Mahr Federal 4346021. If you're unsure which µMaxum version you have, check the connector on your gage or contact us at sales@microridge. com to verify before ordering. Use with GageWay Wired Interfaces The G-FED-MCRO cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the G-FED-MCRO into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The G-FED-MCRO is available in 6-foot length only. If you need a custom length, contact us at sales@microridge. com. Use with the MobileCollect Digital Remote The G-FED-MCRO is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication — it can receive measurement data from the gage and initiate readings remotely, similar in function to the Command Mobile Module but over a wired connection. This configuration is most applicable for fixed measurement stations integrated into a larger MobileCollect Wireless network, where the gage itself doesn't move but the data still needs to route through the MobileCollect infrastructure. For the majority of single-station or multi-station wired setups, a GageWay interface is the more direct and cost-effective path. Mahr Federal Maxum vs. Maxum E-2, µMaxum, and µMaxum II MicroRidge makes interface cables for multiple Mahr Federal digital indicator families — but they use different connectors, output formats, and compatible interfaces. They are not interchangeable:The Maxum (this cable, G-FED-MAX) uses a 6-pin connector and outputs in Federal proprietary format — compatible with GageWay Pro only. The Maxum E-2 (G-FEDMAXE2) uses a 10-pin connector and outputs in Federal proprietary format — also compatible with GageWay Pro only. The µMaxum (G-FED-MCRO) uses a 7-pin male connector and outputs in Mitutoyo Digimatic compatible format — compatible with all GageWay interfaces and the Digital Remote.... The MicroRidge G-FEDMAXE2 is a MicroRidge-designed and manufactured interface cable for the Mahr Federal Maxum E-2 — connecting via the gage's 10-pin connector and outputting in Federal's proprietary data format. Compatible exclusively with the GageWay Pro series wired interfaces for wired SPC data collection. Available in 6-foot length. A GageWay Pro interface is required — this cable is not compatible with GageWay SM, GageWay KW, or the MobileCollect Digital Remote. Interface Connection – 10-pin (Mitutoyo physical connector Type D) Output Protocol – Federal proprietary — not Mitutoyo Digimatic Gage Connector – 10-pin (Mahr Federal Maxum E-2) Standard Cable Length – 6 feet | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay Pro Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – Mahr Federal Manufacturer – MicroRidge (Designed & Made in the USA) MicroRidge Interface Cable — Mahr Federal Maxum E-2 The G-FEDMAXE2 is a MicroRidge-designed and manufactured interface cable that connects the Mahr Federal Maxum E-2 to the GageWay Pro series for automated SPC data collection. MicroRidge developed this cable to bridge the Maxum E-2's 10-pin output port to the GageWay Pro's configurable input — enabling wired SPC data collection from a gage family that does not output standard Mitutoyo Digimatic format. This is not a standalone product, and it is not compatible with all GageWay interfaces. The G-FEDMAXE2 outputs in Federal's proprietary data format, which is only supported by the GageWay Pro series. It is not compatible with the GageWay SM, GageWay KW, or MobileCollect Digital Remote. A GageWay Pro interface is required to pass data to any SPC software or collection application. Compatible With the Mahr Federal Maxum E-2 The G-FEDMAXE2 is designed specifically for the Mahr Federal Maxum E-2 digital indicator, which uses a 10-pin SPC output connector and outputs in Federal's proprietary data format. Not sure if your gage is the Maxum E-2? Contact us at sales@microridge. com or check your gage's documentation before ordering. If you have a standard Maxum, µMaxum, or µMaxum II, those instruments use different connectors and require different cables — see the disambiguation section below. Use with GageWay Wired Interfaces The G-FEDMAXE2 is compatible exclusively with the GageWay Pro series. The GageWay Pro's configurable input ports support the Federal proprietary output format from the Maxum — connect the G-FEDMAXE2 to a Pro input port, connect the interface to your PC via USB, configure the port in the GageWay Pro Setup Software, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. Note: The G-FEDMAXE2 is not compatible with the GageWay SM or GageWay KW single-gage interfaces. Those interfaces support Mitutoyo Digimatic format only. The Federal proprietary output of this cable requires a GageWay Pro. The G-FEDMAXE2 is available in 6-foot length only. If you need a custom length, contact us at sales@microridge. com. Mahr Federal Maxum vs. Maxum E-2, µMaxum, and µMaxum II MicroRidge makes interface cables for multiple Mahr Federal digital indicator families — but they use different connectors, output formats, and compatible interfaces. They are not interchangeable: The Maxum (this cable, G-FED-MAX) uses a 6-pin connector and outputs in Federal proprietary format — compatible with GageWay Pro only. The Maxum E-2 (G-FEDMAXE2) uses a 10-pin connector and outputs in Federal proprietary format — also compatible with GageWay Pro only. The µMaxum (G-FED-MCRO) uses a 7-pin male connector and outputs in Mitutoyo Digimatic compatible format — compatible with all GageWay interfaces and the Digital Remote. The µMaxum II uses a 4-pin female connector and outputs in Mitutoyo Digimatic compatible format — compatible with all GageWay interfaces and the Digital Remote. Verify your specific instrument model before ordering — connector type, pin count, and output format all differ across these families. Product Specifications G-FEDMAXE2 Specs Interface Connection 10-pin (Mitutoyo physical connector Type D) Output Protocol Federal proprietary — not Mitutoyo Digimatic Gage Connector 10-pin (Mahr Federal Maxum) Standard Cable Length 6 feet Compatible Interfaces GageWay Pro Read Button No (readings triggered by interface, foot switch, or hand switch) IP Rating N/A Gage Brand Mahr Federal Manufacturer MicroRidge (Designed & Made in the USA) The MicroRidge G-FED-MAX is a MicroRidge-designed and manufactured interface cable for the Mahr Federal Maxum — connecting via the gage's 6-pin connector and outputting in Federal's proprietary data format. Compatible exclusively with the GageWay Pro series wired interfaces for wired SPC data collection. Available in 6-foot length. A GageWay Pro interface is required — this cable is not compatible with GageWay SM, GageWay KW, or the MobileCollect Digital Remote. Interface Connection – 10-pin (Mitutoyo physical connector Type D) Output Protocol – Federal proprietary — not Mitutoyo Digimatic Gage Connector – 6-pin (Mahr Federal Maxum) Standard Cable Length – 6 feet | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay Pro Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – Mahr Federal Manufacturer – MicroRidge (Designed & Made in the USA) MicroRidge Interface Cable — Mahr Federal Maxum The G-FED-MAX is a MicroRidge-designed and manufactured interface cable that connects the Mahr Federal Maxum to the GageWay Pro series for automated SPC data collection. MicroRidge developed this cable to bridge the Maxum's 6-pin output port to the GageWay Pro's configurable input — enabling wired SPC data collection from a gage family that does not output standard Mitutoyo Digimatic format. This is not a standalone product, and it is not compatible with all GageWay interfaces. The G-FED-MAX outputs in Federal's proprietary data format, which is only supported by the GageWay Pro series. It is not compatible with the GageWay SM, GageWay KW, or MobileCollect Digital Remote. A GageWay Pro interface is required to pass data to any SPC software or collection application. Compatible With the Mahr Federal Maxum The G-FED-MAX is designed specifically for the Mahr Federal Maxum digital indicator, which uses a 6-pin SPC output connector and outputs in Federal's proprietary data format. Not sure if your gage is the Maxum? Contact us at sales@microridge. com or check your gage's documentation before ordering. If you have a µMaxum or µMaxum II, see the µMaxum cable and 4346021 cable respectively — those are different instruments with different connectors and output formats. Use with GageWay Wired Interfaces The G-FED-MAX is compatible exclusively with the GageWay Pro series. The GageWay Pro's configurable input ports support the Federal proprietary output format from the Maxum — connect the G-FED-MAX to a Pro input port, connect the interface to your PC via USB, configure the port in the GageWay Pro Setup Software, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. Note: The G-FED-MAX is not compatible with the GageWay SM or GageWay KW single-gage interfaces. Those interfaces support Mitutoyo Digimatic format only. The Federal proprietary output of this cable requires a GageWay Pro. The G-FED-MAX is available in 6-foot length only. If you need a custom length, contact us at sales@microridge. com. Mahr Federal Maxum vs. Maxum E-2, µMaxum, and µMaxum II MicroRidge makes interface cables for multiple Mahr Federal digital indicator families — but they use different connectors, output formats, and compatible interfaces. They are not interchangeable: The Maxum (this cable, G-FED-MAX) uses a 6-pin connector and outputs in Federal proprietary format — compatible with GageWay Pro only. The Maxum E-2 (G-FEDMAXE2) uses a 10-pin connector and outputs in Federal proprietary format — also compatible with GageWay Pro only. The µMaxum (G-FED-MCRO) uses a 7-pin male connector and outputs in Mitutoyo Digimatic compatible format — compatible with all GageWay interfaces and the Digital Remote. The µMaxum II uses a 4-pin female connector and outputs in Mitutoyo Digimatic compatible format — compatible with all GageWay interfaces and the Digital Remote. Verify your specific instrument model before ordering — connector type, pin count, and output format all differ across these families. Product Specifications G-FED-MAX Specs Interface Connection 10-pin (Mitutoyo physical connector Type D) Output Protocol Federal proprietary — not Mitutoyo Digimatic Gage Connector 6-pin (Mahr Federal Maxum) Standard Cable Length 6 feet Compatible Interfaces GageWay Pro Read Button No (readings triggered by interface, foot switch, or hand switch) IP Rating N/A Gage Brand Mahr Federal Manufacturer MicroRidge (Designed & Made in the USA) The MicroRidge G-LP-MIT is a MicroRidge-designed and manufactured Digimatic interface cable for Chicago Dial Indicator (CDI) Logic IQ, Logic ALG, Logic Plus, and Logic Basic gages, as well as the Starrett 2700 series — outputting in Mitutoyo Digimatic compatible format for direct connection to any GageWay wired interface or MobileCollect Digital Remote. Available in 6-foot length. A compatible gage interface is required — this cable does not connect directly to a PC. — See our gage interface guide Interface Connection – Mitutoyo Digimatic 10-pin (Type D) Gage Connector – CDI (Chicago Dial Indicator) Standard Cable Length – 6 feet | Need more? The G-EXT extension cable adds 8 ft of in-line length between this cable and your interface. Compatible Interfaces – GageWay SM, GageWay KW, GageWay Pro, MobileCollect Digital Remote Read Button – No (readings triggered by interface, foot switch, or hand switch) IP Rating – N/A Gage Brand – CDI (Chicago Dial Indicator) & Starrett Manufacturer – MicroRidge (Designed & Made in the USA) MicroRidge Interface Cable — CDI Logic IQ, Logic ALG, Logic Plus, Logic Basic & Starrett 2700 The G-LP-MIT is a MicroRidge-designed and manufactured interface cable that connects CDI Logic IQ, Logic ALG, Logic Plus, and Logic Basic gages — as well as the Starrett 2700 series — to the standard Mitutoyo Digimatic ecosystem. MicroRidge developed this cable to bridge these instruments' SPC output ports to the Mitutoyo Digimatic 10-pin interface, enabling direct connection to any GageWay wired interface or MobileCollect Digital Remote for automated SPC data collection. This is not a standalone product. The G-LP-MIT cable terminates at a gage interface — a GageWay or Digital Remote sits between the cable and your computer and is required to pass data to any SPC software or collection application. If you're not sure which interface fits your setup, the two most common configurations are detailed below. Works With These CDI and Starrett Gages The G-LP-MIT is compatible with the following instruments:CDI Logic IQ Digital IndicatorsCDI Logic ALG Digital IndicatorsCDI Logic Plus Digital IndicatorsCDI Logic Basic Digital IndicatorsStarrett 2700 Series Digital IndicatorsNot sure if your gage is compatible? Contact us at sales@microridge. com or check your gage's documentation for the SPC output port type. Interface Power — When to Use This Cable vs. G-LP-MIT-P The G-LP-MIT and the G-LP-MIT-P are both compatible with the CDI Logic Plus and use the same Mitutoyo Digimatic compatible output format. The difference is power delivery:The G-LP-MIT (this cable) runs the gage on its own battery and is compatible with CDI Logic IQ, Logic ALG, Logic Basic, and Starrett 2700 gages in addition to the Logic Plus. Best for handheld or portable setups where the gage moves between measurement points, or any fixed station setup using a GageWay SM. The G-LP-MIT-P powers the CDI Logic Plus directly from the interface — eliminating the need to monitor or replace the gage battery. This is the preferred choice for fixed measurement stations where the Logic Plus remains plugged in continuously. Note that the G-LP-MIT-P is Logic Plus only and is not compatible with other CDI Logic or Starrett 2700 gages. If you are running the Logic Plus in a fixed station with continuous operation requirements, the G-LP-MIT-P is the correct cable. If you need flexibility across multiple CDI Logic or Starrett 2700 gage models, or are using a GageWay SM, use this cable. Use with GageWay Wired Interfaces The G-LP-MIT cable is the standard connection cable for the full GageWay wired interface product line. GageWay interfaces support the Mitutoyo Digimatic output natively — no baud rate configuration or communication parameters required. Plug the G-LP-MIT into the gage input port on your GageWay, connect the interface to your PC via USB, and the gage is online. GageWay Pro2, Pro4, Pro8 — Multi-channel interfaces supporting 2, 4, or 8 gages simultaneously via a single USB connection. Both USB keyboard wedge and USB serial outputs are built in. The Pro series includes configurable read switch ports, data parsing, TIR measurement modes, and AutoBaud detection for RS-232 devices. Best fit for fixed inspection stations, multi-gage measurement cells, and control plan implementations under ISO 9001, IATF 16949, or AS9100D where measurement traceability and process integration requirements are defined. GageWay SM — Single-gage interface with USB serial output. Outputs to any SPC application monitoring a COM port. Pre-configured for Mitutoyo Digimatic gages — plug-and-play with no parameter setup. GageWay KW — Single-gage interface with keyboard wedge output. Sends measurement data as keystrokes into Excel, cloud-based SPC platforms, or any application that accepts keyboard input. Note: The G-LP-MIT is available in 6-foot length only. If you need a custom length, contact us at sales@microridge. com. Use with the MobileCollect Digital Remote The G-LP-MIT is also compatible with the MobileCollect Digital Remote for installations where the gage is stationary and wired into a MobileCollect system rather than a standalone GageWay interface. The Digital Remote provides two-way Digimatic communication... Command Mobile Module connector and interface adapter kit for Kroeplin gages. Includes both the gage cable and the required interface adapter. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software, with no operator input required at the gage. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-22806-MIT-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No Connector IP Rating – N/A Gage Brand – Kroeplin DC Wireless Connector — Kroeplin 22806-MIT The DC Wireless Connector for Kroeplin gages is the hardware link between your Kroeplin instrument and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base Receiver or your SPC software. No button press, no operator touchpoint at the gage required. Unlike most DC connectors which plug directly into a gage's SPC output, the Kroeplin connection requires both a gage cable and an interface adapter. This product includes both components. The adapter converts the Kroeplin gage signal to a format compatible with the Command Mobile Module transmitter. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Kroeplin Gages — Cable and Adapter Kit The MC-D-22806-MIT-6. 5 is designed for Kroeplin precision gages requiring the 22806-MIT interface adapter. This product ships as a complete kit with both the gage cable and the interface adapter:Kroeplin digital precision gages with SPC output requiring the 22806-MIT adapterIf you need a replacement interface adapter or gage cable individually, contact sales@microridge. com. Use the MobileCollect Selection Tool to verify your specific Kroeplin model. Other Versions of This Cable MicroRidge also offers the Kroeplin 22806-MIT cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Kroeplin 22806-MIT — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Kroeplin 22806-MIT — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the automated wireless link, pair this connector with a Command Mobile Module transmitter (MC-MM-DC) and a MobileCollect Base Receiver. Product Specifications MC-D-22806-MIT-6. 5 Specs Transmitter FamilyCommand Mobile Module (DC)Standard Cable Length6. 5 inchesSKUMC-D-22806-MIT-6. 5Required HardwareCommand Mobile Module (DC) & MobileCollect BaseRead ButtonNoIP RatingN/AGage BrandKroeplin Command Mobile Module connector for Mitutoyo coolant proof calipers that use the 05CZA624 SPC cable. Enables automated, bi-directional wireless gage data collection in coolant and washdown environments — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software, without requiring operator access to the gage. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 3.5″ SKU – MC-D-05CZA624-3.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – Yes Connector IP Rating – IP67 Gage Brand – Mitutoyo DC Wireless Connector — Mitutoyo 05CZA624 The DC Wireless Connector for Mitutoyo 05CZA624 gages is the hardware link between your Mitutoyo coolant proof caliper and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base or your SPC software. No button press, no operator touchpoint at the gage required. In coolant and washdown environments where direct operator access to the gage mid-cycle is impractical or unsafe, remote-commanded reads via the Command Mobile Module maintain 100% measurement data capture without process interruption. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Compatible Mitutoyo Coolant Proof Calipers The 05CZA624 cable is purpose-built for Mitutoyo's coolant proof caliper line — distinct from the standard 959149 cable used on non-coolant-proof calipers. If your measurement workflow involves calipers exposed to coolant, oil, or cutting fluids, this connector maintains the IP67-level protection your caliper was designed for while adding automated wireless data transmission capability. With the Command Mobile Module, readings are triggered remotely — by your SPC software, a foot switch, or a hand switch at the operator station — so there's no need to send an operator into a coolant-flooded work envelope to initiate each measurement cycle. The Command Mobile Module transmitter itself is not IP rated, but we see very few failures in the field in wet environments. The most common issue over time is that certain cutting fluids and industrial chemicals can cause the connector cable to become brittle with prolonged exposure. If your application involves heavy coolant contact, contact us at support@microridge. com to discuss best practices for your environment. Series 500 Coolant Proof IP67 Absolute Digimatic Calipers (500-68X, 500-76X, 500-78X)Series 571 Coolant Proof IP67 Digimatic Depth GagesSeries 572 Coolant Proof IP67 Digimatic Scale Units (572-61X)Not sure if your indicator uses the 05CZA624connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 05CZA624 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mitutoyo 05CZA624 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Mitutoyo 05CZA624 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use... Command Mobile Module connector for Mitutoyo coolant proof micrometers that use the 05CZA662 SPC cable. Enables automated, bi-directional wireless gage data collection in coolant and washdown environments — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software, with no operator access to the gage required. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-05CZA662-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – Yes Connector IP Rating – IP65 Gage Brand – Mitutoyo DC Wireless Connector — Mitutoyo 05CZA662 The DC Wireless Connector for Mitutoyo 05CZA662 gages is the hardware link between your Mitutoyo coolant proof micrometer and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base or your SPC software. No button press, no operator touchpoint at the gage required. In coolant and washdown environments where operator access to a gage mid-cycle is impractical or unsafe, remote-commanded reads via the Command Mobile Module eliminate the process interruption while maintaining 100% measurement data capture. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Compatible Mitutoyo Coolant Proof Micrometers The 05CZA662 cable is purpose-built for Mitutoyo's coolant proof micrometer line. If your measurement workflow involves gages exposed to coolant, oil, or cutting fluids, this connector maintains the environmental protection your micrometer was designed for while adding automated wireless data transmission capability. With the Command Mobile Module, readings are triggered remotely — by your SPC software, a foot switch, or a hand switch at the operator station — so there's no need to send an operator into a coolant-flooded work envelope to initiate each measurement cycle. The Command Mobile Module transmitter itself is not IP rated, but we see very few failures in the field in wet environments. The most common issue over time is that certain cutting fluids and industrial chemicals can cause the cable to become brittle with prolonged exposure. If your application involves heavy coolant contact, contact us at support@microridge. com to discuss best practices for your environment. Series 293 Coolant Proof IP65 Digimatic Micrometers (293-340-30, 293-341-30, 293-342-30 and others) including QuantuMike and QuickMikeSeries 331 IP65 Spline MicrometersSeries 342 IP65 Point MicrometersNot sure if your micrometer uses the 05CZA662 connector? Use the MobileCollect Selection Tool to verify. Have a New MDE QuantuMike? If you purchased a Mitutoyo MDE QuantuMike (introduced in 2024), this is not the correct connector. The new MDE QuantuMike uses the 06AGL111 cable with Mitutoyo’s S1 connector and Digimatic D2 protocol. See the DC Connector for Mitutoyo 06AGL111 instead. For a deeper explanation of what changed and why, read our complete guide to Mitutoyo’s SPC cable transitions. The connector on this page (05CZA662) is for the previous generation QuantuMike and other coolant proof micrometers in the Series 293 family. Other Versions of This Cable MicroRidge also offers the 05CZA662 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mitutoyo 05CZA662 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Mitutoyo 05CZA662 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can... Command Mobile Module connector for specific Mitutoyo dust and waterproof indicators that use the 21EAA194 SPC cable. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software, with no operator button press required at the gage. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-21EAA194-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No Connector IP Rating – IP66 Gage Brand – Mitutoyo DC Wireless Connector — Mitutoyo 21EAA194 The DC Wireless Connector for Mitutoyo 21EAA194 gages is the hardware link between your Mitutoyo dust and waterproof indicator and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base or your SPC software. No button press, no operator touchpoint at the gage required. In environments with high dust concentrations or active coolant exposure, sending an operator to the gage to trigger each reading isn't always practical — and in some cases it's a safety or contamination control issue. A machinist reaching into a coolant-flooded work envelope, or an operator entering a dust-controlled area mid-cycle, introduces both personnel risk and potential process disruption. The Command Mobile Module eliminates that requirement entirely. Readings are triggered remotely from outside the hazardous area — by your SPC software, a foot switch, or a hand switch at the operator station — while the indicator stays sealed in place doing its job. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Compatible Mitutoyo Dust and Waterproof Indicators The 21EAA194 cable is purpose-built for Mitutoyo's dust and waterproof indicator line. If your measurement workflow takes place in environments with airborne particulates, coolant splash, washdown procedures, or other contamination risks, this connector maintains the environmental protection your indicator was designed for while adding automated wireless data transmission capability. With the Command Mobile Module, readings are triggered remotely — by your SPC software, a foot switch, or a hand switch at the operator station — eliminating the need to send an operator into a contaminated or restricted area to initiate each measurement cycle. The Command Mobile Module transmitter itself is not IP rated, but we see very few failures in the field in wet or dusty environments. The most common issue over time is that certain cutting fluids and industrial chemicals can cause the cable to become brittle with prolonged exposure. If your application involves heavy coolant contact or aggressive chemical exposure, contact us at support@microridge. com to discuss best practices for your environment. Series 543 ID-N Absolute Digimatic Indicators, IP66 (543-571, 543-572, 543-576 and others)Series 543 ID-B Back Plunger Digimatic Indicators, IP66 (543-586 and others)Not sure if your indicator uses the 21EAA194 connector? Use the MobileCollect Selection Tool or contact sales@microridge. com. Other Versions of This Cable MicroRidge also offers the 21EAA194 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mitutoyo 21EAA194 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Mitutoyo 21EAA194 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can... Command Mobile Module connector for Mitutoyo indicators that use the 905338 cable. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software, with no operator button press required at the gage. Designed for fixture-based inspection stations and automated measurement applications operating under ISO 9001, IATF 16949, and AS9100D. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-905338-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No Connector IP Rating – N/A Gage Brand – Mitutoyo DC Wireless Connector — Mitutoyo 905338 The DC Wireless Connector for Mitutoyo 905338 gages is the hardware link between your Mitutoyo indicator and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), which relies on an operator pressing a button at the gage to trigger each reading, the Command Mobile Module enables bi-directional wireless communication — readings are initiated remotely by the MobileCollect Base or your SPC software. No button press, no operator touchpoint at the gage required. This makes the DC Connector the right choice for fixture-based inspection stations, automated in-process measurement setups, multi-gage sequences, and any application where removing the operator from the measurement loop is a process control objective under ISO 9001, IATF 16949, or AS9100D. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Works With Your Existing Mitutoyo Indicators The MC-D-905338-6. 5 is compatible with Mitutoyo Digimatic indicators that use the 905338 cable connection, including:Series 543 Absolute Digimatic Indicators / ID-C (543-400, 543-402, 543-472B, 543-492B and others)Series 575 Digimatic IndicatorsSeries 572 Digimatic Scale UnitsOther Mitutoyo indicators using the 905338 SPC cableNot sure if your indicator uses the 905338 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Have a New Mitutoyo ID-C or ID-F Indicator? If you purchased a Mitutoyo ID-C or ID-F indicator from the 543-70X, 543-71X, 543-72X, or 543-73X series (introduced in 2023), this is not the correct connector. Those updated NX-series indicators replaced the Type F SPC port with Mitutoyo’s new Type SF connector, which supports the higher-resolution Digimatic D2 and bidirectional S1 protocols. You’ll need the 06AGL011 cable — see the DC Connector for Mitutoyo 06AGL011 instead. For a full breakdown of what changed and how to identify which connector your indicator has, read our complete guide to Mitutoyo’s SPC cable transitions. The connector on this page (905338) is for all pre-2023 ID-C and ID-F indicators, as well as height gages (570 series), depth gages, scale units (572 series), and thickness gages that continue to use the original Type F connector. Other Versions of This Cable MicroRidge also offers the 905338 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mitutoyo 905338 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Mitutoyo 905338 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is... Command Mobile Module connector for older Mitutoyo micrometers and legacy Mitutoyo instruments that use the round 937387 2×3 gage cable. Enables automated, bi-directional wireless gage data collection on legacy equipment — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software, extending the useful life of existing instruments into automated inspection systems. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-937387-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No Connector IP Rating – N/A Gage Brand – Mitutoyo DC Wireless Connector — Mitutoyo 937387 The DC Wireless Connector for Mitutoyo 937387 gages is the hardware link between your older Mitutoyo micrometer or legacy Mitutoyo instrument and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base or your SPC software. No button press, no operator touchpoint at the gage required. For operations running legacy Mitutoyo instruments alongside modern equipment, the Command Mobile Module enables those older gages to participate in a fully automated, networked measurement data collection system — without replacement. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Older Mitutoyo Micrometers and Legacy Instruments The 937387 round 2×3 connector is found on older-generation Mitutoyo Digimatic micrometers and other legacy instruments. Many shops still rely on these proven gages — and there's no reason to replace them just to gain wireless data collection capability. This DC connector brings your existing legacy Mitutoyo instruments into a modern automated measurement workflow without replacing the gages themselves. With the Command Mobile Module, those legacy instruments respond to remote read commands from your SPC software or a read switch at the operator station — the same automated data collection capability available on current-generation equipment, retrofitted onto gages that have been on the floor for decades. All non-IP65 Digimatic Outside Micrometers (Series 293 standard, QuickMike, and others with the round 6-pin connector)Series 568 Borematic Three-Point Internal Micrometers (568-XXX)Series 468 Holtest Three-Point Internal Micrometers (468-2XX, 468-9XX)Not sure if your indicator uses the 937387 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 937387 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mitutoyo 937387 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Mitutoyo 937387 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data... Command Mobile Module connector for Mitutoyo gages that have a 2×5 Digimatic 936937 10-pin connector. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software, with no operator button press required at the gage. Note: Contact MicroRidge at sales@microridge.com before ordering if your gage is a Mitutoyo ID-H or ID-F External Powered Indicator — these may require different configuration. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-936937-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No Connector IP Rating – N/A Gage Brand – Mitutoyo DC Wireless Connector — Mitutoyo 936937 The DC Wireless Connector for Mitutoyo 936937 gages is the hardware link between your Mitutoyo 10-pin Digimatic instrument and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base or your SPC software. No button press, no operator touchpoint at the gage required. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Compatible Mitutoyo 10-Pin Digimatic Gages The 936937 connector interface is a 2×5 (two row, five pin) Digimatic output found directly on certain Mitutoyo gage bodies. This is a different form factor than the flat cable connectors used on calipers and micrometers — it's common on gages where the Digimatic output is built into the instrument rather than accessed through a separate SPC cable. With the Command Mobile Module, those fixed-mount instruments become part of an automated measurement network — readings triggered remotely by your SPC software or a read switch, without an operator needing to access the gage body to initiate each cycle. Note: If you have a Mitutoyo ID-H or ID-F external powered indicator, contact sales@microridge. com directly — these instruments require a specialized configuration. Series 543 Digimatic Indicators with 10-Pin Output (543-5XX)Series 518 Linear Height Gages (518-3XX)Series 519 MU-Checkers (519-4XX, 519-621A)Not sure if your indicator uses the 936937 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 936937 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mitutoyo 936937 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Mitutoyo 936937 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the automated wireless link, pair this connector with a Command Mobile Module transmitter (MC-MM-DC) and a MobileCollect Base Receiver. Product Specifications... Command Mobile Module connector for Mitutoyo Digimatic calipers, depth gages, and linear scales that use the standard 959149 SPC cable. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software, eliminating operator input at the gage. Built for fixture-based inspection stations, automated multi-point measurement setups, and quality systems operating under ISO 9001, IATF 16949, and AS9100D. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 3.5″ SKU – MC-D-959149-3.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – Yes Connector IP Rating – N/A Gage Brand – Mitutoyo DC Wireless Connector — Mitutoyo 959149 The DC Wireless Connector for Mitutoyo 959149 gages is the hardware link between your Mitutoyo Digimatic caliper, depth gage, or linear scale and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), which relies on an operator pressing a button at the gage to trigger each reading, the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base or your SPC software. No button press, no operator touchpoint at the gage required. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Works With Your Existing Mitutoyo Calipers, Depth Gages, and Linear Scales The MC-D-959149-3. 5 is compatible with a wide range of Mitutoyo Digimatic instruments that use the 959149 cable connection, including:Series 500 Absolute Digimatic Calipers (500-170-32, 500-171-32, 500-172-32, and others)Series 571 Digimatic Depth GagesSeries 572 Digimatic Linear ScalesNot sure if your gage uses the 959149 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 959149 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mitutoyo 959149 — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — Mitutoyo 959149 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the automated wireless link, pair this connector with a Command Mobile Module transmitter (MC-MM-DC) and a MobileCollect Base Receiver. Product Specifications MC-D-959149-3. 5 Specs Transmitter FamilyCommand Mobile Module (DC)Standard Cable Length3. 5 inchesSKUMC-D-959149-3. 5Required HardwareCommand Mobile Module (DC) & MobileCollect BaseRead ButtonYesIP RatingN/AGage BrandMitutoyo Command Mobile Module connector for TruPosition digital probes used in true position hole location verification. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software. Ideal for automated fixture-based true position verification, eliminating manual recording of X/Y axis displacement data and the dual-entry transcription error risk it creates. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 8.0″ SKU – MC-D-TRU-POS-8 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No Connector IP Rating – N/A Gage Brand – TruPosition DC Wireless Connector — TruPosition Gage Cable The DC Wireless Connector for TruPosition probes is the hardware link between your TruPosition digital true position probe and the MobileCollect Wireless automated measurement collection system. TruPosition probes are portable handheld instruments used to verify that hole, slot, and weld nut locations meet GD&T true position tolerances — a critical dimensional characteristic in automotive, aerospace, and precision manufacturing. This connector enables that measurement data to transmit wirelessly to your SPC software via automated command, eliminating manual recording entirely. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base Receiver or your SPC software. In fixture-based true position verification stations, this means each probe in a multi-point fixture can be read on command with no operator contact required at the gage. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Compatible TruPosition Probes The MC-D-TRU-POS-8 works with TruPosition digital probes that have SPC data output. TruPosition probes contain two Mitutoyo Digimatic caliper read units that simultaneously measure X and Y axis displacement to calculate true position. Compatible probes include:TP102 / TP102L — 1. 0001" shaft, 0. 125" diametrical range (L = long shaft version)TP103 / TP103L — 1. 2501" shaft, 0. 236" diametrical range (L = long shaft version)The output format from this cable is Mitutoyo Digimatic compatible. Contact sales@microridge. com or use the MobileCollect Selection Tool to verify compatibility with your specific TruPosition probe. Other Versions of This Cable MicroRidge also offers the TruPosition cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — TruPosition Gage Cable — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the automated wireless link, pair this connector with a Command Mobile Module transmitter (MC-MM-DC) and a MobileCollect Base Receiver. Product Specifications MC-D-TRU-POS-8 Specs Transmitter FamilyCommand Mobile Module (DC)Standard Cable Length8. 0 inchesSKUMC-D-TRU-POS-8Required HardwareCommand Mobile Module (DC) & MobileCollect BaseRead ButtonNoIP RatingN/AGage BrandTruPosition Command Mobile Module connector for Chicago Dial Indicator (CDI) Logic IQ and Logic ALG gages. Outputs data in Mitutoyo Digimatic-compatible format. Enables automated, bi-directional wireless gage data collection — readings are triggered remotely from the MobileCollect Base Receiver or your SPC software. Compatible with any SPC software that accepts Mitutoyo Digimatic input. Transmitter Family – Command Mobile Module (DC) Standard Cable Length – 6.5″ SKU – MC-D-CDI-LP-MIT-6.5 Required Hardware – Command Mobile Module (DC) and MobileCollect Base Read Button – No Connector IP Rating – N/A Gage Brand – Chicago Dial Indicator (CDI) DC Wireless Connector — Chicago Dial Indicator (CDI) CDI LP-MIT The DC Wireless Connector for CDI Logic IQ and Logic ALG gages is the hardware link between your CDI instrument and the MobileCollect Wireless automated measurement collection system. Unlike the Mini Mobile Module EVO (M3E), the Command Mobile Module enables bi-directional wireless communication — readings are commanded remotely by the MobileCollect Base Receiver or your SPC software. No button press, no operator touchpoint at the gage required. How Automated Gage Reading Works With the Command Mobile Module, the read cycle is controlled upstream. Read commands are issued by your SPC software via serial output to the Base Receiver, or triggered by a foot switch, hand switch, or wireless remote switch connected to the Base. The Base transmits the request wirelessly to the Command Mobile Module, which triggers the gage and immediately returns the measurement data — all without any operator action at the gage. This architecture eliminates the human touchpoint in the measurement loop, directly reducing transcription error risk and supporting tighter SPC control limits. The Base can also request single or multiple readings per command cycle and issue sleep commands to extend battery life — all configurable from your host PC or application. Compatible CDI Gages — Mitutoyo-Compatible Output The MC-D-CDI-LP-MIT-6. 5 is designed for Chicago Dial Indicator gages that use the LP-MIT connector and output Mitutoyo Digimatic-compatible data:CDI Logic IQ Digital IndicatorsCDI Logic ALG Digital IndicatorsStarrett 2700 Digital IndicatorsNot sure if this connector works with your CDI gage? Contact sales@microridge. com or use the MobileCollect Selection Tool. Other Versions of This Cable MicroRidge also offers the CDI Logic IQ and Logic ALG cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — CDI LP-MIT — For the Mini Mobile Module EVO (M3E). The M3E is the compact transmitter for applications that only require operator-initiated reads at the gage. One-way wireless communication; smaller form factor than the DC. OEM SPC Cable — CDI LP-MIT — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. M3E vs. Command Mobile Module — Choosing the Right Transmitter The Command Mobile Module (DC) supports both automated, remotely commanded reads and manual operator-initiated reads via its built-in read button — so it can do everything the M3E does, plus remote automation. The tradeoff is form factor: the DC is larger than the M3E to accommodate the higher-capacity battery required to sustain remote-triggered read cycles. If your application only requires operator-initiated reads at the gage and a compact transmitter profile is a priority, the Mini Mobile Module EVO (M3E) is the right transmitter for that use case. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the automated wireless link, pair this connector with a Command Mobile Module transmitter (MC-MM-DC) and a MobileCollect Base Receiver. Product Specifications MC-D-CDI-LP-MIT-6. 5 Specs Transmitter FamilyCommand Mobile Module (DC)Standard Cable Length6. 5 inchesSKUMC-D-CDI-LP-MIT-6. 5Required HardwareCommand Mobile Module (DC) & MobileCollect BaseRead ButtonNoIP RatingN/AGage BrandChicago Dial Indicator (CDI) The RS-232 DB9 ProAdapter creates custom pin configurations for any DB9 serial connection. An internal push-pin connector matrix lets you assign Tx, Rx, RTS, CTS, DTR, DSR, Power, and Ground to any of the 9 output pins — no soldering required. Designed for industrial environments where off-the-shelf null modem or gender changer solutions are insufficient: non-standard pinouts, discontinued manufacturer cables, or proprietary RS-232 wiring. Connector Type – Male DB9 & Female DB9 Wiring Method – Push-pin — no soldering required Configurable Signals – Tx, Rx, RTS, CTS, DTR, DSR, Power, Ground Compatible Interfaces – WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels) Pin Count – 9-pin Enclosure – Durable plastic, 4-screw tamper-resistant When Standard DB9 Cables and Adapters Don't Solve the Problem Most RS-232 serial connection issues fall into two categories: physical connector mismatch (addressed by a gender changer) or Tx/Rx reversal (addressed by a null modem cable or adapter). If you're not yet sure which category your issue falls into, our RS-232 Interface Guide covers DCE/DTE signal direction and wiring configurations in detail. But a third category exists that off-the-shelf accessories cannot fix: non-standard pinouts. Non-standard DB9 pinouts appear frequently in:Discontinued or legacy measurement equipment where manufacturer-specific cables are no longer availableForce gauges, measurement amplifiers, SPC scales, and other instruments with proprietary RS-232 wiringEquipment where the device manual specifies a pin assignment that deviates from EIA-232 conventionSituations where the receiving device expects a custom handshaking configurationThe ProAdapter addresses this category by allowing full, flexible pin assignment across all 9 DB9 pins — without fabricating a custom cable or soldering. How the ProAdapter Works Inside the tamper-resistant enclosure, a push-pin connector matrix links the male and female DB9 sides of the adapter. You can route any RS-232 signal — Transmit (Tx), Receive (Rx), RTS, CTS, DTR, DSR, Power, and Ground — to any pin position on either the male or female connector. Once configured, the 4-screw enclosure locks the pin assignments in place, preventing accidental reconfiguration in industrial environments. ProAdapter vs. Standard DB9 Accessories — Decision Guide Connection IssueRecommended Solution Connector gender mismatch (male/female)DB9 Adapter KitTx/Rx lines need to be crossedDB9 Null Modem Cable or B9 Adapter KitCable is too short6′ DB9 Serial Extension CableNon-standard / proprietary pinoutProAdapter (PRO-A-DB9)Manufacturer’s cable discontinuedProAdapter (PRO-A-DB9) Also in the DB9 Cable Family 6' DB9 Serial Extension Cable — Straight-through extension cable for additional cable reach. DB9 Null Modem Cable — 6-foot null modem cable (DB9F to DB9F) for crossed Tx/Rx connections. DB9 Adapter Kit — 4-piece kit with gender changers and null modem adapters for standard connection troubleshooting. Frequently Asked Questions Q: Does the ProAdapter require soldering? — No. All pin assignments are made using the internal push-pin connector system. No tools or soldering are required to configure or reconfigure the adapter. Q: What signals can I reassign with the ProAdapter? — Transmit (Tx), Receive (Rx), RTS, CTS, DTR, DSR, Power, and Ground can all be assigned to any of the 9 DB9 pins on either the male or female side. Q: When does a null modem cable not solve the problem, and why do I need the ProAdapter? — A null modem cable crosses Tx/Rx and swaps handshaking signals following a fixed, standard pattern. If the connected device uses a non-standard pinout — for example, proprietary signal assignment or a wiring scheme that deviates from EIA-232 — a standard null modem cable will not produce a working connection. The ProAdapter allows you to configure the exact wiring the device requires. Q: Can the ProAdapter be used with the GageWay Pro? — It depends on which port you're using. If you are connecting a single RS-232 device, you can use the RS-232 multifunction port on the back of the GageWay Pro directly — no Level Converter Cable required. If you need to use the front-panel gage channels with an RS-232 device, the Level Converter Cable (GW-LC) is required, and the ProAdapter then handles any non-standard pinout requirements on the connected device side. Q: How do I verify my ProAdapter pinout configuration is working correctly? — Once you've set the pin assignments and reconnected the device, use ComTestSerial and the steps in our Com Port Testing guide to open the COM port and confirm data is flowing correctly. If you're seeing garbled characters, a comm parameter mismatch is the likely cause — not the pinout. If there's no response at all, double-check the Tx/Rx pin assignments in the ProAdapter. Product Specifications PRO-A-DB9 Specs Connector TypeMale DB9 & Female DB9Wiring MethodPush-pin — no soldering requiredCompatible InterfacesWedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front... A 4-piece DB9 mini adapter kit covering the most common RS-232 serial connection mismatch scenarios. Includes a female-to-female gender changer, male-to-male gender changer, female-to-female null modem adapter, and male-to-male null modem adapter. Connector Type – RS-232 DB9 Included Adapters – (4) Mini DB9 Adapters | Female-to-Female Gender Changer | Male-to-Male Gender Changer | Female-to-Female Null Modem Adapter | Male-to-Male Null Modem Adapter Compatible Interfaces – WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels) Pin Count – 9-pin What Is a DB9 Gender Changer? A gender changer is a compact inline DB9 adapter that changes the physical sex of a connector — male to female or female to male — while passing all 9 signal pins straight-through with no modification to signal routing. Gender changers are used when two cables or device ports physically cannot mate because both terminate in the same connector gender. What Is a DB9 Null Modem Adapter? A null modem adapter functions identically to a null modem cable but in a compact, inline form factor. It crosses the Tx and Rx signal lines (along with associated handshaking) between its two connectors. Inserted at the end of a straight-through cable or between two cables, it produces the same signal crossover as a full null modem cable. Which Adapter Do You Need? The kit covers the four most common RS-232 connection mismatch scenarios in quality and manufacturing environments. If you're not yet sure whether you need a gender changer or a null modem adapter, our RS-232 Interface Guide explains the DCE/DTE distinction and how signal direction determines the correct cable type. ScenarioAdapter Both cables/ports are female, no signal crossover neededMale-to-Male Gender ChangerBoth cables/ports are male, no signal crossover neededFemale-to-Female Gender ChangerBoth cables/ports are female, Tx/Rx must be crossedMale-to-Male Null Modem AdapterBoth cables/ports are male, Tx/Rx must be crossedFemale-to-Female Null Modem Adapter Rather than purchasing separate cables for each scenario, the kit provides all four in one low-cost package — useful for a calibration lab, inspection station setup toolkit, or technician's troubleshooting kit. If none of the four adapter configurations resolve the connection issue, the device likely uses a non-standard or proprietary pinout. In that case, the ProAdapter is the appropriate tool — it allows full custom pin assignment without soldering. Also in the DB9 Cable Family 6' DB9 Serial Extension Cable — Straight-through DB9F to DB9M extension for additional cable reach. DB9 Null Modem Cable — Full 6-foot null modem cable (DB9F to DB9F) when a cable-length solution is preferred over an inline adapter. ProAdapter — Fully reconfigurable RS-232 DB9 pinout adapter for non-standard wiring scenarios. Frequently Asked Questions Q: What is the difference between the gender changers and the null modem adapters in this kit? — Gender changers change the physical connector sex while passing all signals straight-through. Null modem adapters additionally cross the Tx and Rx signal lines — and related handshaking — to allow two DTE devices to communicate directly. Q: Is this kit sufficient for most RS-232 gage interface connection problems? — For standard pinout mismatches involving connector gender or Tx/Rx reversal, yes. If the connected device uses a non-standard or proprietary pinout, the ProAdapter is the appropriate next step. Q: Can I use one of these adapters in combination with the DB9 Null Modem Cable? — Yes. For example, a gender changer from this kit can be used alongside the DB9 Null Modem Cable when the cable gender is also mismatched. Product Specifications CBL-DB9-ADT-KIT Specs Connector TypeRS-232 DB9Included AdaptersFemale-to-Female Gender Changer Male-to-Male Gender ChangerFemale-to-Female Null Modem AdapterMale-to-Male Null Modem AdapterCompatible InterfacesWedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels)Pin Count9-pin A 6-foot, 9-pin RS-232 null modem cable with female DB9 connectors on both ends (DB9F to DB9F). Crosses Transmit and Receive signal lines to allow two DTE devices — such as an RS-232 gage interface and a host PC or SPC data collection system — to communicate directly without a modem. Connector Type – DB9 Female to DB9 Female Length – 6 ft Cable Type – Null Modem — Tx/Rx crossed Compatible Interfaces – WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels) Pin Count – 9-pin What Is a DB9 Null Modem Cable? A null modem cable is a serial cable in which the Transmit (Tx) and Receive (Rx) signal lines — and typically the associated handshaking lines — are crossed between the two connectors. This wiring configuration allows two Data Terminal Equipment (DTE) devices to communicate directly without a modem or protocol converter. Standard straight-through RS-232 cables route each pin to the same pin on the opposite end. When two DTE devices are connected that way, the Tx output of each device connects to the Tx input of the other — and no data flows. A null modem cable resolves this by routing each device's output to the other device's input. For a deeper explanation of DCE/DTE roles, straight-through vs. crossed wiring, and how RS-232 signal flow works, see our RS-232 Interface Guide. When Do You Need a Null Modem Cable? In industrial metrology and SPC data collection setups, a null modem cable is needed when both connected devices present a DTE serial configuration — which is common when connecting an RS-232 gage interface directly to a host computer or data acquisition terminal:WedgeLink AT / WedgeLink SP — Depending on the host-side connection direction, a null modem configuration may be required to establish communication between the WedgeLink and the receiving device. MobileCollect RS-232 Remote — The RS-232 Remote outputs data via a DB9 connector. If the receiving system expects DTE input, a null modem cable is the correct solution. GageWay Pro — When using the DB9 RS-232 output in combination with the Level Converter Cable (GW-LC) to feed data to an external system, a null modem configuration is frequently required. If a gender changer alone doesn't resolve a connection issue and a straight-through cable produces no output, a null modem cable is typically the correct next step. For non-standard or proprietary pinouts where a null modem still doesn't work, see the ProAdapter. Also in the DB9 Cable Family Need a different DB9 connectivity solution? All four accessories are designed to work together with MicroRidge RS-232 gage interfaces:6' DB9 Serial Extension Cable — Straight-through DB9F to DB9M extension when you need additional cable reach. DB9 Adapter Kit — Compact kit with 4 mini adapters covering both gender-change and null modem scenarios, without a full cable. ProAdapter — Custom RS-232 DB9 pinout adapter for non-standard or proprietary wiring configurations. Frequently Asked Questions Q: What is the difference between a null modem cable and a straight-through serial cable? — A straight-through cable maps each pin to the same pin on both ends. A null modem cable crosses Tx and Rx (and related handshaking signals), allowing two DTE devices to communicate directly without a modem in between. Q: Will this cable work with the WedgeLink SP? — Yes. The DB9 Null Modem Cable is compatible with both WedgeLink AT and WedgeLink SP when the connection requires crossed Tx/Rx signal lines. Q: Do I need a Level Converter Cable to use this with a GageWay Pro? — It depends on which port you're using. If you are connecting a single RS-232 device, you can use the RS-232 multifunction port on the back of the GageWay Pro directly — no Level Converter Cable required. If you need to use the front-panel gage channels with an RS-232 device, the Level Converter Cable (GW-LC) is required, and the DB9 Null Modem Cable then connects at the RS-232 output of that assembly. Q: What if a null modem cable doesn't solve my connection problem? — If the connected device uses a non-standard or proprietary pinout, the ProAdapter is the appropriate next step. It allows you to assign any signal to any pin without soldering. Product Specifications DB9-NFF-6 Specs Connector TypeDB9 Female to DB9 FemaleLength6 feetCable TypeNull Modem — Tx/Rx crossedCompatible InterfacesWedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels)Pin Count9-pin Wirelessly connect calipers, micrometers, and other gages that use the Proximity RS-232 connector to your SPC software or data collection application — eliminating manual data entry errors at the point of measurement. This RS-232 V2 Mobile Module connector is used by several gage brands including Sylvac and Fowler/Bowers instruments equipped with a Proximity-style RS-232 data port. Connects to the RS-232 V2 Mobile Module (MC-MM-V2) to bring your gage online with MobileCollect wireless. Transmitter Family - RS-232 V2 Mobile Module Standard Cable Length - 6.5" SKU - MC-V2-54-115-527-6.5 Required Hardware - RS-232 V2 Mobile Module (V2) and MobileCollect Base Read Button - No - reading initiated via configurable command from V2 transmitter Connector IP Rating - N/A Gage Brand - Sylvac, Fowler/Bowers RS-232 V2 Wireless Connector —Proximity Connector The RS-232 V2 Wireless Connector for Proximity-port gages is the interface cable between your RS-232 instrument and the MobileCollect Wireless measurement collection system. The Proximity connector style is used across several gage brands — including Sylvac calipers, Fowler/Bowers calipers, and similar instruments — for RS-232 serial data output. Once connected, measurement data transmits wirelessly from the gage to your SPC software or data collection application, eliminating transcription errors at the source. This connector plugs into the Proximity RS-232 port on the gage and attaches to the RS-232 V2 Mobile Module (MC-MM-V2) transmitter. The transmitter handles the full wireless link to a MobileCollect Base receiver on your PC or workstation, delivering measurement data to any SPC software or data collection application that monitors a COM port or accepts keyboard entry. Compatible Gage Brands and Models The MC-V2-54-115-527 connector is compatible with gages from several brands that utilize the Proximity-style RS-232 port for SPC data output, including Sylvac and Fowler/Bowers instruments. Verify your instrument has a Proximity-style RS-232 SPC output port before ordering. Not sure this is the right connector for your gage? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. The RS-232 V2 Mobile Module — Taking RS-232 Gages Wireless The RS-232 V2 Mobile Module (MC-MM-V2) is purpose-built for RS-232 gages that need to move — handheld thickness gages, portable protractors, and other instruments that travel with the operator or the part. It takes your RS-232 gage wireless without replacing it, connecting via this cable and transmitting measurement data to a MobileCollect Base receiver on your PC, where it's available to any SPC software or data collection application. What sets the RS-232 V2 apart is configurable command output. Many RS-232 gages won't broadcast a reading until they receive a command string — with the RS-232 V2 Mobile Module, you program that command into the transmitter so readings can be triggered directly from the module. No button on the gage, no operator reaching across the fixture. Other Versions of This Cable OEM SPC RS-232 Cable — Proximity Connector 54-115-527 — For wired RS-232 connections to WedgeLink, MobileCollect RS-232 Remote, and GageWay Pro via the multifunction serial port or front channels with a Level Converter Cable. Note: due to the voltage requirements of the Proximity connector, the wireless V2 connector is the only MobileCollect wireless option for this gage type — the M3 and DC connectors are not compatible. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform. It does not lock you into a single gage manufacturer or measurement type. Whether your floor runs Mitutoyo protractors alongside Olympus thickness gages, Mahr micrometers, or Starrett indicators, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. Product Specifications MC-V2-54-115-527-6. 5 Specs Transmitter FamilyRS-232 V2 Mobile Module (V2)Standard Cable Length6. 5 inchesSKUMC-V2-54-115-527-6. 5Required HardwareRS-232 V2 Mobile Module (V2) & MobileCollect BaseRead ButtonNoIP RatingN/AGage BrandSylvac, Fowler/Bowers Wirelessly connect Fowler/Bowers and Sylvac instruments that use a battery-compartment RS-232 interface to your SPC software or data collection application. The MC-V2-54-115-444 Power & Data Gage Cable serves a dual function: it establishes the RS-232 data link between the gage and the RS-232 V2 Mobile Module (MC-MM-V2), and it supplies operating power to the gage directly from the Mobile Module — eliminating the gage's internal battery. No gage battery required while connected. Transmitter Family - RS-232 V2 Mobile Module Standard Cable Length - 6.5" SKU - MC-V2-54-115-444-6.5 Required Hardware - RS-232 V2 Mobile Module (V2) and MobileCollect Base Read Button - No - reading initiated via configurable command from V2 transmitter Connector IP Rating - N/A Gage Brand - Sylvac, Fowler/Bowers RS-232 V2 Wireless Connector — Fowler RS-Power & Data Gage Cable The RS-232 V2 Power & Data Gage Cable is a combined power and data interface between compatible Fowler/Bowers and Sylvac instruments and the MobileCollect Wireless measurement collection system. Unlike standard RS-232 connector cables that only carry data, this cable connects into the gage's battery compartment and carries both the RS-232 data signal and the operating power supply simultaneously. The result is a gage that is simultaneously connected to MobileCollect and powered by the RS-232 V2 Mobile Module — with no internal gage battery required while in use. Measurement data transmits wirelessly from the gage to your SPC software or data collection application, eliminating manual data entry errors at the point of measurement. The RS-232 V2 Mobile Module (MC-MM-V2) handles the full wireless link to a MobileCollect Base receiver on your PC or workstation, where data is available to any SPC software or data collection application that monitors a COM port or accepts keyboard entry. How the Power & Data Connection Works To use this cable, remove the battery from the gage and plug the cable into the battery compartment. The RS-232 V2 Mobile Module then supplies operating power to the gage through the cable for the duration of the measurement session. When the Mobile Module is active, the gage is powered. When the Mobile Module goes to sleep (auto power-off), power is removed from the gage as well. The gage powers down with the transmitter and returns to normal operation when the Mobile Module wakes. This design is specific to instruments that expose both their RS-232 data lines and their power input through the battery compartment — a configuration found on select Fowler/Bowers and Sylvac instruments. Do not attempt to use this cable on gages where the battery compartment is not configured for RS-232 power and data I/O, as damage to the instrument may result. Use the MobileCollect Selection Tool to verify compatibility before ordering. Compatible Gages with RS-Power Cable The MC-V2-54-115-444 Power & Data Gage Cable is compatible with the following instruments:Fowler/Bowers Pistol GripsFowler/Bowers Electronic HolemikesSylvac Quadra Test Electronic IndicatorsSylvac Mini Resistant Electronic IndicatorNot sure this is the correct cable for your instrument? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. The RS-232 V2 Mobile Module — Taking RS-232 Gages Wireless The RS-232 V2 Mobile Module (MC-MM-V2) is purpose-built for RS-232 gages that need to move — handheld thickness gages, portable protractors, and other instruments that travel with the operator or the part. It takes your RS-232 gage wireless without replacing it, connecting via this cable and transmitting measurement data to a MobileCollect Base receiver on your PC, where it's available to any SPC software or data collection application. What sets the RS-232 V2 apart is configurable command output. Many RS-232 gages won't broadcast a reading until they receive a command string — with the RS-232 V2 Mobile Module, you program that command into the transmitter so readings can be triggered directly from the module. No button on the gage, no operator reaching across the fixture. Other Versions of This Cable OEM SPC RS-232 Cable — Power & Data 54-115-444 — For wired RS-232 connections to WedgeLink, MobileCollect RS-232 Remote, and GageWay Pro via the multifunction serial port or front channels with a Level Converter Cable. Note: the same battery removal requirement applies when using this cable. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform. It does not lock you into a single gage manufacturer or measurement type. Whether your floor runs Mitutoyo protractors alongside Olympus thickness gages, Mahr micrometers, or Starrett indicators, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. Product Specifications MC-V2-54-115-444-6. 5 Specs Transmitter FamilyRS-232 V2 Mobile Module (V2)Standard Cable Length6. 5 inchesSKUMC-V2-54-115-444-6. 5Required HardwareRS-232 V2 Mobile Module (V2)... Wirelessly connect your Starrett digital caliper or micrometer to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Starrett gages that use the PT22938 SPC data cable. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 3.5″ (recommended for Starrett 721 & 723 calipers) | 6.5″ (recommended for Starrett 731 & 733 micrometers) SKU - MC-M3-PT22938-3.5 (3.5") | MC-M3-PT22938-6.5 (6.5") Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - Yes Connector IP Rating - N/A Gage Brand - Starrett M3 Wireless Connector — Starrett PT22938 The M3 Wireless Connector for Starrett PT22938 gages is the link between your Starrett digital caliper or micrometer and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your gage's SPC output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace the standard Starrett PT22938 SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Compatible Starrett Gages This connector is designed for Starrett digital instruments that use the PT22938 SPC data cable, including:Series 721 & 723 Digital Calipers (recommend 3. 5″ cable length)Series 731 & 733 Digital Micrometers (recommend 6. 5″ cable length)Not sure if your Starrett gage uses the PT22938 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the PT22938 cable/connector for other transmitters in the MobileCollect family:DC Connector — Starrett PT22938 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-PT22938-3. 5 | MC-M3-PT22938-6. 5 Specs Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E TransmittersStandard Cable Length3. 5″ (recommended for Starrett 721 & 723 calipers) | 6. 5″ (recommended for Starrett 731 & 733 micrometers)SKUMC-M3-PT22938-3. 5 | MC-M3-PT22938-6. 5Required HardwareMini Mobile Module EVO (M3E) & MobileCollect BaseRead ButtonYesIP RatingN/AGage BrandStarrett Wirelessly connect your Starrett 2900 Series digital indicator to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for the Starrett 2900 Series indicator. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your indicator online with MobileCollect. Note: This is a custom connector and is non-cancellable and non-returnable. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-2900SCM-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - Yes Connector IP Rating - IP67 Gage Brand - Starrett M3 Wireless Connector — Starrett 2900 Series The M3 Wireless Connector for the Starrett 2900 Series indicator is the link between your Starrett digital indicator and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the indicator to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your Starrett 2900 indicator's data output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace a standard wired SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Custom Connector — Please Verify Before Ordering This is a custom-built connector designed specifically for the Starrett 2900 Series and is non-cancellable and non-returnable. Please verify this is the correct connector for your indicator before ordering. Use the MobileCollect Selection Tool to confirm, or contact sales@microridge. com if you need help identifying the right cable. Other Versions of This Cable MicroRidge also offers the 2900 Series cable/connector for other transmitters the MobileCollect family:DC Connector — Starrett 2900 Series — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-2900SCM-6. 5 Specs Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E TransmittersStandard Cable Length6. 5 inchesSKUMC-M3-2900SCM-6. 5Required HardwareMini Mobile Module EVO (M3E) & MobileCollect BaseRead ButtonYesIP RatingIP67Gage BrandStarrett Wirelessly connect your Ono Sokki digital indicator to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module (M3) connector for Ono Sokki digital indicators. Pairs with the Mini Mobile Module M3 transmitter to bring your indicator online with MobileCollect. Important: The Ono Sokki connector requires a legacy Mini Mobile Module M3 transmitter and is not compatible with the Mini Mobile Module M3E. Contact sales@microridge.com before ordering. Transmitter Family - Legacy - Mini Mobile Module (M3) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Only Compatible with Legacy M3 Transmitters Standard Cable Length - 6.5" SKU - MC-M3-AA-963B-6.5 Required Hardware - Mini Mobile Module (M3) and MobileCollect Base Read Button - No Connector IP Rating - N/A Gage Brand - Ono Sokki M3 Wireless Connector — Ono Sokki Digital Indicator Cable The M3 Wireless Connector for Ono Sokki digital indicators is the link between your Ono Sokki instrument and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the indicator to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your Ono Sokki indicator's data output port and plugs into a Mini Mobile Module (M3) transmitter — together, they replace a standard wired SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module to a MobileCollect Base receiver connected to your PC or data collection workstation. Not sure if this is the right connector for your Ono Sokki indicator? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages, or contact sales@microridge. com. Other Versions of This Cable MicroRidge also offers the 963B cable/connector for the GageWay product family: OEM SPC Cable — Ono Sokki 963B — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module transmitter (MC-MM-M3) and a MobileCollect Base Receiver. Product Specifications MC-M3-AA-963B-6. 5 Specs Transmitter Family Mini Mobile Module (M3) Standard Cable Length 6. 5 inches SKU MC-M3-AA-963B-6. 5 Required Hardware Mini Mobile Module (M3) & MobileCollect Base Read Button No IP Rating N/A Gage Brand Ono Sokki Wirelessly connect your Mitutoyo Digimatic caliper, depth gage, or linear scale to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mitutoyo gages that use the standard 959149 SPC cable. Connects to the Mini Mobile Module EVO (M3E) transmitter to bring your gage online with MobileCollect. Built-in data send button. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 3.5" SKU - MC-M3-959149-3.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - Yes Connector IP Rating - N/A Gage Brand - Mitutoyo M3 Wireless Connector — Mitutoyo 959149 The M3 Wireless Connector for Mitutoyo 959149 gages is the link between your Mitutoyo Digimatic caliper, depth gage, or linear scale and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your gage's Digimatic output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace the standard Mitutoyo 959149 SPC cable with a compact wireless setup. A built-in data send button lets operators trigger readings at the point of measurement, and each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Works With Your Existing Mitutoyo Gages The MC-M3-959149 is compatible with a wide range of Mitutoyo Digimatic instruments that use the 959149 cable connection, including:Series 500 Absolute Digimatic Calipers (500-170-32, 500-171-32, 500-172-32 and others)Series 571 Digimatic Depth GagesSeries 572 Digimatic Linear ScalesNot sure if your gage uses the 959149 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 959149 cable/connector for other systems in the MobileCollect and GageWay product families:DC Connector — Mitutoyo 959149 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Mitutoyo 959149 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-959149-3. 5 Specs Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E TransmittersStandard Cable Length3. 5 inchesSKUMC-M3-959149-3. 5Required HardwareMini Mobile Module EVO (M3E) & MobileCollect BaseRead ButtonYesIP RatingN/AGage BrandMitutoyo Wirelessly connect your legacy Mitutoyo Digimatic micrometer or other instrument with a 2×3 round connector to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mitutoyo gages that use the round 937387 2×3 gage cable. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. Transmitter Family - Mini Mobile Module EVO (M3E) Standard Cable Length - 6.5" SKU - MC-M3-937387-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No, Readings Initiated on Mini Mobile Module EVO (M3E) Connector IP Rating - N/A Gage Brand - Mitutoyo M3 Wireless Connector — Mitutoyo 937387 The M3 Wireless Connector for Mitutoyo 937387 gages is the link between your legacy Mitutoyo Digimatic micrometer and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your gage's round 2×3 Digimatic output and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace the standard Mitutoyo 937387 SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Legacy Mitutoyo Gage Support The 937387 round 2×3 connector is found on older-generation Mitutoyo Digimatic micrometers and other legacy instruments. Many shops still rely on these proven gages — and there's no reason to replace them just to gain wireless data collection capability. This M3 connector brings your existing legacy Mitutoyo instruments into a modern wireless SPC workflow without replacing the gages themselves. All non-IP65 Digimatic Outside Micrometers (Series 293 standard, QuickMike, and others with the round 6-pin connector)Series 568 Borematic Three-Point Internal Micrometers (568-XXX)Series 468 Holtest Three-Point Internal Micrometers (468-2XX, 468-9XX)Not sure if your gage uses the 937387 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 937387 cable/connector for other systems in the MobileCollect and GageWay product families:DC Connector — Mitutoyo 937387 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Mitutoyo 937387 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-937387-6. 5 Specs Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and... Wirelessly connect your Mitutoyo Digimatic gage with a 2×5 10-pin connector to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mitutoyo gages that have the 936937 2×5 Digimatic 10-pin output directly on the gage body. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. If you have a Mitutoyo ID-H or ID-F externally powered indicator, purchase the EP version of this connector — the EP version isolates the Mini Mobile Module EVO from the gage's external power source, preventing voltage feedback that would significantly reduce transmitter battery life. Not sure which version you need? Contact MicroRidge at sales@microridge.com and we'll verify you're getting the right connector and transmitter setup for your specific gage. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-936937-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No, Readings Initiated on Mini Mobile Module EVO (M3E) or Gage Connector IP Rating - N/A Gage Brand - Mitutoyo M3 Wireless Connector — Mitutoyo 936937 The M3 Wireless Connector for Mitutoyo 936937 gages is the link between your Mitutoyo gage with a 2×5 Digimatic 10-pin connector and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector plugs directly into the 2×5 Digimatic 10-pin output on your gage body and connects to a Mini Mobile Module EVO (M3E) transmitter — together, they give your gage a compact wireless SPC connection. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. 2×5 Digimatic 10-Pin Connection The 936937 connector interface is a 2×5 (two row, five pin) Digimatic output found directly on certain Mitutoyo gage bodies. This is a different form factor than the flat cable connectors used on calipers and micrometers — it's common on gages where the Digimatic output is built into the instrument rather than accessed through a separate SPC cable. Note: If you have a Mitutoyo ID-H or ID-F external powered indicator, contact sales@microridge. com directly — these instruments require a specialized configuration. Series 543 Digimatic Indicators with 10-Pin Output (543-5XX)Series 518 Linear Height Gages (518-3XX)Series 519 MU-Checkers (519-4XX, 519-621A)Not sure if your gage uses the 936937connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Using a Series 543 Indicator with External Power? Some Mitutoyo 543 series indicators are powered by an external power supply rather than an internal battery. On these externally powered gages, voltage from the power supply can feed back through the data connector into the Mini Mobile Module EVO, significantly reducing its battery life. The MC-M3-936937-EP-6. 5 is designed specifically for this situation — it isolates the Mini Mobile Module EVO from the gage's external power source, preserving normal battery life. If your 543 series indicator plugs into a wall adapter or receives power from a fixture, use the EP version. If your indicator runs on its own internal battery, the standard MC-M3-936937-6. 5 is the correct connector. Other Versions of This Cable MicroRidge also offers the 936937 cable/connector for other systems in the MobileCollect and GageWay product families:DC Connector — Mitutoyo 936937 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Mitutoyo 936937 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini... Wirelessly connect your Mitutoyo Digimatic indicator to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mitutoyo gages that use the standard 905338 SPC cable. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. No data send button on this connector — readings are triggered from the Mini Mobile Module EVO. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-905338-6.5 Required Hardware - Mini Mobile Module EVO (M3) and MobileCollect Base Read Button - No, Readings Initiated on Mini Mobile Module EVO (M3E) Connector IP Rating - N/A Gage Brand - Mitutoyo M3 Wireless Connector — Mitutoyo 905338 The M3 Wireless Connector for Mitutoyo 905338 gages is the link between your Mitutoyo Digimatic indicator and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your indicator's Digimatic output port and plugs into a Mini Mobile Module EVO (M3) transmitter — together, they replace the standard Mitutoyo 905338 SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Note: this connector does not include a data send button — readings are triggered from the Mini Mobile Module EVO. Works With Your Existing Mitutoyo Gages The MC-M3-905338 is compatible with Mitutoyo Digimatic indicators that use the 905338 straight cable connection. This is the standard SPC cable used on many popular Mitutoyo Digimatic indicators. Series 543 Absolute Digimatic Indicators / ID-C (543-400, 543-402, 543-472B, 543-492B and others) Series 575 Digimatic Indicators Series 572 Digimatic Scale Units Not sure if your gage uses the 905338 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Need a right angle connector for tight setups? See the MC-M3-905691 90° version. Have a New Mitutoyo ID-C or ID-F Indicator? If you purchased a Mitutoyo ID-C or ID-F indicator from the 543-70X, 543-71X, 543-72X, or 543-73X series (introduced in 2023), this is not the correct connector. Those updated NX-series indicators replaced the Type F SPC port with Mitutoyo's new Type SF connector, which supports the higher-resolution Digimatic D2 and bidirectional S1 protocols. You'll need the 06AGL011 cable — see the M3 Connector for Mitutoyo 06AGL011 instead. For a full breakdown of what changed and how to identify which connector your indicator has, read our complete guide to Mitutoyo's SPC cable transitions. The connector on this page (905338) is for all pre-2023 ID-C and ID-F indicators, as well as height gages (570 series), depth gages, scale units (572 series), and thickness gages that continue to use the original Type F connector. Need a Data Send Button on the Cable? The 905338 connector does not include a built-in data send button — readings are triggered from the Mini Mobile Module EVO. If your application requires a button on the cable to trigger readings at the gage — common with indicators mounted in fixtures, installed in automated inspection stations, or used in repetitive go/no-go checks where operators need one-handed data capture — you can use the 959149 connector (straight) or the 04AZB512 connector (right angle) on the same Digimatic output port. Both include a built-in data send button and are compatible with the indicators that use the 905338 cable. Note: If using a height gage contact sales@microridge. com to verify 949149 / 04AZB512 connector compatibility. Other Versions of This Cable MicroRidge also offers the 905338 cable/connector for other systems in the MobileCollect and GageWay product families: DC Connector — Mitutoyo 905338 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Mitutoyo 905338 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside... Wirelessly connect your Mitutoyo dust and waterproof Digimatic indicator to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for specific Mitutoyo indicators that use the 21EAA194 dust and waterproof cable. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-21EAA194-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No Connector IP Rating - IP66 Gage Brand - Mitutoyo M3 Wireless Connector — Mitutoyo 21EAA194 The M3 Wireless Connector for Mitutoyo 21EAA194 gages is the link between your Mitutoyo dust and waterproof Digimatic indicator and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your indicator's Digimatic output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace the standard Mitutoyo 21EAA194 SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Designed for Harsh Environments The 21EAA194 cable is purpose-built for Mitutoyo's dust and waterproof indicator line. If your measurement workflow takes place in environments with airborne particulates, coolant splash, washdown procedures, or other contamination risks, this connector maintains the environmental protection your indicator was designed for while adding wireless data transmission capability. The Mini Mobile Module EVO transmitter itself is not IP rated, but we see very few failures in the field in wet environments. The most common issue over time is that certain cutting fluids and industrial chemicals can cause the cable to become brittle with prolonged exposure. If your application involves heavy coolant contact, contact us at support@microridge. com to discuss best practices for your environment. Series 543 ID-N Absolute Digimatic Indicators, IP66 (543-571, 543-572, 543-576 and others)Series 543 ID-B Back Plunger Digimatic Indicators, IP66 (543-586 and others)Not sure if your gage uses the 21EAA194 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 959149 cable/connector for other systems in the MobileCollect and GageWay product families:DC Connector — Mitutoyo 21EAA194 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Mitutoyo 21EAA194 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the... Wirelessly connect your Mitutoyo coolant proof Digimatic micrometer to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mitutoyo gages that use the 05CZA662 coolant proof micrometer cable. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. Built-in data send button. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-05CZA662-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - Yes Connector IP Rating - IP65 Gage Brand - Mitutoyo M3 Wireless Connector — Mitutoyo 05CZA662 The M3 Wireless Connector for Mitutoyo 05CZA662 gages is the link between your Mitutoyo coolant proof Digimatic micrometer and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your micrometer's Digimatic output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace the standard Mitutoyo 05CZA662 SPC cable with a compact wireless setup. A built-in data send button lets operators trigger readings at the point of measurement, and each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Designed for Wet Machining Environments The 05CZA662 cable is purpose-built for Mitutoyo's coolant proof micrometer line. If your measurement workflow involves gages exposed to coolant, oil, or cutting fluids, this connector maintains the environmental protection your micrometer was designed for while adding wireless data transmission capability. The Mini Mobile Module EVO transmitter itself is not IP rated, but we see very few failures in the field in wet environments. The most common issue over time is that certain cutting fluids and industrial chemicals can cause the cable to become brittle with prolonged exposure. If your application involves heavy coolant contact, contact us at support@microridge. com to discuss best practices for your environment. Series 293 Coolant Proof IP65 Digimatic Micrometers (293-340-30, 293-341-30, 293-342-30 and others) including QuantuMike and QuickMikeSeries 331 IP65 Spline MicrometersSeries 342 IP65 Point MicrometersNot sure if your gage uses the 05CZA662 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Have a New MDE QuantuMike? If you purchased a Mitutoyo MDE QuantuMike (introduced in 2024), this is not the correct connector. The new MDE QuantuMike uses the 06AGL111 cable with Mitutoyo's S1 connector and Digimatic D2 protocol. See the M3 Connector for Mitutoyo 06AGL111 instead. For a deeper explanation of what changed and why, read our complete guide to Mitutoyo's SPC cable transitions. The connector on this page (05CZA662) is for the previous generation QuantuMike and other coolant proof micrometers in the Series 293 family. Other Versions of This Cable MicroRidge also offers the 05CZA662 cable/connector for other systems in the MobileCollect and GageWay product families:DC Connector — Mitutoyo 05CZA662 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Mitutoyo 05CZA662 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into... Wirelessly connect your Mitutoyo coolant proof Digimatic caliper to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mitutoyo gages that use the 05CZA624 coolant proof caliper cable. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. Built-in data send button. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 3.5" SKU - MC-M3-05CZA624-3.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - Yes Connector IP Rating - IP67 Gage Brand - Mitutoyo M3 Wireless Connector — Mitutoyo 05CZA624 The M3 Wireless Connector for Mitutoyo 05CZA624 gages is the link between your Mitutoyo coolant proof Digimatic caliper and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your caliper's Digimatic output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace the standard Mitutoyo 05CZA624 SPC cable with a compact wireless setup. A built-in data send button lets operators trigger readings at the point of measurement, and each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Designed for Wet Machining Environments The 05CZA624 cable is purpose-built for Mitutoyo's coolant proof caliper line — distinct from the standard 959149 cable used on non-coolant-proof calipers. If your measurement workflow involves calipers exposed to coolant, oil, or cutting fluids, this connector maintains the IP67-level protection your caliper was designed for while adding wireless data transmission capability. The Mini Mobile Module EVO transmitter itself is not IP rated, but we see very few failures in the field in wet environments. The most common issue over time is that certain cutting fluids and industrial chemicals can cause the connector cable to become brittle with prolonged exposure. If your application involves heavy coolant contact, contact us at support@microridge. com to discuss best practices for your environment. Series 500 Coolant Proof IP67 Absolute Digimatic Calipers (500-68X, 500-76X, 500-78X)Series 571 Coolant Proof IP67 Digimatic Depth GagesSeries 572 Coolant Proof IP67 Digimatic Scale Units (572-61X)Not sure if your gage uses the 05CZA624 connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 05CZA624 cable/connector for other systems in the MobileCollect and GageWay product families:DC Connector — Mitutoyo 05CZA624 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Mitutoyo 05CZA624 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement... Wirelessly connect your Mahr Federal gage to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mahr Federal gages with the 4-pin female SPC output. Compatible gage families include Digimar height gages, MarCator indicators, Millimess comparators, and µMaxum II. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. Mahr Pocket Surf IV Users: The Mahr Pocket Surf IV requires a legacy Mini Mobile Module M3 transmitter and is not compatible with the Mini Mobile Module M3E. Contact sales@microridge.com before ordering. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-434602N-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No Connector IP Rating - N/A Gage Brand - Mahr Federal M3 Wireless Connector — Mahr Federal 434602 The M3 Wireless Connector for Mahr Federal 4-pin gages is the link between your Mahr Federal instrument and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector features a 4-pin female plug that connects directly to your gage's data output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace a standard wired SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Works With Your Existing Mitutoyo Gages This connector works with a broad range of Mahr Federal instruments that use the 4-pin female connector, including but not limited to:Digimar Digital Height GagesMarCator Digital IndicatorsMillimess Digital ComparatorsµMaxum II (note: the original µMaxum uses a different 7-pin connector — see the µMaxum gage cable instead)Not sure if your Mahr Federal gage uses the 4-pin connector? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 434602 cable/connector for other systems in the MobileCollect and GageWay product families:DC Connector — Mahr Federal 434602 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Digimatic Cable — Mahr Federal 4346021 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. OEM SPC RS-232 Cable — Mahr Federal 4346020 — For wired RS-232 connections to WedgeLink, MobileCollect RS-232 Remote, and GageWay Pro via the multifunction serial port or front channels with a Level Converter Cable. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-434602N-6. 5 Specs Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready |... Wirelessly connect your Mahr Federal caliper, depth gage, or other Mahr Federal instrument to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mahr Federal gages with the standard SPC output. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. Built-in data send button. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 3.5″ (recommended for calipers) | 6.5″ (recommended for other Mahr Federal gages) SKU - MC-M3-4102915-3.5 (3.5") | MC-M3-4102915-6.5 (6.5") Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - Yes Connector IP Rating - N/A Gage Brand - Mahr Federal M3 Wireless Connector — Mahr Federal The M3 Wireless Connector for Mahr Federal gages is the link between your Mahr Federal caliper, depth gage, or other Mahr Federal instrument and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your gage's SPC output port and plugs into a Mini Mobile Module (M3) transmitter — together, they replace a standard wired SPC cable with a compact wireless setup. A built-in data send button lets operators trigger readings at the point of measurement, and each reading transmits wirelessly from the Mini Mobile Module to a MobileCollect Base receiver connected to your PC or data collection workstation. Two Length Options This connector is available in two lengths. The 3. 5″ length is recommended for Mahr Federal calipers where a shorter cable keeps the module compact and out of the way. The 6. 5″ length is recommended for depth gages and other Mahr Federal instruments where additional reach is needed. Not sure if this is the right connector for your Mahr Federal gage? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 959149 cable/connector for other systems in the MobileCollect and GageWay product families: DC Connector — Mahr Federal 4102915 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Digimatic Cable — Mahr Federal 4102915 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. OEM SPC RS-232 Cable — Mahr Federal 4102410 — For wired RS-232 connections to WedgeLink, MobileCollect RS-232 Remote, and GageWay Pro via the multifunction serial port or front channels with a Level Converter Cable. Includes a data send button. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module transmitter (MC-MM-M3) and a MobileCollect Base Receiver. Product Specifications MC-M3-4102915-3. 5 | MC-M3-4102915-6. 5 Specs Transmitter Family Mini Mobile Module (M3) Standard Cable Length 3. 5″ (recommended for calipers) | 6. 5″ (recommended for other Mahr Federal gages) SKU MC-M3-4102915-3. 5 (3. 5″) | MC-M3-4102915-6. 5 (6. 5″) Required Hardware Mini Mobile Module (M3) & MobileCollect Base Read Button No active data send button on this cable — trigger readings from the read button on the Mini Mobile Module transmitter. IP Rating N/A Gage Brand Mahr Fedral Wirelessly connect your Mahr Federal µMaxum gage to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for Mahr Federal µMaxum gages with the 7-pin male connector. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. Important: This connector does not work with Mahr Federal µMaxum II gages — the µMaxum II uses a different connector. See the Mahr Federal 4-pin gage cable for µMaxum II compatibility. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-FED-MICRO-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No Connector IP Rating - N/A Gage Brand - Mahr Federal M3 Wireless Connector — Mahr Federal µMaxum The M3 Wireless Connector for Mahr Federal µMaxum gages is the link between your µMaxum instrument and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector features a 7-pin male plug that connects directly to the µMaxum's data output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace a standard wired SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. µMaxum vs. µMaxum II — Different Connectors The original Mahr Federal µMaxum uses a 7-pin male connector — that's what this cable is designed for. The newer µMaxum II uses a different 4-pin female connector and requires the Mahr Federal 4-pin gage cable instead. If you're unsure which µMaxum version you have, check the connector on your gage or use the MobileCollect Selection Tool to verify. Other Versions of This Cable MicroRidge also offers the Mahr Federal µMaxum cable/connector for other systems in the MobileCollect and GageWay product families: DC Connector — Mahr Federal µMaxum — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Mahr Federal µMaxum — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports: Standard SPC measurement output Compatible with Mini Mobile Module M3E transmitter Compatible with Mini Mobile Module M3 transmitter (retired) TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026) See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-FED-MICRO-6. 5 Specs Transmitter Family Mini Mobile Module EVO (M3E) M3 Cable/Connector Variant M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length 6. 5 inches SKU MC-M3-FED-MICRO-6. 5 Required Hardware Mini Mobile Module EVO (M3E) & MobileCollect Base Read Button No IP Rating N/A Gage Brand Mahr Federal Wirelessly connect your Kroeplin gage to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector and interface adapter kit for Kroeplin gages. This product includes both the gage cable and the interface adapter required for the connection. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your gage online with MobileCollect. Need a replacement adapter or cable only? Contact sales@microridge.com. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-22806-MIT-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No Connector IP Rating - N/A Gage Brand - Kroeplin M3 Wireless Connector — Kroeplin 22806-MIT Interface Adapter & Gage Cable The M3 Wireless Connector for Kroeplin gages is the link between your Kroeplin instrument and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. Unlike most M3 connectors which plug directly into a gage's SPC output, the Kroeplin connection requires both a gage cable and an interface adapter. This product includes both components. The adapter converts the Kroeplin signal to a format compatible with the Mini Mobile Module EVO (M3E) transmitter, and each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Includes Cable and Adapter This product ships as a complete kit with both the gage cable and the interface adapter. If you need a replacement interface adapter or gage cable individually (not the full kit), contact sales@microridge. com. Not sure if this is the right connector for your Kroeplin gage? Use the MobileCollect Selection Tool to verify, or contact sales@microridge. com for assistance. Other Versions of This Cable MicroRidge also offers the Kroeplin 22806-MIT cable/connector for other systems in the MobileCollect and GageWay product families:DC Connector — Kroeplin 22806-MIT — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — Kroeplin 22806-MIT — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. Product Specifications MC-M3-22806-MIT-6. 5 Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E TransmittersStandard Cable Length6. 5 inchesSKUMC-M3-22806-MIT-6. 5Required HardwareMini Mobile Module EVO (M3E) & MobileCollect BaseRead ButtonNoIP RatingN/AGage BrandKroeplin Wirelessly connect your INSIZE digital indicator to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for INSIZE digital indicators. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your indicator online with MobileCollect. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-7306-40-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No Connector IP Rating - N/A Gage Brand - INSIZE M3 Wireless Connector — INSIZE Indicators Cable The M3 Wireless Connector for INSIZE indicators is the link between your INSIZE digital indicator and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the indicator to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your INSIZE indicator's data output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace a standard wired SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Not sure if this is the right connector for your INSIZE indicator? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-7306-40-6. 5 Specs Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E TransmittersStandard Cable Length6. 5 inchesSKUMC-M3-7306-40-6. 5Required HardwareMini Mobile Module EVO (M3E) & MobileCollect BaseRead ButtonNoIP RatingN/AGage BrandINSIZE Wirelessly connect your INSIZE 2-button digital micrometer to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for the INSIZE micrometer with the 2-button configuration. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your micrometer online with MobileCollect. Important: Not for use with the INSIZE 3-button micrometer — contact sales@microridge.com for 3-button compatibility. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-7306-30A-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No Connector IP Rating - N/A Gage Brand - INSIZE M3 Wireless Connector — INSIZE 2 Button Micrometer The M3 Wireless Connector for the INSIZE 2-button micrometer is the link between your INSIZE digital micrometer and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the micrometer to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your micrometer's data output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace a standard wired SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. 2-Button vs. 3-Button INSIZE Micrometers This connector is specifically designed for the INSIZE micrometer with the 2-button configuration and will not work with the 3-button version. The button count refers to the buttons on the micrometer body — check your instrument before ordering. If you're unsure which version you have, contact sales@microridge. com or use the MobileCollect Selection Tool to verify. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-7306-30A-6. 5 Specs Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E TransmittersStandard Cable Length6. 5 inchesSKUMC-M3-7306-30A-6. 5Required HardwareMini Mobile Module EVO (M3E) & MobileCollect BaseRead ButtonNoIP RatingN/AGage BrandINSIZE Wirelessly connect your digital caliper with a Micro USB data output to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for calipers that utilize a Micro USB connector for SPC data output. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your caliper online with MobileCollect. Important: Not for use with the INSIZE 1103 series calipers. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 4.0" SKU - MC-M3-7306-20MU-4.0 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No Connector IP Rating - N/A Gage Brand - INSIZE M3 Wireless Connector — INSIZE Micro USB Cable The M3 Wireless Connector for INSIZE Micro USB gages is the link between your digital caliper and the MobileCollect Wireless measurement collection system. This connector is designed for INSIZE calipers that use a Micro USB port as their SPC data output — a connector type increasingly common on budget-friendly digital calipers from INSIZE. Once connected, measurement data transmits wirelessly from the caliper to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector plugs into your caliper's Micro USB port and connects to a Mini Mobile Module EVO (M3E) transmitter — together, they replace a standard wired USB data cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Compatibility Note This connector works with INSIZE calipers that use a standard Micro USB connector for SPC data output. It is not compatible with the INSIZE 1103 series calipers, which use a different data interface. If you're unsure whether your caliper's Micro USB port supports SPC data output, contact sales@microridge. com or use the MobileCollect Selection Tool to verify. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-7306-20MU-4. 0 Specs Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E TransmittersStandard Cable Length4. 0 inchesSKUMC-M3-7306-20MU-4. 0Required HardwareMini Mobile Module EVO (M3E) & MobileCollect BaseRead ButtonNoIP RatingN/AGage BrandINSIZE Wirelessly connect your Fowler, Sylvac, or other gage that uses the Simplex Opto cable to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for gages that utilize the Simplex Opto SPC cable. Several different gage manufacturers use this cable type. Pairs with the M3E transmitter to bring your gage online with MobileCollect. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 3.5″ (recommended for calipers) | 6.5″ (recommended for all other gages) SKU - MC-M3-54-115-333-3.5 (3.5") | MC-M3-54-115-333-6.5 (6.5") Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No Connector IP Rating - N/A Gage Brand - Fowler Sylvac M3 Wireless Connector — Fowler/Sylvac Simplex Opto Cable - 54-115-333 The M3 Wireless Connector for Simplex Opto gages is the link between your Fowler, Sylvac, or other Simplex Opto-equipped instrument and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your gage's Simplex Opto data output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace a standard wired Simplex Opto SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Multi-Brand Compatibility The Simplex Opto cable interface is used across several gage manufacturers, not just Fowler and Sylvac. If your gage uses the Simplex Opto connection — regardless of the brand — this connector will work. Available in two lengths: 3. 5″ (recommended for calipers) and 6. 5″ (recommended for all other gage types). Not sure if your gage uses the Simplex Opto interface? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages. Other Versions of This Cable MicroRidge also offers the 54-115-333 cable/connector for other systems in the MobileCollect and GageWay product families:DC Connector — Fowler Sylvac Simplex 54-115-33 — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC RS-232 Cable — Fowler Sylvac Simplex 54-115-33 — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-54-115-333-3. 5 | MC-M3-54-115-333-6. 5 Specs Transmitter FamilyMini Mobile Module EVO (M3E)M3 Cable/Connector VariantM3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E TransmittersStandard Cable Length3. 5″ (recommended for calipers) | 6. 5″ (recommended for all other gages)SKUMC-M3-54-115-333-3. 5 | MC-M3-54-115-333-6.... Wirelessly connect your TruPosition digital probe to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for TruPosition probes that use Mitutoyo caliper read units for true position hole location verification. The output format from this cable is Mitutoyo Digimatic compatible. Pairs with the Mini Mobile Module EVO M3E transmitter to bring your probe online with MobileCollect. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 8.0" SKU - MC-M3-TRU-POS-8 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No Connector IP Rating - N/A Gage Brand - TruPosition M3 Wireless Connector — TruPosition Gage Cable The M3 Wireless Connector for TruPosition probes is the link between your TruPosition digital true position probe and the MobileCollect Wireless measurement collection system. TruPosition probes are portable handheld instruments used to verify that hole, slot, and weld nut locations meet GD&T true position tolerances — a critical measurement in automotive, aerospace, and precision manufacturing. This connector enables that measurement data to transmit wirelessly to your SPC software, eliminating manual recording and transcription errors. This connector attaches directly to the TruPosition gage's data output and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace a standard wired SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Compatible TruPosition Probes This connector works with TruPosition digital probes that have SPC data output, including:TP102 / TP102L — 1. 0001″ shaft, 0. 125″ diametrical range, digital display with SPC output (L = long shaft version)TP103 / TP103L — 1. 2501″ shaft, 0. 236″ diametrical range, digital display with SPC output (L = long shaft version)These probes contain 2 Mitutoyo Digimatic caliper read units that measure X and Y axis displacement simultaneously to calculate true position. The wireless connection through MobileCollect captures both axis readings directly into your SPC system. Not sure if this connector works with your TruPosition probe? Contact sales@microridge. com or use the MobileCollect Selection Tool to verify. Why True Position Data Matters in Your SPC System True position verification is one of the most common GD&T callouts in manufacturing — and one of the most error-prone when data is recorded manually. An operator reading two axis values from the probe display and keying them into a spreadsheet introduces transposition risk on every measurement. Wireless data capture eliminates that failure mode entirely, which directly supports process capability studies and audit readiness under ISO 9001, IATF 16949, or AS9100D. Other Versions of This Cable MicroRidge also offers the TruPosition gage cable/connector for other transmitters in the MobileCollect family:DC Connector — TruPosition Gage Cable — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports:Standard SPC measurement outputCompatible with Mini Mobile Module M3E transmitterCompatible with Mini Mobile Module M3 transmitter (retired)TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026)See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage.... Wirelessly connect your Chicago Dial Indicator (CDI) Logic IQ or Logic ALG gage to your SPC software or any data collection application — eliminating manual data entry errors at the point of measurement. This is the Mini Mobile Module EVO (M3E) connector for CDI Logic IQ and Logic ALG gages. The output format from this cable is Mitutoyo compatible. Pairs with the M3E transmitter to bring your gage online with MobileCollect. Transmitter Family - Mini Mobile Module EVO (M3E) Connector Variant – M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length - 6.5" SKU - MC-M3-CDI-LP-MIT-6.5 Required Hardware - Mini Mobile Module EVO (M3E) and MobileCollect Base Read Button - No Connector IP Rating - N/A Gage Brand - Chicago Dial Indicator (CDI) M3 Wireless Connector — Chicago Dial Indicator (CDI) Logic IQ & Logic ALG The M3 Wireless Connector for CDI Logic IQ and Logic ALG gages is the link between your CDI instrument and the MobileCollect Wireless measurement collection system. Once connected, measurement data transmits wirelessly from the gage to your SPC software — no manual data entry, no transcription errors, no clipboard in between. This connector attaches directly to your CDI gage's data output port and plugs into a Mini Mobile Module EVO (M3E) transmitter — together, they replace a standard wired SPC cable with a compact wireless setup. Each reading transmits wirelessly from the Mini Mobile Module EVO to a MobileCollect Base receiver connected to your PC or data collection workstation. Compatible CDI Gages — Mitutoyo-Compatible Output The MC-M3-CDI-LP-MIT-6. 5 is designed for Chicago Dial Indicator gages that use the LP-MIT connector and output Mitutoyo Digimatic-compatible data: CDI Logic IQ Digital Indicators CDI Logic ALG Digital Indicators Starrett 2700 Digital Indicators Not sure if this is the right connector for your CDI gage? Use the MobileCollect Selection Tool to verify, or contact sales@microridge. com. Other Versions of This Cable MicroRidge also offers the CDI Logic IQ and Logic ALG cable/connector for other systems in the MobileCollect and GageWay product families: DC Connector — CDI LP-MIT — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Cable — CDI LP-MIT — For wired connections to the Digital Remote or GageWay interfaces. The Digital Remote provides two-way communication similar to the Command Mobile Module but over a wired connection — ideal for stationary measurement stations. Also compatible with all GageWay wired gage interfaces. Part of the MobileCollect Wireless Network MobileCollect is a brand-agnostic measurement collection platform — it doesn't lock you into a single gage manufacturer. Whether your shop floor runs Mitutoyo calipers alongside Mahr micrometers, Starrett indicators, or Fowler height gages, MobileCollect connects them all into a single wireless SPC data network. This connector is one component in that system. To complete the wireless link, pair it with a Mini Mobile Module EVO transmitter (MC-MM-M3-EVO) and a MobileCollect Base Receiver. M3 or M3E Connector — Which Version Is This? This is the M3 variant of this cable. It uses a 2×3, 6-pin connector that plugs into the Mini Mobile Module transmitter. Transmitter compatibility: This M3 cable is fully compatible with both the current Mini Mobile Module EVO M3E transmitter and the retired M3 transmitter. No adapter, firmware change, or configuration required — it plugs directly into either. This Cable Supports: Standard SPC measurement output Compatible with Mini Mobile Module M3E transmitter Compatible with Mini Mobile Module M3 transmitter (retired) TriggerSync — on-demand measurement output via M3E transmitter, no manual button press required (launching Q3 2026) See the Mini Mobile Module EVO Connector Compatibility Guide for photos of all four connector and transmitter combinations, including how M3 and M3E cables seat on each transmitter generation. This cable supports TriggerSync. TriggerSync is a measurement mode where a reading is triggered from the MobileCollect Base Receiver or directly from your SPC application, without a manual button press at the gage. TriggerSync will enable automated data collection across all of your digital gages. This feature is currently under development and scheduled for release in Q3 2026. Product Specifications MC-M3-CDI-LP-MIT-6. 5 Specs Transmitter Family Mini Mobile Module EVO (M3E) M3 Cable/Connector Variant M3 (2×3, 6-Pin) — TriggerSync Ready | Compatible with M3 and M3E Transmitters Standard Cable Length 6. 5 inches SKU MC-M3-CDI-LP-MIT-6. 5 Required Hardware Mini Mobile Module EVO (M3E) & MobileCollect Base Read Button No IP Rating N/A Gage Brand Chicago Dial Indicator (CDI) The MobileCollect RS-232 Remote is a USB-powered wireless transmitter for stationary RS-232 measurement instruments. It captures serial measurement data from the connected device, transmits it wirelessly over MicroRidge's RM2.4 protocol to a paired MobileCollect Base Receiver, and delivers that data to any connected PC application — SPC software, Excel, a LIMS, or a custom data collection system. Because it runs on USB power, there is no battery to monitor, replace, or manage. The RS-232 Remote is the correct transmitter when the instrument doesn't move: bench scales, height gages at a layout station, surface roughness testers in a dedicated inspection fixture, hardness testers, and any other fixed RS-232 device where running a serial cable back to the measurement PC creates a cable management or workstation layout problem. For RS-232 instruments that require mobility, see the RS-232 V2 Mobile Module. Compatible Gages – RS-232 devices Wireless Range – Up to 140 ft Power – USB powered – 5VDC USB AC adapter (included) Baud Rates – 600 to 38.4K baud Data Parsing – Up to 3 independent parse groups Read Modes – Single, Continuous, TIR Dimensions / Weight – 3.63" × 2.61" × 1.10" / 2.70 oz Certifications – FCC, IC, CE, RoHS2, REACH Gage Connector – Sold separately Origin – Designed & Made in the USA What the RS-232 Remote Does The RS-232 Remote connects to a stationary RS-232 instrument via the DB9 male serial port on its front panel, pairs with a MobileCollect Base Receiver, and wirelessly transmits measurement data from the instrument to the connected PC — without a serial cable running across the workstation, lab bench, or inspection area. USB power from the included AC adapter means the unit is always in its fully operational state at the start of every shift, with no battery voltage to monitor. The RS-232 Remote occupies a specific position in the MobileCollect product line: it is the fixed-station transmitter for RS-232 instruments, and it provides substantially more capability at the instrument-interface level than a simple wired serial-to-wireless bridge. The local read switch input on the rear panel accepts a wired foot switch or hand switch directly at the unit, giving the operator hands-free control of three distinct trigger functions — each configurable to match the behavior of the connected RS-232 device. When the application also requires Base-side triggering or software-orchestrated measurement collection, those paths are available simultaneously. Before the RS-232 Remote can transmit data, it must be configured with the correct serial communication parameters for the connected instrument and paired with a Base using the Extended Setup Program. Once configured, day-to-day operation requires no software interaction. From a quality system perspective, the RS-232 Remote supports a controlled measurement process — trigger event → instrument acquisition → wireless transmission → data record — with the trigger originating at the instrument via a wired foot or hand switch, at the Base, or from the process software, depending on which fits the measurement workflow. Is This the Right Transmitter for Your Application? MobileCollect offers four wireless transmitters for measurement data collection. The RS-232 Remote is specifically designed for stationary RS-232 instruments at fixed measurement stations where USB power is available and the instrument will not be moved between readings. Use the RS-232 Remote when your instrument:Outputs RS-232 data (connects to a PC via DB9 serial cable)Is stationary — bench-mounted, fixture-mounted, or positioned at a dedicated inspection stationOutputs continuously (scales, process monitors) and requires gated data capture via a foot or hand switchRequires a handshake signal or command string to initiate a data send rather than a front-panel buttonOutputs complex or multi-field data packets that require parsing before the measurement value reaches the host applicationReceives read commands from the PC or Base, and measurement triggering is orchestrated by the data collection system rather than the operatorDo not use the RS-232 Remote for:Portable or handheld RS-232 instruments that move between measurement points — use the RS-232 V2 Mobile Module, which is battery-powered for untethered useDigital output gages (Mitutoyo, CDI, Insize, Fowler, Starrett, and similar) — these use the Mini Mobile Module EVO, Command Mobile Module, or Digital Remote depending on whether the station is fixed or mobileStationary digital gages — use the Digital Remote, which supports Mitutoyo-compatible, Ono Sokki, CDI, and Federal Maxum digital outputs RS-232 Instruments Commonly Used with the RS-232 Remote The RS-232 Remote supports the broad class of stationary precision measurement instruments that output serial RS-232 data. Common applications include:Bench Scales and Precision Balances — OHAUS, Mettler Toledo, A&D, Sartorius, and similar instruments with RS-232 serial output. Scales frequently output data continuously; the RS-232 Remote's read switch gating captures only discrete, operator-triggered readings from the continuous data stream, eliminating spurious capture between measurements. Wireless transmission removes the serial cable to the PC, which simplifies clean-room layouts and workstation organization. Height Gages at Layout Stations — Trimos, Mahr Federal, Mitutoyo, Starrett, and other electronic height gages with RS-232 output at dedicated surface plate or layout stations. When the gage is fixed and parts move to it, the RS-232 Remote eliminates cable management at the measurement station without the battery maintenance of a mobile transmitter. Surface Roughness Testers in Dedicated Fixtures — Stationary profilometers (Mitutoyo SJ series, Mahr Perthometer, Taylor Hobson)... The MobileCollect Digital Remote is a desktop wireless transmitter for stationary digital gages — USB-powered, permanently on, and capable of more trigger flexibility than any other MobileCollect transmitter. Measurements can be initiated by a foot switch or hand switch connected directly to the Digital Remote at the instrument, by a foot switch or hand switch at the Base, or by a direct serial command from your SPC software, MES, or custom control system. That distinction matters. Where the Command Mobile Module supports local triggering via its Read button or gage cable button but has no foot or hand switch input at the unit, the Digital Remote accepts a wired foot switch or hand switch directly at the unit via its rear-panel read switch input — giving the operator hands-free control of the full measurement sequence at the gage, including single read, continuous read, and TIR modes. For fixed-station applications where the operator needs both hands on the instrument or workpiece, this is a meaningful operational advantage. The Digital Remote connects via USB to any standard 5VDC USB AC adapter or powered USB port, draws continuous power, and stays ready without battery monitoring, replacement schedules, or the voltage-related failure modes that affect battery-powered transmitters in high-duty-cycle applications. Compatible with digital gages from Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, Sylvac, CDI, and others. Uses the same Digimatic 10-pin (Type D Male) gage connector as the MicroRidge GageWay Pro wired interfaces. Compatible Gages – 3,500+ devices Wireless Range – Up to 140 ft Power – USB powered - 5VDC USB AC adapter (included) Gage Connection – SPC Gage Cable with Digimatic 10-pin (Type D Male) Read Trigger – Local foot/hand switch at Digital Remote, foot/hand switch at Base Receiver, or host computer serial command via Base Read Modes – Single, Continuous, TIR Certifications – FCC, IC, CE, RoHS2, REACH Origin – Designed & Made in the USA What the Digital Remote Does The Digital Remote attaches to a stationary digital gage via a Digimatic 10-pin (Type D Male) gage connector cable — the same connector used by the MicroRidge GageWay Family of wired interfaces, so the cable inventory is shared across both product families. Once connected and powered, the Digital Remote automatically identifies the attached gage type — no configuration step is required to specify the gage output format. Before the Digital Remote can transmit measurement data, it must be paired with a Base using Pair-on-the-Fly or the Extended Setup Program. Once paired, day-to-day operation requires no software interaction. The Digital Remote occupies a specific position in the MobileCollect product line: it is the fixed-station transmitter with the most flexible trigger architecture. Unlike the Command Mobile Module, which supports local triggering via its Read button or gage cable button but has no foot or hand switch input at the unit, the Digital Remote accepts a wired foot switch or hand switch directly at the unit via its rear-panel read switch input. This means the operator at the instrument can control the full measurement sequence — single reads, continuous acquisition, TIR sweeps, and defined reading counts — hands-free, without involving the Base at all. When the application also requires Base-side or software-side triggering, those paths are available simultaneously. From a quality system perspective, the Digital Remote supports the same controlled measurement process as the Command Mobile Module: trigger event → gage acquisition → wireless transmission → data record. The practical difference is that the trigger can originate at the instrument via a wired foot or hand switch, at the Base, or from the process software — whichever fits the measurement workflow. Read Triggering The Digital Remote supports two independent trigger paths: a switch connected directly to the Digital Remote's rear-panel read switch input, and remote commands issued from the Base via a switch at the Base or a serial command from the host computer. These paths are independent and can coexist within the same system — the local switch at the instrument handles one function, the Base switch or software handles another. Switch Connected to the Digital Remote A foot switch or hand switch connected directly to the 2. 5mm read switch input on the Digital Remote's rear panel gives the operator full hands-free control of the collection sequence at the gage itself. This is the appropriate configuration when the operator is stationed at the instrument and needs both hands free for workpiece handling or instrument positioning — without any dependency on the Base for trigger timing. Available functions:Single Read — One press triggers one measurement acquisition and wireless transmission. Standard configuration for point-sample inspection. Continuous Read (Press and Hold) — Holding the switch starts continuous measurement acquisition; releasing the switch stops it. Appropriate for scanning applications where the operator needs live data while repositioning the instrument or workpiece. Continuous Read (Press to Start / Press to Stop) — First press starts continuous acquisition; second press stops it. Preferable when the operator needs both hands free throughout the entire measurement sweep. TIR Mode — Combines with either continuous read option above to capture Total Indicator Reading across the measurement sweep. The Digital Remote tracks the full excursion and transmits the TIR value when the stop event is received. Used for runout, flatness, and comparative measurement applications. Set Number of Readings — Configures a defined reading count for either continuous read mode. The Digital Remote acquires the specified number of readings and stops automatically, without requiring a second switch actuation. All local read switch functions are defined through the Extended Setup Program. Switch or Command from the Base A foot switch or hand switch connected to the Base's read switch port — or a serial command from the host computer via the Base — can also trigger the Digital Remote remotely. This path is appropriate when the operator is... The MobileCollect Command Mobile Module is a wireless transmitter that does everything the Mini Mobile Module EVO M3E does — and adds the ability to receive read commands wirelessly from a paired MobileCollect Base. That means measurements can be triggered by the Read button on the module, the button on the gage cable, a foot switch or hand switch at the Base, or a direct serial command from your SPC software, MES, or custom control system — whichever fits the application. This matters in automated inspection stations, fixture-based measurement, and multi-gage systems where measurement timing is a controlled process variable — not an operator action. Compatible with over 3,500 digital gage devices across 30+ connector types. Note: A gage connector is not included. Order the appropriate connector separately using the MobileCollect Selection Tool. Compatible Gages – 3,500+ devices Wireless Range – Up to 140 ft Battery – CR2 Photo Lithium (800 mAh) Read Modes – Single, Continuous, TIR Dimensions / Weight – 2.13" × 1.44" × 0.79" / 1.5 oz Certifications – FCC, IC, CE, RoHS2, REACH Gage Connector – Sold separately — 30+ options Origin – Designed & Made in the USA What the Command Mobile Module Does The Command Mobile Module attaches to a digital gage the same way any MobileCollect Mobile Module transmitter does — via a gage connector cable, mounted to the instrument body with Dual Lock adhesive strips. The critical difference is its two-way communication architecture. Where the Mini Mobile Module EVO M3E waits for the operator to press a Read button, the Command Mobile Module stays in a low-power listening state and wakes on command from its paired Base. The Base issues a read command. The Command Mobile Module receives it, triggers the gage, captures the measurement, transmits the value back to the Base, and the Base routes it to the connected PC — into your SPC software, MES, or any application running on the host. From the perspective of a quality system, the measurement event is initiated by a controlled process input, not an uncontrolled operator action. For quality engineers, this distinction has direct implications for measurement system control under ISO 9001 Clause 7. 1. 5, IATF 16949, AS9100D, and 21 CFR Part 820 — standards that require not just data integrity, but control over the measurement process itself. How Remote Read Commands Reach the Module The Base receives a trigger to send a read command to paired Command Mobile Modules through one of two paths:Read Switch (Foot Switch or Hand Switch): A foot switch or hand switch plugged into the Base's read switch port sends a configurable command to all active Command Mobile Modules on the system. This is the primary method for most production floor applications — the operator is positioned at the Base, actuates the switch, and the measurement is captured from the gage at the fixture or station without the operator touching the instrument or the Mobile Module. Read switch behavior is fully configurable through the Extended Setup Program: single read, read all, set active, set standby, or turn off. Serial Command from Host Computer: The Base accepts serial commands directly from the connected PC, which means your SPC software, MES, or a custom application can programmatically issue read requests. The command set covers triggering individual modules by channel, triggering all active modules, setting operational modes, querying battery status, and managing timeout timers. For facilities where measurement collection is orchestrated by process software rather than by operators, this path eliminates human-initiated variability from the measurement trigger entirely. Both paths can be used in the same system. Read switch control is appropriate for most applications. Host computer commands are appropriate for higher-complexity automation or software-integrated inspection systems. Measurement Process Control and Quality System Compliance Under ISO 9001 Clause 7. 1. 5 (Monitoring and Measuring Resources), IATF 16949 (MSA, SPC process integration), AS9100D, and 21 CFR Part 820 Section 820. 72 (Inspection, Measuring, and Test Equipment), organizations are required to control not just the calibration of measurement instruments, but the measurement process itself — including how data is collected, recorded, and routed to quality records. The Command Mobile Module supports these requirements at the process level. Remote command triggering removes the measurement initiation event from operator discretion and places it under system control — a foot switch, a process signal, or a software command from the SPC system. Combined with automated data routing from gage to software, the measurement process becomes a controlled, repeatable, auditable sequence: trigger → acquisition → transmission → data record. No manual transcription. No operator-dependent collection timing. No opportunity for selective data entry. For IATF 16949 SPC compliance, the ability to trigger measurements directly from statistical software via serial command closes the loop between the measurement system and the control chart — readings enter the SPC database at the collection event without intermediate handling. Operational Modes and Power Management The Command Mobile Module operates in one of four states, each balancing responsiveness against battery consumption. These are controlled by the Base via serial commands or read switches. Active Mode —... The MobileCollect RS-232 V2 Mobile Module is a battery-powered wireless transmitter for handheld and portable RS-232 instruments. It captures measurement data from your RS-232 gage, transmits it wirelessly over MicroRidge's RM2.4 protocol to a paired MobileCollect Base Receiver, and delivers that data directly to any connected PC application — SPC software, Excel, a LIMS, or a PLC-linked system. The true cost of manual measurement data entry in a production environment is well documented. The RS-232 V2 Mobile Module eliminates transcription error at the source, for the specific class of instruments that require it: full RS-232 output devices. Note: A transmitter cable is not included. Order the appropriate cable separately based on your gage brand and model. Compatible Gages – RS-232 devices Wireless Range – Up to 140 ft Battery – CR2 Photo Lithium Read Modes – Single, Continuous, TIR Dimensions / Weight – 2.13" × 1.44" × 0.79" / 1.6 oz Certifications – FCC, IC, CE, RoHS2, REACH Gage Connector – Sold separately Origin – Designed & Made in the USA What the RS-232 V2 Module Does The RS-232 V2 Mobile Module is a battery-powered wireless transmitter for instruments that output full RS-232 voltage signals. A reading can be initiated three ways: pressing the Read button on the module (which can be configured via the Xpress or Extended Setup Program to send a serial command string to the instrument, prompting it to output a measurement), pressing the Send or Print button on the connected RS-232 instrument, or by the instrument transmitting data automatically. In all cases, the V2 captures the RS-232 data packet from the gage, transmits it wirelessly over MicroRidge's RM2. 4 protocol to a paired MobileCollect Base Receiver, and the Base forwards that data to the connected PC — appearing in whatever application is running: SPC software, Excel, a LIMS, or a custom data collection system. No manual data entry. No cable tethered back to the workstation. For quality engineers managing measurement workflows on instruments that haven't moved to digital outputs, the RS-232 V2 Mobile Module eliminates the transcription error risk that persists every time an operator reads a display and types a number. Is This the Right Module for Your Application? MobileCollect offers three mobile transmitters. The RS-232 V2 Mobile Module is specifically designed for gages that output full RS-232 voltage levels — typically ±5V to ±8V on the data lines. These are instruments that connect to a PC via a DB9 serial cable and require a standard RS-232 port or USB-to-serial adapter. Use the RS-232 V2 Mobile Module when your gage:Outputs RS-232 data (connects to a PC via DB9 serial cable)Is handheld or portable, and a wired connection to the measurement system is not practicalRequires mobility that a fixed bench interface cannot provideDo not use the RS-232 V2 Mobile Module for:Mitutoyo, CDI, Insize, or other digital output gages — these use the Mini Mobile Module EVO or Command Mobile ModuleGages with Opto RS-232 outputs (Fowler, Starrett, Sylvac Opto cables) — these low-voltage outputs are handled by the Mini Mobile Module EVOStationary RS-232 instruments that don't require mobility — use the RS-232 Remote, which is USB-powered and eliminates battery management entirelyIf you're unsure whether your instrument outputs full RS-232 levels, check whether it ships with a standard DB9 serial cable for PC connection. If it does, the RS-232 V2 Mobile Module is the correct transmitter. RS-232 Instruments Commonly Used with the V2 Module The RS-232 V2 Mobile Module covers the broad class of precision measurement instruments that transmit serial data at full RS-232 voltage levels. If your metrology workflow includes any of the following instrument types, this module is your wireless path to automated data collection:Height Gages — Trimos, Mahr Federal, Mitutoyo, Starrett, and other electronic height gages with RS-232 output are common RS-232 V2 Mobile Module applications. Height gage measurement in a layout or incoming inspection environment often means the gage moves part to part — wired collection to a PC creates a cable management problem the V2 eliminates. Bench Scales and Precision Balances — OHAUS, Mettler Toledo, A&D, and similar instruments with RS-232 serial output. Wireless data collection from a balance eliminates tethering to a PC in lab or production environments where contamination control, clean-room protocols, or simple workstation layout make cabled connections impractical. Surface Roughness Testers — Portable profilometers (Mitutoyo SJ series, Mahr Perthometer, Zeiss, Taylor Hobson) with RS-232 output. Roughness measurement is often peripatetic — the instrument moves to the part, not the other way around. Wireless transmission to SPC software captures Ra, Rz, and other parameters without manual transcription. Torque Analyzers and Force Gages — RS-232-equipped torque testers, force gages, and tension/compression analyzers used in assembly verification or incoming inspection. Data from these instruments feeds directly into SPC without operator entry. Hardness Testers — Portable Rockwell, Brinell, and Vickers testers with RS-232 data output. Material verification at the workpiece rather than a fixed station makes wireless data collection relevant. Profile Projectors and Optical... The MobileCollect Mini Mobile Module M3 is a compact wireless transmitter that attaches directly to your handheld digital gage and sends measurement data to a MobileCollect Base Receiver — and from there into any PC application or SPC software. The true cost of manual measurement data entry in a production environment is well documented: transcription errors, operator fatigue, and lost throughput. The M3 eliminates all three at the source. Compatible with over 3,500 gage devices across 30+ connector options, it supports virtually every major metrology brand used in production and lab environments. Note: A gage connector is not included. Order the appropriate connector separately using the MobileCollect Selection Tool. Compatible Gages – 3,500+ devices Wireless Range – Up to 140 ft Battery Life – 500,000+ readings or 3-5 years (CR2032) Read Modes – Single, Continuous, TIR Dimensions / Weight – 1.70" × 1.17" × 0.59" / 1.0 oz Certifications – FCC, IC, CE, RoHS2, REACH Gage Connector – Sold separately — 30+ options Origin – Designed & Made in the USA What the Mini Mobile Module M3 Transmitter Does The Mini Mobile Module M3 is a battery-powered wireless transmitter that mounts directly onto a handheld gage. When the operator presses the Read button, the M3 captures the current measurement from the connected gage, transmits it wirelessly over MicroRidge's RM2. 4 protocol to a paired MobileCollect Base Receiver, and the Base forwards that data to the connected PC — appearing in whatever application is running, from Excel to SPC software to a LIMS. No manual data entry. No tethered cables. No separate data logger. The entire process from button press to data capture takes under a second. For quality engineers managing measurement data at scale, the M3 is a direct control on a known source of nonconformance risk: human transcription error. As part of the broader MobileCollect system, the M3 functions as a key input device in measurement-driven manufacturing automation — feeding real-time dimensional data directly into SPC, MES, or ERP workflows without operator intervention. Measurement Data Integrity and Quality System Compliance Accurate, auditable measurement data is a foundational requirement under ISO 9001, IATF 16949, AS9100, and 21 CFR Part 820. Each of those standards places explicit controls on measurement system reliability, data integrity, and the elimination of transcription error as a nonconformance source. The M3 directly supports those requirements by automating the transfer of gage measurement data from the point of collection to the host application — eliminating manual entry as a process step and the transcription errors, omissions, and illegibility issues that accompany it. The two-LED confirmation feedback on every reading provides the operator with immediate verification that data was both acquired from the gage and received by the Base, creating a closed-loop collection process auditors can observe and document. Compatible Gages The M3 supports digital gages — instruments that output measurement data via a proprietary data and clock signal. This covers the most common output type found on handheld calipers, micrometers, and digital indicators across all major metrology brands. Supported brands include Brown & Sharpe, CDI, Fowler, Insize, LMI, Mahr Federal, Mitutoyo, Ono Sokki, Starrett, Sylvac, and others with compatible outputs. Use the MobileCollect Selection Tool to identify the correct gage connector for your specific instrument model. The RM2. 4 Wireless Protocol MobileCollect products communicate over MicroRidge's proprietary RM2. 4 protocol, operating in the 2. 4 GHz ISM band with 32-bit encryption on all transmissions. RM2. 4 was engineered specifically for factory floor measurement data collection — prioritizing data integrity, RF noise resilience, and coexistence with other 2. 4 GHz traffic in industrial environments. If you've evaluated wireless gage systems before and encountered dropped readings, interference issues, or range limitations, those failure modes are well characterized — and they're largely why Bluetooth falls short in manufacturing environments where MobileCollect is successfully deployed. Pairing is transmitter-driven: when an M3 is paired with a Base, it stores that Base's unique network identifiers and includes them in every wireless packet it transmits. The Base processes data packets only from transmitters sending the correct matching identifiers, ignoring all others. In a facility running multiple MobileCollect systems simultaneously, this architecture ensures measurement data is routed precisely to the correct Base with no cross-contamination between systems. Any MicroRidge hardware bearing the RM2. 4 logo is compatible with any other RM2. 4-capable device, regardless of product generation. Battery Life and Power Management The M3 uses a standard CR2032 3V lithium coin cell — the same type found in watches and key fobs, universally available without ordering from MicroRidge. Battery life is rated at over 500,000 readings based on actual discharge testing. The module powers on when the Read button is pressed and shuts off automatically after transmitting each reading, eliminating idle drain entirely. When battery voltage approaches end-of-life, the M3 provides an unambiguous low-battery warning: the Gage Read LED blinks red 6 times following a successful reading. Frequent use of Setup Mode or firmware updates will... RS-232 interface cable for Fowler, Sylvac, and other gages that use the Simplex Opto serial interface. Connects the gage's Simplex Opto output port to a DB9 host interface — compatible with WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, and GageWay Pro (Level Converter Cable required for GageWay Pro front channels). When paired with any of the above, measurement data outputs as keystrokes or USB serial — ready for direct input to SPC software or any data collection application. OEM Part Number – 54-115-333 Gage Connector – Simplex Opto Host Connector – DB9 Female Length – 6 feet Compatible Interfaces – WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels) Cable Type – RS-232 Serial Data Send Button – No Compatible Gages – Fowler, Sylvac, and other Simplex Opto-equipped gages Simplex Opto RS-232 Cable — Fowler, Sylvac & Multi-Brand Data Collection The 54-115-333 RS-232 cable connects the Simplex Opto serial output port of your Fowler, Sylvac, or other compatible gage to a data collection host — eliminating manual transcription of measurement readings and enabling direct output to SPC software, inspection databases, or any application that accepts RS-232 serial data. The gage-side connector mates with the Simplex Opto data output port on the instrument. The host side terminates in a DB9 female connector, compatible with WedgeLink keyboard wedges, MobileCollect RS-232 Remote wireless transmitters, and GageWay Pro wired interfaces. Multi-Brand Compatibility The Simplex Opto interface is used across several gage manufacturers — not exclusively Fowler and Sylvac. If your gage uses the Simplex Opto connection, this cable will work regardless of brand. Common applications include calipers, height gages, and indicators from:Fowler — calipers, height gages, and indicators with Simplex Opto outputSylvac — calipers and indicators with Simplex Opto outputOther brands using the Simplex Opto serial interfaceNot sure if your gage uses the Simplex Opto interface? Use the MobileCollect Selection Tool to look up your specific model from a database of over 3,500 gages, or contact sales@microridge. com. Configuring RS-232 Output on Your Gage Before connecting the cable, verify the gage's RS-232 communication parameters match your receiving interface. WedgeLink and GageWay Pro both support auto baud rate detection, which simplifies initial setup. For specific RS-232 settings on your gage, refer to the manufacturer's documentation or contact your gage manufacturer. Refer to your WedgeLink or GageWay Pro documentation for host-side comm parameter configuration. Compatible Interfaces WedgeLink AT / WedgeLink SP — WedgeLink keyboard wedge technology translates the Simplex Opto RS-232 serial output into keystrokes, sending measurement readings directly into Excel, SPC software, or any application that accepts keyboard input — no software integration required. Auto baud rate detection simplifies setup; data parsing handles the native Simplex Opto output format. MobileCollect RS-232 Remote — For wireless data collection without cable runs between the gage and the collection point, the RS-232 Remote pairs with this cable to transmit measurement readings wirelessly over MobileCollect's RM2. 4 proprietary protocol. 133-foot wireless range, encrypted, and resilient to RF noise common in industrial inspection environments. GageWay Pro — Connects to the GageWay Pro via the multifunction serial port or the front gage channels (Level Converter Cable GW-LC required for front channels). The GageWay Pro provides USB serial and USB keyboard wedge output alongside its DB9 port, with configurable read modes (single, continuous, TIR) and data parsing for complex instrument output strings. Other Versions of This Cable MicroRidge offers the 54-115-333 cable/connector for other systems in the MobileCollect product family:M3 Connector — Fowler/Sylvac Simplex Opto — For wireless data collection without a cable run to a host PC. Pairs with the Mini Mobile Module EVO (M3E) transmitter, integrating directly into the MobileCollect wireless network. Available in 3. 5" (recommended for calipers) and 6. 5" (recommended for all other gage types). Use the cable on this page for wired connections; use the M3 connector for mobility. DC Connector — Fowler/Sylvac Simplex Opto — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. Frequently Asked Questions Q: Does this cable work with brands other than Fowler and Sylvac? — Yes. The Simplex Opto interface is used across multiple gage manufacturers. If your gage uses the Simplex Opto serial output port, this cable is compatible regardless of brand. Use the MobileCollect Selection Tool to confirm compatibility for your specific model. Q: What software can I send measurement data to with this cable? — Any software application that accepts keyboard input or USB serial data — including SPC... RS-232 interface cable for Mahr Federal calipers and depth gages using the Opto serial interface. Features a data send button on the cable for triggering readings at the gage. Connects the gage's Opto output port to a DB9 host interface — compatible with WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, and GageWay Pro (Level Converter Cable required for GageWay Pro front channels). When paired with any of the above, measurement data outputs as keystrokes or USB serial — ready for direct input to SPC software or any data collection application. OEM Part Number – 4102410 Gage Connector – 4-Pin Flat Blade Host Connector – DB9 Female Length – 2 meter Compatible Interfaces – WedgeLink AT, WedgeLink SP, MobileCollect RS-232 Remote, GageWay Pro (Lever Converter for front channels) Cable Type – RS-232 Serial Data Send Button – Yes Compatible Gages – Mahr Federal Calipers, Mahr Federal Depth Gages Mahr Federal 4102410 RS-232 Cable — Caliper & Depth Gage Data Collection The Mahr Federal 4102410 RS-232 cable connects the 4-pin flat blade serial output port of Mahr Federal calipers and depth gages to a data collection host — eliminating manual transcription of measurement readings and enabling direct output to SPC software, inspection databases, or any application that accepts RS-232 serial data. The gage-side connector mates with the 4-pin flat blade output port on the instrument and includes a data send button on the cable for triggering readings directly at the gage. The host side terminates in a DB9 male connector, compatible with WedgeLink keyboard wedges, MobileCollect RS-232 Remote wireless transmitters, and GageWay Pro wired interfaces. Compatible Gages The 4102410 4-pin flat blade cable is compatible with Mahr Federal calipers and depth gages using the 4-pin flat blade serial output port, including but not limited to:Mahr Federal Calipers — with 4-pin flat blade RS-232 outputMahr Federal Depth Gages — with 4-pin flat blade RS-232 outputNot sure if this is the correct cable for your Mahr Federal gage? Use the MobileCollect Selection Tool to look up your specific model, or contact sales@microridge. com. Configuring RS-232 Output on Your Gage Before connecting the cable, verify the gage's RS-232 communication parameters match your receiving interface. WedgeLink and GageWay Pro both support auto baud rate detection, which simplifies initial setup. For specific RS-232 settings on your instrument, refer to your Mahr Federal documentation or contact Mahr Federal support. Refer to your WedgeLink or GageWay Pro documentation for host-side comm parameter configuration. Compatible Interfaces WedgeLink AT / WedgeLink SP — WedgeLink keyboard wedge technology translates the Mahr Federal RS-232 serial output into keystrokes, sending measurement readings directly into Excel, SPC software, or any application that accepts keyboard input — no software integration required. The data send button on this cable triggers readings at the gage, making it well suited for manual inspection workflows. Auto baud rate detection simplifies setup; data parsing handles the native Mahr Federal output format. MobileCollect RS-232 Remote — For wireless data collection without cable runs between the gage and the collection point, the RS-232 Remote pairs with this cable to transmit measurement readings wirelessly over MobileCollect's RM2. 4 proprietary protocol. 133-foot wireless range, encrypted, and resilient to RF noise common in industrial inspection environments. GageWay Pro — Connects to the GageWay Pro via the multifunction serial port or the front gage channels (Level Converter Cable GW-LC required for front channels). The GageWay Pro provides USB serial and USB keyboard wedge output alongside its DB9 port, with configurable read modes (single, continuous, TIR) and data parsing for complex instrument output strings. Other Versions of This Cable MicroRidge offers the 4102410 cable/connector for other systems in the MobileCollect and GageWay product families:M3 Connector — Mahr Federal Caliper & Depth Gage — If you need to take your Mahr Federal caliper or depth gage wireless without a cable run to a host PC, this is the connector you need. It pairs with the Mini Mobile Module EVO (M3E) transmitter, integrating directly into the MobileCollect wireless network. Includes a data send button. Available in 3. 5" (recommended for calipers) and 6. 5" (recommended for all other gage types). Use the cable on this page for wired connections; use the M3 connector for mobility. DC Connector — Mahr Federal Caliper & Depth Gage — For the Command Mobile Module wireless transmitter. Use the Command Mobile Module when you need two-way wireless communication — for example, triggering gage readings across multiple transmitters simultaneously from the MobileCollect Base or your SPC software. This is common on large fixtures or multi-point measurement setups where operators can't physically press each gage's data send button. OEM SPC Digimatic Cable — Mahr Federal 4102410 — For wired connections to GageWay interfaces using Mahr Federal's Digimatic-compatible output. Use this cable when connecting to a GageWay Single or GageWay Pro front-panel gage channel without... WedgeLink is a software keyboard wedge that captures RS-232 serial data and types it directly into any Windows application — Excel, Minitab, SPC platforms, web-based inspection systems, or custom databases. Connect your RS-232 device to a COM port or USB-to-serial adapter, point WedgeLink at your target application, and measurement data is entered at the cursor exactly as if an operator had typed it by hand. Two editions are available. WedgeLink Lite ($99) handles direct pass-through for devices whose output is already in the format your application needs. WedgeLink Standard ($199) adds a full seven-stage data parsing pipeline — match strings, character-level masking, removal, replacement, math functions, prefix, and suffix — for instruments that output compound packets requiring reformatting before reaching your application. Both editions support two simultaneous RS-232 inputs, keyboard wedge output to any Windows application, and parallel output to a CSV or TXT file. Preview Mode lets you configure serial ports, build and test your complete parsing scheme, and validate output before starting the 3-day full free evaluation. Input Interface – RS-232 via physical DB9, USB/serial adapter, or USB VCP Simultaneous Input Ports – 2 (Port A always active; Port B optional) Electrical Standards – RS-232, RS-422, RS-485 Output Application – Any Windows application via keyboard emulation Output File – CSV or TXT file Data Parsing – Lite: date/time stamp + delimiter conversion — Standard: 7-stage pipeline, 5 parsing groups Send Commands – Up to 50 configurable serial commands (Standard only) OS Compatibility – Windows 7, 8, 10, 11 Evaluation – Preview Mode + 3-day full evaluation Licensing – Per machine — unique Registration ID Origin – Designed & Developed in the USA A 3-day trial of WedgeLink Lite/Standard is available to download here. Important Note! MicroRidge also offers the WedgeLink SP and WedgeLink AT “hardware wedge” products for serial output devices. Hardware wedges do not require software to function, making them a preferred solution for many situations. When to choose WedgeLink Lite If the data format coming from your serial device is exactly what you want to send to your target application. WedgeLink Lite does allow you to add a date/time stamp as a data prefix. You are looking for an economical solution for transferring properly formatted serial port data directly into Windows applications. Many barcode scanners and other devices can be used very effectively with WedgeLink Lite. When to choose WedgeLink Standard If the data format coming from your serial device needs to be modified before sending the data to your target application (i. e. , you need data parsing). You need to parse your input data packets and you need to add a date/time stamp to your data. Many serial devices output extra information such as units (pounds, inches, etc. ) and you need to remove the units fields before sending the data to your target application. Typical Instruments used by our WedgeLink Customer You can use virtually any serial device with WedgeLink. It will work with USB VCP (Virtual COM Port), RS-232, RS-422, and RS-485 devices ... plus hundreds of other instruments and devices. If you have a question about a particular instrument or device you are using, please contact us. System Requirements Compatible with: Windows XP, Vista, Windows 7, Windows 8, Windows 10, Windows 11 Sold as a perpetual lifetime license for one machine. The WedgeLink AT is a configurable hardware keyboard wedge that converts RS-232 serial output from gages, scales, hardness testers, and other instruments into clean keystrokes — with full data parsing before output. Connect to any USB port, connect your RS-232 device, and data is typed directly into whatever application is active: Excel, Minitab, SPC platforms, web-based inspection systems, or custom databases. Auto Baud Detection eliminates comm parameter guesswork. Parsing functions strip headers, extract numeric values, replace delimiters, and add prefix/suffix strings — delivering only the data your application needs. One-time configuration via Windows setup program — fully deployable with no software requirements for operation after setup. Interface – RS-232 Serial — DB9 Male (standard PC serial port pinout) USB – Keyboard Output – USB HID keyboard ("Wedge" port on rear panel; no driver required) USB – Configuration / Serial Output – USB Virtual COM Port — FTDI ("RS-232 & Prog" port on rear panel; FTDI driver required) Baud Rate – Auto-detect or user-selectable: 600, 1200, 2400, 4800, 9600, 14.4K, 19.2K, 38.4K, 57.6K Comm Parameters – All combinations of None/Even/Odd parity × 7 or 8 data bits × 1 or 2 stop bits Data Parsing – 3 independent parse groups; each group supports: match strings, character position, find first numeric field, prefix/suffix, and EOP character Character Processing – Character removal (by group or individual) and character replacement Read Trigger – Built-in front-panel send button; 2.5mm external switch jack (foot switch / hand switch) LED Status – Bi-color red/green — indicates initialization, baud detection, and operational status Keyboard Layouts – US/Canada (default), Mexico/Latin America, UK/Australia, French, Belgium, German Keyboard Transfer Rate – User-adjustable: Fast (~72 char/sec, default), Medium (~30 char/sec), Slow (~8 char/sec) Firmware Updates – Field-upgradable at no charge Setup Software – Windows 7, 10, and 11 compatible Origin – Designed & Made in the USA What the WedgeLink AT Does The WedgeLink AT is a hardware keyboard wedge that delivers the core functionality of keyboard wedge software — RS-232 data collection, data parsing, operator-triggered reads — in a standalone unit with no software footprint on the host PC. No background process, no COM port management, no driver required for operation, no per-seat license. Configure it once via the Windows setup program, deploy it anywhere. Connect to any USB port, connect your RS-232 instrument to the DB9 front panel, and the unit operates independently — typing parsed measurement data into whatever application is active, exactly as a keyboard would. It's the correct solution when keyboard wedge software isn't viable: locked-down enterprise PCs, production floor environments where software installation is restricted, or multi-station deployments where managing software across machines creates unnecessary overhead. Unlike simple RS-232-to-USB keyboard converters, the WedgeLink AT includes a full data parsing engine. The raw serial packet is processed before output, not passed through verbatim — meaning instruments that transmit verbose packets (scales with status flags, instruments with timestamps and units labels, DROs with coordinate prefixes) can be stripped to just the numeric value before anything is typed. Auto Baud Detection: Connect Without Knowing Comm Parameters The most common RS-232 integration failure point is comm parameter mismatch. The WedgeLink AT's Auto Baud Detection resolves this automatically by identifying the baud rate and communication parameters of the connected device — no manual lookup required. Supported baud rates: 600, 1200, 2400, 4800, 9600, 14. 4K, 19. 2K, 38. 4K, 57. 6K Supported comm parameters: All combinations of None/Even/Odd parity × 7 or 8 data bits × 1 or 2 stop bits (12 combinations) Auto Baud procedure: Connect the WedgeLink AT to your PC and wait for the front LED to turn off. Connect your RS-232 device to the DB9 front panel. Press and release the Reset button on the rear panel. The LED shows red briefly, then green for approximately 5 seconds. While the LED is green, press the Send/Print button on your RS-232 device. Green LED blinks 5 times = detection successful, parameters stored. Red LED blinks 5 times = detection failed. Note: Auto Baud requires the device to transmit on demand via a Send or Print button. Continuously transmitting devices should use manual parameter selection in the Setup Program. Data Parsing: Deliver Clean Output From Complex Serial Strings Many RS-232 instruments transmit more than just the measurement value. Scales output stability flags, units, tare weight, and timestamps. Hardness testers include test mode and scale identifiers. A raw keyboard wedge passes the entire packet — your application receives everything. The WedgeLink AT processes the incoming packet before output using a layered parsing architecture. Step 1 — Character Removal and Replacement Before any parse group runs, the WedgeLink AT can strip or substitute characters globally: Operation Options Character Removal All control characters, all alpha, all numeric, all non-numeric, all extended (ASCII 127+), or up to 20 individually selected characters Character Replacement Commas to tabs, commas to carriage returns, carriage returns to tabs, or any character to another. Useful for distributing multi-field packets into separate Excel columns. Step 2 — Three Parse Groups Each of the three parse groups runs sequentially and supports: Funciton Use Case Match String Activate, skip, or delete the packet based on a specific string — up to 20 characters, case-sensitive. Enables conditional parsing for multi-field packets Character Positions Restrict parsing to a specific range of positions within the packet Find First Numeric Field Extracts the first valid numeric value from the specified range — ideal for scales, balances, and any instrument with verbose output Prefix / Suffix Appends defined text (including function keys F1–F12) before or after the output End-of-Packet Character Specifies the terminating character appended to each output string (Tab, CR, custom) Parse groups can be chained — Parse #1 can extract one field and pass to Parse #2 for the... The WedgeLink SP is a hardware keyboard wedge that converts RS-232 serial data from gages, scales, hardness testers, and other instruments directly into keystrokes — no software, no drivers, no configuration. Plug into USB, connect your RS-232 device, and data flows into any application that accepts keyboard input: Excel, Minitab, cloud-based SPC programs, custom inspection databases, and more. Available in 4 models. Baud rate and communication parameters are fixed per unit — order to match your RS-232 device. Interface – RS-232 Serial — DB9 Male (standard PC serial port pinout) USB Connection – Built-in 6" USB cable (bus-powered; presents as USB HID keyboard to host) Baud Rate – Fixed per model — 4 models available (see below) Keystroke Rate – ~72 characters/sec (default); configurable delay 0–90 ms between characters in 10 ms increments Supported Characters – ESC, Tab, Backspace, Carriage Return, ASCII 32–126 Setup Required – None — plug and play Software Required – None — USB HID class; no drivers on Windows, macOS, or Linux Power Source – USB (bus-powered via built-in 6" USB cable) Origin – Designed & Made in the USA Available Models: WLNK-SP-4800-E-7-S | Baud Rate = 4800 | Parity = Even | Data Bits = 7 | Stop Bits = 1 WLNK-SP-9600-E-7-1 | Baud Rate = 9600 | Parity = Even | Data Bits = 7 | Stop Bits = 1 WLNK-SP-9600-N-8-1 | Baud Rate = 9600 | Parity = None | Data Bits = 8 | Stop Bits = 1 WLNK-SP-19.2K-N-8-1 | Baud Rate = 19,200 | Parity = None | Data Bits = 8 | Stop Bits = 1 The WedgeLink SP baud rate and communication parameters are fixed at time of manufacture. Order to match the specifications of your RS-232 device. If you are unsure of your device's communication parameters, check the serial interface section of your instrument's user manual or contact MicroRidge. What Is a Hardware Keyboard Wedge? A hardware keyboard wedge translates RS-232 serial output from instruments — scales, hardness testers, bar code scanners, DROs, and more — into USB keystrokes that any PC application can receive. The host computer sees the WedgeLink SP as a standard USB keyboard. No COM port assignment, no software installation, no device drivers. When the instrument outputs a reading, the WedgeLink SP converts it to keystrokes and delivers it to the active application — landing in the next Excel cell, an SPC data entry field, or a web-based form exactly as if an operator typed it. Zero-Configuration Setup The WedgeLink SP requires no setup procedure:Plug the built-in 6" USB cable into any USB port on your PCConnect your RS-232 device to the DB9 port on the WedgeLink SPIf your device cable doesn't terminate in a DB9 Female connector, the DB9 Adapter Kit includes the adapters needed to make the correct connection. Open your target application and trigger a reading from your deviceNo COM port to assign. No IT involvement required. The WedgeLink SP uses the USB Human Interface Device (HID) class and is recognized natively by Windows, macOS, and Linux without drivers. If the gage cable connected to the WedgeLink SP fails, only the gage cable needs to be replaced — not the wedge. The standard DB9 Male port accepts any compatible RS-232 cable. Supported Characters The WedgeLink SP outputs the following from the RS-232 data stream:ESC (Escape)TabBackspaceCarriage Return (CR)ASCII 32–126 — all printable keyboard characters (letters, digits, punctuation, symbols)If your device outputs a packet with characters that need to be stripped, extracted, or replaced before reaching your application, see the WedgeLink AT below. Configurable Keystroke Rate The WedgeLink SP outputs at approximately 72 characters per second by default — the right rate for the vast majority of applications. If your target application drops characters — a symptom of the software's input buffer being unable to keep pace with the incoming keystroke stream — the inter-character delay can be increased from 0 to 90 ms in 10 ms increments to slow output to a rate the application can reliably process. To adjust, enable Info Mode by sending {Esc}{Esc}{Esc} Foot-operated remote read switch with 6′ cable terminated with a 2.5mm subminiature phone plug. Integrated mounting holes allow permanent fixture installation at the measurement station. Compatible with MobileCollect Full-Size Bases, GageWay interfaces, and WedgeLink AT. Also available as a Hand Switch — same functionality, handheld form factor, no mounting holes. Connector Type – 2.5mm subminiature phone plug Standard Cable Length – 6 feet Mounting Holes – Yes Switch Type – Momentary, Two-Wire Single-Pole Single-Throw, Normally Open Compatible Interfaces – MobileCollect Wedge Base EVO, MobileCollect RS-232 Base EVO, MobileCollect Digital Remote, MobileCollect RS-232 Remote, GageWay Pro, GageWay SM, GageWay KW, WedgeLink AT IP Rating – N/A Manufacturer – MicroRidge (Designed & Made in the USA) More Than a Simple Switch MicroRidge has built configurable read switch ports into its gage data collection hardware for over 30 years. What looks like a simple switch is actually a configurable trigger point in your data collection workflow — each press executes a function you define based on your measurement process requirements. Send a serial command to the host, initiate a single or continuous read on a Digital Remote, trigger a TIR measurement sequence, poll all Command Mobile Modules simultaneously, or transition your entire Command Mobile Module wireless network between Active and Standby — all from a single button press at the measurement station. MobileCollect Wireless — Read Switch Functions The foot switch connects to the read switch port on the Full-Size MobileCollect Bases: the Wedge Base EVO and RS-232 Base EVO. Trigger functions are configured via MobileCollect Extended Setup — the Windows-based configuration utility for MobileCollect Bases, Remotes, and Mobile Modules. Each switch press executes one of 14 configurable functions, targeting the Command Mobile Module, Digital Remote, or RS-232 Remote. Host Communication - Switch Connected to the Base Send Serial Command to Host — Transmit a user-defined serial command to the host computer (e. g. , carriage return, tab, or custom string) Digital Remote Switch Connected to the Base Read Digital Remote — Initiate a read on a specified Digital RemoteContinuous Read — Press to start, press to stop on a specified Digital RemoteTIR Read — Press to start, press to stop on a specified Digital RemoteRead All Digital Remotes — Trigger a read across all Digital Remotes; user can configure number of readings Switch Connected to the Digital Remote Single read — Press to trigger one reading from the connected gageContinuous read (press and hold) — Press to start continuous acquisition; release to stopContinuous read (press to start / press to stop) — First press starts continuous acquisition; second press stops itTIR mode — Pairs with either continuous read option above to capture Total Indicator ReadingSet number of readings — Configure a defined reading count for either continuous read mode above RS-232 Remote Switch Connected to the Base Send Command to RS-232 Remote — Transmit a user-defined command to a specified RS-232 Remote which passes that command to the RS-232 device such a read or print command. Switch Connected to the RS-232 Remote Accept reading on switch press — For RS-232 devices that output continuously, the switch gates data acceptance — a reading is only captured when the switch is pressedSet handshake line low — Assert the handshake line low for a configurable duration (50–1,000 ms) to trigger a data send on devices that use handshake signalingSend a serial command to the RS-232 device — Transmit a user-defined command directly to the connected RS-232 deviceAll three RS-232 Remote switch functions support auto-repeat: the command can be configured to repeat at a user-defined interval (250ms–60 sec) while the switch is held. Command Mobile Module Reads - Switch Connected to the Base Read All Command Mobile Modules — Initiate a read across all Command Mobile Modules; use can configure number of readingsRead Channel 1 – Command Mobile Module — Read Channel 1 only; user can configure number of readingsRead Channel 2 – Command Mobile Module — Read Channel 2 only; user can configure number of readingsRead Channel 3 – Command Mobile Module — Read Channel 3 only; user can configure number of readingsRead Channel 4 – Command Mobile Module — Read Channel 4 only; use can configure number of readings Power State Control - Switch Connected to the Base Set All Command Mobile Modules to Active — Transition all Command Mobile Modules from standby to active stateSet All Command Mobile Modules to Standby — Transition all Command Mobile Modules to low-power standby stateTurn Off All Command Mobile Modules — Places all Command Mobile Modules into a dormant state where they stop listening for commands from the Base. Units are... Handheld remote read switch with 6′ cable terminated with a 2.5mm subminiature phone plug. Compatible with MobileCollect Full-Size Bases, GageWay interfaces, and WedgeLink AT. Also available as a Foot Switch — same functionality with integrated mounting holes for permanent fixture installation. Connector Type – 2.5mm subminiature phone plug Standard Cable Length – 6 feet Mounting Holes – No Switch Type – Momentary, Two-Wire Single-Pole Single-Throw, Normally Open Compatible Interfaces – MobileCollect Wedge Base EVO, MobileCollect RS-232 Base EVO, MobileCollect Digital Remote, MobileCollect RS-232 Remote, GageWay Pro, GageWay SM, GageWay KW, WedgeLink AT IP Rating – N/A Manufacturer – MicroRidge (Designed & Made in the USA) More Than a Simple Switch MicroRidge has built configurable read switch ports into its gage data collection hardware for over 30 years. What looks like a simple switch is actually a configurable trigger point in your data collection workflow — each press executes a function you define based on your measurement process requirements. Send a serial command to the host, initiate a single or continuous read on a Digital Remote, trigger a TIR measurement sequence, poll all Command Mobile Modules simultaneously, or transition your entire Command Mobile Module wireless network between Active and Standby — all from a single button press at the measurement station. MobileCollect Wireless — Read Switch Functions The hand switch connects to the read switch port on the Full-Size MobileCollect Bases: the Wedge Base EVO and RS-232 Base EVO. Trigger functions are configured via MobileCollect Extended Setup — the Windows-based configuration utility for MobileCollect Bases, Remotes, and Mobile Modules. Each switch press executes one of 14 configurable functions, targeting the Command Mobile Module, Digital Remote, or RS-232 Remote. Host Communication Send Serial Command to Host — Transmit a user-defined serial command to the host computer (e. g. , carriage return, tab, or custom string) Digital Remote Switch Connected to the Base Read Digital Remote — Initiate a read on a specified Digital RemoteContinuous Read — Press to start, press to stop on a specified Digital RemoteTIR Read — Press to start, press to stop on a specified Digital RemoteRead All Digital Remotes — Trigger a read across all Digital Remotes; user can configure number of readings Switch Connected to the Digital Remote Single read — Press to trigger one reading from the connected gageContinuous read (press and hold) — Press to start continuous acquisition; release to stopContinuous read (press to start / press to stop) — First press starts continuous acquisition; second press stops itTIR mode — Pairs with either continuous read option above to capture Total Indicator ReadingSet number of readings — Configure a defined reading count for either continuous read mode above RS-232 Remote Switch Connected to the Base Send Command to RS-232 Remote — Transmit a user-defined command to a specified RS-232 Remote which passes that command to the RS-232 device such a read or print command. Switch Connected to the RS-232 Remote Accept reading on switch press — For RS-232 devices that output continuously, the switch gates data acceptance — a reading is only captured when the switch is pressedSet handshake line low — Assert the handshake line low for a configurable duration (50–1,000 ms) to trigger a data send on devices that use handshake signalingSend a serial command to the RS-232 device — Transmit a user-defined command directly to the connected RS-232 deviceAll three RS-232 Remote switch functions support auto-repeat: the command can be configured to repeat at a user-defined interval (250ms–60 sec) while the switch is held. Command Mobile Module Reads - Switch Connected to the Base Read All Command Mobile Modules — Initiate a read across all Command Mobile Modules; use can configure number of readingsRead Channel 1 – Command Mobile Module — Read Channel 1 only; user can configure number of readingsRead Channel 2 – Command Mobile Module — Read Channel 2 only; user can configure number of readingsRead Channel 3 – Command Mobile Module — Read Channel 3 only; user can configure number of readingsRead Channel 4 – Command Mobile Module — Read Channel 4 only; use can configure number of readings Power State Control - Switch Connected to the Base Set All Command Mobile Modules to Active — Transition all Command Mobile Modules from standby to active stateSet All Command Mobile Modules to Standby — Transition all Command Mobile Modules to low-power standby stateTurn Off All Command Mobile Modules — Places all Command Mobile Modules into a dormant state where they stop listening for commands from the Base. Units are not fully powered down — pressing... The GW-LC Level Converter Cable connects RS-232 serial devices — scales, force gauges, height gages, torque tools, and other serial instruments — to any front panel port on the GageWay Pro2, Pro4, or Pro8. It converts RS-232 voltage levels to the signal levels used by the GageWay Pro interface hardware. No internal processing — conversion and RS-232 communication are handled entirely by the GageWay Pro. One cable is required per RS-232 device connected to a front panel port. Interface-Side Connector – Mitutoyo Digimatic 10-pin (Type D Female) Device-Side Connector – DB9 male Length – 24" AutoBaud Support – Yes — GW-LC required for AutoBaud to function on front panel ports Internal Processing – None — RS-232 processing handled by GageWay Pro hardware Null Modem Devices – Null Modem Adapter required (sold separately CBL-DB9-ADT-KIT) Compatible Interfaces – GageWay Pro2 (GW-PRO2), Pro4 (GW-PRO4), Pro8 (GW-PRO8) Bring Any RS-232 Instrument Onto a GageWay Pro Channel The GW-LC is a passive voltage-level converter, not an active adapter. The RS-232 hardware built into the GageWay Pro interface processes the incoming serial data — the GW-LC cable simply bridges the voltage difference between RS-232 signal levels and the levels accepted by the GageWay Pro front panel ports. Baud rate and communication parameters for each RS-232 device can be set manually via the GageWay Pro Setup Program, or detected automatically using the GageWay Pro AutoBaud feature. If your RS-232 device uses a Null Modem configuration, a Null Modem Adapter (CBL-DB9-ADT-KIT) is required in addition to the GW-LC. RS-232 Instruments the GW-LC Brings Online Any RS-232 serial device with a DB9 output can connect to a GageWay Pro front panel port via the GW-LC. This includes a wide range of laboratory and production measurement instruments — many of which predate Digimatic output or use RS-232 as their only data interface:Scales and Balances Ohaus (Explorer, Adventurer, Ranger), Mettler Toledo (XS, XP, ML series), Sartorius, A&D, Rice LakeForce Gauges and Test Stands Mark-10 (Series 5, 7), Ametek Chatillon (DFS, CSD series), Shimpo, ImadaHeight Gages Mitutoyo (192 series with RS-232 output), Mahr Federal (Millimar height stations), Fowler Trimos (V-series)Surface Roughness Testers Mitutoyo (SJ-210, SJ-310, SJ-410), Mahr (Perthometer M1, MarSurf PS series)Hardness Testers Mitutoyo (HR-series Rockwell), Wilson/Buehler (Series 500, 600), FowlerBore Gage Amplifiers and Digital Readouts Mahr Federal (Millimar C1200, C1216), Mitutoyo (LSM series amplifiers), SolartronTorque Analyzers Mountz (TorqueLab), CDI (Computorq series), Snap-on (some ATECH models)Optical Comparators and Vision Systems Starrett (HB series with RS-232 output), Mitutoyo (PH series)If your instrument has a DB9 RS-232 output and transmits measurement data as ASCII, it will work with the GW-LC and GageWay Pro. Not sure about your specific model? Contact MicroRidge — we'll confirm compatibility and communication parameters before you order. When You Need It One GW-LC is required for each RS-232 device connected to a GageWay Pro front panel channel port. If you are connecting two RS-232 instruments to a Pro4, you need two GW-LC cables — one per port. The rear-panel Multifunction Serial Port on the GageWay Pro accepts RS-232 devices via a standard DB9 connection and does not require the GW-LC. Frequently Asked Questions Q: What does the GW-LC Level Converter Cable do? — It converts RS-232 voltage levels to the signal levels accepted by GageWay Pro front panel ports, enabling RS-232 serial devices to connect to any front panel channel on the Pro2, Pro4, or Pro8. The cable contains no internal processing — RS-232 communication is handled by the GageWay Pro interface hardware. Q: Do I need one GW-LC cable per RS-232 device? — Yes. One GW-LC is required for each RS-232 device connected to a GageWay Pro front panel port. Q: Is the GW-LC required for AutoBaud to work? — Yes. AutoBaud detection on GageWay Pro front panel ports requires a current-generation GW-LC Cable. If AutoBaud is not functioning with an existing cable, contact MicroRidge to confirm you have the correct version. Q: My RS-232 device is a Null Modem device. Do I need anything else? — Yes — a Null Modem Adapter is required in addition to the GW-LC. Q: Does the rear-panel Multifunction Serial Port on the GageWay Pro require the GW-LC? — No. The rear-panel port accepts RS-232 devices via a standard DB9 connection directly — the GW-LC is only required for front panel port connections. Q: What types of RS-232 instruments are compatible? — Any instrument with a DB9 RS-232 output that transmits measurement data as ASCII — including scales, balances, force gauges, height gages, surface roughness testers, hardness testers, bore gage amplifiers, torque analyzers, and optical comparators from manufacturers including Ohaus, Mettler Toledo, Mark-10, Mitutoyo, Mahr Federal, and others. Contact MicroRidge to confirm compatibility for your specific model. Related Products Compatible GageWay Pro interfaces:GageWay Pro2 — 2-channel; RS-232 supported on both front panel portsGageWay Pro4 — 4-channel;... The GageWay Pro 8 connects eight digital or RS-232 gages to a PC through a single USB cable. Nine dedicated processors — one per gage channel plus a separate communications processor — deliver more than five times the throughput of previous-generation interfaces, with both USB keyboard wedge and USB serial outputs built in. Supports Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, Sylvac, CDI, and any gage with Mitutoyo-compatible output, plus RS-232 devices via the GW-LC Level Converter Cable. Up to nine units can be chained for systems requiring up to 72 simultaneous gage inputs. Gage Inputs – 8 Output – USB Keyboard Wedge + USB Serial (VCP) + DB9 RS-232 — all built in RS-232 Support – Yes — all front panel ports (GW-LC Level Converter Cable required) Power – USB powered — no AC adapter required for USB connection Configuration – Free Windows Setup Software (GageWay Pro Setup) Expandable – Yes — chain up to 9 units (Pro4/Pro8 mix); up to 72 total inputs Gage Compatibility – Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, Sylvac, CDI, and others Origin – Designed & Made in the USA Eight Gages. Nine Processors. One USB Cable. The GageWay Pro8 is the highest-density single-unit interface in the GageWay Pro series. Eight gage inputs connect to a PC through a single USB cable, with each of the eight gage channels served by its own dedicated processor. A ninth processor manages communications with the host — ensuring that sampling speed on any channel is not limited by activity on another. In a benchmark documented in the GageWay Pro User's Guide, eight Mitutoyo gages running in continuous read mode for 60 seconds produced 5,230 measurements on the Pro8 — versus 984 on the previous-generation Mx8. The User's Guide notes the count was limited by how many times per second the gages themselves could send a reading, not by interface capacity. That is a 5. 3× throughput improvement over the prior generation, directly consequential for applications where cycle time, sampling rate, or SPC subgroup collection frequency are process constraints. Both Output Modes Built In — No Configuration Required The GageWay Pro8 includes both keyboard wedge and USB serial virtual COM port outputs. Connect via the keyboard wedge port to route measurement data as keystrokes into any application — Excel, Google Sheets, cloud-based SPC platforms, access databases, custom forms. Connect via the USB serial port for direct integration with SPC software such as MeasurLink, InfinityQS, DataPage+, or any COM port–aware data collection application. Both ports are built into the unit — switching between output modes requires only moving the USB cable to the appropriate back-panel port, with no hardware changes or additional purchases required. The keyboard wedge port requires no driver installation — plug in and it works immediately, with no IT involvement required. The USB serial port requires a one-time FTDI VCP driver install, available free from MicroRidge. The keyboard wedge transfer rate defaults to approximately 72 characters per second and can be reduced to 30 or 8 characters per second for applications or systems that cannot keep pace at the default rate. Also included: ComTestSerial, a free serial communications test program that displays exactly what data is being sent from your gages and the GageWay Pro interface. It is the fastest way to verify a connection, debug a new gage setup, or confirm RS-232 communication parameters before deploying to production. Broad Gage Compatibility — 3,500+ Instruments Supported Supported gage families include Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, CDI, Sylvac, and any gage using Mitutoyo-compatible Digimatic output. RS-232 instruments from Ohaus, Mettler Toledo, and other serial device manufacturers are supported on all eight front panel ports via GW-LC. MicroRidge supplies interface cables for over 3,500 gage models — interface and cables ship from a single source. Not sure if your gage is supported? Contact MicroRidge — we'll confirm compatibility and identify the correct cable before you order. RS-232 Support on All Eight Front Panel Ports Digital gages plug directly into the 10-pin front panel Digimatic connectors. RS-232 instruments — serial force gauges, scales, height gages, torque tools, and other serial measurement devices — connect to the same eight front panel ports via the GW-LC Level Converter Cable. AutoBaud detection automatically identifies baud rate and communication parameters for any RS-232 device on a front panel port when connected via a current-generation LC Cable, eliminating manual port configuration. A rear-panel Multifunction Serial Port (DB9) provides one additional RS-232 input or can be used to chain interface output to downstream systems. Triggering Readings — Foot Switch, Hand Switch, and Host Commands Every front panel channel on the GageWay Pro8 has its own dedicated read switch port, independently configurable for trigger function. An eight-gage fixture station can give each gage its own foot or hand switch, route a single switch to trigger all eight channels, or execute a fully custom programmed measurement sequence across any combination of channels — all without host computer involvement. For automated applications, the USB serial port gives the host application complete... The GageWay Pro 4 connects four digital or RS-232 gages to a PC through a single USB port. Both USB keyboard wedge and USB serial (virtual COM port) outputs are built in, with a dedicated processor for each gage channel ensuring consistent throughput across all four inputs simultaneously. Supports Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, Sylvac, CDI, and any gage with Mitutoyo-compatible output, plus RS-232 devices via the GW-LC Level Converter Cable. Expandable with other Pro 4 and Pro 8 units for larger measurement stations. Gage Inputs – 4 Output – USB Keyboard Wedge + USB Serial (VCP) + DB9 RS-232 — all built in RS-232 Support – Yes — all front panel ports (GW-LC Level Converter Cable required) Power – USB powered — no AC adapter required for USB connection Configuration – Free Windows Setup Software (GageWay Pro Setup) Expandable – Yes — chain up to 9 units (Pro4/Pro8 mix); up to 68 total inputs Gage Compatibility – Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, Sylvac, CDI, and others Origin – Designed & Made in the USA Four Gages. One USB Port. No Output Compromise. The GageWay Pro4 supports four simultaneous gage inputs through a single USB connection, with both keyboard wedge (HID) and USB serial virtual COM port outputs built in. Connect via the keyboard wedge port to route measurement data as keystrokes into Excel, Google Sheets, or cloud-based SPC platforms. Connect via the USB serial port for direct integration with SPC software such as MeasurLink, InfinityQS, DataPage+, or any COM port–aware data collection application. Both ports are built into the unit — switching between output modes requires only moving the USB cable, with no hardware changes or additional purchases required. The keyboard wedge port requires no driver installation — plug in and it works immediately, with no IT involvement required. The USB serial port requires a one-time FTDI VCP driver install, available free from MicroRidge. The keyboard wedge transfer rate defaults to approximately 72 characters per second and can be reduced to 30 or 8 characters per second for applications or systems that cannot keep pace at the default rate. Also included: ComTestSerial, a free serial communications test program that displays exactly what data is being sent from your gages and the GageWay Pro interface. It is the fastest way to verify a connection, debug a new gage setup, or confirm RS-232 communication parameters before deploying to production. Broad Gage Compatibility — 3,500+ Instruments Supported Supported gage families include Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, CDI, Sylvac, and any gage using Mitutoyo-compatible Digimatic output. RS-232 instruments from Ohaus, Mettler Toledo, and other serial device manufacturers are supported on all four front panel ports via GW-LC. MicroRidge supplies interface cables for over 3,500 gage models — interface and cables ship from a single source, a practical advantage for quality departments managing approved vendor lists. Not sure if your gage is supported? Contact MicroRidge — we'll confirm compatibility and identify the correct cable before you order. RS-232 Support on All Four Front Panel Ports Digital gages plug directly into the front panel 10-pin Digimatic connectors with no additional hardware. RS-232 devices connect to the same four ports via the GW-LC Level Converter Cable. The AutoBaud feature automatically determines the baud rate and communication parameters for any RS-232 device connected via an LC Cable — no manual COM port configuration required. A rear-panel Multifunction Serial Port (DB9) provides one additional RS-232 input or can be used to chain interface data to a downstream system or additional GageWay Pro unit. Triggering Readings — Foot Switch, Hand Switch, and Host Commands Every front panel channel on the GageWay Pro4 has its own dedicated read switch port. Each port accepts a foot switch or hand switch independently — a four-gage fixture station can have a separate trigger for each gage, or a single switch can trigger reads across all channels in a defined sequence. This flexibility is what makes the GageWay Pro series well-suited for fixed inspection fixtures where measurement sequence, timing, and channel selection are controlled by the operator or the host application. Foot switch and hand switch trigger modes — per channel: Single reading — trigger one reading on the connected channel Continuous read (press and hold) — hold to read continuously; release to stop Continuous read (set count) — execute a defined number of readings on the channel Continuous read (press to start / press to stop) — first press starts acquisition; second press stops it Single read — all channels — trigger one reading across all four channels from a single switch press Continuous read — all channels — all four channels read continuously while the switch is held TIR reading — collect min, max, range, and count over a defined measurement sweep on one or all channels Custom read switch sequences are a standout capability for fixture applications. A single switch press can execute a fully programmed sequence of reads across any combination of... The GageWay Pro 2 connects two digital or RS-232 gages to a PC through a single USB port. Both USB keyboard wedge and USB serial (virtual COM port) outputs are built in — no configuration required to switch between them, and no external AC adapter needed. Supports Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, Sylvac, and any gage with Mitutoyo-compatible output, plus RS-232 devices via the GW-LC Level Converter Cable. Gage Inputs – 2 Output – USB Keyboard Wedge + USB Serial (VCP) — both built in RS-232 Support – Yes — all front panel ports (GW-LC Level Converter Cable required) Power – USB powered — no AC adapter required Configuration – Free Windows Setup Software (GageWay Pro Setup) Expandable – No — see Pro4 or Pro8 for chaining Gage Compatibility – Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, Sylvac, CDI, and others Origin – Designed & Made in the USA Two Gages. One USB Port. Both Output Modes Built In. Most two-channel gage interfaces force a choice at purchase: keyboard wedge output or USB serial output — not both. The GageWay Pro2 eliminates that constraint. Both output modes are built into the same unit. Connect via the keyboard wedge port to stream readings directly into Excel, Google Sheets, or cloud-based SPC platforms. Connect via the USB serial port for direct integration with SPC software such as MeasurLink, InfinityQS, DataPage+, or any application that monitors a COM port. Switching between output modes requires only moving the USB cable to the appropriate port — no hardware changes, no additional purchases, no different model required. The keyboard wedge port requires no driver installation — plug in and it works immediately, with no IT involvement required. The USB serial port requires a one-time FTDI VCP driver install, available free from MicroRidge. The keyboard wedge transfer rate defaults to approximately 72 characters per second and can be reduced to 30 or 8 characters per second for applications or systems that cannot keep pace at the default rate. Also included: ComTestSerial, a free serial communications test program that displays exactly what data is being sent from your gages and the GageWay Pro interface. It is the fastest way to verify a connection, debug a new gage setup, or confirm RS-232 communication parameters before deploying to production. Broad Gage Compatibility — 3,500+ Instruments Supported The GageWay Pro2 supports digital gages from Mitutoyo, Mahr Federal, Ono Sokki, Fowler, INSIZE, Starrett, CDI, Sylvac, and any manufacturer using Mitutoyo-compatible Digimatic output. RS-232 devices from Ohaus, Mettler Toledo, and other serial instrument manufacturers are supported on all front panel ports via the GW-LC cable. MicroRidge supplies cables for over 3,500 gage models — interface and cable ship from a single source, simplifying AVL management for quality departments. Not sure if your gage is supported? Contact MicroRidge — we'll confirm compatibility and identify the correct cable before you order. RS-232 Support on Every Front Panel Port Digital gages plug directly into the 10-pin front panel connectors. RS-232 devices — scales, force gauges, height gages, and other serial instruments — connect to the same front panel ports via the GW-LC Level Converter Cable. The AutoBaud feature automatically detects baud rate and communication parameters for any RS-232 device connected through a GW-LC Cable, eliminating manual COM port configuration. A rear-panel Multifunction Serial Port (DB9) accepts one additional RS-232 serial device as an input — useful for mixed-instrument stations where one device doesn't fit a front panel port. The Pro2 does not include a DB9 RS-232 output port to the PC; all PC-side output runs through the two USB ports. If a DB9 RS-232 output connection is required, the GageWay Pro4 or Pro8 is the correct model. Triggering Readings — Foot Switch, Hand Switch, and Host Commands Every front panel channel on the GageWay Pro2 has its own dedicated read switch port. Each port accepts a foot switch or hand switch independently, giving each gage its own trigger — critical for two-gage fixture applications where gages are measured in sequence or independently by the operator. Foot switch and hand switch trigger modes — per channel: Single reading — trigger one reading on the connected channel Continuous read (press and hold) — hold to read continuously; release to stop Continuous read (set count) — execute a defined number of readings on the channel Continuous read (press to start / press to stop) — first press starts acquisition; second press stops it Single read — all channels — trigger one reading across both channels from a single switch press TIR reading — collect min, max, range, and count over a defined measurement sweep Custom read switch sequences allow a single switch press to execute a programmed series of reads across both channels in any defined order — for example: read Channel 1, pause, read Channel 2, read... The GageWay KW is a hardware USB keyboard wedge that sends digital gage measurements directly into any Windows application — Excel, Access, SPC software, or any program that accepts keyboard input. It operates as a standard HID (human interface device), the same device class as a USB keyboard or mouse, so no driver installation or COM port configuration is required. Plug it in, connect your gage, and data flows on the first button press. GageWay KW supports single and continuous read modes and automatically detects the connected gage type at power-up. Compatible with Digimatic compatible gages, or gages with MicroRidge-designed cables that convert the gage's output to the Digimatic format — including Mitutoyo, Mahr Federal , CDI, and others. Interface Type – USB HID keyboard wedge — no driver required Interface Cable Length – 6 ft. USB cable Gage Connection – Mitutoyo Digimatic 10-pin (Type D Male) Read Switch Port – 2.5 mm subminiature phone jack Read Modes – Single, continuous (operator switchable) Gage Detection – Automatic Compatible Gages – Mitutoyo, Mahr Federal, CDI, Kroeplin, others Origin – Designed & Made in the USA What Is a Keyboard Wedge for Digital Gages? A keyboard wedge is a hardware interface that sits between your digital gage and your PC. When you press the read button, the wedge captures the measurement from the gage and delivers it directly into the active field in your application — exactly as if you had typed the value by hand and pressed Enter. The GageWay KW uses the USB HID device class to accomplish this. Your operating system treats it as a standard keyboard. No custom drivers, no COM port setup, no software installation. Any application that accepts keyboard input — Excel, Minitab, Access, browser-based SPC platforms, ERP data entry screens — receives gage data from the GageWay KW the moment you press the read button. This approach eliminates the most consequential source of error in manual inspection workflows: transcription. Misread digits, transposed numbers, and missed decimal points are common failure modes in hand-entry processes and are a documented nonconformance source in ISO 9001 and IATF 16949 measurement data systems. The GageWay KW closes that gap at the point of measurement. → The True Cost of Manual Measurement Data Entry→ How to Connect a Digital Gage to Your Computer Plug-and-Play Setup — No Configuration Required In most deployments, GageWay KW requires zero configuration. Connect the gage cable, plug the GageWay KW into a USB port, and the unit automatically detects the gage type within seconds. The LED blinks four times to confirm gage detection is complete and the unit is ready to use. If no gage is detected at power-up, GageWay KW retains its last configured gage type. The factory default is Mitutoyo-compatible output — the most common format across the supported gage families. Focus management is the only operational requirement: because GageWay KW sends data exactly like a keyboard, the target cell or field in your application must have focus before pressing the read button. Data goes wherever the cursor is active. Gage Compatibility GageWay KW supports any gage with a standard Digimatic compatible output — regardless of manufacturer. Mitutoyo gages use this output natively, but many other manufacturers produce gages with a compatible output that will work with GageWay KW without any special cables. Standard cables are available from the gage manufacturer, any Mitutoyo dealer, or MicroRidge. Some gages that do not natively output a compatible signal are also supported via MicroRidge-designed cables that convert the gage's output to a compatible format. Contact MicroRidge to confirm compatibility for your specific gage. LED Status — Operational Feedback at a Glance The GageWay KW LED provides clear device state and read event feedback without requiring any software: LED BehaviorMeaning On for ~1/4 secondGage reading successfully captured and sent3 blinksGage read failed — no valid data receivedOn at plug-in, then 4 blinksGage detection complete — unit ready The 3-blink error condition is relevant for gage R&R and MSA workflows where confirmed data capture — not assumed capture — is a requirement for measurement integrity. Failed reads are unambiguous and do not pass bad data to the application. Single vs. Continuous Read Mode GageWay KW ships in single read mode: one press of the read switch sends one measurement. For applications requiring a continuous data stream — in-process monitoring, automated fixture reading, go/no-go cycling — continuous read mode sends measurements at the gage's native output rate for as long as the read switch is held. Switching between modes is done via a timed button sequence directly on the unit. No PC software is required, and the selected mode is retained on power cycle. Read Switch Options For calipers and micrometers, the read button is built into the gage cable. For digital indicators and other instruments without an integral read button, the 2. 5 mm subminiature jack on the side of the GageWay KW accepts an external read switch. Two options are available:Hand Switch (P/N: HNDSW-MPLG) — 6 ft. cable, handheld momentary switch.... The GageWay SM connects a single Digimatic compatible gage to your PC via USB, appearing to your software as a standard serial COM port. Pre-configured at 9600-N-8-1 — no baud rate setup or communication parameter changes required. Plug it in, install the USB VCP driver, and your COM port-aware application can begin collecting gage data immediately. Compatible with any gage that provides a standard Digimatic compatible output, or gages with MicroRidge-designed cables that convert the gage's output to a compatible format — including Mitutoyo, Federal Maxum, CDI, Kroeplin, and others. Powered entirely by the USB port — no external adapter required. Available in 18-inch and 6-foot cable lengths to fit bench or fixture installations. Interface Type – USB Virtual COM Port (VCP) Gage Connection – Mitutoyo Digimatic 10-pin (Type D Male) Pre-Configured Comm Parameters – 9600-N-8-1 Driver required – Yes — FTDI USB VCP driver Power – USB powered — no AC adapter Interface Cable Length – 18 inch, 6 ft. Read Switch Port – 2.5 mm subminiature phone jack Read Modes – Single, continuous (operator switchable) Gage Detection – Automatic Compatible Gages – Mitutoyo, Mahr Federal, CDI, Kroeplin, others Origin – Designed & Made in the USA What Is a USB Serial Gage Interface for Digital Gages? The GageWay SM delivers gage data to your PC as a USB Virtual COM Port (VCP). To your operating system and your software, it looks exactly like a device connected to a physical RS-232 serial port. Any application that can open a COM port and read a serial data stream can receive gage measurements from the GageWay SM. This makes the GageWay SM the right interface when your software manages its own serial communication — dedicated SPC platforms, LIMS, custom data collection applications, and any software that requires a COM port assignment rather than keyboard input. If your software asks you to "select a COM port" during setup, GageWay SM is the correct interface. Note: GageWay SM is not designed to send data directly into Excel or other standard Windows applications. For that use case, see the GageWay KW keyboard wedge. → The True Cost of Manual Measurement Data Entry→ How to Connect a Digital Gage to Your Computer Setup — Minimal Configuration Required After installing the USB VCP driver, the GageWay SM appears as a COM port in Device Manager and is immediately available to your application. GageWay SM is pre-configured at 9600-N-8-1 — match your software to those parameters and no further configuration is required. On power-up, the LED blinks approximately 6 times. When blinking stops, the unit is ready to receive commands and send data to the PC. The USB VCP driver uses the FTDI chipset and is available from the MicroRidge USB Driver page. Gage Compatibility GageWay SM supports any gage with a standard Digimatic compatible output — regardless of manufacturer. Mitutoyo gages use this output natively, but many other manufacturers produce gages with a compatible output that will work with GageWay SM without any special cables. Standard cables are available from the gage manufacturer, any Mitutoyo dealer, or MicroRidge. Some gages that do not natively output a compatible signal are also supported via MicroRidge-designed cables that convert the gage's output to a compatible format. Contact MicroRidge to confirm compatibility for your specific gage. Read Trigger Options Gage readings can be initiated three ways: the read button on the gage cable, an optional foot or hand switch connected to the read switch port on the side of the GageWay SM, or a serial command sent from the host system. The computer command option supports automated and timed data collection workflows from PLCs, HMIs, or custom applications without operator input. Hand Switch (P/N: HNDSW-MPLG) — 6 ft. cable, handheld momentary switch. Standard for bench inspection and measurement stations where the operator holds the part with one hand. Foot Switch (P/N: FTSW-MPLG) — 6 ft. cable, floor-mounted pedal. Frees both hands for part handling. Commonly used in high-volume inspection and attribute data collection. Computer Command Set GageWay SM accepts the following serial commands from the host system. Commands are not case sensitive and do not require a carriage return terminator: CommandFunction RRead gage — single readingBBegin continuous gage readSStop continuous gage readCBegin continuous read while read switch is heldDStop continuous read when read switch is releasedHDisplay list of available commandsLTurn LED on for 50 ms (connection test)VDisplay version informationZReset to power-up configuration Data Output Format GageWay SM sends measurements left-justified, terminated with a carriage return. No leading, trailing, or embedded spaces are included. The string length varies based on the number of digits in the measurement. Examples:1. 3265 . 1455 -. 5725 13. 26The output string contains only measurement digits (0–9), a minus sign for negative values, and a decimal point. No unit labels, status flags, or formatting characters are appended. The receiving PLC, HMI, or application reads the string and terminates on the carriage return. GageWay SMR vs. GageWay SM vs. GageWay KW — Choosing the Right Single Gage Interface GageWay KW, GageWay SM and GageWay SMR share the same gage compatibility and single-gage form factor. The... The GageWay SMR connects a single Digimatic compatible gage to any system with a standard 9-pin RS-232 DB9 serial port — no USB required. It outputs gage measurements as standard RS-232 serial data at 9600-N-8-1, pre-configured from the factory. The receiving system sees the GageWay SMR as a standard RS-232 serial device. The SMR is the correct interface when your data collection system, PLC, HMI, CNC controller, data logger, or industrial PC has a native DB9 serial port and does not support USB input. Powered directly by the serial port handshake lines — no external AC adapter required. Compatible with any gage that provides a standard Digimatic compatible output, or gages with MicroRidge-designed cables that convert the gage's output to a compatible format — including Mitutoyo, Federal Maxum, CDI, Kroeplin, and others. Powered directly by the serial port handshake lines — no external AC adapter required. Interface Type – RS-232 DB9 serial Gage Connection – Mitutoyo Digimatic 10-pin (Type D Male) Pre-Configured Comm Parameters – 9600-N-8-1 Driver required – No Power – Serial port handshake lines (DTR pin 4 / RTS pin 7) — no AC adapter Interface Cable Length – 18 inch, 6 ft. Read Switch Port – 2.5 mm subminiature phone jack Read Modes – Single, continuous (operator switchable) Gage Detection – Automatic Compatible Gages – Mitutoyo, Mahr Federal, CDI, Kroeplin, others Origin – Designed & Made in the USA What Is a DB9 Serial Gage Interface for Digital Gages? The GageWay SMR is a single-gage interface with a native RS-232 DB9 output. It connects a Digimatic compatible digital gage to any system with a standard 9-pin serial port — delivering gage measurements as RS-232 serial data at 9600-N-8-1, pre-configured from the factory. RS-232 with a DB9 connector remains the standard serial interface across a wide range of industrial systems: PLCs, HMIs, CNC machine controllers, data loggers, serial device servers, industrial PCs, and legacy instrumentation. Where USB is unavailable, unsupported, or undesirable in a validated or controlled environment, the GageWay SMR provides a direct, deterministic serial connection between the measuring gage and the receiving system with no additional hardware or software layer required. → The True Cost of Manual Measurement Data Entry→ How to Connect a Digital Gage to Your Computer Who Needs the GageWay SMR? The GageWay SMR is the correct interface in three situations:Your receiving system has a native DB9 serial port. PLCs, HMIs, CNC controllers, data loggers, industrial PCs, and many serial device servers expose RS-232 DB9 ports for direct serial device connection. The GageWay SMR plugs directly into these ports with no adapters, no USB hub, and no driver installation on the receiving system. Your environment restricts USB connections. In some manufacturing, regulated, or safety-critical environments, USB device connections are restricted by IT policy, validation requirements, or process control system architecture. RS-232 serial connections via DB9 can carry no such restrictions and require no driver installation on the host. You are integrating gage data into a PLC, HMI, or control system. PLCs and HMIs commonly expose DB9 RS-232 ports for serial device input. The GageWay SMR delivers gage measurements as a simple RS-232 serial string that any system capable of reading a COM port or serial input can receive and process. Compatible Receiving Systems Any system with a standard RS-232 DB9 serial input can receive data from the GageWay SMR. Common industrial applications include:PLCs (Programmable Logic Controllers) — Allen-Bradley, Siemens, Mitsubishi, Omron, and other PLC platforms commonly expose RS-232 DB9 ports for serial device input. The GageWay SMR delivers gage data as a clean numeric string the PLC program can receive and process via standard serial communication function blocks. HMIs (Human Machine Interfaces) — Touchscreen panels and operator interface terminals commonly include RS-232 DB9 ports for connecting external serial devices. The GageWay SMR allows gage measurement data to be fed directly into an HMI display or process workflow. CNC Machine Controllers — Many CNC controllers include RS-232 serial ports for external device input, tool offsets, and inspection data. The GageWay SMR can deliver in-process or post-process gage data directly to the controller. Industrial PCs and Legacy Windows Systems — Industrial PCs and older workstations frequently include native RS-232 COM ports. The GageWay SMR connects directly without requiring a USB VCP driver — particularly useful in locked-down or validated environments where driver installation is restricted. Data Loggers and Serial Device Servers — Data acquisition systems, serial-to-Ethernet device servers, and data loggers with DB9 inputs can receive GageWay SMR output and forward it to network-connected systems, SCADA platforms, or cloud-based data collection applications. Serial-Input SPC and Quality Software on Legacy Systems — SPC software running on industrial PCs with native COM ports connects directly to the GageWay SMR without any USB infrastructure. How the GageWay SMR is Powered The GageWay SMR draws power from the serial port handshake lines — specifically DTR (pin 4) and RTS (pin 7) on the standard 9-pin DB9 port. No external AC adapter is required. One or both of these pins must be in the high state for the unit to operate. In practice, most applications automatically set these lines to the high state when opening a serial port. Power up and power down of the GageWay SMR is controlled by the application managing the serial port — when the port is closed,... > For technical support, OEM cable specifications, or distributor inquiries, contact MicroRidge Systems at sales@microridge.com. Full product documentation available at https://microridge.com/document-library