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LORD MicroStrain to Announce New Inertial Sensor at AUVSI
LORD MicroStrain will release its latest inertial sensor at the 2013 Association for Unmanned Vehicle Systems International (AUVSI) tradeshow.
AUVSI will be held from August 12-15 at the Watler E. Washington Convention Center in Washington, DC.
Visit booth #3619 or follow us on LinkedIn to learn about our new inertial solution on August 13th.
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Application Note: Wireless Energy Metering
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| Watt-Link Wireless Energy Meter |
The industrial sector consumes more than one-third of all U.S. energy. Yet, visibility into machine-level energy usage remains limited. Decoupling energy monitoring from hardwires provides a scalable solution for distributed load control, process allocation, and long-term equipment maintenance.
LORD MicroStrain's Watt-Link
wireless energy meter allows facility owners and operators to remotely aggregate real-time energy data for evaluating high-load equipment, individual processes, or discrete production departments.
Read the Full Application Note >>
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New CSV Capabilities On SensorCloud
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| SensorCloud web-based data visualization, reporting, and analytics |
SensorCloud, LORD MicroStrain's web-based sensor data visualization, reporting, and analytics platform, now features CSV capabilities that allow users to upload multi-node files, support multi-rate sampling, as well as the ability to add and validate non-standard CSV files.
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Tech Tips and Tricks: LXRS® Wireless Sensor Node and Base Station Firmware Upgrades
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| Andrew Deering, Technical Support Engineer, Sensing Systems |
LORD MicroStrain® is continually improving the functionality of itswireless nodes and base stations. The resulting firmware upgrades are made freely available on the various wireless node and base station product pages.
This month Andrew provides step-by-step instructions for keeping LORD MicroStrain wireless sensor nodes and base stations up to date with the latest LXRS® firmware upgrades.
Read the full Technical Note >>
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MIP™ Inertial Protocol
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| MIP™ Forward Compatible Inertial Protocol |
Starting with the 3DM-GX3, all LORD MicroStrain Inertial sensors utilize MIP communications to relay data and commands to and from host systems. MIP was designed from the ground up to be future proof, robust, efficient, and flexible. Adoption of MIP in your sensing system means long-term savings and maximum flexibility including moving up or down our inertial product line with little or no rewriting of code.
View the MIP Data Communication Protocol Manual >>
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