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| LORD MicroStrain to Unveil New Products at Sensors Expo
Visit us at booth #700 for hands-on demonstrations of our sensing technologies including new wireless sensors, new displacement sensors, and a new SensorCloud service to be announced Wednesday June 5th.
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Tech Tips and Tricks: Using Software Dataloggers with LORD MicroStrain Inertial Sensors
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| Barry Trutor, Senior Technical Support Engineer, Sensing Systems |
This month Barry explains how to configure a 3DM-GX3® Inertial Sensor to continuously record to a data file.
In our example, we use a Lord MicroStrain® 3DM-GX3® -45 Miniature GPS-Aided Inertial Navigation System with RS-232 interface and its accompanying MIP Monitor software to configure the inertial sensor. The inertial sensor is connected to the computer via an RS-232 communication interface. The inertial sensor is pre-programmed to automatically send data when powered. The computer receives the stream of data and the datalogger software continuously records the stream to a data file
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Upload Your CSV Sensor Data to a Free SensorCloud Account
LORD MicroStrain's CSV Uploader for SensorCloud™ streamlines access to cloud-based sensor data. Drag-and-drop CSV files generated in Node Commander 2.7 directly into a Free Basic SensorCloud Account. The automated CSV Uploader enables quick and easy visualization, controllable sharing, and scalable sensor data storage.
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Tech Tips and Tricks: Outputting a 4 to 20mA Current Loop
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| Andrew Deering, Technical Support Engineer, Sensing Systems |
This month Andrew explains how to convert LORD MicroStrain wireless base stations with 0 to 3 volt output to a 4 to 20 mA output using a third party converter.
LORD MicroStrain® WSDA® -Base-101-LXRS®
Wireless Analog Output Base Station supports all data acquisition sessions between wireless nodes and host computers. As an integral feature, the WSDA® -Base- 101-LXRS® has an analog output back panel that supports analog data acquisition equipment (DAQs). Up to 8 sensor channels from one or multiple wireless nodes can be fed into a DAQ. Each channel on the back panel has a 0 to 3 volt range representing the particular sensor's full scale output. In environments where the 0 to 3 volt range is not appropriate; LORD MicroStrain Wireless Sensing Systems may be converted to operate with a 4 to 20 mA output range.
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