|
|
| |
|
|
New Application Note: Tracked Vehicle Sensing Systems
Off-highway ground vehicles are exposed to harsh and variable operating conditions.
LORD MicroStrain Sensing Systems provides embedded wireless solutions for monitoring the health of critical components including
loads, weld fatigue, engine health, and more.
|
|
Tech Tips and Tricks: 350 and 1000 ohm Tester Board for V-Link-LXRS and SG-Link-LXRS Wireless Sensor Nodes
 |
| Andrew Deering, Technical Support Engineer, Sensing Systems |
This month Andrew explains how to use tester boards with select wireless sensor nodes.
The tester board provides a precise instrument to test the differential input and single ended channels of the V-Link-LXRS and SG-Link-LXRS. These technical notes describe:
V-Link-LXRS 350 Ohm Tester Board
V-Link-LXRS 1000 Ohm Tester Board
SG-Link-LXRS 350 ohm Tester Board
SG-Link-LXRS 1000 ohm Tester Board
|
LORD MicroStrain Rebranding
The new LORD MicroStrain brand links MicroStrain with LORD Corporation while retaining the performance and backwards compatibility of all sensing systems.
|
Tech Tips and Tricks: DVRT-Link-LXRS Understanding the Calibration
 |
| Traci Barrows, Inside Account Rep, Sensing Systems |
This month Traci explains the calibration of the DVRT-Link-LXRS wireless displacement node and its DVRT Displacement Transducer:
The
Wireless Displacement Node supports all LORD MicroStrain DVRT Displacement Transducers
. Each DVRT is calibrated at the factory with its particular DVRT-Link-LXRS. The factory calibration is stored in the non-volatile memory (EEPROM) of the DVRT-Link-LXRS
and will be read by Node Commander software. This technical note provides further understanding of this calibration.
|
|
|
