Microstrain Little Sensors. Big Ideas.

WIRELESS networks

Wireless Nodes

LORD MicroStrain's wireless sensor networks (WSN) enable simultaneous, high-speed sensing and data acquisition from multiple wireless strain gauges, accelerometers, temperature, and millivolt inputs. Our range of wireless sensing systems are ideal for both small scale applications requiring a few sensor nodes and large scale applications requiring hundreds of sensor nodes.

MicroStrain® wireless sensor nodes offer a streamlined solution for remote and embedded monitoring that eliminates the need to install or maintain wires. Our wireless nodes support a wide range of sensor types and packaging options, allowing users to quickly configure their optimal network. Furthermore, low-power designs are coupled with internal batteries, and optional energy harvesters, for long-term application.

  • Wireless Energy Monitoring Node: Accepts 3 current transformers in an array of WYE and Delta specific power configurations.
  • Microstrain ENV-Link® -LXRS™ Wireless Strain Node
    Wireless Environmental Monitoring Node: Accommodates a relative humidity/temperature (RHT) sensor, and 3 additional 0-5 VDC sensors.
  • Microstrain SG-Link® -LXRS™ Wireless Strain Node
    Wireless 2 Channel Analog Input Sensor Node: Features 1 differential input channel with optional bridge completion, 1 single ended input channel with 0-3 volt excitation, and an internal temperature sensor channel
  • Wireless 7 Channel Analog Input Sensor Node: Features 4 differential input channels with optional bridge completion, 3 single ended input channel with 0-3 volt excitation, and an internal temperature sensor channel.
  • Wireless Accelerometer Node: Combines triaxial accelerometers, embedded processing, wireless communications, and precision timekeeping with extended range capabilities to measure acceleration, vibration, and tilt.
  • Microstrain G-Link® -LXRS™ Wireless Accelerometer Node
    Wireless Accelerometer Node: Features on-board triaxial ±2 g or ±10 g MEMS accelerometers and an internal temperature sensor.
  • Wireless RTD Sensor Node: Features a standard RTD input connector and software programmable on-board linearization algorithms to support 2 or 4 wire PT100 RTD types.
  • Microstrain SG-Link® OEM -LXRS™ Wireless Strain Node
    Wireless OEM Analog Input Sensor Node- Extended Range: Features 1 differential input channel with optional bridge completion, 1 single ended input channel with 0-3 volt excitation, and an internal temperature sensor...
  • Wireless OEM Analog Input Sensor Node- Low Power: Features 1 differential input channel with optional bridge completion, 1 single ended input channel with 0-3 volt excitation, and an internal temperature sensor...
  • Wireless 6 Channel Thermocouple Node: Features six standard thermocouple input connectors, an embedded cold junction temperature compensation sensor, and an optional relative humidity sensor.
  • Wireless 1 Channel Thermocouple Node: Features a standard thermocouple input connector with an embedded cold junction temperature compensation sensor.
  • Ruggedized Wireless Accelerometer Node: Features EMI/EMC qualified packaging to MIL-STD-461F, and designed for use in the most hostile environments.
  • Ruggedized Wireless Analog Input Sensor Node: Integrates strain gauge signal conditioning, a triaxial accelerometer, and temperature sensor in an environmentally hardened form factor.
  • Microstrain, Energy Harvesting Wireless Sensor Node
    Self-powered wireless sensor.: The EH-Link™ wireless node is a self powered sensor, harvesting energy from ambient energy sources. EH-Link™ is compatible with a wide range of generator types, including piezoelectric,...
  • Microstrain DVRT-Link™ -LXRS™ Wireless Displacement Node
    Wireless Displacement Sensor Node: Provides high speed wireless data acquisition from all MicroStrain® DVRT® displacement sensors.
  • TC-Link® OEM Wireless Thermocouple Node
    OEM Wireless Thermocouple Node: Features precision time-keeping and extended range capabilities; TC-Link-OEM are not mXRS capable