MicroStrain® manufactures wireless sensors that are used in a wide range of applications. MicroStrain® wireless sensor networks (WSN) enable simultaneous, high-speed sensing and data acquisition from multiple input sensors such as strain gage, accelerometer, load cell, etc.. wirelessly.
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. Furthermore, low-power designs are coupled with internal batteries, and optional energy harvesters, for long-term application.
MicroStrain® wireless sensor nodes offer a streamlined solution for remote and embedded monitoring that eliminates the need to install or maintain wires.
Featured Products
Wireless Nodes for Vibration/Acceleration
G-Link®-200
Wireless 3-axis accelerometer with rugged, weatherproof enclosure. Fully calibrated and low noise. Ideal for vibration, impact, and tilt.
- No. of channels: 4 (Integrated 3-axis accelerometer, temperature)
- Measurement Range:
− G-Link-200-8G: ±2 g, ±4 g or ±8 g – Configurable
− G-Link-200-40G: ±10 g, ±20 g or ±40 g – Configurable
- Max. sampling rate: 4096 Hz
- Resolution: 20-bits
- Data storage: 16 MB
G-Link®-200-R
Wireless 3-axis accelerometer with rugged, weatherproof enclosure. Fully calibrated and low noise. Ideal for vibration, impact, and tilt.
ASTM F2137 Compliant. Specifically designed to monitor the dynamic characteristics of amusement rides and roller coasters.
- No. of channels: 4 (Integrated 3-axis accelerometer, temperature)
- Measurement Range: ±20 g
- Max. sampling rate: 1024 Hz
- Resolution: 20-bits
- Data storage: 16 MB
V-Link®-200
Wireless 8-channel analog input node. Ideal for precise measurement of voltage, strain gages, load cells, and pressure transducers.
- No. of channels: 8 (4 differential analog inputs, 4 single-ended analog inputs) and 1 internal temperature channel
- Max. sampling rate: 8 kHz*
- Resolution: 18-bits
- Data storage: 16 MB
*Divide maximum rate by number of active channels
G-Link®-200-OEM
Wireless 3-axis accelerometer for OEM integration. Factory calibrated and low noise. Ideal for vibration, impact, and tilt applications.
- No. of channels: 4 (Integrated 3-axis accelerometer, temperature)
- Measurement Range:
− G-Link-200-OEM-8G: ±2 g, ±4 g or ±8 g – Configurable
− G-Link-200-OEM-40G: ±10 g, ±20 g or ±40 g – Configurable
- Max. sampling rate: 4096 Hz
- Resolution: 20-bits
- Data storage: 16 MB
Wireless Nodes for Inclination
G-Link®-200
Wireless 3-axis accelerometer with rugged, weatherproof enclosure. Fully calibrated and low noise. Ideal for vibration, impact, and tilt.
- No. of channels: 4 (Integrated 3-axis accelerometer, temperature)
- Measurement Range:
− G-Link-200-8G: ±2 g, ±4 g or ±8 g – Configurable
− G-Link-200-40G: ±10 g, ±20 g or ±40 g – Configurable
- Max. sampling rate: 4096 Hz
- Resolution: 20-bits
- Data storage: 16 MB
G-Link®-200-R
Wireless 3-axis accelerometer with rugged, weatherproof enclosure. Fully calibrated and low noise. Ideal for vibration, impact, and tilt.
ASTM F2137 Compliant. Specifically designed to monitor the dynamic characteristics of amusement rides and roller coasters.
- No. of channels: 4 (Integrated 3-axis accelerometer, temperature)
- Measurement Range: ±20 g
- Max. sampling rate: 1024 Hz
- Resolution: 20-bits
- Data storage: 16 MB
G-Link®-200-OEM
Wireless 3-axis accelerometer for OEM integration. Factory calibrated and low noise. Ideal for vibration, impact, and tilt applications.
- No. of channels: 4 (Integrated 3-axis accelerometer, temperature)
- Measurement Range:
− G-Link-200-OEM-8G: ±2 g, ±4 g or ±8 g – Configurable
− G-Link-200-OEM-40G: ±10 g, ±20 g or ±40 g – Configurable
- Max. sampling rate: 4096 Hz
- Resolution: 20-bits
- Data storage: 16 MB
Wireless Nodes for Shock
G-Link®-200
Wireless 3-axis accelerometer with rugged, weatherproof enclosure. Fully calibrated and low noise. Ideal for vibration, impact, and tilt.
- No. of channels: 4 (Integrated 3-axis accelerometer, temperature)
- Measurement Range:
− G-Link-200-8G: ±2 g, ±4 g or ±8 g – Configurable
− G-Link-200-40G: ±10 g, ±20 g or ±40 g – Configurable
- Max. sampling rate: 4096 Hz
- Resolution: 20-bits
- Data storage: 16 MB
G-Link®-200-R
Wireless 3-axis accelerometer with rugged, weatherproof enclosure. Fully calibrated and low noise. Ideal for vibration, impact, and tilt.
ASTM F2137 Compliant. Specifically designed to monitor the dynamic characteristics of amusement rides and roller coasters.
- No. of channels: 4 (Integrated 3-axis accelerometer, temperature)
- Measurement Range: ±20 g
- Max. sampling rate: 1024 Hz
- Resolution: 20-bits
- Data storage: 16 MB
G-Link®-200-OEM
Wireless 3-axis accelerometer for OEM integration. Factory calibrated and low noise. Ideal for vibration, impact, and tilt applications.
- No. of channels: 4 (Integrated 3-axis accelerometer, temperature)
- Measurement Range:
− G-Link-200-OEM-8G: ±2 g, ±4 g or ±8 g – Configurable
− G-Link-200-OEM-40G: ±10 g, ±20 g or ±40 g – Configurable
- Max. sampling rate: 4096 Hz
- Resolution: 20-bits
- Data storage: 16 MB
Wireless Nodes for Load
V-Link®-200
Wireless 8-channel analog input node. Ideal for precise measurement of voltage, strain gages, load cells, and pressure transducers.
- No. of channels: 8 (4 differential analog inputs, 4 single-ended analog inputs) and 1 internal temperature channel
- Max. sampling rate: 8 kHz*
- Resolution: 18-bits
- Data storage: 16 MB
*Divide maximum rate by number of active channels
SG-Link®-200
Wireless 3-channel analog input node with rugged, weatherproof enclosure. Ideal for precise measurement of voltage, strain gages, load cells, and pressure transducers.
- No. of channels: 3 differential analog input and 1 internal temperature channel
- Max. sampling rate: 1024 Hz
- Resolution: 24 bits
- Data storage: 16 MB
SG-Link®-200-OEM
Wireless 2-channel analog input node for OEM integration. Ideal for precise measurement of strain gages, load cells, and pressure transducers.
- No. of channels: 4 (1 differential analog input, 1 single-ended analog input, 1 RPM/pulse input and 1 internal temperature channel)
- Max. sampling rate: 1024 Hz
- Resolution: 24-bits
- Data storage: 16 MB
Wireless Nodes for Pressure
V-Link®-200
Wireless 8-channel analog input node. Ideal for precise measurement of voltage, strain gages, load cells, and pressure transducers.
- No. of channels: 8 (4 differential analog inputs, 4 single-ended analog inputs) and 1 internal temperature channel
- Max. sampling rate: 8 kHz*
- Resolution: 18-bits
- Data storage: 16 MB
*Divide maximum rate by number of active channels
SG-Link®-200
Wireless 3-channel analog input node with rugged, weatherproof enclosure. Ideal for precise measurement of voltage, strain gages, load cells, and pressure transducers.
- No. of channels: 3 differential analog input and 1 internal temperature channel
- Max. sampling rate: 1024 Hz
- Resolution: 24 bits
- Data storage: 16 MB
SG-Link®-200-OEM
Wireless 2-channel analog input node for OEM integration. Ideal for precise measurement of strain gages, load cells, and pressure transducers.
- No. of channels: 4 (1 differential analog input, 1 single-ended analog input, 1 RPM/pulse input and 1 internal temperature channel)
- Max. sampling rate: 1024 Hz
- Resolution: 24-bits
- Data storage: 16 MB
Wireless Nodes for Strain
V-Link®-200
Wireless 8-channel analog input node. Ideal for precise measurement of voltage, strain gages, load cells, and pressure transducers.
- No. of channels: 8 (4 differential analog inputs, 4 single-ended analog inputs) and 1 internal temperature channel
- Max. sampling rate: 8 kHz*
- Resolution: 18-bits
- Data storage: 16 MB
*Divide maximum rate by number of active channels
SG-Link®-200
Wireless 3-channel analog input node with rugged, weatherproof enclosure. Ideal for precise measurement of voltage, strain gages, load cells, and pressure transducers.
- No. of channels: 3 differential analog input and 1 internal temperature channel
- Max. sampling rate: 1024 Hz
- Resolution: 24 bits
- Data storage: 16 MB
SG-Link®-200-OEM
Wireless 2-channel analog input node for OEM integration. Ideal for precise measurement of strain gages, load cells, and pressure transducers.
- No. of channels: 4 (1 differential analog input, 1 single-ended analog input, 1 RPM/pulse input and 1 internal temperature channel)
- Max. sampling rate: 1024 Hz
- Resolution: 24-bits
- Data storage: 16 MB
Wireless Nodes for Temperature
V-Link®-200
Wireless 8-channel analog input node. Ideal for precise measurement of voltage, strain gages, load cells, and pressure transducers.
- No. of channels: 8 (4 differential analog inputs, 4 single-ended analog inputs) and 1 internal temperature channel
- Max. sampling rate: 8 kHz*
- Resolution: 18-bits
- Data storage: 16 MB
*Divide maximum rate by number of active channels
TC-Link-200
Wireless 12-Channel Thermocouple Input Node. Used for precise measurement of thermocouple temperature or differential voltage.
- No. of channels: 12 channels thermocouple inputs;1 intergrated cold junction compensation (CJC) temperature sensor
- Max. sampling rate: 128 SPS (For 1 Channel), 32 SPS (For 12 Channels)
- Resolution: 24 bits
- Data storage: 16 MB
RTD-Link-200
Wireless 6-Channel Temperature Node. Used for precise measurement of RTD or thermistor temperature.
- No. of channels: 6 channels RTD or thermistor inputs;1 intergrated temperature sensor
- Max. sampling rate: 64 SPS (For 1 Channel), 32 SPS (For 6 Channels)
- Resolution: 24 bits
- Data storage: 16 MB
TC-Link®-200-OEM
Wireless 1-channel temperature node for OEM integration. On-board CJC and calibration for use with a thermocouple, RTD, or thermistor.
- No. of channels: 1 channel (thermocouple, RTD or thermistor) input and 1 embedded cold junction compensation (CJC) temperature sensor
- Max. sampling rate: 128 Hz
- Resolution: 24 bits
- Data storage: 16 MB
Wireless Nodes for Torque
SG-Link®-200-OEM
Wireless 2-channel analog input node for OEM integration. Ideal for precise measurement of strain gages, load cells, and pressure transducers.
- No. of channels: 4 (1 differential analog input, 1 single-ended analog input, 1 RPM/pulse input and 1 internal temperature channel)
- Max. sampling rate: 1024 Hz
- Resolution: 24-bits
- Data storage: 16 MB
Wireless Nodes for Voltage
V-Link®-200
Wireless 8-channel analog input node. Ideal for precise measurement of voltage, strain gages, load cells, and pressure transducers.
- No. of channels: 8 (4 differential analog inputs, 4 single-ended analog inputs) and 1 internal temperature channel
- Max. sampling rate: 8 kHz*
- Resolution: 18-bits
- Data storage: 16 MB
*Divide maximum rate by number of active channels
TC-Link-200
Wireless 12-Channel Thermocouple Input Node. Used for precise measurement of thermocouple temperature or differential voltage.
- No. of channels: 12 channels thermocouple inputs;1 intergrated cold junction compensation (CJC) temperature sensor
- Max. sampling rate: 128 SPS (For 1 Channel), 32 SPS (For 12 Channels)
- Resolution: 24 bits
- Data storage: 16 MB
SG-Link®-200-OEM
Wireless 2-channel analog input node for OEM integration. Ideal for precise measurement of strain gages, load cells, and pressure transducers.
- No. of channels: 4 (1 differential analog input, 1 single-ended analog input, 1 RPM/pulse input and 1 internal temperature channel)
- Max. sampling rate: 1024 Hz
- Resolution: 24-bits
- Data storage: 16 MB
SG-Link®-200
Wireless 3-channel analog input node with rugged, weatherproof enclosure. Ideal for precise measurement of voltage, strain gages, load cells, and pressure transducers.
- No. of channels: 3 differential analog input and 1 internal temperature channel
- Max. sampling rate: 1024 Hz
- Resolution: 24 bits
- Data storage: 16 MB
Wireless Gateways
MicroStrain® wireless gateways (Wireless Sensor Data Aggregator WSDA series) coordinate and schedule communication between remote wireless sensor nodes and a variety of user-selectable end systems including third party controls, stand alone dataloggers, local computers and networks, and SensorCloud-enabled remote health monitoring and alerting systems.
Software for Wireless Sensor Network
MicroStrain® wireless sensor network (WSN) software allows configuration of sensor nodes, collect and analyze measurement data in real-time wirelessly.
Measurement data of the wireless sensor nodes can also be uploaded to SensorCloudTM account via WSDA®-2000 Ethernet gateway, for viewing and analyzing the data from anywhere in the world.
Desktop PC Software
SensorConnectTM
SensorConnect is MicroStrain® main PC software for Wireless and Inertial sensor configuration and data collection.
Configure devices, start networks, and collect and analyze data in real-time from our Wireless and Inertial products.
Using their intelligent data collection and graphing algorithms, you are able to visualize massive amounts of data instantly without any delay. Zoom in on points of interest just as fast.
View raw packet communication with sensors and gateways to aid in troubleshooting and development.
SensorCloud Web-based Monitoring & Data Analysis
SensorCloudTM
SensorCloud allows you to upload unlimited amounts of Wireless data to view and analyze from anywhere in the world.
Analyze your data with MathEngine, which allows you to run algorithms on your data. Take it a step further and write your own Python scripts, all in the cloud.
Plug and play support with the Wireless System Ethernet gateways. Wireless data is automatically uploaded directly to your SensorCloud account.
Set email and text alerts on your data to be notified when events occur.
OEM/Customize
We provide you:
- anything from a minor tweak to an existing product to a complete custom design
- aggregate 1,000 years of sensing expertise
- aggressive volume pricing of 1/2 to 1/3 of the list price
- solutions engineered under AS9100 and ISO9001 standards
- vast application experience
- highly-optimized supply chain
OEM Options
OEM WIRELESS SENSOR NETWORKS
Wireless Simplicity, Hardwired Reliability.™
Add our custom wireless technology, and open the door to data and measurements unavailable on hardwired systems. Our wireless custom and OEM capabilities include embedded systems, energy harvesting and white label solutions for your company. Our custom nodes can include custom-embedded algorithms tailored for your application, and they are each compatible with SensorCloud, our secure, online, cloud-based data aggregation and analysis software. While our nodes are designed to run on our proprietary LXRS® (Lossless Extended Range Synchronized) protocol, our engineers can also develop wireless sensing systems that use other protocols, including 6LoWPAN/Thread, Zigbee and Bluetooth Smart. Proven field applications range from structural health monitoring (SHM) on heavy-duty construction equipment to analysis of helicopter swashplate vibration and temperature. Our custom-designed solutions include the ideal packaging, power conservation and data analysis technology for virtually any application.
