WISER Wireless Sensor Systems

Torque, Acceleration, Ambient Temperature and More

TECAT’s WISER wireless torque measuring and monitoring systems are the smallest, lightest, and most power-efficient solutions available for the measurement of torque, acceleration, pressure, temperature, distance, and magnetization.

The latest model, the WISER 4000, offers a number of features that make it a faster, more flexible, and reliable tool for a wide range of applications — whether it’s monitoring strain in automobiles, measuring in-flight torque on experimental aircraft, or being used as input conditioning for analog sensors.

Featuring shunt calibration, the system is designed to simplify instrumentation verification for users while allowing them to check calibration of the system in the field. The WISER 4000 has been enhanced with two additional programmable analog outputs and higher-speed recording, and it is available with custom-built remote enclosures to protect the system’s remote unit and battery from damage due to debris.

Learn more about the WISER 4000 and other WISER family solutions

WISER Wireless Sensor Technology

Torque, Acceleration, Ambient Temperature and More

For many years, engineers looking for real-time torque measurement systems could only source solutions that were large and cumbersome to apply. They were portable in name but not in application. The TECAT WISER torque sensor changes that.

TECAT’s WISER torque sensor provides fully processed data on torque, temperature, pressure and vibration directly from the source, while operating in real-world conditions. Output is wirelessly transmitted using a 2.45 GHz radio frequency paired to a base unit.

Our WISER 2000 processor is a game changer. The remote transceiver has a footprint of just 45mm x 23mm x 6mm and weighs just 8 g, allowing installation directly on the component of interest. This transceiver is also fully balanced with the lithium battery, enabling measurement of shafts rotating at high speeds.

TECAT’s sensor technology is available in two versions:

Test & Measurement— A Sensor Application Kit offering simple installation and superior wireless connectivity for collecting fully processed performance data.

Original Equipment Production — Fully commercialized packaging for automotive, drill rig and motorsports applications.

WISER 2000 — making data work for you.
For many years, engineers looking for real-time torque measurement systems could only source solutions that were large and cumbersome to apply. They were portable in name but not in application. The TECAT WISER torque sensor changes that.

TECAT’s WISER torque sensor provides fully processed data on torque, temperature, pressure and vibration directly from the source, while operating in real-world conditions. Output is wirelessly transmitted using a 2.45 GHz radio frequency paired to a base unit.

Our WISER 2000 processor is a game changer. The remote transceiver has a footprint of just 45mm x 23mm x 6mm and weighs just 8 g, allowing installation directly on the component of interest. This transceiver is also fully balanced with the lithium battery, enabling measurement of shafts rotating at high speeds.

TECAT’s sensor technology is available in two versions:

Test & Measurement— A Sensor Application Kit offering simple installation and superior wireless connectivity for collecting fully processed performance data.

Original Equipment Production — Fully commercialized packaging for automotive, drill rig and motorsports applications.

WISER 2000 — making data work for you.

Only with TECAT Performance

What could you control if you could very accurately measure the torque, temperature and vibration of a running crankshaft… or drive shaft … or axle … or drill pipe? Discover the possibilities with WISER from TECAT Performance.

 
 
 
 

Only with TECAT Performance

What could you control if you could very accurately measure the torque, temperature, and vibration of a running crankshaft… or drive shaft … or axle … or drill pipe?

Discover the possibilities with WISER from TECAT Performance.