Sensor Technology Ltd
About Sensor Technology Ltd
Measuring rotary torque has always been difficult & expensive. The patented method uses a surface acoustic wave device as a frequency dependent strain gauge and measures the change in resonant frequency caused by the applied strain in the shaft. The signal is transmitted via an RF couple from the rotating shaft. By using a frequency-based device, the signal bandwidth is increased and the electronic interference common with analogue signals is eliminated.
The sensors require minimum length of shaft, have low inertia, no physical contact between shaft and housing, wide bandwidth, high resolution and accuracy, & excellent noise immunity.
Applications include automotive, manufacturing machines, condition monitoring where knowledge of torque is critical, control of tightening procedures and monitoring of torque during mixing where consistency is required.
Competitors of Sensor Technology Ltd
TRICOR Systems Inc
TRICOR Systems Inc. has provided electronic contract manufacturing since 1976. TRICOR’s award winning engineering staff develops electro-mechanical/electro-optical equipment from concept to finished product. TRICOR designs and manufactures Class 1, 2 & 3 medical devices and offers services... Read More
Intricon Corporation
Intricon has led medical device innovation for over 45 years, delivering miniaturized, sensor-driven solutions. From precision molding and electromagnetic surgical navigation to medical assembly and packaging, our end-to-end support accelerates commercialization, reducing time-to-market and... Read More
TESco Associates Incorporated
TESco Associates, Inc. has actively participated in the development of hundreds of bioabsorbable products, establishing a reputation as “The Strategic Quality Partner” for outsourced research and development and the manufacturing of challenging devices. TESco has developed proprietary polymer... Read More
Products by Sensor Technology Ltd
The NEW TorqSense RWT450/460 torque sensors replace the RWT350/360 series and feature all new electronics that have produced significant performance gains in resolution, frequency response, reduced sensor current consumption and faster digital data throughput. Transducer overload has also been... Read more »
