Apollo Office Park, Ironstone Lane, Wroxton, Banbury, Oxfordshire, OX15 6AY  (Show me directions) Show Map

01869 2...Landline    Landline   

01869 2...Fax    01869 238401    01295 7...Fax    01295 738966   

Website    Website   

sensortechnology   @sensortech  

Profile

Sensor Technology Ltd ~ A High Technology Rotary Torque Measuring Company.

Sensor Technology Ltd is a leader in the high technology rotary torque measuring industry. Using Surface Acoustic Waves to produce TorqSense rotary torque measuring equipment. We have over 30 years experience in the toque measuring industry and in this time we have established a fantastic global network of experienced distributors.

Sensor Technology Ltd ~ What Are TorqSense Rotary Torque Transducers?

Rotary torque is historically a difficult and expensive level to measure because traditional techniques are invasive to the mechanical systems being measured. But Sensor Technology by using existing technology in a novel way have developed inexpensive transducers which can be produced for situations where monitoring or control of drive mechanisms is required.

The patented method uses Surface Acoustic Wave (SAW) devices as essentially 'frequency dependent' strain gauges to measure the change in resonant frequency caused by an applied shaft strain. This technology has been trademarked 'TorqSense'.

Sensor Technology Ltd ~ How Can TorqSense Rotary Torque Transducers Help Me?

In particular, SAW technology opens up new application areas where knowledge of torque is critical. Instrumentation versions feature enhanced accuracy and resolution to better than one part in a million. It is therefore envisaged that the TorqSense technology will replace existing types of rotary torque transducers by providing better performance at a more cost sensitive price.

Manufacturers of TORQSENSE Transducers, low cost non-contact rotary torque transducers. Inexpensive sensors use existing technology in a novel way for OEM applications including condition monitoring, motor control, and viscosity measurement during mixing

Media

Photo 3