Shaft rotary dynamic torque sensor price

Description of shaft rotary dynamic torque sensor price

CNQ-302 dynamic torque sensor is developed on the basis of the strain bridge's proprietary technology and is specifically designed to measure torque and speed parameters. This series of torque sensors adopts strain bridge electrical measurement technology, which uses a set of toroidal transformers to provide power supply without contact. The micro-power signal coupler replaces the toroidal transformer for non-contact transmission of signals, effectively overcoming the high-order of inductively coupled signals. Harmonic self-interference and energy toroidal transformers interfere with each other of the signal toroidal transformer, and at the same time change the output spike to an equal square wave signal. Therefore, this series of torque sensors can operate for a long time and at high speed.

This series of torque sensors can be used for both static and dynamic measurement, and can be designed in a variety of installation styles, which brings great convenience to users.

Features of shaft rotary dynamic torque sensor price

Both static torque and rotational torque can be measured;
High detection accuracy, good stability and strong anti-interference;
Small size, light weight and easy to install;
Continuously measure the forward and reverse torque without repeated zero adjustment;
Without wear parts such as the collecting ring, it can run at high speed for a long time;
The strained elastomer is strong enough to withstand 150% load;
Strong anti-interference, can be installed in any position and in any direction;
The sensor part can be used independently from the secondary instrument, and directly forms a torque measuring device with the measuring board, PLC or DCS.

Specification of shaft rotary dynamic torque sensor price

 Drawings of shaft rotary dynamic torque sensor price

Applications of shaft rotary dynamic torque sensor price

Detecting rotating power equipment such as electric motors and internal combustion engines to output torque and power;
Detecting load torque and input power of motors, winds, pumps, mixers, reducers, transmissions, winches, propellers, drilling machinery, etc.;
Detecting the torque during the working process of various machining centers and automatic machine tools;
Detecting the torque and efficiency transmitted by various rotating power plant systems;
The speed and shaft power can be detected while detecting the torque;
Can be used in the manufacture of viscometers, electric, pneumatic, hydraulic torque wrenches.