Shaft Dynamic Sensor Non-contact Torque Transducer

The Shaft Dynamic Sensor Non-contact Torque Transducer is a cutting-edge product designed to accurately measure torque without any physical contact. This state-of-the-art device utilizes advanced sensor technology to provide precise and reliable torque measurements in various applications. With its non-contact feature, it eliminates the risk of mechanical wear and tear, ensuring long-lasting performance and minimal maintenance. The transducer's dynamic capabilities enable it to capture torque fluctuations and changes in real-time, allowing for effective monitoring and control. Whether used in automotive, industrial, or research settings, this torque transducer guarantees accurate and efficient torque measurement for optimal performance.

Shaft Dynamic Sensor Non-contact Torque Transducer

Product description
Shaft Dynamic Sensor A non-contact Torque Sensor is a device used to measure torque on a rotating shaft. Its biggest feature is that it adopts a non-contact torque measurement method, which will not interfere with the movement of the measured object during the measurement process.

The torque transducer usually consists of two parts: a vibrator and a measuring transducer. A vibrator converts torque on a rotating shaft into rotational vibration. A measuring sensor detects the amplitude and phase difference of the vibrations to calculate the torque value.

The sensor is more accurate than traditional Torque Sensors because it uses a non-contact measurement method that reduces the effect of friction between the sensor and the measured object. At the same time, due to their fast response and no need for calibration, this type of sensor is suitable for applications requiring high-precision measurement, such as automotive testing, robotic systems, aerospace and marine fields, etc.

In addition, the shaft dynamic sensor non-contact torque sensor also has the following advantages:
1. Easy to install and use
2. It is possible to measure the torque on the object running at high speed
3. Can measure bidirectional torque
4. Can be used in extreme environments, such as high temperature, low temperature, humidity and other harsh environments.

Product specification