Low price ESMNJ11 dynamic torque sensor with 200Nm

 The ESMNJ11 miniature dynamic torque sensor is a compact, high-precision, non-contact rotational torque measuring instrument, specifically designed for small-scale and high-speed dynamic scenarios. It can synchronously detect torque, rotational speed, and power parameters in real time. The product adopts a resistive strain-based electrical measurement principle, where strain gauges generate electrical signals through elastic shaft deformation. These signals are amplified and filtered by a dedicated chip and transmitted non-contact, without mechanical wear, suitable for high-speed operation requirements.

The instrument is small in size and is a compact sensor that can be easily embedded into precision equipment, allowing for convenient installation. Its measurement range covers 0.05Nm to 200Nm, offering high accuracy and high response frequency, capable of accurately capturing transient impact torque. It supports rotational speeds from 0 to 12,000 rpm and operates stably and reliably. The sensor features temperature compensation, anti-interference functions, supports multiple signal outputs and bidirectional measurement, and offers low friction and maintenance-free operation.

It is widely used in robotic joints, miniature motors, medical devices, automotive electronics, and precision automation equipment, enabling real-time torque monitoring and control. As a core component for enhancing device intelligence and precision, it combines a compact size with high efficiency, making it suitable for various dynamic measurement scenarios with space limitations.