This sensor is capable of measuring torque in non-rotating or slow-rotating conditions, making it suitable for power tool testing and widely used in various industrial non-rotating torque measurement systems.

This device can measure static and rotational torque with a high accuracy of ±0.5% FS. A display on the socket displays torque values ​​in real time, and data can be wirelessly transmitted within 10 meters. PC software also allows for real-time monitoring and data storage in Excel format.

This sensor is made of high-quality alloy steel and is suitable for non-rotating torque measurements under static conditions. It is resistant to interference and offers excellent signal stability, making it widely used in a variety of industrial test equipment.

This product is a sensor for measuring non-rotating torque (static torque). It features reliable signal stability and rugged durability, and is widely used in various industrial test equipment and systems.

This torque sensor displays torque, rotational speed, and output power in real time, supporting RS485 communication and simultaneous current/voltage output. Featuring a built-in OLED display, easy calibration and setup functions, a communication speed of up to 1,000 cycles per second, and 200% overload tolerance, it is ideal for high-speed, high-precision measurement environments.

This sensor can measure both static and rotational torque, and is a high-precision, high-stability device with digital signal output and non-contact energy transfer. With no wearing parts or zero adjustment required, it requires minimal maintenance and is ideal for environments requiring long-term, high-speed operation.

This high-precision sensor can accurately measure both stationary and rotating torque. Its reliability and durability allow it to be used for long periods in industrial automation environments, and it can stably output bidirectional rotational torque.

This sensor can precisely measure both static and rotating torque, outputting torque signals regardless of forward or reverse rotation, making it suitable for high-speed, long-term operation. It can also be used for torque wrench testing and supports speeds up to 3,000 RPM.

This sensor measures static and rotational torque with high precision, is suitable for high-speed operation, and offers forward and reverse signal output. Both ends are keyed and support speeds up to 3,000 rpm.

This sensor can measure both static and rotational torque, and its high precision and stable performance make it suitable for high-speed and long-term operation. It can output both forward and reverse torque signals, and its double-sided key connection structure facilitates mechanical connection.

It can measure both non-rotational and rotational torque, boasting high precision and stability, and capable of long-term, high-speed operation. It outputs a bidirectional torque signal, employs a keyed connection structure at both ends, and supports speeds up to 3,000 rpm.

This sensor can measure non-rotational and rotational torque, and its digital signal output and non-contact transmission method provide high precision and durability. It does not require repeated zero-point adjustments and has no wear parts, ensuring reliable operation even at high speeds.

This sensor can measure both static and rotational torque, and is a high-precision, high-stability device with digital signal output and non-contact energy transfer. With no wearing parts or zero adjustment required, it requires minimal maintenance and is ideal for environments requiring long-term, high-speed operation.

This product can precisely measure non-rotational and rotational torque and outputs frequency/analog signals capable of long-distance transmission. With a keyed connection structure and a design suitable for high-speed rotation, it ensures reliable, long-term use in industrial automation applications.

이 센서는 회전 및 정지 토크를 고정밀·고안정성으로 측정할 수 있으며, 비접촉 방식의 신호 전송과 슬립링 없는 구조로 고속 장시간 운전에 최적화되어 있습니다.

This product can be combined with various wrenches to measure both static and rotational torque with an accuracy of ±0.5%. It features real-time display and wireless data transmission, making it suitable for automatic control and monitoring applications.