STM/5NM torque sensorProduct Introduction

The STM series torque measurement system is a very compact torque meter. This series of flanges provides a powerful and precise measurement system for Jifu Power products, suitable for a wide range of applications in the manufacturing industry. The STM series of axial torque meters uses mature infrared telemetry technology for data transmission. The torque meter is completely immune to electromagnetic interference and does not emit any electromagnetic waves during optical data transmission. The measuring body is installed at one end, and the accuracy is higher when measuring at the output end.

Technical Specifications:

1. ‌Measurement range and accuracy‌

• Covering a wide range of 20 Nm to 500000 Nm, with a maximum speed of 30000 rpm

• Accuracy level of 0.03% rated torque (optional 0.04%), using 24 bit analog-to-digital conversion technology to ensure data resolution

2. ‌Signal transmission and compatibility‌

• Support optical data transmission (EMV insensitive), effectively avoiding electromagnetic interference

• Multi channel design can synchronously output torque, temperature, and speed signals, and is compatible with industrial protocols such as CAN and Ethernet

STM/5NMtorque sensorProduct Features:

• compact design

• Measurement range from 5 Nm to 20 Nm

• Standard measurement accuracy of 0.1%

• Active temperature compensation

• Perform standard comprehensive speed measurement at 60 pulses per revolution

• Speed stability up to 20000 rpm

• The measurement system is installed on one side, resulting in higher accuracy on the output side

• Optional expandable rubber tube or metal corrugated tube coupling

• Frequency and voltage output

  
  

  
  

Application scenarios

• ‌automotive industryPerformance validation for engines, transmissions, and braking systems

• ‌aerospaceHigh stability meets the torque monitoring requirements of key components in aircraft

• ‌customized serviceSupport non-standard designs such as titanium sensing shafts and special geometric structures, suitable for complex testing environments