ESMNJ06 Continuous Measurement Micro Drive Torque Sensors for 0.05Nm,0.1Nm,0.2Nm,0. 5Nm,1Nm,2Nm

ESMNJ06 micro drive torque sensors are suitable mainly used in micro-drive (2Nm hereinafter) measured torque. When the torque measurement is less than 2Nm, rotating body supporting the bearing friction torque it would not be interfering factors ignored. ESMNJ06 type strain region and take power, emitting region disposed separately, to avoid the impact of the strained region of the bearing, and effectively improve the anti-overload and improve the measurement accuracy of the torque sensor.Widely used in fields such as industrial automation and aerospace.

product details

Working Principle

ESMNJ06 micro drive torque sensors By attaching strain gauges to the rotating shaft, the strain in the shaft system can be detected using the resistive strain effect. The sensor converts the strain caused by the shaft's torsion into electrical signals, which are transmitted to the data acquisition system via wireless transmission or slip rings.

Product Features

Diverse signal output
High measurement accuracy
Flexible usage
Wide measurement range

Product detail

Technical Specifications

Index Name	Specifications
Range	0.05Nm,0.1Nm,0.2Nm,0. 5Nm,1Nm,2Nm (optional)
Power supply	±15VCD/24VCD(optional)
Torque signal	5 ~ 15Khz (amplitude 12V, zero 10kHz), 4 ~ 20mA, 1 ~ 5V, 0-10V (optional)
Speed Range	0 ~ 1000,3000,6000,8000 rev / min
Speed signal	60 pulses / revolution (no accumulation of errors, the amplitude of 12VDC), 4-20mA, 1 ~ 5V
Accuracy	±0.25%,±0.5%
Stability	0.3% / year
Insulation resistance	≥200MΩ(100VDC)
Ambient temperature	-20 ~ 60 ℃ (can be customized high temperature -20 ~ 120 ℃)
Relative humidity	0~90%RH
Overload	120%
Frequency response	1ms