BRG SENSOR / BRG-6105 Robot Joint Torque Sensor
TOP SENSOR TECH / ZNJ-105 Static Torque Transducer For Marco Torsion Measuring
카테고리: 태그: 브랜드:

TOP SENSOR TECH / ZNJ-103 Static Torque Transducer For Mechanic Protection

Static Torque Transducer For Mechanic Protection Model: ZNJ-103 How a static torque sensor works Static torque sensors typically operate using strain gauge technology. The process works in a step-by-step manner: 1. The sensor is attached to a component or shaft where torque measurement is required. 2. When torque is applied, the internal elastic element of the sensor undergoes a slight mechanical deformation or twist. 3. Strain gauges, which are electrical resistors bonded to the elastic element, also deform. This deformation causes a change in their electrical resistance proportional to the applied torque. 4. A Wheatstone bridge circuit converts the resistance change into an electrical signal, typically a voltage. 5. This electrical signal is then amplified, processed, and translated into a precise torque reading. ◆ Features and Applications 1. Applies resistance strain gauge integrated with circuit which is accurate ,stable, and of large measuring range. 2. Middle capacity static measuring, easy to install. 3. One end is with key (or external square key) joint , another end with flanged joint.

Add to Wishlist
Share it:

ZNJ-103 Static Torque Transducer For Mechanic Protection

Static Torque Transducer for Industrial Calibration

Model: ZNJ-103

A static torque sensor, also known as a reaction torque sensor, measures the twisting force on a non-rotating object or in a steady, slow-moving system. They are designed to measure the reaction torque, the twisting force generated against a fixed support, without measuring continuous rotation. These sensors are highly valued for their stability, precision, and durability.

 

How a static torque sensor works

Static torque sensors typically operate using strain gauge technology. The process works in a step-by-step manner:

1. The sensor is attached to a component or shaft where torque measurement is required.

2. When torque is applied, the internal elastic element of the sensor undergoes a slight mechanical deformation or twist.

3. Strain gauges, which are electrical resistors bonded to the elastic element, also deform. This deformation causes a change in their electrical resistance proportional to the applied torque.

4. A Wheatstone bridge circuit converts the resistance change into an electrical signal, typically a voltage.

5. This electrical signal is then amplified, processed, and translated into a precise torque reading.

product-268-267

◆ Dimensions:

 

product-610-163

Capacity Range (N.m) VK A B C D
5-15 1/4″ 52.5 10.5 7.5 8.5
20 – 50 3/8″ 56 14 11 12.8
100 1/2″ 60 18 15 17
200-500 3/4″ 80 28 23 26
1000 1″ 85 33 28 34

 

 

◆ Features and Applications

1. Applies resistance strain gauge integrated with circuit which is accurate ,stable, and of large measuring range.
2. Middle capacity static measuring, easy to install.
3. One end is with key (or external square key) joint , another end with flanged joint.

◆ Technical parameter

Parameters Specification
Capacity 0~20,50,100,200,300,500Nm
Rated Output 1.5+10% mV/V
Zero Balance ±1%FS
Non Linearity +0.1-0.3%FS
Hysteresis ±0.05%F.S
Rapeatability 0.05%F.S
Creep 0.03%F.S/30min
Tamp Effact On Output 0.03%F.S/10℃
Temp Effect On Zero 0.03%FS/10℃
lnput impedance 350/750±10Ω
Output impedance 350/700±50Ω
Raspones Fraquency 100μS
Insulation ≥5000MΩ/100V
Recommended Excitation 10V(DC)
Compensated Temp Range -10 ~ 60℃
Operation Temp Range -20 ~ 65℃
Safe Overload 150%F.S
Ultimate Overload 200%F.S
Cable Size φ5.2 x 3 m
Cable Color Code Input Red( +), Black(-)Output Green(+), white(-)
Material Stainless steel/Alloy steel

Related Products