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Torque sensor
Shaft-to-Shaft Rotary Torque Sensor
Dynamic Rotary Torque sensor
Torque sensor
Shaft-to-Shaft Rotary Torque Sensor
Dynamic Rotary Torque sensor

WST1001 Dynamic Force Sensor Rotary Torque sensor Transducer 50Nm 100Nm

Model: WST1001

Technical Specifications

Range
5-500Nm
Accuracy
±0.2%F.S(standard),±0.1%F.S(Optional)
Theory
non contact
Output
Pulse output or analog output
Application
To test the output torque and power of motor,engine,internal-combustion engine.

B2B Customization Available

We offer OEM/ODM services with flexible MOQ. Contact us for custom specifications and bulk pricing.

Product Details

WST1001 Dynamic Force Sensor Rotary Torque sensor Transducer, Shaft to Shaft Rotary Torque Sensor offers a unique solution for torque auditing applications. The shaft torque sensor (aka shaft torsion sensor) is available in a wide capacity range and utilizes strain gauge technology.

Rotational sensors (or dynamic torque sensor) are utilized in applications where the torque measurement must be taken at a spinning shaft, engine or a stationary motor. In this case, the transducer must rotate in-line attached to the shaft. A rotary torque transducer is fitted with a slip ring or wireless electronics to transmit the torque signal while rotating.

Rotary Torque Transducers are frequently used as testing/auditing tools for motors, torque measuring tool, turbines, and generators to measure rotational torque. A shaft-to-shaft Rotating Torque Sensor can be also utilized for feedback control, monitoring torque, and analyzing the efficiency of test stands and for torque measurement of rotating shaft using strain gauge.

 

Rotational sensors

Range(N.m) A B C D E F G H h I J K L M
5,10,20,30,50,100 133 70 55 75 30 24 3.5 18 6 23 27.5 27 15 40
200,300,500 144 70 65 85 35 30 3 28 8 29 32.5 28 12 46

FEATURE

Non-contact dynamic torque, small size,no wear;

Can measure torque value and rotational speed in both forward and reverse directions,Max speed≤8000RPM;

Torque sensor optionally available with integrated OLED panel,display torque, speed and power;

Both ends are optical shafts, the shaft material is 17-4PH stainless steel, and the shell material is aluminum alloy.

SPECIFICATION

Range
5,10,20,30,50,100,200,300,500(Nm)
Accuracy ±0.2%F.S(standard),±0.1%F.S(Optional) Temp.Effect on Zero
±0.2%F.S/10℃

Supply
12~24VDC Temp.Effect on Output
±0.2%F.S/10℃
Torque Output 10±5KHZ(standard)
Compensated Temp.Range
-10~+60
4~20mA,±5V,±10V,RS485,RS232(Optional) Operatimg Temp.Range
-20~+75℃
Speed Output Max speed≤8000RPM,60 pulse(standard) Electrical Connection
8pin
4~20mA,0~10V,RS485,RS232(Optional) Safe Overload 200%
Supply current <100mA Cable,Length 5m
8-Pin electrical connection(The output signal coexist with communication)
Power plug Pin5 Red Power supply:Vin+
Pin6 Black Power supply:Vin-
Signal Pluse/Current/Voltage Pluse differential
Pin3 Green Torque Torque:A+
Pin4 Yellow Speed Speed:B+
Pin1 White Signal/(GND) Torque:A+
Pin2 Blue None or null Speed:B-
Communication RS485 RS232
Pin7 Brown A+ TxD
Pin8 Gray B- RxD
Signal-(Common)must use white GND,can’t use power supply- ;
Vin-and Gnd and are not equal-level,there is a voltage difference.