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Force Sensors/

Torsion Sensors

Force Sensors from TallMan Robotics have types as follows: 

Categories of Force Sensors

Measuring Force Sensors

Torque Sensors

Multi Dimensional Sensors

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Torsion Sensors are precision measuring instruments capable of accurately detecting the torsional force of rotating or non-rotating mechanical components. They are used to convert the physical deformation caused by torque into analyzable electrical signals, functioning like the “nerve endings” of a mechanical system, providing critical data support for equipment control and fault diagnosis. As the central hub connecting mechanical power and electronic control, Torsion Sensors have  become an indispensable key component in modern industries, transportation, aerospace, and other fields.

Engineering analysis of TallMan Robotics Torsion Sensors

This  torsion sensor measures applied torque via angular deflection or strain. Magnetoelastic sensors detect permeability changes under stress. Throughout TallMan Robotics systems, advanced Torsion Sensors are used for precise engineering analysis on mechanical torque and strain.

Review the table below for images and complete product specifications of Torsion Sensors

Model CodeT601D-01T601D-01BT601D-02T601D-03T601D-04T601D-05T601D-05B
Photos Torsion Sensors Torsion Sensors Torsion Sensors Torsion Sensors   
Capacity0.1,0.2,0.5N.m0.01,0.02,0.05N.m0.1,0.2,0.5,1,2,5N.m1,2,5,10N.m5,10,20,30,50N.m5,10,20,50,,100N.m200,500N.m
Accuracy class0.1% F.S0.1% F.S0.1% F.S0.1% F.S0.1% F.S0.1% F.S0.1% F.S
Speed range≤8000RPM≤8000RPM≤8000RPM≤8000RPM≤8000RPM≤8000RPM≤8000RPM
Torque signalRS485/±10V/±5V/0-10V/0-5V/5-15KHzRS485/±10V/±5V/0-10V/0-5V/5-15KHzRS485/±10V/±5V/0-10V/0-5V/5-15KHzRS485/±10V/±5V/0-10V/0-5V/5-15KHzRS485/±10V/±5V/0-10V/0-5V/5-15KHzRS485/±10V/±5V/0-10V/0-5V/5-15KHzRS485/±10V/±5V/0-10V/0-5V/5-15KHz
Speed signalRS485/60 pulseRS485/60 pulseRS485/60 pulseRS485/60 pulseRS485/60 pulseRS485/60 pulseRS485/60 pulse
Frequency response1ms1ms1ms1ms1ms1ms1ms
Temp Effect on sensitivity±0.15%F.S/10℃±0.15%F.S/10℃±0.15%F.S/10℃±0.15%F.S/10℃±0.15%F.S/10℃±0.15%F.S/10℃±0.15%F.S/10℃
Temp Effect on zero±0.15%F.S/10℃±0.15%F.S/10℃±0.15%F.S/10℃±0.15%F.S/10℃±0.15%F.S/10℃±0.15%F.S/10℃±0.15%F.S/10℃
Power supply24Vdc±15%24Vdc±15%24Vdc±15%24Vdc±15%24Vdc±15%24Vdc±15%24Vdc±15%
Operating temp Range(-20~80℃)(-20~80℃)(-20~80℃)(-20~80℃)(-20~80℃)(-20~80℃)(-20~80℃)
Safe overLoad150%F.S.150%F.S.150%F.S.150%F.S.150%F.S.150%F.S.150%F.S.
Cable Size¢6X3m¢6X3m¢6X3m¢6X3m¢6X3m¢6X3m¢6X3m
Protection classIP65IP65IP65IP65IP65IP65IP65
MaterialAluminium Alloy housingAluminium Alloy housingAluminium Alloy housingAluminium Alloy housingAluminium Alloy housingAluminium Alloy housingAluminium Alloy housing
Axis: 17-4PHAxis: 17-4PHAxis: 17-4PHAxis: 17-4PHAxis: 17-4PHAxis: 17-4PHAxis: 17-4PH

FAQs about Torsion Sensors

How does a strain gauge torsion sensor work?

Strain gauges bond to the shaft at 45 degrees. Shaft twist changes gauge resistance. The bridge converts resistance to voltage. 

What is the difference between contact and non-contact?

Contact sensors use slip rings for power transfer. Non-contact sensors use inductive coupling or radio telemetry. In both cases, efficient readings are possible thanks to Torsion Sensors solutions.

Can Torque Sensors measure static torque?

Yes. Strain gauge sensors measure static torque directly. Magnetoelastic sensors also measure static loads.

How do I install a torque Sensor on a shaft?

Couple the sensor between motor and load. Use flexible shaft couplings on both sides.

What causes zero drift in Sensor?

Temperature changes cause zero drift. Amplifier warm up also creates drift. Wait 10 minutes before zeroing. 

Can I measure torque on a rotating shaft?

Yes. Use non contact wireless torsion sensors for rotating shafts. Power the sensor via inductive coupling. In rotating applications, using Torsion Sensors means you get precise torque measurement with minimal error.

You are welcome to watch more projects or visit our website to check other series or load down e-catalogues for further technical data. 

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