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Torque sensors - Measuring shafts

Torque sensors resp. torque measuring shafts or torque transducer measure torques based on the strain gage technology. This makes measuring shafts suitable for reliable measurements of smaller static and dynamic torques on non-rotating and rotating components. The most common applications are found in assembly technology as well as for quality control in production and in the laboratory.

Typical applicattions

Torque sensors are used in marine, offshore, automotive, and aerospace engineering. Research and development facilities use them as well to perform dynamic and static torque monitoring and measurements. Measurement ranges lie between 0.01 nNm and 10 kNm.

Features

  • Extremely rugged
  • Highest quality
  • Wear-free
  • Proven technology
  • High precision signals (no signal falsification)
  • Rapid signal output

 

Octogon torque sensors offer a special cost-effectiveness and are the perfect low-level model for torque measurements.

Torque sensors - Measuring shafts

Contact

Specifications Technique
Capacity 0.1Nm - TA-0.1
0.2Nm - TA-0.2
0.3Nm - TA-0.3
0.5Nm - TA-0.5
1Nm - TA-1
2Nm - TA-2
3Nm - TA-3
5Nm - TA-5
10Nm - TA-10
20Nm - TA-20
30Nm - TA-30
50Nm - TA-50
100Nm - TA-100
200Nm - TA-200
300Nm - TA-300
500Nm - TA-500
Sensitivity 1.0±1.5%mVN
Zero balance ±1%F.S.
Non-linearity 0.02%F.S.
Hysteresis 0.02%F.S.
Repeatability 0.1%F.S.
Creep{30min) 0.1%F.S.
Temp.effect on sensitivity 0.02%F.S./10 C
Temp.effect on zero 0.02%F.S./10 C
Input impedance 350/700±10Ω
Output impedance 350/700±10Ω
Insulation ≥2000M Ω /100VDC
Recommended excitation 12V
Maximum excitation Voltage 15V
Compensated temp range -10∼60°C
Operating temperature range -20∼60°C
Safe load limit 120%F.S.
Breaking load 150%F.S.
Cable size 3m
IP Class IP66
TA Datasheet

Ta

Mounting1Wiring1

Specifications Technique
Capacity 5Nm - TB-5
10Nm - TB-10
20Nm - TB-20
50Nm - TB-50
100Nm - TB-100
200Nm - TB-200
500Nm - TB-500
Sensitivity 1.0∼1.5mV/V
Zero balance ±1%F.S.
Non-linearity 0.02%F.S.
Hysteresis 0.02%F.S.
Repeatability 0.1%F.S.
Creep{30min) 0.1%F.S.
Temp.effect on sensitivity 0.05%F.S./10 °C
Temp.effect on zero 0.05%F.S./10 °C
Input impedance 350/700±10Ω
Output impedance 350/700±10Ω
Insulation ≥2000M Ω /100VDC
Recommended excitation ±15V
Maximum excitation Voltage 24V
Compensated temp range -10∼60°C
Operating temperature range -20∼60°C
Safe load limit 120%F.S.
Breaking load 150%F.S.
Cable size 3m
IP Class IP66

 

Cap(Nm) d L E A F
5, 10, 20, 50, 100 18 133 30 70 101
200, 500 25 155 30 91 115

 

Cap(Nm) C B H lxbxh
5, 10, 20, 50, 100 55 55 18 25x6x6
200, 500 65 65 18 30x8x7
TB Datasheet

Tb Drehmoment Messwelle

Tb Drehmoment MesswelleMounting1Wiring1

Specifications Technique
Capacity 200Nm - TC-200
300Nm - TC-300
500Nm - TC-500
1000Nm - TC-1000
2000Nm - TC-2000
Sensitivity 1.0∼1.5mV/V
Zero balance ±1%F.S.
Non-linearity 0.02%F.S.
Hysteresis 0.02%F.S.
Repeatability 0.1%F.S.
Creep{30min) 0.1%F.S.
Temp.effect on sensitivity 0.05%F.S./10 °C
Temp.effect on zero 0.05%F.S./10 °C
Input impedance 350/700±10Ω
Output impedance 350/700±10Ω
Insulation ≥2000M Ω /100VDC
Recommended excitation 12V
Maximum excitation Voltage 15V
Compensated temp range -10∼60°C
Operating temperature range -30∼60°C
Safe load limit 120%F.S.
Breaking load 150%F.S.
Cable size 3m
IP Class IP66
TC Datasheet

Tc Drehmoment Messwelle

Mounting1Wiring1

Specifications Technique
Capacity 0.1Nm - TD-0.1
0.2Nm - TD-0.2
0.3Nm - TD-0.3
0.5Nm - TD-0.5
1Nm - TD-1
2Nm - TD-2
3Nm - TD-3
5Nm - TD-5
Sensitivity 1.0∼1.5mV/V
Zero balance ±1%F.S.
Non-linearity 0.02%F.S.
Hysteresis 0.02%F.S.
Repeatability 0.1%F.S.
Creep{30min) 0.2%F.S.
Temp.effect on sensitivity 0.1%F.S./10 °C
Temp.effect on zero 0.1%F.S./10 °C
Input impedance 350±10Ω
Output impedance 350±10Ω
Insulation ≥2000M Ω /100VDC
Recommended excitation 12V
Maximum excitation Voltage 20V
Compensated temp range -10∼60°C
Operating temperature range -30∼60°C
Safe load limit 120%F.S.
Breaking load 150%F.S.
Cable size 3m
IP Class IP66
TD Datasheet

Td Drehmoment Messwelle

Mounting1Wiring1