Reaction Torque Sensor Principle

Basic principle of reaction torque sensor: Using strain gauge electrical measurement technology, a strain bridge is formed on the elastic shaft. The electrical signal of the elastic shaft being twisted can be measured by supplying power to the strain bridge. After the strain signal is amplified, it is converted into a frequency signal proportional to the torsional strain after pressure/frequency conversion. Or directly output standard 4~20mA current signal and 1~5V voltage signal. Read more about: Types Of Torque Transducers

reaction torque sensor application

The reaction torque sensor is generally used to test the occasions where the torque changes slowly. The sampling speed is generally lower than 50 times per second. Such as testing the manual torque wrench, the static load torque of the transmission, etc. The application range of static torque sensor is mainly used in test systems such as experimental machines and static torque detection. Static torque does not involve acceleration. For example, the torque of the clock spring used to move the second hand is static torque. If the car is traveling at a steady speed, it will develop a rotational static torque because it only rotates, but not acceleration. The engine produces static and dynamic torque. For example, if you measure torque in a car crankshaft, you measure dynamic torque because cylinder firing and piston rotation of the crankshaft involve acceleration. This static in a static torque sensor means that the measuring elastomer of the sensor does not participate in relative motion. This static in a reaction torque sensor means that the measuring elastomer of the sensor does not participate in relative motion. Due to its excellent stability, high measurement accuracy and high cost performance, it has been widely praised in testing machines, static torque detection and other testing systems.

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17 Reaction Torque Sensor – Keyed Shaft

November 9, 2022May 30, 2023 KimGuo11

Features of 17 Reaction Torque Sensor – Keyed Shaft Technical Parameters Range 0-0.2,0.5,1,2,5,10,20,30,50,100,500,1000…5000N.m support non-standard customization Output 1-1.5mV/V optional amplifier 0-±5V, 0-±10V, 4-20mA, 0-20mA, etc. Zero output ±1%F.S Precision error ±0.1%F.S±0.2%F.S±0.3%F.S hysteresis ≤±0.05%F.S Repeatability ≤±0.05%F.S Creep ≤±0.03%F.S/30min Zero temperature drift Read More

98 Flange-to-Flange Reaction Static Torque Sensor

November 8, 2022March 13, 2023 KimGuo11

Features of 98 Flange-to-Flange Reaction Static Torque Sensor Technical Parameters Range 0-0.2,0.5,1,10,20,50,100,500,1000N.m…50KN.m support non-standard customization Output 1-1.5mV/V optional amplifier 0-±5V, 0-±10V, 4-20mA, 0-20mA, etc. Zero output ±1%F.S Precision error ±0.1%F.S±0.2%F.S±0.3%F.S Hysteresis ≤±0.05%F.S Repeatability ≤±0.05%F.S Creep ≤±0.03%F.S/30min Zero temperature drift 0.03%F.S/10℃ Read More

11A Static Torque Sensor Flange-to-Shaft Mount

November 6, 2022August 6, 2023 KimGuo11

Featues of 11A Static Torque Sensor Flange-to-Shaft Mount Technical Parameters Parameters Technical indicators Range 0.5,1,2,,5,10,20,30,50,100Nm Sensitivity 1.5±10% mV / V Zero output ±1% F.S. Nonlinear ±0.1，0.3% F.S. Hysteresis ≤±0.05% F.S. Repeatability ≤±0.05% F.S Creep ≤±0.03% F.S/30min Temperature Sensitivity Drift 0.03% Read More

818 Shaft Torque Sensor-Dynamic Dual Range

November 5, 2022May 30, 2023 KimGuo11

Features of 818 Shaft Torque Sensor-Dynamic Dual Range Technical Parameters Range: ±10N.m…500kN.m Torque Accuracy: <±0.5 % F•S, <±0.25 % F•S, <±0.1 % F•S (optional) Overload capacity: ≤150% voltage: ±15VDC, 24VDC (optional) Nonlinear: ＜±0.1 % F S Repeatability: Read More

901 Inline Contactless Torque Sensor – 5 N·m-300000 N·m

November 3, 2022November 5, 2022 KimGuo11

Features of 901 Inline Contactless Torque Sensor It can transmit both static torque signal and rotating torque signal; It can transmit both static torque signal and dynamic torque signal; High precision and good stability; Small size, light weight, easy to Read More

803 Non Contact Rotary Torque Sensor-100KN.m-Non-Contact

November 2, 2022March 13, 2023 KimGuo11

Features of 803 Non Contact Rotary Torque Sensor Technical Parameters Specification Parameter specification Range 2N.m, 5N.m, 10N.m, 20N.m, 50N.m, 100N.m, 200N.m, 300N.m, 500N.m, 1KN.m, 2KN.m, 3KN.m, 5KN.m, 10KN.m, 20KN.m, 30KN.m, 40KN.m, 60KN.m, 100KN.m (optional) Power supply ±15VDC , 12- 24VDC Read More

5069 Non Contact Torque Sensor for Dynamic Torque Measurement-5000Nm-OLED

November 1, 2022August 11, 2023 KimGuo11

Features of 5069 Non Contact Torque Sensor Technical Parameters Range: 5-5000Nm Torque output: 10±5KHZ, 4-20mA,0±5/10VDC,0-5/10VDC, RS485 Span temperature effect -%RO/℃: ±0.02 Compensation temperature range -°C: -10 ~+60 Operating temperature – °C: -20~80℃ Accuracy – %FS: ±0.1,0.2 Electrical connections: 6-pin Read More

1060 Rotary Torque Transducer-Torque and Rotation Measurement

October 31, 2022February 26, 2023 KimGuo11

Features of 1060 Rotary Torque Transducer Technical Parameters Parameters Technical indicators Range 0.2,0.3,0.5,10,200,500,200,5000Nm Sensitivity 1.5±10% mV / V Zero output ±1% F.S. Nonlinear ±0.1，0.3% F.S. Hysteresis ≤±0.05% F.S. Repeatability ≤±0.05% F.S Creep ≤±0.03% F.S/30min Temperature Sensitivity Drift 0.03% F.S. / Read More

1055 Dynamic Torque Sensor 0-3-100N.m

October 31, 2022March 13, 2023 KimGuo11

Features of 1055 Dynamic Torque Sensor Technical Parameters Parameters Technical indicators Range 0～3,5,10,20,30,50,100 Nm Sensitivity 1.5±10% mV / V Zero output ±1% F.S. Nonlinear ±0.1，0.3% F.S. Hysteresis ≤±0.05% F.S. Repeatability ≤±0.05% F.S Creep ≤±0.03% F.S/30min Temperature Sensitivity Drift 0.03% F.S. Read More

1010 Dynamic Rotary Torque Sensor 0-5-1000N.m

October 31, 2022May 7, 2024 KimGuo11

Features of 1010 Dynamic Rotary Torque Sensor Technical Parameters Parameters Technical indicators Measuring range 5,10,20,50,100,200,300,500,1000Nm Sensitivity 1.5±10% mV/V Zero output ±1% F.S. Nonlinear ±0.1, 0.3% F.S. Hysteresis ≤±0.05% F.S. Repeatability ≤±0.05% F.S Creep ≤±0.03% F.S/30min Temperature Sensitivity Drift 0.03% F.S. Read More

Year: 2022