10000Nm 15000rpm Digital Torque Flange For Wheel Load Simulation
10000Nm 15000rpm Digital Torque Flange For Wheel Load Simulation
Torque sensors
The torque sensor with double flange connection torque sensor,
MH806 series reaction torque sensor is compact, robust and
maintenance-free, with many advantages.
The sensor is based on strain gauge technology, which can provide
high precision signal transmission.
The MH806 series torque sensors are designed to perform static
torque measurements and dynamic rotation (limited Angle) with high
accuracy in both clockwise and counterclockwise directions.
The sensor uses a flange-flange connection aligned with the part
under test to measure the level of the small reaction moment.
It is designed with a central through-hole that can be passed
through a shaft, cable or pipe.
Key application areas include actuator and valve testing, fastener
testing, pump testing, and automotive braking.
Product features - suitable for the measurement of direct torque between the
mechanical bolt connection, the maximum deflection Angle is not
more than 360 degrees.
- without preheating, boot can enter the working state.
- high measurement accuracy, good stability, strong
anti-interference.
- protected by low pressure water jet - suitable for most industrial
environments.
- The sensor can be used independently from the secondary instrument.
As long as the sensor is supplied with 5-24VDC power supply
according to the pin number, it can output the current, voltage or
frequency signal whose impedance is proportional to the torque.
Technical parameter
Measuring range | 0±50N.m ±100N.m ±200N.m ±500N.m ±1000N.m ±2000N.m ±5000N.m ±1 万 N.m | Output signal | 5-15KHZ 0-10V 4-20mA | Overload capacity | 120% | Accuracy | 0.5% 0.2% | Power supply | 24VDC | Optimum operating Speed | 0-15000 rpm | Response frequency | 500μs | Insulation resistance | ＞200MΩ | Zero drift | ＜0.5% | Repetitive | ＜0.1% | Linear | ＜0.1% | Lag | ＜0.1% | Environment temperature | -40-60℃ | Relative humidity | ＜90%RH | Temperature range | -10-70℃ | Amplitude of transmitter | 10V | Storage temperature range | -25-80℃ | Transducer power consumption | ≈4W | Sensor current consumption | 100MA | Sensor shell | Strong anodized aluminum | The response time of the strain gauge dynamic strain wave | 3.2X10-6s |
Layout
|
