Static torque sensors are used to measure static, non-continuous rotational torque values.
The TQ903J static torque sensor is typically used to measure rapidly changing torque on non-rotating axes. The torque sensor has a range of 0.1-12 N.m and is suitable for different applications. It provides an accurate measurement of the torque applied to the sensor shaft in both directions of rotation. The sensor is compact and easy to install.
Static torque sensor;
Compact structure,easy to install;
IP65 protection;
Used for measurement of static,non-continuous rotational torque force;
Patent Products,can not be copied.
Static torque sensor;
Compact structure,easy to install;
IP65 protection;
Used for measurement of static,non-continuous rotational torque force;
Patent Products,can not be copied.
Static Torque Sensor
D 37.6mm*H 50.8mm
Capacity: 1,2,3,5,6,10,20,30,50,100,150N.m
Category: Static Reaction Torque Sensor
Static Torque Sensor
D 41.2mm*H 25mm
Capacity: 1,2,3,5,10,20,30, 50,100N.m
Category: Static Reaction Torque Sensor
Static Torque Sensor
D 38mm*H 31.8mm
Capacity: 0.1,0.2,0.5,1,2,3, 5,10N.m
Category: Static Reaction Torque Sensor
- Adoptshigh-precision resistance strain principle
- Supports force measurement in the range of 0-100Nm.
- Easy to install.
- Small size, beautiful appearance
- Adopts high-precision resistance strain principle
- Supports force measurement in the range of 0-100Nm.
- Easy to install.
- Small size,elegent appearance
- High response frequency
- Various communication methods are available.
- High sampling frequency, quick response, strong antinterference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.
- Various communication methods are available.
- High sampling frequency, quick response, strong anti-interference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity
- Various communication methods are available.
- High sampling frequency, quick response, strong anti-interference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strained gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.
- Various communication methods are available.
- High sampling frequency, quick response, strong anti-interference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.
- Various communication methods are available.
- High sampling frequency, quick response, strong anti-interference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.
- Various communication methods are available.
- High sampling frequency, quick response, strong anti-interference ability.
- High precision with the principle of resistance strain type.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.
- Various communication methods are available.
- High sampling frequency, quick response, strong antinterference ability.
- High precision with the principle of resistance strain gauge.
- Good temperature characteristics with self-compensated strain gauge.
- Small size, thin thickness, high torsional rigidity and strong overload protection capacity.