Monitoring torque and rotational stress is essential in mechanical systems from wind turbines to aerospace actuators.
Proximion’s FBG fiber-optic rotational load sensors measure torque by detecting torsional strain in optical fibers.
Rotational Load Sensors
Fiber-optic Rotational Load Sensors
Sensing Principle
Proximion’s FBG fiber-optic rotational load sensors measure forces, load pattern, speed and rotation directions by detecting strain in optical fibers.
A FBG optical fiber sensor bonded to the bearing will experience a strain as the rolling element are passing the sensor. The induced strain produces a change in the FBG period. A fast and precision interrogation unit translates this into load measurement.
By combining mechanical design with optical sensor support, we deliver high-fidelity sensor solutions that can endure harsh environments. Our calibration ensures linearity and repeatability under cyclic loads.
Capabilities and Applications
- High sensitivity across operating range.
- Capable of measuring static and dynamic torque.
- Long-term stability under vibration and temperature.
- No electromagnetic interference with motor drives.
- Wind turbine rotor assemblies.
- Aerospace engines and actuators.
- Industrial drive shafts.
- Robotic joints.
Proximion’s Edge
By combining mechanical design with optical sensor support, we deliver high-fidelity torque sensor solutions that can endure harsh environments. Our calibration ensures linearity and repeatability under cyclic loads.
Useful Downloads
- Application Note: Industrial Process Optimization through Pump Motor Condition Monitoring
