| Customization: | Available |
|---|---|
| Pattern: | Torque Sensor |
| Transform Type: | Resistance Strain |
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Rotating Torque Sensors with Non Contact Transmission
Torque transducers with non contact transmission are supplied as active sensors with integrated measuring amplifiers; as output signals, analog ±5V by default, ±10V optionally, or digital RS485 or USB are available. By the non contact transmission, the measurement data are transmitted maintenance-free and without signal distortion between rotor and stator.
Integrated speed/angle measurement is available as an option for almost all non contact sensors. Mechanically, our non contact transducers can be divided in 2 sections: sensors with bearings and bearingless sensors. The advantage of bearingless transducers is that bearing friction cannot falsify the measurement result and they are usually designed for higher speeds.
For digital sensors, we distinguish 2 product groups: sensors with RS485 interfaces or transducers with USB interfaces. RS485 torque transducers are characterized by a particularly high noise immunity, even with very long connection cables. For displaying, our USB sensors do not require additional and often expensive and complicated to use measuring amplifiers. Via plug-and-play, the transmitter can be easily connected to a standard PC.
Before initial operation, only the USB driver, included in the scope of delivery, as well as the configuration and analysis software must be installed on the PC. Typical applications for this sensor type are for example screw driving technologies, test bench applications such as the examination of engines, gears, bearings and seals, … wherever high speeds in continuous operation and standardized output signals are required on sensor side.
Performance Features:
- Torque sensor for e.g. test bench application
- Accuracy class 0.2%
- Active output ±5V(optional ±10V)
- Integrated speed/angle measurement, optional
- Speed up to 12000/min
- Very short axial length
- High torsional stiffness
- Simple handing and assembly
- Special version on request
- Customization possible
Application:
Monitoring of production and assembly processes (eg aircraft assembly)
Robotics
Endurance test
Tire testing in development and production
Structural tests of building elements and building additions (for example, solar systems, roof structures, etc.)
Multi-axis laster determination in the experiment as input for FEM analyzes of virtual models
Equipment engineering
Automotive industry
Measuring and control devices
Fully automated maching centres
Tool engineering
Specical mechanical engineering
Process measuring and control technology
Fully automated machining centres
Measuring and control devices
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