TorqSenseAnalog Rotary Torque Transducers – SGR510/SGR511/SGR512

Our TorqSense rotary strain gauge transducers utilise non-contact technology, eliminating the need for noisy slip rings. They are ideal for torque measurement, testing, feedback, and control of drive mechanisms, particularly in process control applications that require analogue outputs.

The SGR series transducers employ advanced strain gauge signal conditioning techniques to deliver high-bandwidth analog outputs, available as fixed voltage or current signals for seamless integration with analog instrumentation. Three output channels are provided, with channel assignments depending on the specific model, offering a versatile and cost-effective torque measurement solution with excellent overrange and overload capabilities.

Key Benefits

  • Transducers from 175mNm to 13000Nm
  • Accuracy ±0.2%
  • High mechanical overload 400%
  • 3dB Bandwidth of 300Hz
  • Fixed voltage or current analog outputs for interfacing with analog instrumentation. 3 channels are available, channel assignment based on model.
  • Non contact signal transmission, no slip rings to wear out
  • Lifetime Warranty

Other Features

  • BIT Self-diagnostics – Diagnostic system checks internal systems and operational conditions for faults, and monitors torque, speed and temperature for overscale conditions.
  • Transducer status LED and simple “Sensor status” output pin, provides transducer health feedback.
  • Sensors to monitor shaft temperature for better compensation and accuracy.
  • Minimal side and end load errors
  • Low linearity deviation of ± 0.05 % FSD
  • Low hysteresis error of ± 0.05 % FSD
  • Zero variation in torque signal with rotation (cyclic variation)
  • Wide power supply range 12-32 VDC

For our transducer with digital outputs, please see the SGR520/SGR521/SGR522 series transducers.

TRANSDUCER MODELS: 

  • SGR510 – Torque measurement only
  • SGR511 – Torque, speed & power measurement (60 pulses per revolution encoder)
  • SGR512 – Torque, speed/angle & power measurement (360 pulses per revolution incremental encoder)

RESOURCES