Amphenol

Amphenol PSCI inductive eMotor rotor position sensor

Amphenol announces inductive eMotor rotor position sensor

Amphenol-RF-SMA-to-AMC-Ultraminiature-Cable-Assemblies-EN-Datahsheet

Accurate feedback on the angular position, direction, and speed of the rotor shaft is essential to optimize control of the motor inverter and drive the electric engine with the best possible efficiency. The PSCI high speed inductive rotor position sensor can be mounted on the same shaft as the electric machine rotor, is immune to electromagnetic stray fields and provides accurate measurement of rotor position in a compact, light weight and fully sealed package.

 

Features

  • Up to 600.000 (el) rpm speed
  • Low weight and compact dimensions
  • Robust to tilt, misalignment and air gap variations
  • True power-on sensor: excellent accuracy and precision
  • Immune to stray fields, no shielding required
  • End-of-shaft sensor for metallic target
  • Standard version available for 6, 8, and 12 poles
  • Suitable for harsh environments (fully sealed, shock, vibration)
  • Cost-effective alternative to conventional resolvers

Amphenol PSCI Inductive eMotor Rotor Position Sensor | Avnet Abacus

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