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quality alternative to conventional resolvers Amphenol PSCI-4PP-05 inductive emotor rotor position sensor factory
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quality alternative to conventional resolvers Amphenol PSCI-4PP-05 inductive emotor rotor position sensor factory
quality alternative to conventional resolvers Amphenol PSCI-4PP-05 inductive emotor rotor position sensor factory
>
Specifications
Voltage - Supply:
4.5V~5.5V
Mfr. Part #:
PSCI-4PP-05
Key Attributes
Model Number: PSCI-4PP-05
Product Description

Product Overview

The PSCI Inductive eMotor Rotor Position Sensor provides accurate feedback on the angular position, direction, and speed of the rotor shaft, essential for optimizing motor inverter control and maximizing electric engine efficiency. Designed for high-speed applications, this sensor can be mounted on the same shaft as the electric machine rotor. It is immune to electromagnetic stray fields and offers precise rotor position measurement within a compact, lightweight, and fully sealed package. The PSCI sensor is a cost-effective alternative to conventional resolvers and is suitable for harsh environments, offering robustness to tilt, misalignment, and air gap variations. Its true power-on sensor technology ensures excellent accuracy and precision.

Product Attributes

  • Brand: Piher
  • Type: Inductive eMotor Rotor Position Sensor
  • Target Type: Metallic target (other targets available upon request)
  • Sealing: IP67, IP69K
  • Certifications: EAR99 Classified commodities (for Piher Exports)

Technical Specifications

Specification Details
Maximum Electrical Speed Up to 600,000 (el) rpm
Supply Voltage 5V 10%
Supply Current Max 15mA
Voltage Protection 18 V
Accuracy 1el
Signal Output (Single-Ended) Demodulated sine/cosine (1.0V to 4.0V)
Signal Output (Differential) Demodulated sine/cosine (-3V to +3V)
Resolution Infinite
Propagation Delay <4.2 sec
Weight Low weight
Stray Field Immunity Immune to stray fields, no shielding required
Sensor Type True power-on sensor
Environmental Suitability Harsh environments (fully sealed, shock, vibration)
Rotational Life Unlimited
Maximum Mounting Torque 2.2 Nm
Maximum Mechanical Speed (3-pole pair) 200,000 rpm
Maximum Mechanical Speed (4-pole pair) 150,000 rpm
Maximum Mechanical Speed (6-pole pair) 100,000 rpm
Operating Temperature -40 to +150C (coil temperature can be > 150C)
Dimensions (Main Body) 54 mm (Diameter) x 37.4 mm (Length)
Air Gap 8 mm (Recommended)
Target Diameter 23.4 mm (Example)
Available Pole Pair Configurations 3-pole pair (6 poles), 4-pole pair (8 poles), 6-pole pair (12 poles)
Connection Scheme (Single-Ended) Blue: Ground, Yellow: Sine (+), White: Sine (-), Red: Cosine (+), Black: n/a, Brown: Vcc
Connection Scheme (Differential) Blue: Ground, Yellow: Sine (+), White: Sine (-), Red: Cosine (+), Black: Cosine (-), Brown: Vcc
Model (3-pole pair, differential) PSCI-3PP-05
Model (4-pole pair, differential) PSCI-4PP-05
Model (6-pole pair, differential) PSCI-6PP-05

2411192340_Amphenol-PSCI-4PP-05_C3825112.pdf

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