This product is not currently available. For more information, including distributor inventory, please contact us.

This product is not currently available. For more information, including distributor inventory, please contact us.

Overview

The contactless magnetic measuring principle is used for precise incremental displacement measurement by utilizing magnetized scales with 1mm pole pitch. Gap clearances up to 0.4mm are possible between scale and the read head. The encoder device is equipped with an internal sine / cosine interpolation unit which supports an A/B quadrature output with reliable position information. The small housing can be well integrated into machineries where position feedback is needed. The contactless AMR technology is well suited for applications in harsh environments where pollution like dust or oil which will not affect the measurement.

BENEFITS

  • High resolution
  • High accuracy
  • Contactless magnetic encoder for linear measurement in harsh environments 
  • Small housing
  • Works with magnetic scale with 1mm pole pitch
  • Resolution: 5 µm 
  • Temperature range -20°C …+70°C

Features

Please review product documents or contact us for the latest agency approval information.  

Product Type Features

  • Rotary Encoder Sensor Product Type  Linear Incremental Encoder

Configuration Features

  • Electrical Connection  4-Pin Connector

  • Interface  Quadrature

Electrical Characteristics

  • Rotary Encoder Sensor Input Voltage (VDC) 4.5 – 5.5

  • Input Current (mA) 14 – 18

  • Output Level (High) (VDC) 5

  • Output Level (Low) (VDC) 0

Body Features

  • Rotary Encoder Sensor Housing Material  Aluminum

  • Rotary Encoder Sensor Weight (g) 70

Usage Conditions

  • Operating Temperature Range  -20 – 70 °C [ -4 – 158 °F ]

Operation/Application

  • Pulse Frequency (kHz) 50

Industry Standards

  • IP Rating  IP52

Packaging Features

  • Rotary Encoder Sensor Package  20 x 10 x 8 mm

Reference Number

  • TE Internal Number CAT-RENC0007

Related Materials

Datasheets & Catalog Pages