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KIT ENCODERS

POSITAL's Kit Encoder

POSITAL‘s kit encoders offer a unique combination of accuracy, reliability and cost efficiency. Absolute measurement versions provide 17 bit electrical resolution and multiturn position measurements with a range of more than one million revolutions.

  • Electrical Resolution: Up to 17 Bit, Multiturn: Up to 32 Bit
  • Accuracy: 0.1°
  • Compact Size: 36 mm diameter, 24.2 mm Height
  • Operating Temperature: -40 to +105°C
  • Auto Calibration − No Complex Equipment
  • Extensive Diagnostic Coverage
  • Various Programmable Parameters

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Advantages

POSITAL’s contact free measurement technology has no moving parts and is highly resistant to shock and vibration. POSITAL’s kit encoders are available with several non-proprietary electrical interfaces including BISS and SSI for absolute measurements. Additional protocols based on the RS485 interface can be implemented.

  • Absolute Multiturn & Incremental Interface
  • Electrical Interface: BiSS C, BiSS Line, SSI, RS485
  • No Battery – No Maintenance
  • No Ball Bearings & Compact Design
  • Insensitive to Dust and Moisture
  • High Shock and Vibration Resistance

Upgrade Your Existing Motion Control Application

Making your transition from incremental to absolute position sensing easy, POSITAL provides a full line of versions that are mechanical drop in replacement for common US Digital and Broadcom (Avago) incremental kit models.

  • Same Footprints as E5 and HEDS-5500 Models
  • Various Hub Diameters from 4 mm to 10 mm (and 1/4 to 3/8 inch)
  • Identical Assembly Procedure - No Training Required
  • Magnetic Technology Which Is Generally More Robust Than Optical
  • Improved Connectivity via M12 Connector Additional Available

Broadcom (Avago) and US Digital Cross Reference Guide

Broadcom (Avago) and US Digital Accessories

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Energy Harvesting – No Battery

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The energy harvesting system is based on the Wiegand effect and eliminates the need for backup batteries or complex gear systems.

Plug and Play

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A built-in self-calibration capability can compensate for small sensor-to-shaft alignment errors.