907F-K0101 Reliance Electric Pulse Encoder Interface Kit
June 08, 2026

907F-K0101 Reliance Electric Pulse Encoder Interface Kit

The 907F-K0101 (also written as 907FK0101) is a pulse encoder interface kit designed and manufactured by Reliance Electric (now part of Rockwell Automation) as an accessory for the FlexPak 3000 series digital DC drives. It enables the drive to receive and process digital pulse/tachometer feedback from incremental encoders or pulse tachometers, providing high‑resolution speed and position regulation for DC motor applications. This is a legacy, discontinued kit; available units are limited to new surplus, professionally refurbished, and tested used stock from specialized industrial component suppliers.

Description

907F-K0101 Reliance Electric Pulse Encoder Interface Kit

Product Overview

The 907F-K0101 (also written as 907FK0101) is a pulse encoder interface kit designed and manufactured by Reliance Electric (now part of Rockwell Automation) as an accessory for the FlexPak 3000 series digital DC drives. It enables the drive to receive and process digital pulse/tachometer feedback from incremental encoders or pulse tachometers, providing high‑resolution speed and position regulation for DC motor applications. This is a legacy, discontinued kit; available units are limited to new surplus, professionally refurbished, and tested used stock from specialized industrial component suppliers.

Model Nomenclature

  • 907F: Base series code for Reliance FlexPak 3000 feedback interface kits.

  • K: Denotes “kit” configuration (includes board, cable, and mounting hardware).

  • 0101: Specific revision and configuration for pulse encoder/tachometer feedback (digital input type).

Kit Contents

  • 1 × Pulse encoder interface PCB assembly

  • 1 × 60‑pin ribbon cable for drive connection

  • 4 × M3 × 10 mounting screws

  • 4 × Nylon washers (insulation/spacing)

Electrical Specifications

  • Input Signal Type: Incremental encoder / pulse tachometer (A/B quadrature or single‑channel pulse)

  • Supply Voltage: 15 VDC ±5% (supplied by the FlexPak 3000 drive)

  • Supply Current: 200 mA maximum

  • Input Frequency Range: 0 Hz to 100 kHz (supports high‑speed encoder feedback)

  • Feedback Resolution: Compatible with 100–10,000 PPR (pulses per revolution) encoders

  • Isolation: Opto‑isolated inputs for noise immunity and electrical safety

  • Compatibility: Designed exclusively for FlexPak 3000 series DC drives

Mechanical & Installation

  • Mounting: Directly attaches to the FlexPak 3000 drive chassis or adjacent panel using provided hardware

  • Dimensions (PCB): Approx. 120 mm × 80 mm × 15 mm

  • Weight (Kit): Approx. 1.36 kg (3.0 lbs)

  • Cable Length: Standard 60‑pin ribbon cable (custom lengths available upon request)

  • Instruction Manual: Supplied with manual D2‑3302 (installation, wiring, and parameter setup)

Key Features

  • High‑Resolution Feedback: Converts encoder pulses into digital speed/position data for precise control

  • Noise Immunity: Opto‑isolated inputs and shielded cable connection reduce electrical interference

  • Plug‑and‑Play Integration: Seamlessly integrates with FlexPak 3000 drives; no external power required

  • Flexible Configuration: Supports both single‑channel (speed only) and quadrature (speed + direction) feedback

  • Industrial Grade: Built for continuous operation in harsh industrial environments

Applications

  • Precision DC Motor Control: Used with FlexPak 3000 drives in conveyors, winders, extruders, paper machines, and CNC equipment

  • Speed Regulation: Critical for applications requiring tight speed tolerance and smooth operation

  • Position Tracking: Enables basic position monitoring when paired with a quadrature encoder

Lifecycle & Warranty

  • Production Status: Original manufacturing discontinued by Reliance Electric

  • Available Conditions: New surplus (factory sealed), refurbished (tested, cleaned, and calibrated), and tested used (fully functional)

  • Warranty: Typically 12–36 months from authorized suppliers

  • Testing: All units undergo continuity, isolation, and frequency response testing prior to shipment


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