Description
High-resolution incremental encoder delivering 64 pulses per revolution per channel, ideal for applications requiring precise speed and position feedback.
Enhanced signal stability ensures accurate, low-noise feedback for demanding industrial automation systems.
Supports output in both HTL/TTL formats, increasing compatibility with a broad range of controllers and PLCs.
Industry-standard input voltage 5–24VDC, allowing flexible integration into diverse automation environments.
Solid and lightweight aluminium housing provides durability alongside corrosion resistance for harsh industrial settings.
Large 28mm shaft diameter and robust Ø160mm flange, compatible with IEC 100/112B14 motor frame sizes for easy retrofit or OEM integration.
IP55/IP67 classification ensures outstanding protection against dust, water, and environmental hazards, enabling use in rugged or outdoor scenarios.
2-meter shielded cable supports both easy installation and secure signal transmission over practical distances.
Flange BCD of 130mm and flange thickness of 9mm standardizes mounting in a wide variety of setups.
Typical uses include speed feedback and closed-loop control in conveyors, automated production lines, robotics, and other automated machinery requiring precise motion control.Advantages of Core Features:
Higher resolution and superior signal integrity enable more accurate adjustment and monitoring of system performance, benefiting process engineers and system integrators seeking close-tolerance automation.
Rugged aluminium construction and dual IP rating ensure long service life and minimize downtime in industrial applications.
Easy-to-integrate interface and mounting dimensions reduce installation and commissioning time for technical teams.
Backed by BEGE’s engineering support and proven industry expertise.Other BEGE Encoder Types:
MIG Basic: Entry-level incremental encoder for standard speed feedback tasks in basic automation systems.
MIG AST: Absolute encoder – retains position information after power loss, essential for precision positioning and complex control systems.

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