The BEGE MIG Basic is a robust incremental encoder designed for fundamental speed feedback in standard automation tasks. Manufactured by BEGE Power Transmission, a renowned Dutch brand recognized for reliable, industrial-grade motion control solutions tailored to modern engineering challenges.

- Incremental Encoder for Basic Automation Tasks: Provides essential speed and direction feedback for motors or movement systems where simple control is required.
- Rugged Construction: Built with a durable aluminium housing and IP55/IP67 protection, the encoder is well-suited for harsh industrial environments, ensuring long-term reliability and low maintenance.
- Versatile Mounting: Features a 200mm flange diameter, 165mm bolt circle diameter (BCD), 9mm flange thickness, and 24mm shaft diameter, making it compatible with IEC 90B5 motors and standard industrial fittings.
- Electrical Flexibility: Operates with a wide input range of 5-24VDC, supporting easy integration into most industrial control architectures.
- Reliable Signal Output: Delivers HTL (High Threshold Logic) A and B quadrature outputs, with 4 pulses per revolution per channel for straightforward processing and speed regulation.
- Plug-and-Play Connectivity: The 4-pin connector and 5-metre cable facilitate quick installation and flexible routing within automation cabinets or machinery.
- Standardized Compliance: Aligns with major industry standards (IEC norm 90B5) for seamless compatibility in multi-vendor industrial automation systems.
- Application Versatility: Ideal for use in conveyor systems, packaging machines, material transport lines, and other applications requiring basic speed feedback for monitoring and controlling motion.
- Brand Trust: Supported by BEGE’s extensive pedigree in power transmission and encoder technology, ensuring dependable support and product longevity.

For advanced tasks, BEGE also offers:
– MIG Nova+: an incremental encoder with higher resolution and signal stability for precision regulation.
– MIG AST: an absolute encoder preserving position after power loss, ideal for high-end positioning and control systems.