Manufactured by BEGE, a leading Dutch brand known for robust, high-precision motion control solutions for industrial automation and power transmission, the BEGE MIG Basic Flanged Encoder stands for reliability and efficient engineering.

**Incremental Encoder for Basic Speed Feedback:** The MIG Basic is an incremental encoder designed to provide reliable speed feedback in standard automation tasks, supporting efficient and stable motor management.

**Flange Dimensions & Mounting:** With a 160mm outer diameter and 130mm bolt circle diameter (BCD), complying with IEC 100/112B14 flange norms, this encoder is ideal for integration into a wide range of industrial motors and systems.

**Precise Shaft Design:** Features a robust 28mm shaft, ensuring accurate rotational measurement and compatibility with industrial drives.

**Aluminium Housing:** Constructed from high-grade aluminium, combining lightweight design with excellent durability and resistance to harsh operating environments.

**High Protection Class:** Rated at IP55 / IP67, offering superior protection against dust, moisture, and water ingress for reliable operation in challenging industrial applications.

**Pulse Rate & Output:** Delivers 64 pulses per revolution (per channel), using A90°B HTL output, suitable for most basic control and automation feedback systems.

**Flexible Power and Connectivity:** Operates on 5-24VDC and is equipped with a generous 10m cable, allowing for flexible integration in both new and retrofitted systems.

**Industry Applications:** Perfect for conveyor systems, basic assembly lines, packing machines, and simple motor speed feedback tasks.

**Key Benefits:** Cost-effective solution for standard feedback applications; simple installation; reliable operation in demanding environments; easily scalable for larger automation systems.

**Related Series Options:** For advanced requirements, BEGE also offers MIG Nova+ (high-resolution incremental encoder for precise control and enhanced signal stability) and MIG AST (absolute encoder for advanced positioning with memory retention after power loss).