**Brand Overview:** BEGE is a renowned manufacturer in the industrial automation sector, providing reliable and innovative motion control solutions designed for demanding environments and critical engineering applications.

**Incremental Encoder for Standard Automation:** The MIG Basic is an incremental encoder optimized for basic speed feedback in standard automation tasks, offering stability and reliability in real-time monitoring applications.

**Precise Feedback:** Delivers 64 pulses per revolution per channel, ideal for applications requiring accurate velocity monitoring and basic control loops.

**Robust Construction:** Manufactured with a durable aluminium housing and an external flange diameter of Ø200 mm, ensuring strength and longevity in industrial settings.

**High Protection Class:** Rated IP55/IP67, suitable for both dusty manufacturing environments and installations exposed to moderate water ingress.

**Flexible Installation:** Equipped with an IEC 80B5 flange and 19 mm shaft diameter, enabling seamless adaptation to universal industrial motors and gear units.

**Extended Connectivity:** Comes with a 15-meter cable for remote installation, facilitating integration in larger systems and machinery layouts.

**Reliable Signal Output:** HTL output with A 90° B channel configuration for robust signal transmission over long distances and compatibility with standard PLCs and inverters.

**Application Flexibility:** Perfect fit for conveyors, packaging machines, and other automated machinery where simple speed control is essential.

**Manufacturer Reliability:** BEGE encoders are engineered for high uptime and minimal maintenance, ensuring lower total cost of ownership.
**Other encoder types from BEGE:**
**MIG Nova+:** Incremental encoder with higher resolution and enhanced signal stability for more precise regulation in automated systems, suited for demanding process industries and motion control tasks.

**MIG AST:** Absolute encoder maintains position information after power failure, enabling precise positioning and use in advanced control systems where accuracy and memory retention are critical.