Manufactured by **BEGE Power Transmission**, a renowned specialist in reliable and high-performance drive components, the BEGE MIG Basic Encoder is engineered for seamless integration and robust performance in diverse industrial automation environments. BEGE’s commitment to industrial precision ensures that each encoder delivers superior operational stability and longevity.

**Incremental Encoder Type**: The MIG Basic is an incremental encoder designed for fundamental speed feedback applications in standard automation tasks, ensuring dependable performance in basic motion control systems.

**Durable Aluminium Construction**: With a high-grade aluminium housing, this encoder offers excellent resistance to corrosion and mechanical stress, making it suitable for demanding industrial environments.

**Large Flange and Shaft Compatibility**: Features a flange outer diameter of 200 mm (BCD 165 mm) and a 24 mm shaft diameter, compliant with IEC 90B5 standards, ensuring compatibility with a wide range of industrial motors and gearboxes.

**Flexible Output and Power Input**: Supports 5-24VDC power input and provides A90°B HTL outputs, guaranteeing versatile integration with most industrial control systems.

**Reliable Pulse Signal**: Delivers 2 pulses per revolution per channel for basic but reliable position and speed monitoring, ideal for applications not requiring high resolution.

**Robust Environmental Protection**: Rated to IP55/IP67, offering comprehensive protection against dust, water, and harsh industrial conditions for indoor and outdoor use.

**Extended Cable Length**: Comes with a 10-meter pre-mounted cable, providing flexible and convenient installation even in spacious or remote setups.

**Optimized for Standard Automation**: Perfect for use in conveyor systems, packaging machinery, general machine building, and other applications needing straightforward speed feedback and basic automation control.

**Advantages for Engineers and Technical Specialists**: This encoder’s uncomplicated yet robust design minimizes maintenance, facilitates rapid integration, and ensures consistent feedback in mainstream automation systems.