Manufactured by BEGE Power Transmission, a renowned specialist in innovative drive and control technology, the MIG Nova+ encoder combines robust engineering with advanced signal technology to deliver industry-leading feedback solutions for demanding automation environments.

MIG Nova+ is an incremental encoder offering high-resolution (2048 pulses per channel) and enhanced signal stability, making it ideal for precise speed control and accurate motion feedback in automated systems.

Key technical features include a large 300mm outer diameter flange, 265mm flange BCD, and 38mm shaft diameter, ensuring compatibility with motors compliant to IEC norm 132B5.

High-quality aluminium construction provides durability, corrosion resistance, and light weight, contributing to reliable performance in tough industrial settings.

Output type A90°B / A'90°B' HTL/TTL supports flexible interfacing with a range of industrial PLCs and controllers, ensuring seamless integration in new and existing automation systems.

Wide input voltage range of 5–24VDC enables operation with various power supplies and simplifies system design.

Long 5-meter shielded cable provides installation flexibility and robust signal transmission, even at extended distances.

Rated for both IP55 and IP67 ingress protection, MIG Nova+ offers reliable operation against dust and water exposure, suitable for harsh industrial environments.

The high pulse rate supports precise speed regulation and synchronisation tasks, essential in packaging, conveyor, and robotic applications.

For basic tasks, the MIG Basic incremental encoder provides reliable speed feedback for standard automation duties.

Where advanced control and position holding are required, the MIG AST absolute encoder ensures position accuracy is retained even after power loss, ideal for complex positioning and advanced control systems.

BEGE’s MIG Nova+ encoder enables engineers and technical specialists to achieve exacting feedback quality in automation projects, enhancing process reliability, control precision, and equipment lifespan.