Produced by BEGE Power Transmission, renowned for precision and durability in the field of industrial drive solutions. BEGE encoders are trusted across automation, machinery, and drive control applications worldwide.

**Key Features and Advantages:**

High-Resolution Incremental Encoder: The MIG Nova+ offers high signal stability and enhanced resolution, ideal for advanced automated systems demanding precise speed and positioning control.

Robust Construction: Manufactured from premium stainless steel, ensuring superior resistance to corrosion and aggressive environments, ideal for food, chemical, or heavy-duty industries.

Versatile Output Options: Supports both HTL/TTL (A90°B / A'90°B'), offering compatibility with a broad range of controllers and PLC systems for seamless integration.

Extended Cable Length: Equipped with a 10-meter cable, enabling remote mounting and flexible installation even in larger machines or challenging layouts.

Compact Design: Outer diameter of 120mm and 9mm shaft diameter, with IEC 56B5 and flange BCD 100mm, easily attaching to standard IEC motors and compact assemblies.

Protection Class: Available in IP55/IP67 versions, guaranteeing reliable operation against dust and water ingress, suitable for harsh industrial settings.

Standardized Flange and Shaft: IEC 56B5 standardization and 7mm flange thickness allow simple retrofit or OEM motor integration, reducing installation time.

Precise Signal Output: Delivers 4 pulses per channel, leveraging high-resolution feedback for accurate automation and drive synchronization.

Wide Input Voltage Range: Operates on 5-24VDC, increasing interfacing flexibility with various drive and control systems.

**Use Cases:**

Advanced motion and process control in packaging, robotics, material handling, or conveyor automation where higher speed and position resolution are required.

Retrofit projects needing reliable, high-quality feedback encoders in demanding environments.

Integration in machinery requiring high durability, precision, and compatibility with modern control architectures.