BEGE Power Transmission is an established Dutch brand renowned for high-quality industrial automation components, with a reputation for innovation, reliability, and precision in challenging environments.
The BEGE MIG Nova+ Incremental Encoder is engineered for precise and reliable speed feedback in advanced automation systems, making it ideal for demanding industrial applications.
Key Features and Advantages:

Robust stainless steel housing ensures high resistance to corrosion, enabling optimal performance in harsh and washdown environments.

Incremental encoder design with enhanced signal stability delivers accurate speed and positional feedback for improved control and efficiency in automation tasks.

High resolution of 128 pulses per revolution per channel allows for more precise speed regulation and process optimization.

Dual output format A90°B / A'90°B' (HTL/TTL) ensures compatibility with a wide range of control systems and PLCs, enhancing flexibility and integration.

5-meter cable length enables easy and versatile installation on large machines, minimizing the need for extensions and reducing signal loss.

Wide input voltage range (5-24VDC) supports various power supply scenarios, increasing system robustness and adaptability.

IP55/IP67 ingress protection rating guarantees reliable operation under exposure to dust, moisture, or temporary immersion, securing system uptime.

Designed for motors with IEC 100/112B5 flange mounting; 28 mm solid shaft; flange diameter Ø250 mm and bolt circle diameter 215 mm, ensuring seamless integration with standard drive systems.

12 mm anodized flange thickness provides mechanical durability and secure fit in demanding mechanical applications.
Application Possibilities:

Ideal for high-precision speed feedback in conveyors, drives, and automated machinery within food processing, pharmaceuticals, and general manufacturing.

Suitable for retrofitting on existing IEC-standard motor applications due to dimensional compatibility.

MIG Nova+ is the perfect choice where stable and high-resolution incremental feedback is required for automated process optimization, packaging lines, or robotics.