Advanced incremental encoder specifically designed for demanding automation applications, delivering high resolution and superior signal stability, ideal for precise control requirements in industrial environments.

Manufacturer: BEGE Power Transmission – a renowned Dutch provider of innovative drive solutions, known for integrating reliability, robustness, and precision within industrial encoders for optimal system integration and long service life.

Encoder Type: MIG Nova+ – incremental encoder with enhanced resolution and improved signal stability, perfect for accurate speed and position feedback in automated systems where reliability and performance are critical.

High-resolution signal output allows for greater process precision, enabling advanced motion control and fine speed regulation in servo motors and automation controllers.

Robust aluminum housing (Outer diameter: 300 mm, Flange BCD: 265 mm, Flange thickness: 12 mm, Shaft diameter: 38 mm) ensures mechanical rigidity, excellent heat dissipation, and resistance to harsh industrial environments.

Wide operating voltage range (Input: 5-24VDC) maximizes compatibility with various industrial control systems, making system integration simple and flexible.

HTL/TTL output signals (A90°B / A'90°B') support both single-ended and differential signal transmission, reducing electromagnetic interference and securing data integrity over long cable lengths (15 meters supplied).

IP-classification IP55 / IP67 provides high protection against dust and water ingress, expanding application opportunities to dusty or humid environments, such as conveyor systems, robotics, packaging machinery, and process automation.

Low pulse count (2 pulses per revolution per channel) makes this encoder especially suitable for applications requiring simple, reliable speed monitoring, position referencing, or step control.

All BEGE encoders meet IEC 132B5 standards and are engineered for direct compatibility with IEC-standard motors, streamlining installation and maintenance routines in production facilities or OEM solutions.

Typical uses include: speed monitoring, reference positioning, incremental feedback for drive systems, conveyor speed regulation, and integration in PLC-controlled automated lines where robust, precise encoders are critical.