Produced by BEGE Power Transmission, a trusted Dutch manufacturer known for innovative, reliable, and high-precision industrial automation solutions.

The MIG Nova+ is an incremental encoder with enhanced resolution and superior signal stability, designed for precise speed and position feedback in advanced automated systems.

High-resolution signal generation ensures accurate speed and position regulation, providing reliable feedback for servo and automation controls.

Improved signal stability allows for consistent operation in environments with potential electrical noise, minimizing the risk of false pulses and enhancing system safety.

Offers 16 pulses per revolution per channel (A & B, 90° HTL), suitable for applications requiring fine speed adjustments and positioning.

Compatible with motors featuring an IEC 90B5 flange, providing easy integration into a wide range of industrial motors and automation assemblies.

Robust aluminium housing with an IP55/IP67 rating delivers exceptional resistance to dust, moisture, and harsh industrial conditions, ideal for both indoor and outdoor applications.

Large flange outer diameter (Ø200mm) and flange BCD (165mm) facilitate secure mounting and compatibility in demanding mechanical environments.

24mm shaft diameter supports direct mounting on heavy-duty motor shafts, ensuring long-term mechanical stability and accurate transmission.

Supplied with a 5-meter 4P cable, providing flexible installation possibilities in complex machine layouts or in areas with extended cable routing needs.

Wide 5–24 VDC input range accommodates diverse industrial power supply standards, supporting seamless integration into various automation system architectures.

Typical applications include high-precision motor feedback for conveyor systems, automated assembly lines, robotics, packaging machinery, and textile production equipment.

The advanced features of the MIG Nova+ make it the preferred choice for engineers and technical specialists seeking reliable, high-performance incremental feedback in demanding automation environments.