Produced by BEGE Power Transmission, a renowned European manufacturer specializing in premium automation components recognized for their product quality, innovative design, and support for advanced industrial solutions.

The MIG Nova+ is an incremental encoder engineered for high-resolution feedback and enhanced signal stability, making it ideal for precise control in demanding automated systems.

Key Features & Advantages:

High Resolution – Offers 2048 pulses per revolution per channel, delivering precise and accurate speed and position data for advanced motion control applications.

Enhanced Signal Stability – Designed to ensure reliable signal output (A90°B / A'90°B' HTL/TTL) at both 5VDC and 24VDC, reducing risk of signal loss or interference even in electrically noisy environments.

Robust Construction – Made with a sturdy aluminium housing for durability in challenging industrial conditions; resistant to shocks and vibrations.

Flexible Integration – 5 meter pre-mounted cable supports long-distance installations; suitable for various machine setups.

Compact Flange Design – Outer diameter 80mm and BCD 65mm (IEC 56B14), with a 9mm shaft diameter, facilitating easy mounting on IEC standard motors and other machinery.

IP55/IP67 Protection – High ingress protection rating provides resistance to dust, water jets, and (optionally) immersion, ensuring a long lifespan and minimal maintenance in harsh environments.

Application Possibilities:

Precision speed feedback for frequency inverters and servo drives in dynamic automation systems.

Position detection and exact motion control in robotics, packaging machinery, conveyor systems, and industrial cutting lines.

Suitable for synchronous and asynchronous motor feedback and retrofitting on existing drive units for enhanced process performance.

Compared to the BEGE MIG Basic (for standard speed feedback) and MIG AST (absolute encoder for position retention after power loss), the MIG Nova+ provides an optimal balance of high resolution and robustness for process control requiring precision and resilience.