**Manufacturer Description:** BEGE Power Transmission is renowned for producing robust and precise automation components for industrial applications. Their encoders deliver exceptional reliability and performance, supporting industries in achieving high-precision and efficient processes.

**Product Type:** The MIG Nova+ is an incremental encoder with high resolution and enhanced signal stability, making it ideal for applications requiring precise control and reliable feedback in automated systems.

**Key Features:**

- High resolution output provides precise speed and position feedback, significantly improving control accuracy in industrial automation systems.

- Advanced signal stability ensures minimal signal loss or distortion, resulting in better performance even in environments with vibration or electrical noise.

- 1 pulse per channel output enables simple yet precise monitoring, particularly suitable for applications where each shaft movement must be counted accurately.

- Dual output A, A’, B, B’ channels (HTL/TTL compatible) support integration with a wide range of controllers and PLCs.

- Robust aluminium housing and IP55 / IP67 protection rating guarantee reliable operation in harsh industrial environments, including exposure to dust and water.

- 2-meter cable length provides installation flexibility and adaptability in various machinery layouts.

- Flange diameter of 160mm and BCD of 130mm, with a 14mm shaft, compatible with IEC 71B5 motors for seamless system integration.

**Benefits:**

- Enhanced machine productivity and uptime due to reliable and accurate real-time feedback.

- Greater flexibility for a broad range of automation tasks, from conveyors and packaging to robotics and process control.

- Easy installation thanks to standardized flange, shaft, and cable specifications.

**Application Areas:**

- Machine building and system integration, especially for automated production lines, conveyors, and drive systems.

- Motion control, robotics, and advanced process automation where stable, reliable incremental feedback is crucial.

- Environments requiring robust, vibration and dust-resistant components for continuous duty operation.