**Brand Description:** BEGE Power Transmission is renowned for its high-quality, innovative drive solutions designed for industrial automation and motion control. The company specializes in offering robust and reliable encoders tailored for demanding engineering applications.

**Advanced Incremental Encoder:** The MIG Nova+ is a high-resolution incremental encoder designed for precise speed and direction feedback in automated machinery, making it ideal for industries requiring accurate and stable signal outputs.

**Enhanced Signal Stability:** Featuring improved signal quality through advanced electronics, the MIG Nova+ ensures reliable feedback even in environments with electrical noise—crucial for consistent performance in industrial automation setups.

**High Adaptability:** With a compact Ø80mm flange and 9mm shaft, complying with IEC 56B14 standards, this encoder easily integrates into a wide range of gear motors and drives in manufacturing, packaging, and process automation.

**Wide Output Compatibility:** Supports both HTL and TTL signal levels (A90°B / A’90°B’), offering versatility for various control systems and PLC interfaces.

**Robust and Durable Construction:** Crafted from high-grade aluminium with IP55/IP67 protection, the encoder provides long-lasting resistance to dust, moisture, and mechanical stress in harsh industrial environments.

**Extended Cable Length:** Supplied with a 100-meter cable, enabling flexible installation and remote sensor placement even in large-scale or complex machinery layouts.

**Applications:** Ideal for precise speed control in conveyors, automated assembly lines, robotics, textile machines, and renewable energy systems.

**Comparison to Other Types:**- MIG Basic: An incremental encoder suitable for basic speed feedback in standard automation tasks.
- MIG Nova+: Offers higher resolution and signal stability, perfect for precision control in automated systems.
- MIG AST: An absolute encoder that retains position after power loss, recommended for precise positioning and advanced control systems.