BEGE is a leading Dutch manufacturer specializing in high-performance drive technology and motion control solutions. Known for reliability, precision, and innovative engineering, BEGE encoders are trusted worldwide by automation engineers and industry specialists for their robust quality and adaptability.
**High-precision Incremental Encoder:** The MIG Nova+ is an incremental encoder designed for precise speed control and improved feedback in automated systems, providing higher resolution and superior signal stability compared to basic models.

**Enhanced Signal Quality:** Features improved signal noise immunity, ideal for environments requiring precise regulation and repeatable control, such as packaging, material handling, and process automation.

**Robust Aluminium Housing:** The lightweight yet durable aluminium construction ensures excellent vibration resistance and long service life, making it suitable for harsh industrial environments.

**Large Flange & Shaft Diameter:** With an outer flange diameter of 200mm, BCD norm of 165mm, and a shaft diameter of 24mm, the encoder easily integrates with IEC 90B5 motor interfaces, supporting a wide range of mechanical setups.

**Wide Voltage Input (5-24VDC):** Flexible voltage compatibility enables use with diverse control systems.

**Output A90°B / A'90°B' in HTL/TTL:** Supports modern control architectures with differential or single-ended signals, maximizing compatibility with PLCs and inverters.

**16 Pulses per Channel:** Delivers precise, incremental shaft position feedback, allowing accurate motor speed regulation for both medium and high-performance applications.

**Long Cable Length (15m):** Extended cable facilitates remote placement in large installations without signal loss, ensuring reliability in demanding setups.

**Dual IP Classification (IP55/IP67):** Engineered for reliable operation in dusty or wet environments, the encoder is protected against dust ingress and temporary immersion.

**Application Flexibility:** Perfect for diff. industrial uses: conveyor systems, machine tool monitoring, robotics, flexible production lines, and automated warehousing.

**Differentiation:** Unlike the MIG Basic model (for standard speed feedback) and MIG AST (absolute position holding after power loss), MIG Nova+ excels in higher resolution incremental tasks requiring improved stability and precision.