BEGE is a leading European manufacturer specializing in high-quality, durable drive components designed for demanding industrial and automation applications. Their encoders are recognized for consistent precision and reliable performance across various industries.
**High-Resolution Incremental Encoder:** The MIG Nova+ is an incremental encoder offering superior resolution and enhanced signal stability, making it ideal for highly precise feedback applications in automated systems.

**Precise Motion Control:** With adjustable HTL/TTL output (A90° B / A' 90° B'), this encoder enables accurate speed and direction monitoring, supporting improved machine control in production lines, robotics, packaging, and material handling systems.

**Robust Construction:** Manufactured with a stainless steel housing and IP55 / IP67 protection, the MIG Nova+ ensures durability and corrosion resistance, making it suitable for harsh and demanding industrial environments.

**Long Cable Reach:** Equipped with a 15-meter cable, it provides flexible installation options in large machines or remote areas, reducing the need for additional cable extensions.

**Optimized for IEC Motors:** The encoder fits flange dimensions (outside Ø160mm, BCD 130mm, thickness 7mm) and shaft diameter (14mm) compatible with IEC 71B5 motors, offering seamless integration with standard motor systems.

**Low-Pulse Output:** With 2 pulses per revolution per channel, it is suitable for machines requiring reliable, basic position and speed data with precise low-resolution feedback.

**Wide Voltage Input (5-24VDC):** Ensures compatibility with diverse controller systems and supports stable signal output under varying conditions.

**BEGE Encoder Range:** • MIG Basic – A foundational incremental encoder for standard automation speed feedback tasks. • MIG Nova+ – High-resolution incremental encoder for applications needing greater precision and signal stability in automated regulation. • MIG AST – Absolute encoder that maintains positional data after power loss, ideal for precise positioning and advanced control systems.
Applications include precise speed-control loops, conveyor systems, robotics, automated assembly lines, and environments requiring robust, reliable encoder feedback.