The BEGE brand is renowned for its durable, high-precision drive technology solutions, trusted in automation, machine building, and process industries worldwide. BEGE encoders are engineered in the Netherlands to deliver reliable feedback and seamless integration with automation systems.

The MIG Nova+ is an incremental encoder with high resolution and enhanced signal stability, specifically designed for precise speed and position feedback in demanding automated systems.

Key Features & Application Possibilities:

• High-resolution incremental output ensures superior accuracy for speed and position feedback in motion control and servo drive systems.

• Advanced signal stability minimizes interference and signal errors, increasing overall reliability in high-speed industrial automation environments.

• Robust stainless steel housing provides outstanding resistance to harsh environments, chemicals, and mechanical wear—ideal for food, pharma, and heavy industry.

• IP55/IP67 classifications guarantee protection against dust, water, and wash-down processes, supporting both indoor and outdoor installations.

• 32 pulses per channel enable precise speed monitoring and feedback (suitable for standard and high-precision applications).

• Extended 50-meter cable length offers flexible installation even on large machinery or automated production lines.

• Industry-standard HTL/TTL (A90°B / A'90°B') outputs enable easy integration into most PLCs and motion controllers.

• 14mm shaft diameter and Ø105mm flange compatible with IEC 71B14 motors, simplifying retrofit and new OEM setups.

• Flange BCD of 85mm and flange thickness 7mm for a secure and vibration-resistant mechanical mount.

Application Areas:

• Precision drive systems in robotics, CNC machines, and automated assembly lines.

• Feedback and synchronization in packaging, conveyor, and bottling applications.

• Suitable for both intensive environments (IP67) and standard factory settings (IP55).

• Preferred for projects needing enhanced resolution and output stability over basic incremental encoders (like MIG Basic) and absolute position memory (compared to MIG AST).