BEGE is a renowned Dutch manufacturer of drive technology, known for its precision, reliability and innovation in industrial automation. The BEGE MIG Nova+ encoder stands out as a powerful incremental encoder designed specifically for applications demanding superior signal stability and accuracy.

High-resolution incremental feedback: The MIG Nova+ offers increased resolution with 32 pulses per channel, providing precise speed and position feedback ideal for advanced automated systems.

Enhanced signal stability: Advanced electronics ensure minimal signal noise and reliable readings, crucial for applications where exact control is required.

Robust aluminium housing: The encoder is constructed from high-grade aluminium, offering durability and lightweight, ensuring long-term performance even in challenging industrial environments.

IP55 / IP67 protection rating: With dual-level ingress protection, the encoder is suitable for installation in environments exposed to dust, water splashes, or even temporary immersion.

Extended cable length: A generous 20-meter cable enables flexible installation, making integration into large or complex machine layouts straightforward.

Standard IEC 80B5 motor interface: The Ø200mm flange and 19mm shaft diameter ensure seamless compatibility with widely used industrial motors according to IEC 80B5 standards.

Versatile output options: Supports A90°B / A'90°B' HTL/TTL outputs, allowing easy interfacing with a broad range of control systems and PLC inputs.

Optimized for demanding automation tasks: The MIG Nova+ is ideal for precision-controlled conveyor systems, automated production lines, robotics, and servo drive feedback.

Reliable choice for high-performance applications: Technical specialists and engineers benefit from the enhanced accuracy, robust build, and flexible integration the MIG Nova+ provides.

Typical application examples: packaging machinery, material handling systems, intelligent drives, robotics and industrial automation environments requiring stable and high-resolution incremental feedback.