Engineered by BEGE Power Transmission, a reputable Dutch manufacturer known for durable and innovative automation components, the MIG Nova+ series combines robust construction with high signal fidelity—making it an ideal choice for demanding industrial environments.

The MIG Nova+ is a high-resolution incremental encoder, delivering 256 pulses per channel for precise speed and position feedback in automated systems.

Manufactured with a stainless steel housing, it offers exceptional corrosion resistance, ensuring longevity and reliability in harsh or washdown environments.

The integrated A90°B / A'90°B' HTL/TTL output provides flexible interfacing with most PLCs, drives, and control systems, supporting both 5-24VDC input voltages.

IP55 / IP67 protection certifies resistance against dust, water jets, and temporary submersion, extending its application range to outdoor and challenging production areas.

Large Ø105mm flange diameter and precise 85mm BCD plus a 14mm shaft make it ideal for standardized IEC 71B14 mounting, ensuring compatibility and easy retrofit for existing setups.

The encoder’s 10-meter shielded cable allows for installation flexibility and noise-resistant signal transmission even over extended distances in large plants or machinery.

Flange thickness of 7mm ensures a secure and rigid fit, minimizing mechanical play and supporting consistent signal output in dynamic applications.

Designed for applications requiring higher accuracy and enhanced signal stability, including materials handling, packaging machines, servo drives, CNC systems, and robot arms – aligning with industries demanding precise speed and position regulation.

Part of the MIG encoder family: The MIG Basic model offers cost-effective incremental feedback for standard automation, while the MIG AST delivers absolute position retention post-power-loss for safety-critical use.

With BEGE’s proven quality and industry support, the MIG Nova+ is a trusted solution for technical specialists and engineers seeking reliable, modular encoder technology for their most precise tasks.