High-resolution incremental encoder designed for precise speed feedback and advanced motion control in industrial automation systems.

Manufactured by BEGE Power Transmission, a well-established Dutch provider recognized for robust, innovative, and reliable automation solutions for demanding industries worldwide.

Encoder type: MIG Nova+ – offers incremental functionality with enhanced signal stability and high-resolution output for dynamic motion control and precise regulation in automation setups.

2048 pulses per revolution (PPR) per channel deliver exceptional accuracy for positioning and speed feedback in servomotors and conveyor systems.

HTL/TTL output with A90°B /A'90°B' channel configuration supports compatibility with a wide range of PLCs and frequency inverters used in industrial environments.

Suitable for signal transmission up to 50 meters, ensuring reliable operation even in large factory layouts or installations with longer cable runs.

Robust aluminium housing with a flange diameter of Ø400mm and shaft diameter of 55mm ensures durable integration in heavy-duty machinery and complex automation lines.

Meets international motor mounting standards: Flange BCD 350mm and IEC 200B5, enabling seamless replacement and integration into new or existing drive systems.

Flange thickness of 12mm offers structural resilience for stable mounting and vibration resistance in high-demand applications.

Dual IP classification (IP55 / IP67) provides protection against dust, water jets, and temporary immersion, making it suitable for harsh, dust-laden, or damp environments.

Wide supply voltage range (5-24VDC) allows universal compatibility with various control systems and simplifies integration in multi-vendor automation projects.

Ideal for use in precise conveyor control, packaging machinery, factory automation, printing presses, robotics, and more.

MIG Basic and MIG AST types are also available – Basic for standard incremental feedback, AST as an absolute encoder for applications requiring position memory after power loss.