Manufactured by BEGE, a leading innovator in industrial automation solutions, the MIG Nova+ encoder is engineered for demanding environments and precision automation tasks. With a strong focus on reliability, BEGE’s encoders are trusted by engineers and technical specialists worldwide for their durability and performance in industrial settings.

MIG Nova+ is an incremental encoder featuring high resolution and enhanced signal stability, making it highly suitable for precise speed control and positioning in advanced automated systems.

Stainless steel housing offers exceptional resistance to corrosion and harsh environments, supporting installation in food processing, chemical, and outdoor applications.

Large 200mm flange diameter and a 38mm shaft ensure compatibility with IEC 132B14 motors, aligning with standardized industrial mounting requirements for easy integration.

Output includes A90°B / A'90°B' signals in HTL/TTL formats, providing maximum flexibility for interfacing with modern and legacy control electronics.

Wide voltage input range (5-24VDC) enhances compatibility with diverse control systems, improving deployment options across machinery platforms.

8 pulses per revolution per channel delivers accurate yet robust feedback for applications requiring reliable speed regulation.

High ingress protection (IP55/IP67) safeguards against dust, moisture, and heavy washdown, ensuring reliable operation in challenging industrial environments.

Supplied with a 10-meter cable for convenient installation, reducing the need for extension cables and minimizing signal loss in large-scale automation setups.

Typical applications include conveyor systems, packaging lines, robotic arms, process engineering, and any application requiring stable, precise speed feedback and positioning.

In comparison: MIG Basic offers standard incremental feedback for basic automation; MIG Nova+ delivers higher resolution and superior signal stability for advanced control; MIG AST provides absolute position retention for cutting-edge positioning tasks.