Manufactured by BEGE, a renowned Dutch provider of high-quality drive technology, this encoder is designed to deliver accurate feedback and reliability in industrial automation applications. BEGE’s process automation components are known for robust construction and versatility, making them a trusted partner for engineers and system integrators.

High-Resolution Incremental Encoder: The MIG Nova+ is an incremental encoder offering superior resolution and improved signal stability, ideal for advanced speed and position feedback requirements in automation systems.

Robust Aluminium Construction: The encoder is housed in a durable aluminium body, ensuring excellent mechanical strength, vibration resistance, and a long operational lifespan even in demanding environments.

Large Flange and Shaft Diameters: With a flange outside diameter of 250mm, BCD of 215mm, and a 28mm shaft, the encoder can be fitted to IEC 100/112B5 motors, making it compatible with medium- and large-scale industrial drives.

Versatile Electrical Inputs and Outputs: Accepts a wide input voltage range from 5-24VDC with A90°B / A'90°B' HTL/TTL outputs, supporting compatibility with various motor controllers and process control systems.

Precise Control: The improved signal integrity enables more precise speed regulation and positioning essential for packaging, conveyors, robotics, and automated assembly lines.

1 Pulse per Revolution: Provides 1 pulse per channel per revolution—ideal for basic to intermediate speed regulation with reliable feedback for standard automation demands.

IP55/IP67 Protection: Supplied with IP55/IP67 rating for dust-tight and water-resistant operation, allowing use in harsh or washdown industrial environments.

Flexible Installation: Features a generous 5-meter cable length for easy integration and flexible mounting options, supporting a broad range of system architectures.

Application Versatility: Suitable for machine builders, OEMs, and system integrators in mechanical engineering, conveyor systems, material handling, and general industrial automation where enhanced accuracy and signal stability are required.