BEGE Power Transmission is a renowned manufacturer specializing in high-quality motion control solutions for industrial automation. With a strong reputation for reliability and engineering excellence, BEGE’s encoders are designed for demanding environments and precise control needs.
Key Features and Application Possibilities:
The BEGE Flanged Encoder MIG Nova+ MN-250-42-0032-12 is an incremental encoder offering enhanced resolution and signal stability, making it ideal for precise speed and positioning control in sophisticated automated systems.

Equipped with a robust 250mm stainless steel flange (BCD 215mm, 12mm thickness) and a 42mm solid shaft, this encoder is tailored for integration with IEC 160B14 motors, ensuring compatibility with a broad range of industrial drives.

With an output of A90°B / A'90°B' in both HTL and TTL formats, and 32 pulses per channel per revolution, it provides accurate feedback for motor speed monitoring, phase synchronization, and closed-loop control applications.

The 5-meter shielded cable ensures flexible installation, and the IP55/IP67 protection class enables reliable operation in harsh, dusty, and wet industrial environments.

Constructed from corrosion-resistant stainless steel, it is suitable for use in food, pharmaceutical, and chemical processing industries where hygiene and durability are essential.

Operating voltage input range of 5-24VDC allows for versatile integration into different control and automation systems without compatibility issues.

The encoder family from BEGE also includes:

— MIG Basic: An incremental encoder for essential speed feedback in standard automation tasks.

— MIG Nova+: An incremental encoder with higher resolution and improved signal stability, suitable for precise control in automated systems.

— MIG AST: An absolute encoder that retains position data after power loss, ideal for precise positioning in advanced motion control systems.

Choose BEGE encoders for advanced motion feedback and long operational life in industrial automation, robotics, and material handling systems.