BEGE Power Transmission is known for delivering reliable and innovative motion control solutions for demanding industrial environments. As a specialist in power transmission and automation, BEGE offers high-quality encoders engineered for precision and durability.

High-Resolution Incremental Encoder: The MIG Nova+ is an incremental encoder with 1024 pulses per revolution, providing enhanced feedback for precise speed and position measurement in automated systems.

Superior Signal Stability: Designed for environments where accuracy and reliable signals are critical, the Nova+ features improved signal quality for reduced noise and greater stability.

Sturdy Construction: Crafted with a robust aluminium housing, this encoder ensures long-term durability and resistance to harsh industrial conditions.

Large Flange Design: Features a Ø250mm outer diameter and 215mm BCD for compatibility with a wide range of IEC 100/112B5 motors, supporting easy integration into existing systems.

Shaft Dimensions: Equipped with a 28mm shaft for solid mechanical interface in heavy-duty applications.

HTL/TTL Output: Output channels A, A', B, B' (A90°B / A'90°B') are available in both HTL and TTL signal formats, maximizing versatility and compatibility with PLCs and controllers.

Flexible Power Input: Accepts wide input voltage range (5-24VDC) for use with various industrial control architectures.

Environmental Protection: Boasts IP55/IP67 rating, making it suitable for applications exposed to dust, water, and challenging conditions.

Extended Cable Length: Includes a 5-meter cable for flexible installation in large or complex automation solutions.

Key Application Areas: Optimized for high-precision automation tasks, such as synchronized motion control, robotics, packaging machinery, conveyor systems, and industrial process automation.

Compared to BEGE MIG Basic and MIG AST: - MIG Basic is ideal for standard speed feedback in general automation.- MIG AST, as an absolute encoder, retains position after power-off and is recommended for advanced positioning and safety-critical control applications.