Produced by BEGE, a renowned Dutch manufacturer specializing in high-quality drive and automation solutions for industrial applications. BEGE is known for innovative, robust, and precision-driven components trusted across industries for their reliability and advanced engineering.

The BEGE Flanged Encoder MIG Nova+ MN-300-38-0064-12 is an incremental encoder engineered for applications demanding high resolution and enhanced signal stability, making it ideal for precise control in automated systems.

High resolution with 64 pulses per channel enables accurate speed and position feedback, critical for precision automation and synchronization tasks.

Enhanced signal stability ensures reliable and consistent data output, minimizing errors in feedback control systems and increasing overall process reliability.

Dual output channels (A90°B / A’90°B’, HTL/TTL) provide flexible integration with a wide range of industrial controllers and drive systems.

Wide input voltage range (5–24VDC) accommodates diverse power environments, simplifying installation in existing or new systems.

Robust aluminum housing provides high resistance to mechanical stress and industrial environments.

Flange dimensions: Large Ø300mm outer diameter with a 265mm BCD and 12mm flange thickness, compliant with IEC 132B5 motor norms for standardized mounting and versatility.

Large diameter 38mm shaft allows for compatibility with heavy-duty and high-torque applications.

Extended cable length (100 meters) enables remote installation, ideal for large machinery, conveyor systems, and distributed automation setups.

Industrial-grade protection with IP55/IP67 rating ensures reliable operation even in dusty and wet environments.

Typical use cases include precision speed and position control in conveyors, robotics, packaging machinery, materials handling, and other automated production lines.

Compared to MIG Basic, the MIG Nova+ offers distinct advantages in feedback accuracy and signal reliability, while the MIG AST absolute encoder from BEGE is best suited for advanced motion control requiring absolute position memory after power loss.