Produced by BEGE Power Transmission, a renowned Dutch manufacturer specializing in reliable, innovative automation and drive solutions. BEGE encoders are known for high quality, long service life, and consistent performance in demanding industrial environments.

High-Resolution Incremental Encoder: The MIG Nova+ offers incremental measurement with higher resolution and improved signal stability, making it ideal for precise speed control and positioning in advanced automation systems.

Versatile Feedback: Outputs A90°B / A'90°B' HTL/TTL signals, compatible with a wide range of controllers and automation hardware for flexible integration into both new and existing systems.

Robust Aluminium Construction: Durable aluminium housing ensures excellent resistance to mechanical stresses, vibration, and environmental factors, providing long service life and protection for internal components.

High Protection: Rated IP55/IP67, the encoder is suitable for use in dusty and wet industrial environments, supporting reliable operation even under harsh conditions.

Standardized Mounting: Flange diameter Ø160mm and BCD 130mm with IEC 71B5 compatibility, enabling direct mounting to standard motors and drives in automation setups.

Precise Mechanical Integration: Shaft diameter 14mm and 7mm flange thickness for solid and vibration-free coupling with motors and machinery, ensuring accurate signal generation.

Long Cable Length: 10-meter integrated cable facilitates easy installation over extended distances, ideal for large production lines or remote motor placements.

Flexible Voltage Input: Operates on 5-24VDC, supporting a wide range of power supply environments for hassle-free integration.

Application Range: Perfect for demanding industries such as automated manufacturing, robotics, conveyor systems, and packaging machines requiring reliable and precise speed or position feedback.

Product Comparison: Choose MIG Basic for standard incremental speed feedback, MIG Nova+ for higher resolution and stable signals, or MIG AST for absolute encoding that maintains position after power loss — ideal for advanced positioning and safety-critical automation applications.