Engineered by BEGE Power Transmission, a leading manufacturer known for high-quality drive components and reliable sensor solutions for industrial automation. BEGE encoders are recognized for their precision, robustness, and optimal integration with modern automation systems.

The MIG Nova+ is an incremental rotary encoder with high resolution, delivering enhanced signal stability for demanding automation applications where accurate and reliable speed and position feedback is essential.

Resolution of 256 pulses per channel enables precise speed and position measurement, ensuring advanced control in servomechanisms, conveyors, automated materials handling, and robotic processes.

Dual signal output (A90°B / A'90°B', HTL/TTL compatible) supports seamless integration with a wide range of industrial controllers, PLCs, and drives, enabling both conventional and high-speed interface connections.

Heavy-duty aluminium housing with an outer flange diameter of 90mm and a shaft diameter of 11mm provides strong mechanical protection and long-term durability, suitable for harsh industrial environments.

Rated IP55/IP67 for ingress protection, this encoder resists dust, water, and contaminants, making it reliable for use in manufacturing, packaging, food processing, and outdoor installations.

Generous cable length of 50 meters simplifies installation in large automated lines, minimizing signal loss and maximizing positioning accuracy at substantial distances from control panels.

Standard IEC flange (63B14), 75mm BCD, and 7mm flange thickness allow for straightforward retrofit and compatibility with a wide array of electric motors and gear units.

Applications include speed control in standard automation tasks (MIG Basic), highly accurate regulation and signal fidelity for precise feedback (MIG Nova+), and lossless position memory and advanced motion control (MIG AST absolute encoders).

Overall, the BEGE MIG Nova+ is engineered to deliver superior reliability, flexibility, and control accuracy for engineers and specialists seeking robust feedback solutions for industrial automation.