This encoder is manufactured by BEGE Power Transmission, a renowned European brand recognized for innovative solutions in drive technology, specializing in robust, high-precision encoders for industrial automation environments.

The MIG Nova+ is an incremental encoder with high resolution and improved signal stability, designed for precise control and feedback in demanding automated systems.

Key features include a large 350mm outer flange diameter and 300mm BCD, suitable for integration with IEC 160B5 standard motors.

The solid 42mm shaft ensures reliable mechanical coupling and efficient power transmission in heavy-duty applications.

The housing is constructed from durable aluminium, providing excellent corrosion resistance and strength while keeping weight low for easier handling and installation.

IP55/IP67 classification offers robust protection against dust and water ingress, enabling continuous operation in harsh industrial settings.

Flexible electrical interface: Input voltage 5-24VDC, with both HTL and TTL output signals (A90°B / A'90°B'), maximizing compatibility with various control systems and PLCs.

Generates 2 pulses per channel per revolution, ideal for basic and advanced speed/position monitoring where moderate resolution is sufficient.

Includes a generous 20-meter cable for flexible installation, minimizing signal loss and electromagnetic interference, even over long distances.

12mm flange thickness enhances rigidity, ensuring long-term mechanical stability and precision alignment.

Applications for the MIG Nova+ include automated production lines, conveyor systems, packaging machinery, robotics, and other sectors that demand accurate real-time feedback for process optimization and machine safety.

For requirements focused solely on basic speed feedback, BEGE also offers the MIG Basic incremental encoder, ideal for standard automation tasks.

For advanced process control involving precise positioning and retention of position data after power failure, the BEGE MIG AST absolute encoder is recommended, supporting complex automation systems and high-accuracy applications.