BEGE is an established name in industrial automation, offering robust and high-precision motion control solutions. As a manufacturer, BEGE specializes in innovative, reliable, and durable encoders designed for demanding environments and applications. Their product range is trusted by engineers and automation specialists across various industries.
The MIG Nova+ is an incremental encoder engineered for advanced automation requirements where high resolution and superior signal integrity are critical.

High resolution with 512 pulses per revolution per channel enables precise speed and direction feedback, supporting applications requiring fine motion control and accurate positioning.

Enhanced signal stability (A90°B / A'90°B' HTL/TTL outputs): Guarantees reliable data transmission, even in electrically noisy industrial settings.

Wide input voltage range (5-24VDC) provides flexibility and compatibility with diverse control systems.

Robust stainless steel housing and shaft (outer diameter: 90mm, shaft: 11mm) deliver exceptional resistance to corrosion and mechanical wear—ideal for harsh and demanding environments.

Flexible installation options as the encoder fits IEC norm 63B14 motors and features a 7mm thick flange with 75mm BCD, ensuring broad compatibility with standard gearboxes and motors.

Long 50-meter cable supports efficient integration in large automated installations and flexibility in placement, reducing signal loss over distance.

Dual IP classification (IP55 / IP67) ensures protection against dust, moisture, and temporary immersion—perfect for use in food & beverage, packaging, and other industries with stringent hygiene and reliability requirements.

Application areas include conveyor drives, robotics, packaging machinery, automated warehouse systems, and industrial motion control where precise speed or position feedback is required.

For basic feedback tasks, BEGE’s MIG Basic offers reliable incremental speed control for standard automation, while the MIG AST absolute encoder delivers precise position retention post-power loss, ideal for advanced motion and safety-critical systems.