Produced by BEGE, a reputable Dutch manufacturer of drive technology solutions, the MIG Nova+ series flange encoders are recognized for their precision, durability, and reliability in automated industrial environments.

Incremental Encoder MIG Nova+: Engineered for enhanced speed feedback and higher positional resolution, making it ideal for demanding automation applications where detailed motion control is essential.

High Resolution & Signal Stability: Delivers precise signal output and exceptional stability thanks to HTL/TTL output circuits, enabling accurate speed regulation and minimizing system errors in advanced automation and robotics.

Superior Build Quality: Constructed from robust aluminium with IP55/IP67 protection ratings, ensuring consistent performance in harsh industrial settings with exposure to dust, moisture, and vibrations.

Large Flange & Motor Interface: 160mm outer flange diameter and 130mm BCD, compatible with IEC 100/112B14 motors, allowing seamless installation and integration with a wide range of industrial drive systems.

Extended Cable Length: 20-meter shielded cable offers maximum installation flexibility and reduces signal degradation over long distances, supporting decentralized and large-scale automated systems.

Wide Supply Voltage Range: Operation between 5–24VDC ensures compatibility with a variety of power management and automation control solutions.

Output Configuration: Dual-channel A90°B / A'90°B' output enables accurate quadrature signal measurement for direction detection and speed control, suitable for conveyor systems, packaging machinery, and automated assembly lines.

8 Pulses per Revolution: Selected for systems where precise yet straightforward speed monitoring is required without overwhelming system controllers.

Application Suitability: MIG Basic for standard speed feedback, MIG Nova+ for higher precision in advanced automation, and MIG AST absolute encoders where position retention after power-off and high-accuracy positioning are mission critical.