BEGE is an acclaimed Dutch manufacturer, renowned for robust and highly reliable drive technology solutions, specializing in advanced encoders for industrial automation and control applications.

The MIG Nova+ is an incremental encoder with enhanced resolution and signal stability, representing an optimal solution for precise speed and rotational feedback in automated systems and demanding industrial environments.

High-Resolution Incremental Encoder: The MIG Nova+ offers superior signal reliability over basic encoders, ensuring accurate speed feedback and smoother control in automation processes.

Flange Mounting: Features a large Ø350mm flange with 300mm BCD, compatible with IEC 180B5 motors and suited for straightforward integration in heavy-duty machines.

IP55 / IP67 Protection: Robust aluminium housing provides excellent resistance to dust, water, and harsh environmental conditions, ensuring long-term durability in industrial settings.

Versatile Output Signals: Supports A 90° B / A' 90° B' (HTL/TTL), allowing integration in a wide range of PLCs, servo drives, and motion control systems.

8 Pulses Per Channel: Suitable for moderate feedback resolution in conveyor systems, material handling, packaging machines, and general motion control applications.

Wide Input Voltage Range (5–24VDC): Ensures compatibility with various industrial control architectures.

Long Cable Length (10m): Simplifies installation on large machinery or in environments where remote encoder mounting is necessary.

Rugged Aluminium Construction: Lightweight yet extremely durable, resistant to mechanical stress and corrosion.

Typical Applications: Ideal for precise speed control, feedback in automation lines, woodworking or metalworking machinery, textiles, robotics, and process monitoring where stable incremental feedback is essential.

Other Encoder Options: - MIG Basic: An entry-level incremental encoder for standard automation tasks requiring basic speed feedback. - MIG AST: An absolute encoder for maintaining position data after power loss; perfect for advanced position control and high-end automation systems.