- Manufactured by BEGE, a trusted Dutch brand renowned for reliable and precise motion control components used across a wide range of industrial automation applications.
- The MIG Nova+ is an incremental encoder featuring high resolution and enhanced signal stability, specifically designed to deliver accurate speed and position feedback for demanding automated systems.
- Suitable for integration with IEC 71B5 standard motors and devices, thanks to its 160mm outer flange diameter and 130mm bolt circle diameter (BCD), ensuring compatibility with industry-standard mountings.
- Equipped with a robust 14mm shaft for secure, stable connection and reliable signal transmission even under dynamic loads.
- Offers an output of A90°B / A'90°B' HTL/TTL signals, enabling compatibility with a wide range of control systems in both new installations and retrofit projects.
- 16 pulses per revolution per channel provide precise feedback suitable for speed regulation and positioning tasks in robotics, conveyor systems, and packaging machinery.
- Wide voltage input range (5-24VDC) allows easy integration with various industrial power supplies, improving system versatility and compatibility.
- Durable aluminium housing ensures lightweight strength and effective heat dissipation, making the encoder suitable for harsh industrial environments.
- Cable length of 5 meters allows for flexible installation and simplified cable management in larger setups.
- Rated IP55 / IP67, providing excellent protection against dust, water jets, and temporary immersion, ensuring long-term reliability in demanding conditions.
- Compared to the MIG Basic model, the MIG Nova+ offers higher resolution and better signal stability for more precise control applications.
- For scenarios requiring absolute positioning and non-volatile feedback after power loss, BEGE also offers the MIG AST absolute encoder, designed for advanced control and safety applications.
- Ideal for industrial machinery, automated production lines, packaging equipment, and precision motion systems where stable, high-quality feedback is crucial for process control and efficiency.