Manufacturer information: BEGE is a recognized innovator in drive technology, known for delivering high-quality, reliable automation components designed for industrial applications worldwide.
- High-Resolution Incremental Encoder: The MIG Nova+ encoder provides incremental feedback with a high resolution of 16 pulses per channel, offering enhanced precision and superior signal stability for advanced automation and motion control systems.
- Robust Stainless Steel Construction: Built with a durable stainless steel housing, this encoder excels in harsh and demanding environments, ensuring resistance to corrosion and extending product longevity.
- Excellent Environmental Protection: With IP55 / IP67 classifications, the encoder is protected against dust ingress and water jets, and can even withstand temporary immersion, making it ideal for both indoor and outdoor industrial operations.
- Large Flange Design: The Ø160mm flange and 130mm BCD (Bolt Circle Diameter) allow for flexible integration with IEC 71B5 motors, supporting seamless retrofits and new installations in mechanical automation setups.
- Versatile Compatibility: The output signals (A90°B / A’90°B’ HTL/TTL) and wide input voltage range (5-24VDC) provide compatibility with a broad array of control systems, PLCs, and industrial drives, facilitating easy system integration.
- Extended Reach: Equipped with a 20-meter cable, it enables installation flexibility in large machines and plants, simplifying wiring and reducing signal loss.
- Key Applications: Perfect for speed and position feedback in conveyor systems, automated production lines, robotics, and packaging machinery where high signal fidelity is critical.
- Upgrades Over Basic Models: Compared to the MIG Basic, the Nova+ offers higher resolution and improved signal stability, suited for more demanding control applications. While the MIG AST offers absolute position retention after power interruptions for sophisticated positioning and advanced control, the Nova+ balances precision and versatility for the majority of industrial automation requirements.