BEGE is a renowned manufacturer specializing in high-precision drive components for industrial automation. With a reputation for reliability and innovation, BEGE encoders deliver superior quality and performance, making them a preferred choice for engineers and technical specialists worldwide.
**Product: BEGE Flanged Encoder MIG Nova+ MN-400-55-2048-12, 2048 pulses, 15m cable, aluminium**
- Designed as an incremental encoder with high resolution (2048 pulses per channel), the MIG Nova+ ensures precise speed and position feedback for advanced automation applications.
- Equipped with robust signal stability, guaranteeing accurate data acquisition even in demanding industrial environments.
- Features a large Ø400mm aluminium flange with BCD 350mm and a 55mm shaft diameter, ensuring compatibility with IEC 200B5 motors for seamless system integration.
- Offers dual output signals (A90°B / A'90°B') in HTL/TTL, supporting versatile interfacing with a wide range of motion control systems.
- Operates with flexible input voltage from 5–24VDC, enhancing integration into various control architectures.
- Long 15-meter cable allows installation in large machinery or systems where extended reach is essential.
- IP55/IP67 classifications provide exceptional protection against dust and water, ideal for harsh industrial settings.
- High-strength aluminium construction ensures low weight and superior corrosion resistance, extending operational lifespan.
- Ideal for precise speed regulation and feedback in applications such as automated production lines, robotics, packaging machinery, and conveyor systems.
- The improved resolution and enhanced signal integrity of the MIG Nova+ result in optimized control accuracy and higher productivity in demanding environments.
**Other BEGE encoder solutions:**
- MIG Basic: An incremental encoder designed for basic speed feedback in standard automation tasks, offering reliable and cost-effective performance.
- MIG AST: An absolute encoder that retains positional data after power loss, enabling precise positioning and advanced motion control in complex systems.