Description
The BEGE brand is synonymous with precision, reliability, and innovative drive technology, providing tailored solutions for industrial automation for decades. Their encoders exemplify robust engineering and durable performance, trusted by engineers and technical specialists worldwide.**Key Features and Advantages**
Incremental Encoder with High Resolution – The MIG Nova+ offers enhanced resolution and superior signal stability compared to basic encoders, making it ideal for precise speed control in automated systems.
Advanced Signal Stability – Delivers consistent and reliable feedback signals, minimizing errors in demanding industrial environments.
Versatile Output Options – A90°B / A'90°B' HTL/TTL outputs ensure compatibility with a wide range of industrial controllers and drive systems.
Robust Aluminium Construction – The anodized aluminum housing guarantees durability, corrosion resistance, and optimal thermal properties.
Extensive Cable Length – Supplied with 100 meters of cable for flexible installation in large or distant machine setups, without signal degradation.
Industrial Compliance – Designed to IEC 63B14 and BCD 75 standards; fits seamlessly with standard industrial motors and flange mounts.
Compact and Precise – With an outer diameter of 90mm and a flange thickness of 7mm, it enables integration into space-limited drives while offering precise feedback.
Ingress Protection – Rated IP55/IP67, ensuring dust protection and resistance to powerful water jets or immersion, ideal for harsh environments.
Multiple Applications – Perfect for applications requiring accurate speed and position feedback, such as conveyor systems, packaging machinery, servo motors, and robotic automation. **Encoder Types Overview**
MIG Basic – Incremental encoder providing fundamental speed feedback for standard automation tasks.
MIG Nova+ – Incremental encoder with increased resolution and improved signal stability, suitable for more accurate control in automated applications.
MIG AST – Absolute encoder maintaining position after power loss, recommended for highly precise positioning and advanced control systems.

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