Description
BEGE is a renowned manufacturer of intelligent drive systems, offering technologically advanced, robust, and reliable encoders and automation components for industrial applications worldwide. Their solutions are well-recognized for innovation, precision, and long-term dependability in demanding environments.**Key Features & Advantages:**
High-Resolution Incremental Encoder: The MIG Nova+ provides up to 2048 pulses per revolution (PPR) per channel, enabling highly precise speed and position feedback essential for sophisticated automated systems.
Enhanced Signal Stability: Thanks to advanced signal conditioning, the Nova+ ensures reliable, noise-resistant output for accurate, consistent performance even in electrically noisy industrial environments.
Robust Construction: Manufactured from durable aluminium, providing excellent resistance to mechanical stress and ensuring a long operational life in harsh industrial settings.
Flexible Integration: Designed with a 140mm outer flange diameter (BCD 115mm) and a 24mm shaft, IEC 90B14 compatibility, and 4P plug for seamless integration with standard industrial motors and systems.
Wide Voltage Input: Supports 5-24VDC input, making it versatile and compatible with a variety of control systems and PLCs.
HTL Output (A 90° B): Delivers high-quality HTL signals suitable for modern automation and motion control solutions.
Extended Cable Length: Supplied with a 5-meter cable, facilitating easy and flexible installation in large machines or in complex layouts.
IP55/IP67 Protection Class: Suitable for use in demanding environments where dust and water resistance are critical.**Application Possibilities:**
Ideal for use in automated conveyor systems, robotics, packaging machinery, and high-precision servo drives where accurate speed and position control are required.
Perfect for applications requiring stability and reliability in feedback signals for advanced PLCs and motion controllers.
Suited for industries such as materials handling, food processing, and industrial automation where precise feedback is essential for efficiency and safety.

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