- The BEGE brand is known for robust, high-quality automation components developed for demanding industrial environments, ensuring maximum reliability and longevity in your drive systems.
- The BEGE MIG Basic is an incremental encoder, specifically designed for providing basic speed feedback in standard automation tasks, making it ideal for general industrial machinery and drive solutions.
- Features a flange with an outer diameter of 120mm and a BCD (Bolt Circle Diameter) of 100mm, compatible with IEC 80B14 motor interfaces for seamless integration into common setups.
- Includes a solid shaft with a 19mm diameter and 7mm flange thickness, providing reliable mechanical coupling and durable performance under industrial conditions.
- Offers 1 pulse per revolution per channel (A and B), delivering straightforward speed measurement and monitoring suitable for standard applications.
- Generates HTL (High Threshold Logic) output signals with 90° A/B phase shift, supporting precise and accurate speed feedback for a wide range of automation controllers.
- Equipped with a 5-meter, 4-pin cable for flexible, extended installation even in larger machinery layouts.
- Constructed with a high-quality aluminum housing for both light weight and excellent corrosion resistance, essential in industrial environments.
- Rated IP55/IP67 for protection against dust and water, making it suitable for harsh conditions and washdown environments without compromising performance.
- Input voltage range of 5-24VDC, ensuring compatibility with most industrial control systems and simplifying the design process.
**Typical applications:** conveyor systems, standard process machines, packaging equipment, and drive solutions where robust and reliable basic speed feedback is essential.
**For higher resolution or more complex feedback needs:**- **MIG Nova+:** An incremental encoder with enhanced resolution and improved signal stability, suitable for precision speed regulation and positioning in automated systems.
- **MIG AST:** An absolute encoder that retains position information after power loss, ideal for precise positioning and advanced motion control systems in high-end automation.