BEGE is a renowned manufacturer from the Netherlands, specializing in high-quality drive technology components. Their encoders are known for robust construction, reliability, and precision, making them a trusted choice in various industrial automation applications.
Key Features and Application Possibilities:
- Incremental Encoder for Speed Feedback: The MIG Basic provides reliable incremental speed feedback, perfectly suited for standard automation tasks such as conveyor belt monitoring and simple motor speed control.
- Rugged and Durable Design: Manufactured from stainless steel, this model offers outstanding resistance to corrosion and mechanical wear, ensuring a long service life even in demanding industrial environments such as food processing or chemical manufacturing.
- Precise Signal Output: Delivers 4 pulses per channel per revolution with A90°B HTL outputs, supporting accurate detection of shaft rotation and speed, ideal for general-purpose automation.
- Compatibility with Standard Motors: Features a 140mm flange (BCD 115mm, thickness 7mm) and 11mm shaft diameter, aligning with IEC 63B5 norm, allowing easy integration with standard motor types.
- Flexible Installation: Comes equipped with a 10-meter cable, supporting versatile installation even at a distance from control panels or PLCs.
- IP55 / IP67 Protection: Designed for use in environments exposed to dust, water jetting, or temporary immersion, making it suitable for both indoor and harsh outdoor applications.
- Broad Power Input Range: Operates reliably between 5–24VDC, providing compatibility with a wide array of industrial control systems.
- Application Areas: Well-suited for use in conveyor systems, material handling solutions, pumps, fans, and general automation tasks where basic, reliable speed feedback is essential.
Additional BEGE encoder types:
- MIG Nova+: An incremental encoder with higher resolution and enhanced signal stability, ideal for precise speed regulation in advanced automated systems.
- MIG AST Absolut Encoder: Maintains absolute position data even after power loss, optimal for high-precision positioning and sophisticated control systems in robotics, assembly lines, and CNC machinery.