Description
BEGE Power Transmission is a renowned European manufacturer specialized in innovative, high-quality motion control and drive solutions tailored for industrial automation. With decades of experience, BEGE is recognized for its precision, durability, and engineering excellence in encoders and industrial components. **Key Features & Advantages:**
Incremental Encoder Type: The MIG Basic is an incremental encoder delivering reliable speed feedback for standard automation applications, enabling stable and cost-effective machine control.
Resolution: Provides 64 pulses per revolution on each channel (A and B HTL output at 90°), suitable for applications requiring basic to moderate speed precision.
High Signal Stability: 5–24VDC input ensures compatibility with a variety of industrial control systems, promoting secure signal transmission over long distances.
Robust Construction: Manufactured with a durable aluminium housing to withstand demanding industrial environments, and enhanced mechanical protection.
IP55 / IP67 Protection: Superior ingress protection against dust and moisture, ensuring dependable performance in harsh conditions.
Direct Motor Mounting: Designed for IEC 90B5 motors with a 200mm flange diameter and 24mm shaft, supporting seamless integration into existing drive systems.
Flexible Installation: 15-meter cable length allows for versatile mounting options and greater reach, reducing installation constraints.
Flange Dimensions: Outer diameter 200mm, flange BCD 165mm, flange thickness 9mm—ideal for compact retrofits or upgrades. **Application Areas:**
Industrial Automation: Speed feedback for conveyor belts, packaging machines, and general motion control.
Pumps and Fans: Reliable monitoring and control of rotational speed in utility systems.
General Machinery: Position and speed feedback for process equipment, enhancing efficiency and reliability. **Why Choose MIG Basic:**
Perfect for technical specialists and engineers seeking a solid, incremental encoder for standard tasks, offering cost-efficiency and robustness.

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