Description
Incremental Encoder for Essential Speed Feedback: The MIG Basic is an incremental encoder tailored for basic speed feedback in standard automation tasks, offering reliable and cost-effective performance.
Industrial Stainless Steel Construction: The entire encoder, including the Ø105mm flange with 7mm thickness, is manufactured in durable stainless steel, ensuring corrosion resistance and long-term usability in harsh environments.
Versatile Industry Compatibility: The BEGE MIG Basic fits IEC 71B14 motors and provides easy integration into diverse automation solutions, owing to its universal 14mm shaft and BCD 85mm flange.
High Environmental Protection: With IP55 / IP67 certifications, the encoder withstands dust, water jets, and even temporary immersion, making it suitable for food, chemical, and outdoor industries.
Extended Installation Range: Supplied with a 20-meter cable, providing flexibility for installation in large machines or installations where long cable runs are needed without signal degradation.
Precise Electrical Interfaces: Accepts 5-24VDC input and provides A90°B HTL output for fast, noise-immune signal transmission—ideal for standard PLCs and motion controllers.
Optimized for Standard Speed Control: With 64 pulses per channel per revolution, the MIG Basic delivers accurate rotational speed feedback—sufficient for most standard drive applications.
Application Areas: Used in conveyors, packaging machines, pumps, and general automation where basic speed feedback is essential for motor regulation and process control.
Focusing on core performance and robust design, the BEGE MIG Basic encoder is the ideal choice for industrial engineers seeking reliable and straightforward speed feedback solutions. **Other BEGE encoder solutions:**
MIG Nova+ — A high-resolution incremental encoder with enhanced signal stability, suitable for demanding automated systems requiring precise speed control.
MIG AST — An absolute encoder retaining positional information after power loss, optimized for advanced motion control and exact positioning in complex automation applications.

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