**Manufacturer Description**: BEGE Power Transmission is renowned for high-quality, durable drive solutions designed for demanding industrial applications. Their encoders are trusted by engineers worldwide for precise speed and position feedback in automation.

**Robust Incremental Encoder**: The MIG Basic is an incremental encoder, specially developed for basic speed feedback in standard automation tasks where reliability, robustness, and easy integration are required.

**Application Scenarios**: Ideal for monitoring and controlling drive speed in conveyors, packaging machinery, and general automation systems needing basic but dependable RPM feedback.

**Durable Stainless Steel Construction**: Manufactured with a corrosion-resistant stainless steel housing, ensuring longevity and dependable performance in harsh industrial environments, including food, chemical, and outdoor settings.

**Large Flange and Shaft**: Features a 200mm flange diameter (BCD 165mm) and 38mm shaft, suitable for IEC 132B14 motors – facilitating direct mounting and compatibility with standard industrial motor frames.

**Consistent Signal Output**: Delivers 32 pulses per revolution per channel (A90°B HTL), ensuring consistent and clear speed feedback for controlling frequency inverters and PLCs.

**Flexible Power and Output**: Supports 5–24VDC input and robust HTL outputs for high compatibility across control systems.

**Long Cable Reach**: Equipped with a 10-meter cable, offering flexibility in installation and reducing the need for additional signal extension hardware.

**Strong Environmental Protection**: Certified to IP55/IP67 standards for reliable operation against dust, water jets, and immersion – guaranteeing performance in challenging industrial settings.

**MIG Basic vs. MIG Nova+ and MIG AST**: While the MIG Basic suits typical automation speed feedback tasks, the MIG Nova+ offers higher resolution and enhanced signal stability for precise speed regulation, and MIG AST is an absolute encoder retaining position after power loss, ideal for high-precision positioning and advanced control systems.