Produced by **BEGE Power Transmission**, a leading Dutch manufacturer renowned for high-quality drive technology solutions, the MIG encoder series embodies robust design, reliability, and precision. BEGE’s encoders are trusted by mechanical engineers and automation specialists throughout diverse industries for optimizing industrial automation and motion control.

**Incremental Encoder For Core Automation Tasks:** The MIG Basic is an incremental encoder engineered for essential speed feedback in standard automation applications, enabling stable and cost-effective speed regulation in a wide array of machinery.

**Rugged Aluminium Housing:** Manufactured from aluminium, the encoder is both lightweight and corrosion-resistant, ensuring lasting durability even in harsh industrial environments.

**Flange Mounting:** The 120mm flange with 100mm bolt circle diameter (BCD) and a thickness of 7mm ensures secure mounting, easy mechanical integration, and high compatibility with IEC 56B5 standard motors.

**Precision Shaft Interface:** The 9mm shaft diameter provides reliable and precise coupling to drive systems and motors, minimizing slippage and guaranteeing accurate signal transfer.

**Flexible Electrical Interface:** Supports an input supply from 5-24VDC with A90°B HTL output signal, offering broad compatibility with a variety of industrial controllers and PLCs.

**Standard Resolution:** 4 pulses per channel per revolution deliver adequate feedback for basic motion applications, making it suitable for standard conveyors, packaging lines, material handling systems, and general automation.

**Extended Cable Length:** Equipped with a robust 5-meter cable and a 4-pin industrial plug, allowing flexible installation and easy connection even in large machines or panels.

**High Protection Class:** Dustproof and water-resistant rated at IP55 and IP67, ensuring reliable operation in demanding industrial settings where exposure to dust, oil, or water might occur.

**Versatile Applications:** Ideal for integration into drive systems for speed monitoring, feedback in frequency inverter setups, and general automation where reliable, incremental position feedback is required.