Description
**Rugged Stainless Steel Construction:** The enclosure and shaft are crafted from premium stainless steel, ensuring superior corrosion resistance and suitability for harsh industrial environments, as well as food and chemical processing applications.
**High Environmental Protection:** Rated to IP55/IP67, this encoder is protected against dust, water jets, and temporary immersion, allowing reliable operation in challenging conditions such as washdown areas, outdoor machinery, and aggressive atmospheres.
**Precision Flange Design:** Featuring a robust Ø140mm flange diameter and 115mm bolt circle (BCD), the encoder supports easy, vibration-resistant integration onto IEC 63B5 standard motor flanges—promoting simple retrofitting and versatile installation.
**Incremental Speed Feedback:** As an incremental encoder, the MIG Basic provides essential speed feedback with 32 pulses per revolution (per channel), supporting basic velocity and simple positioning tasks in standard automation systems, conveyors, and general industrial equipment.
**Wide Input Voltage and Universal Output:** Operates on 5-24VDC with A 90° B (HTL) outputs, ensuring compatibility with most PLCs, motion controllers, and frequency inverters used in automation projects.
**Extended Cabling:** Includes a 10-meter cable for flexible mounting options and secure cable routing in cabinet and machine installations.
**Enhanced Reliability:** Manufactured by BEGE, the encoder guarantees robust construction, stable performance, and long service life, minimizing maintenance and downtime in industrial drive systems.
**Typical Applications:** Machine and conveyor automation, motor velocity feedback, basic monitoring in packaging, textile, food processing, and other general industrial applications.**Also available from BEGE:**
**MIG Nova+** – Enhanced incremental encoder with higher resolution and improved signal stability for more precise regulation in advanced automation systems.
**MIG AST** – Absolute encoder, which retains position after power loss, ideal for high-precision positioning and sophisticated control systems.

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