**Brand/Manufacturer:** BEGE Power Transmission is a renowned manufacturer specializing in robust, high-precision automation components, focusing on reliable motion control solutions for demanding industrial environments. Their encoders are valued for precision, durability, and integration flexibility.

**Incremental Encoder for Foundational Speed Feedback:** The BEGE MIG Basic is an incremental encoder designed for basic speed feedback in standard automation tasks, making it ideal for entry-level machine automation and general industry applications.

**Key Technical Features:** — 32 pulses per revolution per channel, precise speed monitoring for typical industrial automation needs.
— Output: A90°B HTL; suitable for integration with conventional HTL receiver controllers and PLCs.
— Wide-ranging input voltage: 5–24 VDC for versatile, energy-efficient system compatibility.
— Robust aluminium body delivers durability and effective shielding against industrial interference.
— Flanged design, outer diameter Ø105 mm, BCD 85 mm, 7 mm flange thickness—offering direct, secure motor mount compatibility (IEC 71B14).
— Shaft diameter: 14 mm, matching common industrial motor standards.
— 4P plug with 5-meter cable allows flexible installation and reliable connectivity, even in larger equipment.
— Dual-level ingress protection: IP55/IP67, resistant to dust and water for harsh factory and process environments.

**Application Advantages:** — Enables consistent speed feedback for conveyors, pumps, and fans in factory automation.
— Aluminium construction ensures long lifespan with minimal maintenance in demanding conditions.
— Fast, error-free installation for OEMs and system integrators via standard flange and shaft dimensions.
— Supports basic closed-loop control tasks, increasing efficiency in manufacturing, material handling, and simple robotics.
— Secure signal transmission over long distances thanks to 5m cable and robust plug connection.

**Versatile Use:** Applicable across various industries such as food & beverage, packaging, and light manufacturing where foundational speed feedback is required for motor-driven systems.