BEGE is known for delivering innovative drive solutions with uncompromising reliability and quality, serving a wide range of industrial automation sectors. Their encoders are engineered for optimal interplay between durability, performance, and easy integration.
**Incremental Encoder for Reliable Speed Feedback:** The BEGE Flanged Encoder MIG Basic is an incremental encoder specifically developed for fundamental speed feedback in standard automation tasks, making it ideal for basic process control and monitoring applications.

**Stainless Steel Construction:** Manufactured from high-grade stainless steel, this encoder offers exceptional resistance to corrosion, ensuring long-lasting performance even in harsh industrial environments.

**Large 140mm Flange & 115mm BCD:** The robust Ø140mm flange with a 115mm bolt circle diameter (BCD) provides stable mounting and compatibility with IEC 63B5 electric motors, optimizing mechanical integration.

**20 Meter Cable for Flexible Installation:** Comes equipped with a 20-meter cable, allowing flexible installation across large machines and systems without signal loss or additional wiring efforts.

**IP55 / IP67 Protection:** The dual IP55/IP67 rating ensures dust and water ingress protection — suited for use in demanding or washdown environments.

**High Signal Integrity with HTL Output:** Features A90°B HTL output signals for robust and noise-resistant pulse transmission, compatible with most PLCs and industrial controllers.

**Precision Shaft and Flange Dimensions:** 11mm shaft and 7mm flange thickness guarantee reliable mechanical coupling and durable operation in rotating applications.

**32 Pulses per Revolution per Channel:** Delivers accurate and repeatable pulse signals, supporting precise speed regulation in general automation tasks such as conveyor drives, packaging machines, and pumps.

**Wide Voltage Range Input:** Operates with input voltages from 5–24VDC, accommodating a wide variety of control systems and power conditions.

**Typical Applications:** Suitably applied in motor feedback, conveyor systems, and manufacturing lines where robust and cost-effective speed feedback is required under tough conditions.