**Brand Description:** BEGE Power Transmission is a renowned European manufacturer specializing in highly reliable and precision-engineered automation components. BEGE encoders are engineered for demanding industrial applications that require robust performance, durability, and advanced signal integrity.

**Key Features and Advantages:**

High-Resolution Incremental Encoder: Delivers enhanced signal stability and high resolution, enabling precise speed and position feedback in industrial automation systems.

Robust Aluminium Construction: The housing is made from corrosion-resistant aluminium, ensuring high durability and reliable operation even in harsh industrial environments.

Versatile Flange Mounting: Features an outer flange diameter of 160mm, BCD of 130mm, and IEC 100/112B14 fitting, simplifying integration into a wide range of motor or machinery setups.

Compatible Shaft Size: Supports a 28mm shaft, suitable for mid- to large-sized motors and applications requiring robust shaft coupling.

Flexible Output Signals: Provides A90°B / A'90°B' outputs in both HTL and TTL formats for seamless compatibility with modern automation controllers and PLCs.

Wide Supply Voltage Range: Operates on 5-24VDC, making it suitable for diverse industrial power systems and safety-critical applications.

Comprehensive Protection: Rated IP55 / IP67, offering excellent resistance against dust and water ingress for maximum operational reliability.

2m Integrated Cable: Pre-assembled 2-meter cable enables quick, reliable installation and reduces wiring errors on-site.

Thin Flange Design: 9mm flange thickness allows for tight mounting spaces without compromising structural integrity.

**Application Possibilities:**

- Highly accurate speed and position feedback for conveyor systems, automated assembly lines, and packaging machinery.

- Integration in servo-motor driven applications requiring precise incremental feedback and fast response times.

- Ideal for retrofitting existing motors with high-resolution encoders in complex industrial processes.