**Brand/Manufacturer:** BEGE Power Transmission is a trusted European producer specializing in high-quality motion control and drive technology. Renowned for their robust engineering and innovative solutions, BEGE encoders are engineered to meet demanding industrial standards, ensuring optimal performance and reliability.
**Key Features and Application Possibilities:**

Incremental encoder with high resolution (256 pulses/channel) enables precise speed and movement feedback, supporting advanced accuracy in automated machinery.

Enhanced signal stability technology ensures reliable and disturbance-free transmission, ideal for industries requiring consistent and repeatable process control.

HTL/TTL output signals (A90°B / A'90°B') allow flexible integration with modern control systems and PLCs, expanding compatibility across diverse industrial applications.

Wide voltage input range (5–24VDC) provides adaptability with various automation environments and simplifies electrical integration.

100-meter cable length supports long-distance installations on large production lines, facilitating flexible machine layouts and remote sensor placement.

Durable aluminium housing delivers a lightweight yet robust build for harsh industrial conditions, resisting corrosion and extending service life.

Available with IP55/IP67 ingress protection, ensuring operational safety in environments exposed to dust, water, and oil.

Flange dimension Ø90mm, BCD 75mm, and IEC norm 63B14 compliance assure straightforward and secure mounting on industry-standard motors.

11mm shaft diameter and 7mm flange thickness allow robust mechanical connection—ideal for heavy-duty and dynamic drive systems.
**Application Scenarios:**

Ideal for precision control in robotics, conveyor belts, packaging lines, lab automation, and material handling systems requiring exceptional speed and position feedback.

Optimizing automated assembly or quality control processes where unerring measurement supports efficiency and product consistency.

An excellent solution for upgrading legacy systems or integrating into new smart manufacturing environments demanding higher performance.