• The BEGE brand, a leading Dutch manufacturer, is renowned for its high-performance drive technology solutions tailored to industrial automation, ensuring reliability and advanced engineering quality.

• Incremental encoder with high resolution and enhanced signal stability, perfect for precise speed and position feedback in advanced automated systems.

• Pulses per revolution: 8 per channel, offering accurate speed control suitable for applications needing discrete feedback signals.

• Output: A90°B / A'90°B', compatible with HTL/TTL logic, simplifying integration in modern control architectures and supporting both differential and single-ended transmission.

• Wide input voltage range (5-24VDC) delivers exceptional flexibility and easy adaptation to diverse controller and PLC systems.

• Large 450mm flange outer diameter and 400mm flange BCD enable secure mounting in heavy-duty industrial motors and mechanical assemblies (for IEC 225B5-Ø55 standard motors).

• Robust 55mm shaft diameter supports high torque transmission and minimizes mechanical backlash, ideal for demanding industrial automation and drive applications.

• Durable aluminium housing provides excellent protection against mechanical stress and environmental factors, ensuring long operational life and reducing downtime.

• Protection class IP55 / IP67, with high resistance to dust and water for reliable operation in harsh environments, including outdoor and washdown applications.

• Extended 10-meter cable length enables flexible installation even at a distance from the controller, supporting versatile machine layouts.

• 15mm flange thickness enhances mechanical stability for reliable operation under vibration and heavy loads.

• Application possibilities include conveyor systems, packaging machinery, robotics, process automation, and other industrial systems requiring durable and precise speed feedback encoders.

• Upgrade options in the BEGE encoder range: MIG Basic for basic incremental speed feedback in standard automation tasks; MIG AST for absolute position retention after power loss, ideal for high-end positioning and sophisticated control systems.