BEGE is a leading Dutch manufacturer recognized for its reliable, innovative drive and control solutions for industrial automation. Their encoders are engineered for precision, durability, and seamless integration into diverse industrial systems.
Key Product Features, Advantages, and Application Possibilities:

Incremental encoder with 8 pulses per revolution per channel, designed for basic speed feedback in standard automation applications – ideal for conveyor systems, mixers, or any application requiring accurate speed monitoring.

Wide input voltage range (5-24VDC), ensuring compatibility with most industrial control systems and enhancing design flexibility.

Robust stainless steel housing (outer diameter: 200mm, flange thickness: 12mm), delivering superior resistance to corrosion for long-lasting operation in harsh environments, including food & beverage, pharmaceuticals, and marine industries.

IP55/IP67 protection rating, guaranteeing reliable operation in dusty and wet conditions, and suitable for environments requiring intensive wash-downs or exposed to high humidity.

Standard IEC 132B14 motor mounting interface and 165mm bolt circle diameter (BCD), simplifying integration with a wide range of IEC-standard motors.

38mm shaft diameter and 10m cable length offer robust mechanical coupling and installation flexibility, minimizing the risk of signal loss over long cable runs.

HTL output (A 90° B channels) ensures high signal clarity and compatibility with modern PLCs and motion controllers for precise speed regulation and directional feedback.

Optimized for basic automation tasks such as conveyor lines, packaging machinery, and standard process control, where reliable incremental feedback is essential.
Alternative BEGE Incremental/Absolute Encoders:

MIG Nova+: Higher resolution incremental encoder with enhanced signal stability – perfect for applications requiring finer speed coordination and increased accuracy in automated systems.

MIG AST: Absolute encoder that retains positional information after power loss, ideal for advanced positioning and control systems demanding highest precision and safety.