**Brand/Manufacturer**
BEGE is a renowned European manufacturer specializing in advanced motion control and drive technology. Known for precision and reliability, BEGE offers high-quality encoders designed to meet the demanding requirements of industrial automation and engineering sectors.
**Product Application and Key Features**
High-resolution incremental encoder specifically designed for industrial applications requiring precise speed regulation and stable feedback.
512 pulses per revolution ensure accurate motion control for applications such as conveyor systems, robotics, automated production lines, and CNC machinery.
Supports output signals A90°B / A'90°B' HTL/TTL for flexible integration into various PLCs, inverters, and motion controllers.
Wide input voltage range (5-24VDC) increases compatibility with existing control systems.
Robust aluminium housing ensures durability and corrosion resistance, suitable for harsh industrial environments.
Large shaft diameter of 42mm and a flange outer diameter of 350mm enable integration with heavy-duty motors and machinery.
Complies with IEC 160B5 and BCD norm 300; ideal for retrofitting or OEM applications in accordance with global standards.
5-meter cable length provides flexible installation options for a wide range of machinery layouts.
Flange thickness of 12mm ensures secure and stable mounting.
Protection class IP55/IP67 provides resistance to dust, water jets, and temporary immersion, making it suitable for demanding factory floors.
**Advantages**
High signal stability reduces errors and signal loss, enabling enhanced process reliability and reduced downtime.
Improved resolution offers superior control for dynamic positioning and smoother machine operation.
Aluminium construction offers an excellent strength-to-weight ratio for long service life and easy handling during installation.
Flexible signal output supports integration into existing as well as next-generation automation systems.
**Application Range**
Ideally suited for use in precision drives, packaging lines, material handling, textile machinery, and other industrial automation sectors where accuracy and stability are critical.
Recommended for modernizing legacy systems as well as inclusion in the design of new, precision-driven equipment.