Description
BEGE is a renowned manufacturer of advanced automation components, offering robust and innovative solutions for motion control, trusted by engineers and technical specialists across various industries worldwide. Key Features and Benefits:
Incremental Encoder for standard speed feedback – Designed specifically for fundamental automation tasks where reliable and consistent speed measurement is essential.
Robust Stainless Steel Construction – Provides outstanding resistance to corrosion and harsh industrial environments, ensuring long-term durability and minimal maintenance.
Large Flange Diameter (Ø200mm) and BCD of 165mm – Ensures compatibility with IEC 132B14 motor standards, simplifying mechanical integration in a wide range of machinery.
Versatile Output Signal (A90°B HTL, 5-24VDC Input) – Guarantees compatibility with most control systems and PLCs, enabling seamless integration into existing automation setups.
64 Pulses Per Revolution Per Channel – Delivers accurate incremental speed feedback suitable for standard control applications and basic motion detection.
Generous 20 Meter Cable Length – Facilitates flexible installation and positioning throughout large machines or plants.
IP55 / IP67 Protection – Provides strong resistance against dust and water ingress for reliable operation in challenging industrial environments.
12mm Flange Thickness and 38mm Shaft Diameter – Ensures mechanical robustness and stable mounting, supporting long lifecycle performance. Application Areas:
Ideal for use in conveyor systems, packaging machinery, standard automation lines, and general industrial equipment requiring dependable speed feedback.
Suitable for integration with electric motors, drives, and controllers in sectors such as manufacturing, logistics, and processing industries. Other BEGE Encoder Solutions:
MIG Nova+: High-resolution incremental encoder with enhanced signal stability for more precise regulation in advanced automated systems.
MIG AST: Absolute encoder retaining exact positioning after power loss, perfect for high-precision positioning and complex control architectures.

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