Description
Brand/Manufacturer Description: BEGE Power Transmission is a renowned Dutch manufacturer recognized for its robust, reliable, and innovative drive technology solutions tailored for industrial automation applications globally. Their encoders are engineered to deliver precise feedback and long-term durability even in challenging environments.
Key Features and Benefits:
• Incremental encoder with higher resolution and improved signal stability enables precise speed and position regulation in automated systems, making it ideal for tasks requiring fine motion control and minimized error margins.• Output channels A 90° B / A' 90° B' (HTL/TTL) support flexible integration with a variety of control systems, ensuring compatibility and easy deployment.• 32 pulses per revolution per channel offer accurate incremental feedback for mid-range precision requirements in process automation.• Wide input voltage range (5–24VDC) enhances system compatibility and simplifies integration across diverse industrial environments.• Durable aluminium housing with a flange outer diameter of 200mm and a shaft diameter of 38mm guarantees mechanical robustness, ideal for heavy-duty applications.• IP55/IP67 protection ensures reliable operation in the presence of dust and water jets or even temporary immersion, suitable for harsh and variable environments.• 2-meter cable length allows for easy installation and flexible mounting options, accommodating a variety of system layouts.• Complies with IEC 132B14 motor flange standards, supporting seamless integration with standard industrial motors and reducers.• Designed for applications such as conveyor systems, automated production lines, packaging machines, and motion control platforms requiring high reliability and accurate speed feedback.
Compared to BEGE’s other encoder types: MIG Basic is suited for standard automation tasks with basic speed feedback, while the MIG AST provides absolute position feedback retained after power loss, ideal for advanced positioning and sophisticated automation systems.

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