Description
BEGE is a trusted manufacturer specialized in high-performance drive solutions, renowned for durable, reliable components tailored for demanding industrial environments and precision automation. Their encoders are designed for seamless integration, ensuring optimal process efficiency and long-term operational security.**Key Features and Advantages:**
High-Resolution Incremental Encoder with optimized signal stability, suitable for precise control in automated systems, enhancing accuracy in processes requiring fine speed and position feedback.
Stainless Steel Construction provides excellent resistance against corrosion and harsh environments, making it ideal for use in food, chemical, and outdoor industrial applications where hygiene and durability are critical.
Flange Design (Ø80mm outer diameter, 65mm BCD, 7mm thickness) ensures robust mounting compatibility with IEC 56B14 standard motors, supporting easy integration into existing drive systems.
20 Meter Cable Length enables installation flexibility in large, complex automation setups without signal degradation, reducing the need for additional connectors or relays.
Output Options: A90°B / A'90°B' HTL/TTL outputs offer broad compatibility with both HTL and TTL input controllers, ensuring adaption to diverse control environments and reliable data transmission.
Pulse Rate: 8 pulses per revolution per channel delivers accurate, real-time speed and direction monitoring for mid-level precision applications.
Sealing Class: IP55/IP67 ensures robust protection against dust, water splashes, and temporary immersion, extending lifespan in challenging operational conditions.
Absolute Encoder Option (MIG AST): For applications requiring absolute position retention after power loss and advanced motion control—ideal for robotics, conveyor systems, or precise material handling.
Incremental Basic Option (MIG Basic): Cost-effective solution for standard automation, providing reliable basic speed feedback.**Typical Applications:**
Automated conveyors, packaging machinery, process control, printing, robotics, material handling, and any critical system requiring stable, precise speed and position feedback in demanding environments.

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