Description
BEGE is a recognized manufacturer based in the Netherlands, specialized in robust and reliable motion control solutions for industrial drive systems. The brand is known for innovative engineering, durability, and high precision components across the automation industry. **Product type and application scope:**
The MIG Basic is an incremental encoder designed for fundamental speed feedback in standard automation applications, providing consistent monitoring for various drive and control systems. **Key Features and Advantages:**
- Equipped with an integrated flange for easy and secure installation on motors and gearboxes, adhering to IEC 100/112B14 standards for universal compatibility. - Robust aluminium housing ensures excellent durability and resistance to harsh industrial environments. - Large outer diameter of 160 mm and flange BCD of 130 mm provide enhanced mechanical stability and support for heavy-duty setups. - 28 mm shaft diameter allows for efficient torque transmission and superior coupling with motor shafts. - Delivers clear incremental signals (A90°B HTL output) for accurate speed monitoring and real-time feedback, ideal for conveyors, packaging machines, and general automation tasks. - 8 pulses per revolution per channel optimize the balance between feedback resolution and cost-efficiency in basic control loops. - Wide input voltage range (5–24VDC) supports varied industrial control systems and PLC compatibility. - High ingress protection (IP55/IP67) permits installation in environments exposed to dust, moisture, and washdown procedures. - Pre-assembled 5-meter cable offers flexibility for remote or difficult-to-access placements, reducing installation time and maintenance complexity. **Main Use Cases:**
- Suitable for basic speed and direction feedback on industrial motors and automated systems. - Applicable in factory automation, material handling, and processing equipment where stable speed monitoring is critical. - Base choice for standard automation solutions requiring reliable feedback without the need for complex position encoding.

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