Description
**BEGE Power Transmission** is a renowned Dutch manufacturer, specializing in high-quality drive components and transmission solutions for industrial automation. BEGE is known for its innovative engineering, robust reliability, and customer-centric customization, making their encoders ideal for demanding industrial environments.Product: **BEGE Flanged Encoder MIG Basic MB-200-38-0001-12**
This incremental encoder is designed for basic speed feedback in standard automation tasks, offering a robust and cost-effective solution for engineering and industry specialists.Key Features and Advantages:
Incremental encoder technology ensures reliable speed monitoring and general automation feedback for motors and conveyors.
Flange diameter of 200mm and Bolt Circle Diameter (BCD) of 165mm for compatibility with IEC 132B14 standard motors.
Rugged 38mm shaft and 12mm flange thickness provide mechanical stability and durability, even under industrial stress.
IP55 / IP67 protection rating enables use in harsh and dusty or wet conditions, increasing service life and reducing downtime.
Output signal A90°B HTL for easy integration in standard PLC and drive systems, ensuring precise and stable signal transmission.
Single pulse per channel and 5-meter cable facilitate straightforward installation and minimal setup in basic feedback applications.
Constructed from high-grade, lightweight aluminum for corrosion resistance and easy handling during installation and maintenance.
Wide input voltage range (5-24VDC) supports flexible system compatibility.
Typical applications include conveyors, packaging machines, and general industrial drives where basic speed feedback is required.Application Options (other BEGE encoder types):
For applications needing higher resolution and improved signal stability, choose the BEGE MIG Nova+ incremental encoder for precise regulation in advanced automation systems.
For demanding control systems requiring position retention after power loss, the BEGE MIG AST absolute encoder delivers accurate positioning and advanced feedback for complex systems.

calcPageSize())"
/>



