BEGE Power Transmission is a leading manufacturer renowned for robust and high-precision motion control solutions. Their encoders are engineered for reliable performance within demanding industrial environments, supporting seamless automation and process optimization.
**Product Name**
BEGE Flanged Encoder MIG Nova+ MN-400-55-0064-12
**Key Features & Advantages**
– Incremental encoder with high-resolution output and superior signal stability for enhanced precision in feedback loops.
– Large Ø400mm flange with Ø350mm bolt circle diameter (BCD) for straightforward adaptation to heavy-duty motor systems and industrial automation setups.
– 55mm shaft diameter ensures mechanical robustness and compatibility with large-scale drive systems.
– Conforms to IEC 200B5 motor mounting standards for seamless integration in international applications.
– Offers 64 pulses per revolution per channel, suitable for precise speed monitoring and regulation in industrial processes.
– Flexible power requirements with 5-24VDC input voltage enabling compatibility with most automation control systems.
– Comprehensive output signal options: A 90° B / A' 90° B' HTL/TTL, allowing simple interfacing with various controllers and PLCs.
– Extended 50-meter cable length provides installation flexibility in large machinery and remote mounting scenarios.
– Flange thickness of 12mm adds to mechanical durability, ensuring secure and lasting installation.
– Constructed from high-quality aluminium, delivering excellent corrosion resistance and lightweight handling.
– Rated IP55/IP67 for dust and water protection, making it suitable for harsh and challenging industrial environments.
**Application Possibilities**
– Ideal for precise speed control and feedback in automated conveyor systems, packaging lines, and robotics.
– Robust enough for heavy machinery in mining, steel, and material handling industries where reliable feedback is critical.
– Suitable for upgrading drive systems in retrofitting projects due to compliance with global motor standards.
– Enhanced signal stability allows deployment in applications demanding minimal downtime and high operational accuracy.
– Compatible with advanced automation and motion control systems for improved efficiency and reliability in modern production environments.