Description
BEGE Power Transmission is a renowned Dutch manufacturer specializing in high-quality automation components designed for industrial and engineering applications. With decades of expertise, BEGE delivers robust, innovative solutions tailored to demanding environments, ensuring optimal performance, reliability, and ease of integration in advanced motion control systems.**Product Name**
BEGE Flanged Encoder MIG Nova+ MN-140-24-0256-9, 256 pulses, 4P plug, 5m cable, aluminium**Key Features and Advantages**
Incremental encoder with enhanced resolution, ideal for precise speed and motion feedback in advanced automation systems.
Delivering 256 pulses per revolution per channel, it ensures accurate, high-frequency monitoring vital for dynamic control applications.
High-quality HTL output (A90°B) offers robust signal stability, minimizing noise interference and signal loss for reliable process control.
Wide input voltage range (5-24VDC) ensures seamless compatibility with various PLCs, controllers, and industrial networks.
IP55 and IP67 protection classes guarantee operational integrity in harsh and wet environments, supporting indoor and outdoor installations.
Manufactured from durable aluminium with Ø140mm flange and 24mm shaft for excellent mechanical stability and corrosion resistance.
Compatible with IEC 90B14 standard motors, easily retrofittable into existing motion control systems.
Long, 5-meter cable with 4P connector supports flexible, reliable installation, even in large or complex setups.
Precision flange with BCD 115mm and flange thickness of 9mm ensures easy integration and secure mounting.**Application Possibilities**
Well-suited for automated conveyor systems, packaging lines, robotics, and textile machines requiring precise velocity control.
Perfect for feedback loops in high-performance drives, ensuring optimal machine efficiency and accuracy in complex automation environments.
Provides reliable monitoring in industrial process plants and material handling systems where enhanced signal quality is critical.

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