Board Compatibility:Compatible with DC-300 Drive System & Similar Drives
Board Series:Part of the 531x Series
Interface Function:Encoder Process Interface
Secondary Board Number:531X134EPRBHG1
Terminal Strip:Three-Screw Terminal Strip for Motor Speed Monitoring & Adjustment
Component Count:Over Twenty Jumpers, Four Resistor Networks, Seven Potentiometers
Capacitors:118 Capacitors for Storing Electric Charge
Buttons:Seven White Buttons & Blue Box with ‘OFF’ Label
The GE Fanuc F31X134EPRBHG1 is engineered to seamlessly integrate into a multitude of industrial drive systems, providing a robust solution for power distribution and control. This interface board is distinguished by its ability to function across different drives, enhancing system flexibility and compatibility.
Equipped with an advanced interface design, it offers precise control over motor speeds, enabling efficient operation in a wide range of industrial applications. Its compatibility with the DC-300 drive and other similar systems ensures seamless integration, streamlining system maintenance and upgrade processes.
Featuring a comprehensive set of components including over 20 jumpers, four resistor network arrays, and seven potentiometers, the F31X134EPRBHG1 provides unparalleled customization options, allowing for tailored adjustments to meet specific operational requirements. The inclusion of a three-screw terminal strip facilitates easy monitoring and adjustment of motor speeds, enhancing system reliability and performance.
Manufactured with high-quality materials, the F31X134EPRBHG1 is built to withstand the rigors of industrial environments, ensuring long-lasting durability and reliability. It adheres to stringent quality standards, guaranteeing consistent performance across diverse applications.
Designed for ease of integration and operation, the F31X134EPRBHG1 is a key component in optimizing industrial drive systems. Its versatile functionality, combined with its robust design, makes it an indispensable choice for manufacturers seeking to enhance their operational efficiency and reliability.
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