The GE Fanuc F31X134EPRBHG1 is a versatile circuit board designed for compatibility across various drive systems, including the DC-300. Engineered for industrial applications, it facilitates a range of tasks essential for manufacturing processes.
Board Type:Interface Board
Model Number:F31X134EPRBHG1
Series:531X
Power Supply Voltage:+5V
Number of Capacitors:118
Terminal Strips:1
Number of Jumpers:Over 20
Resistor Network Arrays:4
Potentiometers:7
Application Compatibility:DC-300 Drive Systems
The GE Fanuc F31X134EPRBHG1 is a highly adaptable component, offering seamless integration into industrial automation environments. Designed with robust materials and advanced technology, it ensures reliability and longevity in demanding conditions.
Key features include an intuitive interface, facilitating easy setup and configuration for various industrial applications. Its compatibility with the DC-300 drive and similar systems enables flexibility in system design and expansion.
This board comes equipped with essential functionalities such as encoder process handling, which supports precise motor control and speed monitoring, critical for maintaining operational efficiency in manufacturing and processing industries.
The inclusion of over 20 jumpers allows for customization and optimization according to specific application requirements, ensuring optimal performance tailored to individual needs. The board’s compact design and lightweight construction facilitate easy installation and maintenance.
The GE Fanuc F31X134EPRBHG1 is engineered to withstand harsh industrial environments, providing a reliable solution for automation tasks. Backed by extensive documentation and support from GE Fanuc, users can leverage this board to enhance productivity and streamline operations in their respective industries.
The GE Fanuc F31X134EPRBHG1 is a versatile circuit board designed for compatibility across various drive systems, including the DC-300. Engineered for industrial applications, it facilitates a range of tasks essential for manufacturing processes.