GE Fanuc VMIVME 4905 Converter Board Advanced Conversion Technology for Industrial Automation

VMIVME 4905

Model Type:Converter Board Series:VMIVME Part Number:4905 Operating Temperature Range:-40"C to +70"C Power Supply Voltage:12V DC Data Transfer Rate:Up to 10 Mbit/s Dimensions:8U x 6HP Weight:Approximately 1.5 kg The GE Fanuc VMIVME 4905 Converter Board is meticulously engineered to meet the stringent requirements of modern industrial automation. Its compact design ensures minimal footprint on the control panel while its robust construction withstands the harsh environments typical of industrial settings. Equipped with 4 analog input channels and corresponding 4 analog output channels, this board enables real-time data acquisition and control, optimizing operational efficiency and precision. The versatile communication interface supports multiple protocols, ensuring compatibility with a wide array of devices and systems. Utilizing cutting-edge technology, the VMIVME 4905 Converter Board boasts high-speed data processing capabilities, significantly reducing response times in critical applications. This feature is crucial for industries requiring rapid decision-making and quick adjustments to maintain optimal performance. With its compatibility on the VMIVME bus, the board seamlessly integrates into existing control systems, allowing for easy installation and configuration without the need for extensive re-wiring or software adjustments. This simplifies the upgrade process and minimizes downtime during maintenance or expansion projects. Backed by GE Fanuc  commitment to quality and reliability, the VMIVME 4905 Converter Board comes with a comprehensive warranty, providing peace of mind for users. It  designed for longevity and performance, making it an ideal choice for long-term automation solutions. The GE Fanuc VMIVME 4905 Converter Board is an advanced industrial automation component designed for seamless integration into complex control systems. It facilitates efficient data conversion, enhancing system performance across various industrial applications.