General Electric UCVG H1A IS215UCVGH1AC Control Board – Advanced Automation Solution for Industrial Applications
Engineered for seamless integration into complex industrial systems, the GE UCVG H1A IS215UCVGH1AC Control Board offers unparalleled control and reliability, optimizing performance in demanding environments.
Detailed content
Model Number:IS215UCVGH1AC
Category:Control Boards
Subcategory:UCVG H1A Series
Module Type:Integrated Circuit Board
Operating Voltage:DC 5V
Bus Interface:Ethernet, IS-Bus, Genius
Weight:Approximately 1 kg
Dimensions:200mm x 100mm x 30mm
Country of Origin:United States
Engineered for unparalleled reliability and efficiency, the GE UCVG H1A IS215UCVGH1AC Control Board is at the forefront of industrial automation technology. This board is meticulously designed for seamless integration into complex industrial systems, ensuring optimal performance and reliability under demanding conditions.
Featuring a robust VME architecture, the IS215UCVGH1AC Control Board is equipped with advanced communication interfaces including E-Net, IS-Bus, and Genius protocols, facilitating smooth data exchange with other components in the system. Its capability as a Profibus-DP master allows for efficient management and coordination within the industrial network.
Crafted from high-grade materials, the board ensures durability and longevity, capable of withstanding harsh industrial environments without compromising on functionality. The lightweight design makes installation straightforward and adaptable to various mounting configurations.
User-friendly and maintenance-efficient, the GE UCVG H1A IS215UCVGH1AC Control Board comes with comprehensive documentation and support resources. It offers easy access to diagnostic tools and updates, ensuring hassle-free operation and quick resolution of any technical issues.
Incorporating the latest advancements in industrial control technology, this control board is an indispensable asset for manufacturers seeking to enhance operational efficiency, reduce downtime, and achieve higher levels of automation in their production processes.