Brand:GE Fanuc
Model:IS200EDCFG1A
Category:Exciter DC Feedback Board
Series:EX2100
Revision:Total of 3 significant product revisions
Functionality:Measures field voltages and currents at the SCR bridge
Application:Optimized for use in EX2100 Series Excitation Control System products
Speed:High-speed fiber optic link via EISB board
This GE-FANUC IS200EDCFG1A Exciter DC Feedback Board is meticulously designed to integrate seamlessly into the advanced EX2100 Series Excitation Control System, delivering unparalleled precision in voltage regulation and excitation management. With its robust construction and stringent environmental certification, it is engineered to withstand challenging industrial environments while ensuring reliable performance over extended periods.
Featuring a compact design optimized for efficient heat dissipation, this board ensures minimal space consumption without compromising on functionality. Its compatibility with 12VDC power supply allows for versatile installation across various generator systems, making it an ideal choice for both new installations and system upgrades.
The IS200EDCFG1A incorporates cutting-edge technology for real-time feedback processing, enabling rapid adjustments to maintain optimal excitation levels. This critical component significantly enhances system stability, reducing fluctuations in electrical outputs and improving overall efficiency.
Installation and maintenance are simplified with clear, user-friendly guidelines provided by GE-FANUC. The board is designed for easy integration into existing control panels, minimizing downtime during upgrades or replacements. Technical support is available from GE-FANUC’s global network, ensuring customers receive timely assistance and training.
Backed by ISO 9000 certified quality standards, this Exciter DC Feedback Board is subjected to rigorous testing to ensure reliability and durability. Its compatibility with standard field bus communication protocols facilitates seamless integration with other system components, enhancing operational efficiency and ease of monitoring.
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