GE IS200EGPAG1B: High-Performance Excitation Control Module for Industrial Systems

Board Type:Gate Pulse Amplifier

Configurable Hardware:Yes, with 5 on-board jumpers

Discontinued Status:Yes, contact AX Control for available surplus

Function Interface:Control to Power Bridge

Acronym:EGPA

Instruction Manual:GEI-100461 (GEH-6632 Series Manual)

Model Number:IS200EGPAG1B

Notable Components:On-board green and red LED indicators

OEM/Manufacturer:General Electric, GE Industrial Systems

Repairable:Yes, repair available

Series/Product Line:EX2100 Excitation Control

Weight:1lbs 9oz

    The GE IS200EGPAG1B Printed Circuit Board stands as a testament to precision engineering in industrial control systems. This state-of-the-art component is specifically designed for seamless integration into the EX2100 Excitation Control series, offering unparalleled control over power distribution and system performance.

    Equipped with configurable hardware, this board allows users to tailor its functionality to meet the specific needs of their applications, thanks to the inclusion of five on-board jumpers. This flexibility ensures that the board can adapt to various operational environments, enhancing its utility across diverse industries.

    Featuring an intuitive design, the GE IS200EGPAG1B facilitates direct control over SCRs, serving as the pivotal interface between the control system and the power bridge. This feature enables real-time monitoring and adjustment, optimizing energy usage and system reliability.

    With an OEM origin from General Electric, this circuit board carries the assurance of quality and reliability synonymous with GE Industrial Systems. The availability of repair services further underscores its commitment to longevity and support, ensuring minimal downtime and maximum operational efficiency.

    Weighing in at a lightweight 1lbs 9oz, the GE IS200EGPAG1B is engineered for ease of installation and integration into existing systems without compromising on performance or functionality. Its compact design makes it an ideal choice for space-constrained environments, where efficiency and versatility are paramount.