Manufacturer:General Electric
Model Number:IS200SPROH1A
Series:Mark VI
Component Type:P-PRO Terminal Board
Dimensions:Square PCB Design
Terminal Configuration:Large Solid Black Terminal along Left Edge
Power Compatibility:N/A – Requires Specific Manual for Details
Compatibility:Designed for Mark VI Systems
Industry Applications:Various Industries Including Power Generation, Manufacturing
The GE IS200SPROH1A Terminal Board is engineered to meet the demanding needs of industrial turbine management, ensuring optimal performance in a wide range of applications. Its robust design and compatibility with the Mark VI series provide unparalleled reliability and efficiency.
Featuring a square printed circuit card (PCB) with a distinct large solid black terminal along the left edge, this board is easily identifiable and integrates seamlessly into existing systems. It is specifically tailored to enhance control functionalities within the Mark VI framework, contributing to streamlined operations and enhanced productivity.
This terminal board is part of the renowned Mark VI series from General Electric, known for its longevity and versatility across diverse industrial settings. Its inclusion in the Mark VI lineup signifies its importance in managing and optimizing turbine operations, making it a preferred choice for industrial control systems.
While the specific dimensions and performance specifications are detailed in the factory-issued manuals and materials, the IS200SPROH1A’s compatibility with the IS200DAMEG1 parent product provides a clear indication of its robust design and adaptability. This revision, however, may present differences in dimensions or performance compared to its predecessor, emphasizing the need for careful consideration during implementation.
Despite being a key component in the GE Energy portfolio, this terminal board is somewhat limited in market availability due to its specialized nature and alignment with specific series and manufacturer requirements. However, it remains an essential tool for enhancing control mechanisms and operational efficiency in industrial environments.
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