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Model:IS200SPROH1A

Brand:General Electric

Type:PPRO Terminal Board

Series:Mark VI

Function:Turbine Control and Management

Compatibility:GE Industrial Turbine Control Applications

Material:Square Printed Circuit Card or PCB

Dimensions:Not specified

Weight:Not specified

Power Supply:Direct current (DC) power supply

Terminal Configuration:Large solid black terminal along the left edge

Functional Revision:Not specified

Environmental Specifications:Not specified

Certifications:Not specified

    Integrating advanced technology from General Electric, the IS200SPROH1A is engineered to provide unparalleled reliability and efficiency in industrial environments. As a part of the Mark VI series, it ensures robust performance and compatibility within the complex systems of modern industrial turbines.

    Crafted from high-quality materials, this terminal board is designed to withstand the rigors of industrial settings, offering extended durability and longevity. Its square printed circuit card (PCB) design provides a compact yet powerful interface for data exchange and control signals.

    The IS200SPROH1A’s unique feature is its ability to seamlessly integrate into existing systems, enhancing operational efficiency without requiring extensive modifications. It is specifically tailored for turbine protection, offering critical functionalities such as monitoring, diagnostics, and fault protection.

    For users seeking to optimize their industrial operations, the IS200SPROH1A presents an ideal solution for maintaining the safety and reliability of their turbine systems. Its compatibility with General Electric’s Mark VI series ensures a smooth integration into existing infrastructure, facilitating easy maintenance and upgrade capabilities.

    This terminal board is not just another component; it is a testament to General Electric’s commitment to innovation and excellence in industrial automation. With its precision-engineered design and reliable performance, the IS200SPROH1A is an essential addition to any industrial control system looking to enhance its operational capabilities.