IS220PTURH1B Product datasheet
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Model number: |
IS220PTURH1B |
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Module Type： |
I/O Pack |
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Manufacture: |
GE |
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Condition： |
Brand New |
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Range of Product: |
Mark VIe |
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Lead time： |
In Stock |
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Weight: |
0.36kg |
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HS CODE： |
8537101190 |
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Dimension: |
8.2x12.2x6cm |
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MOQ: |
1 |
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Product Origin: |
USA |
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System： |
DCS |
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Discontinued on: |
Active |
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Communication Service: |
Ethernet router |
IS220PTURH1B Functional Description
The General Electric IS220PTURH1B I/O PACK is a specialized I/O Trip Pack module from the Mark VI Speedtronic series, designed for turbine control and protection in industrial applications. It operates safely in hazardous locations when used with the compatible IS200TRPAS1A terminal board, which supports voltage inputs ranging from 16 to 140 V dc.
This General Electric IS220PTURH1B In Stock features multiple LED indicators on its front panel, such as Turbine I/O, K25, PWR, and ENET, along with an IR port for diagnostics. The rear includes dual Ethernet ports and screw standoffs for secure mounting. The Primary Turbine Protection I/O Module IS220PTURH1B General Electric is housed in a reinforced plastic chassis and is not designed for standard VME rack mounting due to its unique dimensions.
Part number analysis reveals that the “IS220” prefix indicates domestic production in GE’s Salem, Virginia facility. The IS220PTURH1B General Electric Turbine Specific Primary Trip Module plays a critical role in gas and steam turbine management, often integrated within combined cycle power plants for both turbine and balance-of-plant control.
As part of the Mark VI system, the I/O Pack General Electric IS220PTURH1B helps interface with field devices and supports functions like boiler drum level control and motor-operated valve monitoring, ensuring reliable and precise operation in demanding environments.
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The Significance of a "Pack" Designation in Industrial Control
The "Pack" classification signifies an integrated module that extends beyond a standard assembly through enhanced hardware components. This designation implies the inclusion of supplementary physical and functional elements that elevate operational capabilities far beyond basic input/output functions. Such modules typically incorporate additional circuitry, advanced protection mechanisms, and specialized communication interfaces to support critical roles in industrial control and safety systems. While specific technical details may be limited in documentation, the "Pack" terminology consistently indicates a more robust and self-contained unit engineered for superior reliability and performance. These systems are designed to operate effectively in demanding industrial environments where exceptional durability and precise control are paramount, particularly in applications involving turbine management and power generation infrastructure.
