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DS200GASCF1AFE - General Electric Software PROM Set is available in stock which ships the same day.
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Part Number: DS200GASCF1AFE
Manufacturer: General Electric
Series: Mark V
Product type: General Electric Software PROM Set
Availability: In Stock
Country of Manufacture: United States (USA)
DS200GASCF1AFE is a General Electric Software PROM Set designed and developed by GE. It is a part of the Mark V control system. PROM sets help ensure the proper and reliable functioning of the control system and are an integral part of its design.
The Power Load Unbalance (PLU) module is a crucial component employed in the control and protection of large steam turbines. It serves the specific purpose of safeguarding the turbine against potential overspeed situations that can occur during load rejection events. Here's a comprehensive explanation of the Power Load Unbalance module:
Power Load Unbalance (PLU) module is a vital safety feature in the operation of large steam turbines. It constantly monitors the balance between mechanical and electrical power and takes swift action in load rejection situations to prevent overspeed events. Its redundant design and selective response to fault conditions contribute to the overall safety and reliability of the turbine control system.
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What is DS200GASCF1AFE?
It is a General Electric Software PROM Set designed and developed by GE
How does the PLU module detect potential overspeed situations?
The PLU module looks for an unbalance between mechanical and electrical power within the turbine system to identify conditions that may lead to overspeed.
What specific actions does the PLU module take during load rejection events to prevent overspeed?
The PLU module initiates rapid closing actions of the Control Valve (CV) and Intercept Valve (IV) to counteract the potential for rapid turbine acceleration during load rejection.
Does the PLU module respond to all fault conditions, or are there exceptions?
The PLU module is designed to be selective in its response. It does not actuate the valves under stable fault conditions that are self-clearing, such as grid faults.
What is the redundancy design in the PLU module, and why is it important?
The PLU module is designed with redundancy, consisting of three sets of identical boards (U, V, and W), each with its own power supply and processor. Redundancy is essential for system reliability and ensures that the module can continue functioning in case of a component failure.