DS200SDCCF1AOC Manufacturer General Electric Country

Part Number DS200SDCCF1AOC Manufacturer General Electric Country of Manufacture As Per GE Manufacturing Policy Series Mark VI/VIe Function Module Availability In StockDS200SDCCF1AOC is a Software EPROM Set designed and developed by GE. It is a part of the Mark V control system. While newer iterations of control systems have been introduced since the Mark V, its historical significance and robust performance have made it a notable part of GE's technological legacy in the realm of turbine control and automation. Turbine Unit Control System Features GE has established the initial set of functions termed as the Turbine Unit Control System, encompassing specific functionalities and the requisite input and output devices (I/O) essential for the operation of steam turbines supplied by GE. A prominent attribute of this unit control system lies in its comprehensive integration of essential turbine control and protection functions. This integration ensures the turbine's safe operation, even in scenarios where supporting systems may encounter failure. This redundancy guarantees a robust operational framework, enhancing safety and reliability. Moreover, a defining characteristic is the delineation between the "control point" interface and the interface to plant controls. The "control point" interface, maintaining GE's jurisdiction, serves as the interface between the turbine and the control system. Simultaneously, the interface to plant controls occurs at the "data point" level. This level excludes critical and rapidly changing commands and feedback signals, making it more compatible with potential non-GE controls. This separation facilitates interoperability while safeguarding crucial control aspects within GE's scope. Additionally, the unit control functions are tailored to ensure consistent and effective performance. They must operate continuously or at high frequencies to maintain satisfactory control standards. Many of these functions involve data sampling and processing using control algorithms, executed up to ten times per second. This rapid sampling and processing are crucial for numerous unit control functions, ensuring real-time responsiveness and precision in controlling the turbine's operations.SOFTWARE PROM SET