DS200TCQAF1AEE - Software PROM

SPECIFICATIONS

Part Number: DS200TCQAF1AEE
Manufacturer: General Electric
Series: Mark V
Product type: Software PROM
Availability: In Stock
Country of Manufacture: United States (USA)

Functional Description

DS200TCQAF1AEE is a Software PROM designed and developed by GE. It is a part of the Mark V control system. The GE Mark V control system is known for its robustness, reliability, and precision in managing gas turbine operations. It plays a crucial role in gas turbine processes, contributing to efficient energy production and reliable mechanical drive systems. As technology has advanced, the newer generations of control systems, such as the Mark VI and Mark VIe, have been developed to further enhance control and automation capabilities in gas turbine applications.

System HMI Overview

• The Human-Machine Interface (HMI), tailored for turbine control, is a pivotal component that serves as a user-friendly and highly efficient operator interface for overseeing the real-time control of power plant processes and equipment. This sophisticated system is seamlessly integrated into a PC-based workstation, and it utilizes a client-server architecture that operates flawlessly on the Microsoft Windows NT platform. Its design and capabilities are engineered to empower operators with an intuitive and versatile tool for managing a wide array of turbine controllers, including the Mark IV, Mark V, Mark V LM, and Mark VI models.
• The HMI's functionalities are primarily delivered through a trio of crucial components: the Turbine Control Interface (TCI), CIMPLICITY Bridge (TCIMB), and the GE Turbine Control Systems Solutions CD. Furthermore, this comprehensive HMI system seamlessly incorporates many functions of CIMPLICITY HMI, offering graphical interfaces and essential support functions (as detailed in Appendix A).
• One of the standout features of this HMI system is its adaptability. It can be easily configured to interface with a diverse range of system devices, allowing for the harmonious integration of plant operations at a single, unified level. This level of integration is invaluable, as it enables both plant operators and engineers to monitor and control plant equipment through a single, common interface. The HMI provides operators with a wide range of capabilities, including but not limited to:
• Graphical Monitoring: Operators can monitor one or more turbines through graphical displays. This includes real-time feedback on critical parameters such as alarms, wheelspace temperatures, and vibration levels. This visual representation provides a comprehensive view of the turbine's performance.
• Control Commands: The HMI empowers operators to issue commands to the selected turbine or driven device. These commands include actions such as starting, stopping, initiating cooldown procedures, switching to automatic mode, and adjusting speed or load levels. This level of control ensures precise management of the turbine's operation.

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FREQUENTLY ASKED QUESTIONS

What is DS200TCQAF1AEE?
It is a Software PROM designed and developed by GE

What role does the Microsoft Windows NT client-server architecture play in the HMI system?
The HMI system operates on a Microsoft Windows NT client-server architecture, which provides the underlying framework for its functionality and user interface.

What is the Human-Machine Interface (HMI) in the context of SPEEDTRONIC turbine control?
The HMI in turbine control is an operator-friendly interface used to control power plant processes and equipment in real-time. It operates on a PC-based workstation with a Microsof Windows NT client-server architecture.