DS200GASQF1AEM - General Electric Software PROM

SPECIFICATIONS

Part Number: DS200GASQF1AEM
Manufacturer: General Electric
Series: Mark V
Product type: General Electric Software PROM Component
Availability: In Stock
Country of Manufacture: United States (USA)

Functional Description

DS200GASQF1AEM is a General Electric Software PROM Component designed and developed by GE. It is a part of the Mark V control system. The component plays a crucial role in the functioning and control of equipment or processes within the system. PROM components contain software that is necessary for the proper operation and control of the system.

System Graphic Display Features

• The Human-Machine Interface (HMI) plays a pivotal role in presenting data and facilitating operator commands within the system. It achieves this by displaying a diverse range of signals, their corresponding values, and associated units through various screens. These display items exhibit dynamic behavior, with colors changing based on logical signals, and certain objects refreshing with each data update, such as bar graphs. The high-speed viewing capabilities of the HMI allow data to be updated as frequently as once per second. Moreover, the system provides specialized tools that empower users to collect and store data at astonishingly rapid rates, down to 10 milliseconds.
• The HMI's graphic displays encompass a wide array of components, including but not limited to the main unit display, vibration monitoring, sensor readings, control setpoints, alarm indications, permissives, logic forcing controls, demand display screens, sequence editing tools, dynamic rung displays, trip history records, trending graphs, and many others tailored to the specific application's needs. This diversity of displays ensures that operators have a comprehensive view of the system's operation and status.
• An operator using the HMI has the capability to monitor alarms from any HMI station connected to the network as they occur in real-time. The system also offers the flexibility to freeze the scrolling of alarms when necessary to address specific alarm conditions. The alarm management feature provides a range of response options, ensuring that operators can react effectively to different alarm situations.
• Typical Viewer screen is illustrated, demonstrating how graphics are used to represent real-time turbine data. This visual representation provides operators with a clear and intuitive means of monitoring the turbine's performance and status.
• To further enhance the functionality of the HMI system, associated printer(s) are available to the operator. These printers enable manual selection and copying of any displayed information, automatic logging of selected parameters, and the recording of alarms. This not only aids in real-time decision-making and monitoring but also facilitates data analysis and record-keeping for future reference and analysis.

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FREQUENTLY ASKED QUESTIONS

What is DS200GASQF1AEM?
It is a General Electric Software PROM Component designed and developed by GE

What is TCIMB, and what role does it play in the system?
TCIMB acts as an interface connecting CIMPLICITY and TCI. It enables CIMPLICITY to gather data and alarms from a turbine unit and forwards points and alarms to CIMPLICITY.

How is the System database used in the Mark VI system?
In the Mark VI system, the System database is used to manage and define signals for the control system. It acts as a central repository for system alarm messages and their definitions, defines mappings between controller software and physical I/O, and handles Ethernet Global Data (EGD) exchanges. While essential for system configuration, it is not required for the system's operation.

How does the system adapt to different system sizes and changing requirements?
Depending on the system's size, these components can either be combined into a single PC or distributed across multiple units. The modular nature of the HMI system allows for incremental expansion to adapt to changing system requirements.