DS200MSTCF1BFF - Software EPROM Set

SPECIFICATIONS

Part No.: DS200MSTCF1BFF
Manufacturer: General Electric
Country of Manufacture: United States of America (USA)
Product Type: Software EPROM Set
Availability: In Stock
Series: Mark VIe

Functional Description

DS200MSTCF1BFF is a Software EPROM Set developed by GE. It is a part of Mark VIe control system. The Mark V is an advanced turbine control system that can be fully programmed to cater to the intricate and dynamic requirements of the modern power generation industry, encompassing both gas and steam turbines. This flexible system offers state-of-the-art capabilities in control, monitoring, and protection, ensuring optimal performance and reliability in diverse operational conditions.

Log Functions

• Alarms Logging: Alarms are logged in real-time as they occur and are cleared, offering a high-resolution time stamp of 62 milliseconds (ms). This logging capability ensures that operators have accurate records of alarm occurrences and resolutions, facilitating effective troubleshooting and maintenance responses.
• Turbine Parameters Logging: The system supports logging of up to 63 turbine parameters, providing operators with extensive data on turbine performance and operational conditions. This feature enables detailed analysis and monitoring of critical metrics essential for optimizing turbine efficiency and reliability.
• Events Logging (Turbine Operations): Operational events such as engaging the turning gear or closing the generator breaker are logged on the system printer. Each event is tagged with an individual time stamp resolution of 62 ms, allowing for precise tracking and documentation of key operational sequences. Operators have the flexibility to define and edit events as needed directly in the field, enhancing customization and operational insight.
• Events Logging (Contact Inputs): Contact inputs to the Mark V system are also logged on the printer with individual time tags accurate to 1 ms. This level of granularity ensures detailed recording of contact input activities, which are crucial for monitoring system interactions and operational sequences. Operators can manage logging settings, enabling or disabling logging and selectively deleting individual contact inputs from the event log as required.
• Trip Log: The trip log serves as a critical record for turbine trip analysis, capturing up to 60 alarms at the moment of the trip occurrence. Each sample in the trip log can include up to 63 parameters, providing comprehensive data for post-event analysis. The log includes 38 pre-trip samples spanning 5 hours and 3 post-trip samples spanning 3 seconds, offering detailed insights into turbine behavior before and after trips. Operators can access trip log information directly on the display or choose to print detailed reports for further analysis.
• Memory Management and Storage: Memory management in the trip log is designed to optimize data storage efficiency. The freeze on the trip log is lifted upon unit restart, allowing new samples to overwrite older memory locations. This continuous cycle ensures that the log remains current and relevant, maintaining its effectiveness as a diagnostic tool for ongoing turbine operations.

The WOC team is always available to help you with your Mark VIe requirements. For more information, please contact WOC.

Frequently Asked Questions

What is DS200MSTCF1BFF?
It is a Software EPROM Set developed by GE under the Mark VIe series.

What makes the Mark V turbine control system suitable for today's power generation industry?
The system is designed to handle the complex and dynamic behavior of both gas and steam turbines. Its fully programmable nature allows it to adapt to the diverse operational needs and challenges present in modern power generation facilities.

What are the key features of the Mark V turbine control system?
The Mark V system offers advanced capabilities in control, monitoring, and protection. It provides state-of-the-art functionalities that ensure efficient and reliable operation of turbines, enhancing overall performance and safety.

How does the Mark V system support programmability?
It allows for comprehensive programming to customize control strategies, monitor critical parameters, and manage protective functions tailored to specific turbine configurations and operational requirements.