GE DS4815MMBC MEMORY

The DS4815MMBC is a fundamental component in Mark V control panels for:

  • Core System Operation: Providing the memory space needed to execute all control programs and logic.
  • Data Acquisition and Logging: Storing critical data for post-event analysis and long-term performance trending.
  • System Configuration: Holding configuration parameters and setpoints required for the system to operate correctly.

 

التصنيف:

الوصف

The GE DS4815MMBC is a Memory Module for the Mark V Speedtronic turbine control system. Its primary function is to provide the main processors with the memory needed to store control programs, configuration data, and operational logs, serving as a critical component for the system’s core functions.


 

Technical Breakdown 🧠

 

This module is a core component for the Mark V’s computational and data-handling capabilities.

  • Memory Function: The DS4815MMBC contains the memory chips used by the system’s main processors (such as the DS3860HMPK or similar cards). This memory is used for several key functions, including:
    • Program Storage: Storing the system’s firmware and the application-specific control logic that governs turbine operation.
    • Working Memory: Providing the volatile and non-volatile memory required for the processor to perform real-time calculations and data manipulation.
    • Data Logging: Acting as a repository for diagnostic data, event logs, and historical trends.
  • System Integration: The card is designed to plug directly into the Mark V backplane, ensuring a high-speed data link to the main CPU. Its reliability is paramount to the stable and consistent operation of the entire turbine control system.

 

Applications 🏭

 

The DS4815MMBC is a fundamental component in Mark V control panels for:

  • Core System Operation: Providing the memory space needed to execute all control programs and logic.
  • Data Acquisition and Logging: Storing critical data for post-event analysis and long-term performance trending.
  • System Configuration: Holding configuration parameters and setpoints required for the system to operate correctly.