Product Description

Adopting upgraded high-storage chip and optimized data processing architecture, the module delivers faster data sorting and longer cycle storage capacity. It features enhanced high-temperature resistance and anti-shock performance for harsh power plant environments. It provides reliable data tracing, configuration protection and accurate time benchmarking for long-term stable operation of power generation control systems.

Main Specifications

1. Full Model: IS210SAMBH2AA; Product Type: Industrial upgraded system archive and management circuit board
2. Applicable System: GE Speedtronic Mark VIe turbine control system and power generation automation equipment
3. Core Function: System data archiving, parameter backup, time synchronization, alarm and event log recording
4. Storage Capacity: Upgraded onboard high-capacity storage for extended historical data retention cycles
5. Data Processing: Optimized high-speed processing chip for efficient data classification and real-time sorting
6. Time Calibration: High-precision clock synchronization to unify time standards for all rack modules
7. Configuration Management: Supports system parameter backup, recovery and iterative version management
8. Environmental Performance: Enhanced anti-vibration, dust-proof and high-temperature resistant industrial design
9. Working Characteristic: Independent data management operation without interfering with real-time control logic
10. Operational Reliability: Industrial long-life design, adapting to 24/7 continuous power plant operation

Core Functions

1. Serves as the upgraded core data archive and system management unit for Mark VIe control racks.
2. Continuously records real-time operating data and full-cycle status information of turbine units.
3. Stores core system configuration parameters to support rapid recovery during system faults.
4. Outputs unified high-precision clock signals to realize full-system time synchronization calibration.
5. Classifies and sorts fault alarms, operation logs and abnormal event records completely.
6. Supports offline data query and professional post-fault analysis for generating units.
7. Manages system configuration versions to prevent parameter drift and configuration errors.
8. Cooperates with upper monitoring platforms to realize data statistics and equipment status assessment.
9. Maintains long-term parameter consistency and operational stability of control systems.
10. Provides complete data traceability basis for equipment maintenance and system optimization.

Application Scenarios

1. Power plant gas turbine and steam turbine Mark VIe system data management platforms
2. Thermal power generating unit full-cycle operation data recording and fault diagnosis systems
3. Power generation automation system configuration backup, maintenance and version iteration scenarios
4. Heavy-duty industrial turbine equipment intelligent monitoring and data archiving projects
5. Power plant intelligent operation and maintenance data analysis and equipment evaluation systems
6. Complex thermal power workshop harsh environment long-term stable data storage scenarios
7. Generating unit fault tracing, event query and performance analysis application platforms
8. Old GE SAM module renovation and control system data management capacity upgrading
9. Power industrial automation control system unified time synchronization and calibration scenarios
10. Large-scale energy power equipment intelligent monitoring and full data traceability systems