Product Description

The GE DS200SDCCG1AGD and upgraded DS215SDCCG1AZZ01B are core synchronous drive control boards designed for GE Speedtronic Mark V and Mark VIe turbine control systems. Serving as key data convergence and drive execution units, they handle real-time turbine drive logic operation, multi-module synchronous data aggregation, and precise speed-load regulation, perfectly matching gas and steam turbine unit operation and EX2000 excitation system linkage control.

Adopting multi-processor high-speed operation architecture and dual-port RAM parallel data processing technology, this series features low-delay response and high-precision algorithm calculation. The DS215SDCCG1AZZ01B is an enhanced iteration with upgraded diagnostic logic and timestamp event recording functions. Both models adopt industrial ruggedized anti-interference circuits, adapting to strong electromagnetic and high-vibration turbine hall environments to ensure long-term stable synchronous control operation.

Main Specifications

1. Full Model: DS200SDCCG1AGD / DS215SDCCG1AZZ01B; Product Type: Turbine synchronous data concentrator drive main control board
2. Applicable System: GE Speedtronic Mark V, Mark VIe turbine control systems and EX2000 excitation platforms
3. Core Function: Drive logic operation, multi-device synchronous data convergence, turbine speed regulation and fault diagnosis
4. Processing Structure: Built-in multi-microprocessor group and dual-ported RAM for parallel high-efficiency data calculation
5. Iteration Difference: DS215 version supports timestamp event logging and Ethernet health monitoring with richer diagnostics
6. Signal Adaptation: Compatible with Bently Nevada 3300 series vibration and speed sensor signal acquisition
7. Control Precision: Sub-0.1% high-precision RPM calculation to support turbine startup and balance control
8. Interface Design: Standard system docking connector for seamless assembly with cabinet signal and power modules
9. Protection Performance: Industrial vibration resistance, dust resistance and high-temperature operating adaptability
10. Operational Reliability: Power industry certified, supporting 24/7 continuous full-load turbine unit operation

Core Functions

1. Serves as the core drive control and synchronous data processing unit for GE Speedtronic turbine systems.
2. Executes professional turbine drive algorithms to realize accurate speed regulation and load dynamic adjustment.
3. Converges synchronous data of on-site acquisition modules, sensors and auxiliary control units.
4. Precisely converts field vibration and AC speed signals into digital RPM data for system judgment.
5. Realizes two-way stable data interaction and logic linkage with upper controller systems.
6. Supports real-time system self-diagnosis; upgraded DS215 model provides detailed timestamp fault records.
7. Assists in turbine overspeed protection and NOx emission monitoring to ensure unit safe operation.
8. Shields industrial electromagnetic interference to guarantee reliable logic operation and data accuracy.
9. Optimizes control response efficiency to improve overall operating stability of power generation units.
10. Supports long-term heavy-load cyclic operation to meet continuous industrial power generation demands.

Application Scenarios

1. Thermal power plant GE Mark V/VIe steam turbine core drive control and data synchronization platforms
2. Industrial gas turbine unit high-precision speed measurement and synchronous regulation control systems
3. Power plant EX2000 excitation system data convergence and cooperative control supporting projects
4. Petrochemical waste heat power generation turbine intelligent drive and safety monitoring scenarios
5. Large combined-cycle turbine unit multi-module synchronous coordination operation systems
6. Turbine hall harsh electromagnetic vibration environment high-reliability control application scenarios
7. Old GE Speedtronic system DS200SDCCG1AGD module upgrade and replacement transformation projects
8. Power generation unit overspeed protection and operating state real-time monitoring guarantee systems
9. Bently Nevada 3300 series sensor supporting signal processing and data conversion platforms
10. Energy industry high-standard turbine automation precision control and fault diagnosis scenarios