GE DS200UCPBG6AFB Universal Control Processor Board
GE DS200UCPBG6AFB is a universal control processor board for GE Speedtronic Mark V turbine control system. It serves as the core I/O engine CPU board, responsible for executing turbine control logic, collecting field signals and communicating with other system boards.
This board adopts 486DX processor architecture, equipped with DRAM and FLASH memory. It supports ARCNET and RS232 communication interfaces, widely used as spare replacement parts for gas turbine and steam turbine control cabinets in power plants.
Data Parameters
1. Brand: GE.
2. Model: DS200UCPBG6AFB.
3. Product Type: Universal Control Processor Board.
4. Application: GE Speedtronic Mark V turbine control system.
5. Feature: 486DX CPU, 8M DRAM, 4M FLASH storage.
6. Characteristic: Built-in self-diagnosis and status monitoring circuit.
7. Communication: ARCNET bus, dual RS232 serial ports, COREBUS.
8. Package: Complete CPU board for Mark V standard rack slot.
9. Mounting: Rack slot installation inside turbine control cabinet.
10. Operating Temperature: 0℃ ~ +60℃.
Core Functions
1. Run turbine control program, realize speed regulation, load control and safety interlock.
2. Process I/O engine data and transmit signals through COREBUS bus.
3. Support ARCNET network communication for data exchange with host system.
4. Detect hardware running status and report fault codes for maintenance.
5. Store control firmware and event records of turbine operation.
Application Scenarios
1. Power plant gas turbine Mark V control cabinet.
2. Steam turbine and generator set control system renovation.
3. Energy industry heavy-duty turbine safety and regulation control.
4. GE Speedtronic Mark V system spare parts replacement project.
5. Turbine control core processor board inventory backup.
FAQ
1. Q: What is GE DS200UCPBG6AFB?
A: It is the core CPU processor board of GE Mark V Speedtronic turbine control system.2. Q: What communication interfaces does it have?
A: It supports ARCNET, dual RS232 serial ports and COREBUS bus communication.3. Q: Which equipment is it used for?
A: Mainly applied in power plant gas turbines and steam turbine control systems.
