Registered Address: 32D Floor Guomao Building, No.388, Hubin South Road, Siming District, Xiamen,Fujian, China
DS200FCGDH1BBA is a GE dsp drive control used within the GE Speedtronic Mark V and Mark VI turbine-control architecture. It provides the specified dsp drive control function while retaining the complete order code, hardware execution and receiving-system compatibility during replacement. Its documented hardware role is DSP Drive Control.
The DS200FCGDH1BBA General Electric dsp drive control performs the documented automation duty assigned to its installed module or cabinet position within the GE Mark V and Mark VI Turbine Controls platform. Its value in an operating plant comes from preserving the intended relationship between the installed hardware, connected field equipment and the approved control-system configuration. Using the complete model identity helps maintenance teams avoid connector, channel-allocation and hardware-execution mismatches during replacement.
Before installing DS200FCGDH1BBA, compare the full product label, installed position, terminal or connector arrangement, paired assemblies and available project records. Retain required firmware, logic, settings and channel assignments, then review diagnostics and function-test every affected path before returning the equipment to service. The supplied condition, exact revision and included accessories should be confirmed in the written quotation.
DS200FCGDH1BBA is applied as a dsp drive control in the GE Mark V and Mark VI Turbine Controls platform and performs the documented automation duty assigned to its installed module or cabinet position. The retained product record identifies System Platform: GE Speedtronic Mark V and Mark VI turbine-control architecture; Functional Role: DSP Drive Control function in the documented GE Mark V and Mark VI Speedtronic architecture; Interface Basis: Matching connectors, terminal boards and rack hardware.
Actual operating behavior depends on the receiving hardware, connected equipment, firmware or configuration and the approved project design. Confirm the exact execution before transferring wiring, settings or logic.
For DS200FCGDH1BBA, review the installed dsp drive control position in the GE Mark V and Mark VI Turbine Controls system, including connector keying, terminal allocation, field wiring, grounding, power sources and any carrier or backplane interface.
Record the original installation before removal. After replacement, inspect diagnostics and verify every affected signal, command, protection action or communication path under controlled operating conditions.
Lifecycle stage: Obsolete/Discontinued by OEM
Do not assume that another revision directly replaces DS200FCGDH1BBA. Match the complete model code, dsp drive control hardware execution and GE Mark V and Mark VI Turbine Controls receiving-system requirements. State the required condition, quantity, installed position and documentation scope in the enquiry.
Moore Automated confirms the supplied item identity, condition, included accessories and available documentation in the written quotation before dispatch.
DS200FCGDH1BBA technical scope: System Platform: GE Speedtronic Mark V and Mark VI turbine-control architecture; Functional Role: DSP Drive Control function in the documented GE Mark V and Mark VI Speedtronic architecture; Hardware Format: turbine-control board, terminal board or rack assembly; Interface Basis: Matching connectors, terminal boards and rack hardware; Product Type: DSP Drive Control.
Use these values only for the listed hardware execution and verify the supplied label before installation.
Match DS200FCGDH1BBA to the approved GE Mark V and Mark VI Turbine Controls receiving position, connector or terminal arrangement and configuration record.
After power restoration, review diagnostics and test the affected dsp drive control path.
Obsolete/Discontinued by OEM
DS200FCGDH1BBA is a General Electric dsp drive control associated with the GE Mark V and Mark VI Turbine Controls platform. It supports the documented automation function assigned to its installed module, rack or cabinet position. Correct selection depends on the complete model code, connector or terminal arrangement, hardware revision and receiving-system configuration. Before replacement, compare the original product label, installed slot or cabinet reference, connected assemblies and approved project records. After installation, review system diagnostics and function-test every affected channel, control path, protection function or communication link before returning the equipment to service.