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DS3800NERA1P1D is a GE printed circuit board (pcb) used within the GE Speedtronic Mark V and Mark VI turbine-control architecture. It provides the specified printed circuit board (pcb) function while retaining the complete order code, hardware execution and receiving-system compatibility during replacement. Its documented power supply is 24–240V AC/DC.
Verify that the supplied item is marked DS3800NERA1P1D and that its printed circuit board (pcb) form, connectors and revision agree with the approved GE Mark V and Mark VI Turbine Controls receiving record.
For DS3800NERA1P1D, state the required condition, quantity, installed position, connected assemblies and document requirements in the written enquiry.
Apply only parameters supported by the exact DS3800NERA1P1D record or a documented family source. Do not infer electrical ratings or interchangeability from appearance.
DS3800NERA1P1D technical scope: Power Supply: 24–240V AC/DC; Operating Temperature: -20 °C to 55 °C; Ambient Air Temperature: -40°C to 70°C; System Platform: GE Speedtronic Mark V and Mark VI turbine-control architecture; Interface Basis: Matching connectors, terminal boards and rack hardware.
Use these values only for the listed hardware execution and verify the supplied label before installation.
Match DS3800NERA1P1D 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 printed circuit board (pcb) path.
Obsolete/Discontinued by OEM
DS3800NERA1P1D is a General Electric printed circuit board (pcb) associated with the GE Mark V and Mark VI Turbine Controls platform. It supports the documented control, interface or signal-processing duty assigned to its installed board 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.