GE DS200EXDEG1A DS200EXDEG1ABA De-Excitation Control Board
Description
| Manufacture | GE |
| Model | DS200EXDEG1A DS200EXDEG1ABA |
| Ordering information | DS200EXDEG1A DS200EXDEG1ABA |
| Catalog | MARK V |
| Description | GE DS200EXDEG1A DS200EXDEG1ABA De-Excitation Control Board |
| Origin | USA |
| HS Code | 3595861133822 |
| Dimension | 3.2cm*10.7cm*13cm |
| Weight | 0.3kg |
Details
About DS200EXDEG1ABA
The DS200EXDEG1ABA circuit card is part of the extensive GE Speedtronic series inventory stocked by AX Control. Engineered for deployment in Mark V turbine control systems, this unit serves as a de-excitation control board, matching its official functional classification.
This variant is not the original base model for de-excitation control applications in the Mark V platform. Its foundational predecessor, the DS200EXDEG1 core circuit board, lacks the three major design revisions integrated into the DS200EXDEG1ABA version.
Hardware Parameters & Operational Notes
Full functional performance of the DS200EXDEG1ABA de-excitation control board relies on matching compatible hardware parts that comply with factory technical standards.
Two vertical 34-pin pin headers are fitted at the upper edge of the circuit board. Adjacent to these ports sit a pair of extra 10-pin connectors. Multiple quick-disconnect terminals are installed on the board to mate with corresponding field wiring harnesses.
Configurable jumper switches and transistors are pre-mounted on the PCB to support flexible parameter adjustment for diverse operating scenarios.
Standard onboard hardware components consist of:
- Five status LED lamps
- Multiple test probe points
- High-voltage capacitance assemblies
- Multiple heat dissipation radiators
- Wiring terminal strips
High-voltage capacitors integrated on the DS200EXDEG1ABA store electrical charge at elevated voltage levels, creating a risk of electric shock during handling or installation. Always leave sufficient discharge time after cutting off all external power supply before making physical contact with the board.
Power feed to this circuit board is delivered via a snap-in plug connector. A clear audible click confirms secure, fully seated connection once the plug locks into its port. When disconnecting the power harness, grip the plastic connector housing directly instead of pulling the wires to prevent cable breakage and internal wiring damage.














