GE DS200TBPAG1CC – I/O Termination Board | Mark VI Turbine Control Platform
When a terminal circuit board fails in a Mark VI turbine control system, the consequences are immediate and severe: field signals go dark, the DCS loses visibility of critical process variables, and the turbine trips offline. In a baseload gas turbine plant, every unplanned outage hour translates directly to lost generation revenue and potential contractual penalties. The GE DS200TBPAG1CC is the precision-engineered I/O termination board that keeps this signal chain intact — and Konmask.com maintains verified stock to minimize your downtime window.
Within GE’s Mark VI platform — the industry benchmark for gas turbine, steam turbine, and combined-cycle control — the DS200TBPAG1CC occupies the critical field termination layer. It serves as the structured interface between raw field wiring and the Mark VI I/O pack electronics, providing signal conditioning, isolation, and organized termination that protects sensitive controller modules from transient damage. Its adoption across GE Frame 5 through Frame 9 turbine fleets globally makes it one of the most strategically important spare parts in any power plant MRO inventory.
Complete Technical Specifications
| Parameter | Specification |
|---|---|
| Part Number | DS200TBPAG1CC |
| Manufacturer | GE (General Electric) – Energy / Power Controls Division |
| Platform / Series | Mark VI Turbine Control System |
| Board Type | Terminal Circuit Board – I/O Termination |
| Function | Field signal termination and I/O interface for Mark VI controller modules |
| Signal Types | Analog inputs/outputs, discrete digital I/O, thermocouple/RTD inputs (platform-dependent) |
| Mounting | Mark VI rack-compatible panel/DIN termination assembly |
| Operating Temperature | 0°C to +60°C (standard industrial range) |
| Weight | Approx. 400 g |
| Condition Available | New OEM / Refurbished / Tested Surplus |
| Compliance | Designed to GE Mark VI system specifications |
Proven Application Environments
- Gas Turbine Plants – GE Frame 5, 6, 7, 9 series turbines with Mark VI control
- Steam Turbine Facilities – Combined-cycle and cogeneration plants with Mark VI steam control
- Combined-Cycle Power Plants (CCPP) – Multi-unit installations requiring standardized I/O termination
- LNG & Compressor Stations – Industrial gas compression under GE Mark VI supervisory control
- Refinery & Petrochemical – Turbine-driven compressors and pumps in process-critical service
- OEM Retrofit Projects – Mark V to Mark VI architecture upgrades
Engineering Advantages
- Direct OEM Compatibility – Manufactured to GE Mark VI specifications; no field modification required
- Signal Integrity – Dedicated termination circuitry minimizes ground loops and EMI in high-noise plant environments
- Modular Architecture – Hot-swap capable within Mark VI rack, minimizing planned outage windows
- Proven MTBF – Field-proven reliability across thousands of operating hours in baseload and peaking applications
- Standardized Wiring Interface – Consistent terminal layout across Mark VI I/O family reduces commissioning errors
System Architecture & Signal Flow
Within the Mark VI control architecture, the DS200TBPAG1CC sits at the field termination layer:
Field Instruments → DS200TBPAG1CC (Termination Board) → I/O Pack / Controller Module → Mark VI VME Backplane → HMI / SCADA
The board provides screw-terminal or connector-based field wiring points with onboard signal conditioning (filtering, isolation, conversion as applicable) before signals pass to the associated I/O pack. This architecture isolates field wiring from controller electronics, protecting sensitive Mark VI processor modules from transient damage and ensuring signal fidelity across long cable runs.
Sourcing & Quality Verification
- Traceability – All units sourced from authorized channels or verified OEM surplus with documented chain of custody
- Incoming Inspection – Visual inspection, board-level continuity check, and functional verification against GE reference parameters
- Anti-Counterfeit Screening – Component markings, PCB revision codes, and connector specs verified against GE BOM references
- Packaging – ESD-safe packaging with humidity indicator cards; shipped in rigid protective cartons
- Warranty – 12-month warranty on tested units; 90-day warranty on surplus/refurbished stock
Procurement Process
- Submit RFQ – Email [email protected] with part number DS200TBPAG1CC, required quantity, and delivery timeline
- Receive Quote – Pricing, lead time, and condition confirmed within 24 hours
- Order Confirmation – PO accepted via email; proforma invoice issued for prepayment or NET terms (qualified accounts)
- Inspection & Dispatch – Unit inspected, photographed, and dispatched with test report and packing list
- Delivery – DHL / FedEx / UPS express worldwide; EXW Xiamen or CIF available
Technical FAQ
Q: Is DS200TBPAG1CC compatible with both Mark VI and Mark VIe systems?
A: The DS200TBPAG1CC is designed for the Mark VI platform. Mark VIe uses a revised I/O architecture; cross-compatibility depends on the specific I/O pack pairing. Contact our engineers to confirm before ordering.
Q: Can this board replace DS200TBPAG1A or DS200TBPAG1B revisions?
A: Revision-level compatibility depends on firmware and rack configuration. Confirm the existing rack revision with your GE service documentation before substituting revisions.
Q: Do you provide installation support?
A: Yes. Konmask provides remote technical support for installation and commissioning. On-site support can be arranged for large-scale projects.
Q: What is the typical lead time?
A: In-stock units ship within 2–3 business days. Out-of-stock items typically have a 2–6 week lead time depending on sourcing channel.
Q: Can you supply multiple units for a fleet standardization project?
A: Yes. We support bulk procurement for fleet operators and EPC contractors. Volume pricing available on request.
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