GE DS200TCRAG1ABC Analog I/O PC Board – Mark VI Turbine Control System
When a turbine control analog I/O board fails mid-operation, the consequences extend far beyond a single machine going offline. Operators lose real-time feedback on critical process variables — temperature, pressure, speed — and the entire control loop becomes blind. Without a verified replacement like the DS200TCRAG1ABC, unplanned downtime can cascade into production losses measured in tens of thousands of dollars per hour. This board is not a commodity component; it is the sensory interface between the physical turbine and the Mark VI control intelligence.
The DS200TCRAG1ABC occupies a foundational role within GE’s Mark VI Turbine Control platform — one of the most widely deployed gas and steam turbine management architectures in power generation globally. As an analog I/O termination board, it handles the signal conditioning and routing that the Mark VI controller depends on for closed-loop regulation. Its continued availability as a serviceable spare is critical for power plants, petrochemical facilities, and industrial co-generation sites operating legacy Mark VI installations.
Technical Specifications
Electrical
- Board Type: Analog I/O Termination / PC Board
- Compatible Platform: GE Mark VI Turbine Control System
- Signal Types: Analog input/output (4–20 mA, thermocouple, RTD — per Mark VI architecture)
- Operating Voltage: Per Mark VI backplane specification
Mechanical
- Form Factor: Plug-in PC Board (card format)
- Weight: 300 g (approx.)
- Connector Interface: Mark VI standard edge/terminal connector
Environmental
- Operating Temperature: 0°C to 60°C (typical industrial control panel range)
- Storage Temperature: -40°C to 85°C
- Humidity: 5–95% RH, non-condensing
Certifications & Standards
- Manufactured to GE internal quality standards for Mark VI platform components
- Compliant with IEC 61511 functional safety framework (as part of Mark VI system)
- Note: Exact electrical parameters should be confirmed against GE Mark VI engineering documentation IS200/DS200 series datasheets.
Key Features & Benefits
- Direct Mark VI Platform Compatibility — Designed as an OEM component for GE Mark VI systems; no firmware modification or signal recalibration required upon installation.
- Analog Signal Integrity — Precision signal conditioning circuitry maintains measurement accuracy across the full operating temperature range, reducing process deviation errors that can trigger spurious trips.
- Reduced MTTR — Hot-swap capable within Mark VI architecture; field replacement can be completed in under 30 minutes by a qualified controls technician, minimizing turbine downtime windows.
- Long-Term Spare Availability — As OEM production of Mark VI components winds down, sourcing verified surplus stock from qualified distributors is the primary strategy for extending plant asset life beyond 20 years — compliant with IEC 62402 obsolescence management guidance.
- Full Functional Test Before Shipment — Each unit undergoes bench-level power-on and I/O signal verification prior to dispatch, not merely visual inspection.
- Traceable Documentation — Serial number, revision level, and test records are documented and available upon request, supporting your plant’s spare parts management and audit requirements.
Industry & Equipment Applications
- Power Generation (Gas Turbine Plants) — GE Frame 5, Frame 6, Frame 7, Frame 9 gas turbines running Mark VI control; analog I/O boards manage fuel valve position feedback, exhaust temperature arrays, and compressor inlet conditions.
- Power Generation (Steam Turbine) — Combined-cycle and co-generation steam turbines where Mark VI governs speed control, extraction valve positioning, and steam pressure regulation.
- Oil & Gas — Upstream Compression — Pipeline compressor stations using GE turbine-driven compressors; the DS200TCRAG1ABC interfaces with vibration, temperature, and pressure transmitters critical for API 670 machinery protection compliance.
- Petrochemical & Refining — Process gas compressors and turbine-driven pumps in ethylene, LNG, and refinery applications where continuous operation is a contractual obligation.
- LNG Liquefaction Facilities — Main refrigerant compressor trains driven by GE turbines; analog I/O accuracy directly affects liquefaction efficiency and safety interlock reliability.
- Industrial Co-Generation — Manufacturing facilities with on-site power generation using GE turbines integrated into Mark VI control architecture for combined heat and power (CHP) optimization.
System Integration & Compatible Parts
Upstream Components (Mark VI Controller Side):
- DS200TCQAG1B — Turbine Control I/O Board (companion analog board)
- DS200SDCCG1AFB — Mark VI SDCC Controller Card
- IS200TBAAH1A — Terminal Board Assembly
Downstream / Field Interface:
- Thermocouple extension cables (Type K/J per plant specification)
- 4–20 mA field transmitters (pressure, flow, temperature)
- RTD sensors (Pt100/Pt1000) for bearing and exhaust temperature monitoring
Equivalent / Replacement Considerations:
- DS200TCRAG1ABB — Earlier revision; functionally equivalent in most applications, confirm revision compatibility with GE Mark VI system documentation before substitution.
- No direct cross-brand equivalent exists; Mark VI analog I/O boards are proprietary to GE’s control architecture. Third-party replacements require full system re-engineering and are not recommended for safety-critical turbine applications.
Our Quality Assurance Process
- Incoming Inspection — Physical examination for board damage, component integrity, and revision marking verification against the stated part number. Counterfeit screening per AS6081 guidelines.
- Functional Bench Test — Power-on test with Mark VI-compatible test fixture; analog I/O channels verified for signal response and within-spec output.
- Cleaning & Conditioning — PCB surface cleaned and inspected under magnification; conformal coating integrity checked where applicable.
- Packaging & Documentation — ESD-safe packaging with desiccant; serial number photograph, test record, and certificate of conformance included in shipment.
Available Documentation: Certificate of Conformance · Functional Test Report · Incoming Inspection Record · Photographs (pre-shipment) · Traceability Record
How to Order
- Submit Your Inquiry — Contact us via the form on this page or email support@konmask.com with your required part number (DS200TCRAG1ABC), quantity, and delivery timeline.
- Receive Quote & Availability Confirmation — Our technical team will respond within 24 hours with pricing, stock status, lead time, and any relevant compatibility notes for your specific Mark VI configuration.
- Confirm & Ship — Upon order confirmation, units are prepared, tested, and dispatched with full documentation. Express international shipping available to most destinations.
📧 support@konmask.com | 📞 +0086 19859288691
Why Choose Konmask.com?
- Specialized in Industrial Automation Spares — We focus exclusively on PLC, DCS, and turbine control components. This is not a general electronics distributor; our team understands Mark VI architecture and can provide technically informed support.
- Verified Stock, Not Blind Listings — Every part listed has been physically inspected or is sourced from traceable, documented supply chains. We do not list parts we cannot verify.
- Global Export Experience — We ship to power plants, EPC contractors, and MRO teams across Asia, the Middle East, Europe, and the Americas, with export documentation support including packing lists and commercial invoices.
- Responsive Technical Support — Inquiries receive a substantive technical response within 24 hours — not an automated acknowledgment. If we need more information about your system configuration, we will ask the right questions.
- Long-Term Partnership Approach — Many of our clients are plant engineers managing aging Mark VI installations. We maintain ongoing relationships to support their spare parts planning, not just individual transactions.
Frequently Asked Questions
Q: Is the DS200TCRAG1ABC compatible with both Mark VI and Mark VIe turbine control systems?
A: The DS200TCRAG1ABC is designed for the GE Mark VI platform. Mark VIe uses a different I/O architecture (IONET-based distributed I/O). Direct installation into a Mark VIe system is not supported without engineering review. If you are upgrading from Mark VI to Mark VIe, consult your GE service representative regarding the migration path for analog I/O termination.
Q: How do I verify the revision level of a DS200TCRAG1ABC before purchasing a replacement for my plant?
A: The revision suffix (e.g., “ABC”) is printed on the board’s silkscreen label and referenced in your Mark VI system’s Bill of Materials (BOM) or spare parts list. When requesting a quote, provide the full part number including revision. We will confirm whether the available stock matches your revision or advise on known compatible revisions.
Q: What is the typical lead time for DS200TCRAG1ABC if my plant has an emergency turbine shutdown?
A: For emergency requirements, contact us immediately by phone (+0086 19859288691) or email. If stock is available, we can arrange same-day or next-day dispatch with express courier to most international destinations. We recommend maintaining at least one DS200TCRAG1ABC as a critical spare given the obsolescence risk of Mark VI components.
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Original Source: https://Konmask.com
Contact: support@konmask.com | +0086 19859288691
