GE IC3600TUAA1 UNI-AMP BOARD | Mark V Turbine Control

GE IC3600TUAA1 Universal Amplifier Board – Mark V Gas Turbine Control System

When a universal amplifier board fails inside a GE Mark V turbine control panel, the consequences are immediate and severe: analog signal chains collapse, servo valve feedback loops lose their reference, and the turbine protection system can no longer execute controlled shutdowns. Operators are left with a unit that cannot be safely started, and every hour of unplanned downtime translates directly into lost generation capacity or interrupted process output. The IC3600TUAA1 is not a peripheral component — it is the signal conditioning backbone that keeps the entire closed-loop control architecture coherent.

Within the Mark V family, the IC3600TUAA1 occupies the universal amplifier slot, providing the analog front-end gain and buffering that downstream processor cards depend on for accurate turbine speed, temperature, and pressure readings. GE’s Mark V platform remains one of the most widely deployed turbine control systems in combined-cycle power plants, LNG compression trains, and petrochemical facilities worldwide, meaning demand for verified replacement boards continues to outpace OEM availability. Sourcing a tested, traceable IC3600TUAA1 is often the fastest path back to full operational status.

Technical Specifications

Electrical

• Board Designation: Universal Amplifier (UNI-AMP)
• Compatible Platform: GE Mark V Turbine Control System
• Signal Type: Analog input conditioning and amplification
• Operating Voltage: Per Mark V backplane specification (typically ±15 VDC logic rails)

Mechanical

• Form Factor: Single-slot PCB card, Mark V rack-mount format
• Weight: 380 g (bare board)
• Connector Type: Edge connector, Mark V standard pitch

Environmental

• Operating Temperature: 0 °C to +60 °C (per Mark V panel enclosure rating)
• Storage Temperature: -40 °C to +85 °C
• Humidity: 5% to 95% RH, non-condensing

Certifications & Standards

• Designed and manufactured to GE Speedtronic Mark V documentation standards
• Functional testing referenced against GE GEH-6195 Mark V maintenance manual

Note: All specifications are based on GE Mark V platform documentation. Buyers should verify compatibility against their specific panel revision before ordering.

Key Features & Benefits

• Drop-in board-level replacement — Matches the original IC3600TUAA1 footprint and edge-connector pinout, eliminating the need for panel rewiring or firmware reconfiguration on compatible Mark V revisions.
• Full analog signal chain restoration — Restores amplifier gain and offset calibration to factory specification, ensuring that speed pickups, thermocouples, and pressure transducers report within ±0.1% of their calibrated range.
• Reduces turbine downtime by days vs. OEM lead times — With OEM new-build lead times often exceeding 16–26 weeks, a verified surplus IC3600TUAA1 can return a unit to service in 3–5 business days from order confirmation.
• Tested under simulated Mark V backplane conditions — Each board is powered and exercised on a dedicated test fixture that replicates the Mark V rack environment, not just a bench power supply check.
• Compliant with IEC 61511 functional safety documentation requirements — Traceability records and test reports are available to support safety instrumented system (SIS) change management procedures.
• Supports both gas and steam turbine Mark V configurations — The universal amplifier designation means the IC3600TUAA1 serves multiple turbine types within the same Mark V panel architecture, reducing the number of spare part numbers a plant must stock.

Industry & Equipment Applications

• Power Generation — Combined-Cycle Plants: GE Frame 6B, 7E, 9E gas turbines running Mark V panels; amplifier boards are critical for exhaust temperature spread monitoring and fuel control valve positioning.
• Oil & Gas — Upstream Compression: Pipeline compressor drivers where Mark V controls gas turbine-driven centrifugal compressors; signal integrity directly affects surge control response time.
• LNG Facilities — Liquefaction Trains: GE turbines driving refrigerant compressors in baseload LNG plants; amplifier board failures here trigger full train shutdowns with significant production impact.
• Petrochemical — Ethylene & Refinery Units: Process gas turbines providing mechanical drive to cracked gas compressors; Mark V reliability is a key factor in unit availability targets.
• Industrial Cogeneration — District Energy Systems: Combined heat and power installations where turbine availability directly affects steam supply to downstream processes.
• Marine & Offshore — FPSO and Platform Power: Offshore GE turbine installations where replacement logistics are constrained and a stocked spare board is the only practical recovery option.

System Integration & Compatible Parts

Upstream components (cards that feed signals to the IC3600TUAA1):

• IC3600TPIM1 — Pulse input module (speed pickup signals)
• IC3600TCAM1 — Thermocouple amplifier module (exhaust temperature inputs)

Downstream components (cards that receive conditioned signals from the IC3600TUAA1):

• IC3600EPSC1 — Power supply card (backplane power distribution)
• IC3600SDIA1 — Digital input/output card (protection logic)

Equivalent / substitute considerations:

• No direct cross-brand substitute exists for the IC3600TUAA1 due to proprietary Mark V backplane protocol. Functional replacement requires an identical GE part number or a GE-authorized repair of the original board.
• Mark VI migration kits (IS200 series) are an alternative only when a full control system upgrade is planned and budgeted — not a drop-in swap.

Our Quality Assurance Process

1. Visual & Physical Inspection: Each IC3600TUAA1 is examined under magnification for PCB delamination, burnt components, cold solder joints, and connector wear. Boards with physical damage beyond cosmetic are quarantined.
2. Powered Functional Test: The board is installed in a Mark V-compatible test fixture, powered to specification, and all amplifier channels are exercised with calibrated analog inputs. Output signals are measured and logged against GE reference values.
3. Burn-In Cycle: Boards are subjected to a thermal cycling burn-in to screen for latent component failures that would not appear in a single static test.
4. Final Documentation & Packaging: A test report is generated for each unit. The board is anti-static bagged, placed in foam-lined packaging, and labeled with the serial number and test date.

Available documentation upon request: Functional test report, inspection checklist, photos of tested unit, certificate of conformance (CoC).

How to Order

1. Submit your inquiry — Use the contact form or email support@konmask.com with your required quantity, delivery timeline, and any documentation requirements (CoC, test report, etc.).
2. Receive a quotation — Our team will confirm stock availability, lead time, and pricing within 24 hours on business days. We will also advise on compatible alternatives if the exact revision is not in stock.
3. Confirm and ship — Upon order confirmation, the IC3600TUAA1 is prepared, documented, and dispatched with full tracking. Express freight options are available for urgent plant recovery situations.

Why Choose Konmask.com?

• Specialized in GE Mark V / Mark VI ecosystem: We stock a broad range of Speedtronic platform cards and understand the system context, not just the part number.
• Every board is functionally tested before shipment: We do not ship untested surplus. Each unit goes through our documented QA process and ships with a test report.
• 24-hour inquiry response commitment: Industrial downtime does not wait for slow procurement cycles. We prioritize fast, accurate quotations.
• Global export experience: We handle export documentation, customs declarations, and international freight coordination for customers across Asia, the Middle East, Europe, and the Americas.
• Transparent traceability: We provide full documentation chains so your maintenance and safety teams can close out change management records with confidence.

Frequently Asked Questions

Q: What is the difference between the IC3600TUAA1 and IC3600TUAA1A — are they interchangeable in a Mark V panel?
A: The suffix revision (e.g., “1” vs. “1A”) typically reflects a PCB revision or component substitution approved by GE engineering. In many cases they are functionally interchangeable within the same Mark V panel revision, but we recommend confirming against your panel’s bill of materials or GE service documentation before substituting. Contact us and we can advise based on your specific panel serial number.

Q: Can the GE IC3600TUAA1 UNI-AMP BOARD be repaired, or is replacement the only option?
A: Board-level repair is possible for some failure modes (e.g., failed op-amps, damaged passive components) if performed by a technician with access to GE schematics and calibration equipment. However, for most plant maintenance teams, sourcing a tested replacement is faster and lower risk than attempting in-house repair, particularly when the turbine is offline and every hour counts.

Q: How do I verify that a replacement IC3600TUAA1 is compatible with my specific GE Mark V turbine control system revision?
A: Compatibility is primarily determined by your Mark V panel revision and the slot assignment in your panel’s configuration drawing. Provide us with your panel serial number, the GE job number if available, and the slot designation from your panel layout drawing. Our technical team will cross-reference against known Mark V configurations and confirm compatibility before shipment.

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