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GE VTCC-H1C IS200VTCCH1CBD | Thermocouple input terminal board

Brand: GE

Model: GE VTCC-H1C IS200VTCCH1CBD | Thermocouple input terminal board

Origin: Switzerland

Warranty: 365 days

Quality: new/second-hand

Delivery method: express delivery

Telephone :+86 18020721390

WeChat:+86 18020721390Email:sakyzeng@foxmail.com

product details

1. Core Function and Positioning

 GE VTCC-H1C IS200VTCCH1CBD is a thermocouple input terminal board designed for GE’s Speedtronic Mark VI system—a triple modular redundant (TMR) control platform used to manage steam and gas turbines. As a critical I/O component, it interfaces with thermocouple sensors to collect temperature data, converting analog signals into digital information for the Mark VI controller. This enables precise monitoring of turbine temperatures (e.g., exhaust, bearing, or combustion zones) to ensure safe and efficient operation.


2. Key Specifications from Product Documentation

Parameter CategoryTechnical Details
Input CapacitySupports up to 24 thermocouple inputs via terminal boards (TBTC or DTTC).
Thermocouple CompatibilityCompatible with type E, J, K, S, and T thermocouples; also accepts millivolt (mV) signals (-8 mV to +45 mV).
Signal ProcessingIntegrates analog-to-digital conversion circuitry to process raw thermocouple signals for controller input.
Component Composition- Dense PCB with hundreds of resistors, capacitors, and inductor coils/beads (L1–L19).
- Key ICs: Xilinx Spartan XCS30 field-programmable gate array (FPGA), dual-port static RAM (SRAM), CMOS static RAM, and digital signal processors (DSPs).
- 6 board connectors (P1–P6), including 2 backplane connectors (P1, P2).
Front Panel Features3 status LEDs: "Run" (green), "Fail" (red), "Status" (orange); panel secured to PCB via screw connections.
IdentifiersMarked with codes: 94V0, E99006, and "Type 6" (likely for revision or compliance tracking).
System CompatibilityExclusively designed for GE Speedtronic Mark VI TMR systems, ensuring seamless integration with turbine control logic.


3. Functional Role

  • Temperature Data Acquisition: Receives low-voltage signals from thermocouples installed on turbine components, converting them into actionable data for the Mark VI controller.
  • Signal Conditioning: Filters noise and stabilizes raw thermocouple signals to ensure measurement accuracy, critical for turbine safety (e.g., preventing overheating).
  • Status Monitoring: The front-panel LEDs provide real-time feedback on board operation, aiding in troubleshooting (e.g., "Fail" LED indicates signal loss or hardware faults).


4. Application Scenarios

  • Gas/Steam Turbines: Used in power plants, refineries, and industrial facilities to monitor critical temperatures in turbine systems, supporting closed-loop control and protective shutdowns.
  • TMR Systems: Integral to the Mark VI’s redundant architecture, ensuring reliable temperature monitoring even in the event of single-component failures.

GE VTCC-H1C IS200VTCCH1CBD.jpg


label: IS200VTCCH1CBD

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