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Description:16-channel thermocouple input module accepting J, K, E, N, S, R, B, T types with cold-junction compensation accuracy ±0.5 °C and open TC detection.
Product condition: New
Packing condition:Factory Packing
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| Manufacturer | GE |
| Item number | IS200VTCCH1CBD |
| Country of Origin | United States |
| Lead Time | In stock |
| After-Sales Support | 12-months |
| HS Code / Commodity code | 8537101190 |
Quotes are valid for 30 days from the day the quote is received unless stated otherwise at the time of quotation.
Yes,we offer one year warranty for all new products.
Yes. We worked with FEDEX/DHL/TNT/UPS/ allowing us to provide swift global delivery of parts to any corner of the world.
Normally 3-5 working days,some remote areas 5-7 days more.
The GE IS200VTCCH1CBD is a high-performance thermocouple input module from the GE Mark VI system series, designed for temperature monitoring and data acquisition in gas/steam turbine control systems. It supports multiple thermocouple types and low-voltage signals, ensuring stable and accurate measurements in complex industrial environments.
✅ 100% Brand-New Original Product
✅ 1-Year Warranty with professional technical support
✅ Global Express Shipping for fast delivery
✅ High-Quality Service, including technical consultation, testing, and replacement options
✅ High Compatibility, seamlessly integrates with Mark VI systems
|
Parameter |
Description |
|
Input Types |
Thermocouples (E, J, K, S, T) / mV input (–8 mV to +45 mV) |
|
Channels |
Supports up to 24 thermocouple inputs (via terminal boards TBTC/DTTC) |
|
LED Indicators |
3 LEDs: Run (Green), Fail (Red), Status (Orange) |
|
Module Connectors |
P1-P2 backplane interface, P3-P6 signal connectors |
|
Internal Components |
FPGA (Xilinx Spartan XCS30), DSP, dual-port SRAM, CMOS static RAM, various resistors, capacitors, diodes, ferrite beads |
|
Application Areas |
Turbine control systems, power plants, industrial process temperature monitoring |
1. Multi-Thermocouple Support – Easily collect multi-channel temperature data
2. High-Precision Data Acquisition – FPGA + DSP provide fast processing and stable output
3. Strong System Compatibility – Seamlessly integrates into Mark VI backplane
4. LED Status Monitoring – Real-time indication of module operation and fault status
5. Easy Maintenance – Quick diagnostics via module plug-in and test points
· Turbine temperature control systems (Gas / Steam Turbine)
· Large-scale power plant temperature monitoring
· Industrial process control systems
· Mark VI system upgrade and replacement
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