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- Warehouse: Spot
- Warranty: 365 days
- Quality: Original module
- Condition: New
- Shipping method: Courier delivery
- Contact person: LI MING
- Contact number: +86 18059884790
- WeChat:18059884790
- E-mail: plc66@qq.com
GE IS200TBTC1CBB Thermocouple Terminal Board
Product Description
GE IS200TBTC1CBB is a TBTC thermocouple terminal board designed for GE Mark VI / Mark VIe Speedtronic turbine control system. It is conformal coated and equipped with 24 thermocouple input channels, supporting E, J, K, S, T thermocouple types. This board acts as the field wiring interface between thermocouple sensors and the matching VTCC / PTCCH2 I/O processor pack, with built-in cold junction compensation for accurate temperature measurement in turbine control cabinets.

Product Functions
- Provide termination for up to 24 thermocouple temperature input signals
- Integrate cold junction compensation circuit to eliminate temperature measurement error
- Signal filtering and surge protection to suppress EMI noise from field cables
- Transmit low-level millivolt thermocouple signals to VTCC or PTCCH2 processor pack
- Support simplex configuration and compatible with TMR triple modular redundant racks
- Monitor surface temperature of turbine casing, exhaust, pipes and hot components
Applications
- Gas turbine and steam turbine casing & exhaust temperature monitoring
- Power plant combined-cycle unit Mark VIe control cabinet spare replacement
- Oil & gas turbomachinery high-temperature point measurement
- Generator and boiler auxiliary thermal condition supervision
- Retrofit and maintenance of legacy Speedtronic turbine control systems
FAQ
Q: Which I/O pack matches IS200TBTC1CBB?
A: It pairs with VTCC or PTCCH2 thermocouple processor pack for signal conversion and calculation.
Q: What thermocouple types are supported?
A: Standard types E, J, K, S, T; additional types B, N, R are available when used with PTCCH2 pack.
Q: Does this board convert millivolt signal to temperature value?
A: No, it is a passive terminal board. Temperature conversion is completed by the matched processor I/O pack.



