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- IS200VTCCH1CBB
- Thermocouple Processor Board
- USA
- 82.6 × 41.9 mm
- 0.45 kg
- Xiamen, China
- New & In Stock
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Product Overview
The GE IS200VTCCH1CBB is a Thermocouple Processor Board designed for GE Mark VI and Mark VIe Speedtronic turbine control systems. It converts signals from thermocouples into digital temperature data, which is then used by the turbine control system for monitoring, protection, and regulation functions.
This module is used in gas and steam turbines, where precise and reliable temperature measurement is essential for safe operation and optimal performance.
Technical Specifications
| Parameter | Details |
|---|---|
| Manufacturer | GE (General Electric) |
| Model | IS200VTCCH1CBB |
| Product Type | Thermocouple Processor Board |
| Series | Mark VI / Mark VIe Speedtronic |
| Function | Thermocouple signal processing and digital conversion |
| Input Type | Thermocouple sensors (e.g., Type J, K, T) |
| Output Type | Digital temperature data to turbine control modules |
| System Interface | VME backplane |
| Architecture | Supports simplex and TMR (Triple Modular Redundant) configurations |
| Mounting Type | VME rack module |
| Dimensions | 82.6 × 41.9 mm |
| Weight | 0.45 kg |
Function and Working Principle
The IS200VTCCH1CBB functions as a temperature acquisition and processing module.
Key functions include:
- Receiving analog signals from thermocouple sensors
- Converting the thermocouple voltages into digital temperature readings
- Supplying real-time temperature data to turbine control processors
- Supporting redundant configurations for fault-tolerant operation
- Providing data for turbine monitoring, protection, and control logic
This ensures that turbine controllers can respond accurately to temperature variations and maintain safe operation.
Key Features
- Supports multiple thermocouple types for flexibility
- Real-time digital conversion of temperature signals
- Compatible with simplex and TMR redundant architectures
- Rugged industrial-grade construction
- Designed for continuous operation in power generation environments
- Easy integration into GE Mark VI / VIe VME backplane systems
Industrial Applications
- Gas turbine temperature monitoring and control
- Steam turbine thermocouple signal acquisition
- Power generation plants and turbine control systems
- Turbine protection and optimization
- Industrial automation requiring precise temperature input
- GE Mark VI / Mark VIe control system integration
Role in Industrial Systems
The IS200VTCCH1CBB serves as a temperature input processor, responsible for:
- Converting thermocouple signals into usable digital data
- Providing accurate and reliable temperature inputs to turbine control logic
- Supporting turbine safety, efficiency, and operational optimization
- Integrating with other VME modules for complete system control
Installation Notes
- Installed in GE Mark VI / VIe VME racks
- Proper thermocouple wiring and termination required
- Correct slot assignment in VME backplane necessary
- Installation and maintenance by qualified personnel only
- Grounding and shielding recommended for signal integrity
Compatible Equipment
- GE Mark VI / Mark VIe turbine control systems
- Thermocouple sensors (Type J, K, T, etc.)
- VME processor and I/O modules
- Gas and steam turbine monitoring and protection systems
Advantages
- Accurate and reliable temperature measurement
- Compatible with redundant system architectures for fault tolerance
- Rugged industrial design for harsh environments
- Real-time integration with turbine control modules
- Supports safe and efficient turbine operation
Limitations
- Designed specifically for GE Mark VI / VIe systems
- Requires turbine control expertise for installation and operation
- Not suitable for general-purpose PLC or non-turbine applications
- Commonly used in legacy turbine control setups
Conclusion
The GE IS200VTCCH1CBB Thermocouple Processor Board is a critical module for temperature monitoring in GE Mark VI and Mark VIe turbine control systems.
It ensures precise, reliable, and fault-tolerant acquisition of thermocouple data, supporting turbine safety, protection, and optimized operation in industrial power generation environments.