Description
GE IS200VTCCH2C
Technical Specifications
- Part Number: IS200VTCCH2CBB
- Series: Mark VI
- Manufacturer: GE Motors and Industrial Systems
- Functional Acronym: VTCC
- Instruction Manual: GEH-6421
Functional Features
- Thermocouple Compatibility: Accepts E, J, K, S, and T type thermocouples for diverse temperature measurement needs.
- High Input Capacity: Accommodates up to 24 thermocouple inputs for comprehensive system coverage.
- Terminal Board Compatibility: Interfaces seamlessly with DTTC (DIN Euro-size) and TBTC terminal boards.
- Control Architecture Support: Compatible with both simplex (TBTCH1C) and triple modular redundant (TMR) control (TBTCH1B).
- Enhanced Durability: Features a conformal PCB coating to protect against moisture, dust, and harsh industrial environments.
Application Scenarios
- Turbine Automation: Integral to gas, steam, and wind turbine automation within the Mark VI system.
- Power Generation: Critical for temperature monitoring in heavy-duty power generation facilities.
- Gas Turbine Applications: Specifically optimized for first-group Mark VI gas turbine applications.
Performance Parameters
- Warranty: Standard one-year warranty covering manufacturing defects, excluding deliberate misuse.
- Delivery Time: Typically 1-3 days after advance payment for in-stock items.
- Shipping: Utilizes major carriers like FedEx, DHL, UPS, and BRE.
Material Composition
- PCB Protection: Specialized conformal coating on the printed circuit board for enhanced environmental resistance.
- Hardware Build: Premium industrial-grade materials ensuring long-term stability.
Structural Characteristics
- Form Factor: Terminal board designed for rack mounting.
- Modular Design: Engineered for seamless integration with VME racks and specific processor boards.
Working Principle
The IS200VTCCH2C acts as the primary interface for field thermocouples. It routes up to 24 temperature signals from the field wiring through its terminal blocks to the corresponding VTCC thermocouple processor board, ensuring signal integrity for both simplex and TMR architectures.
Installation Requirements
- System Integration: Must be properly interfaced with DTTC or TBTC terminal boards and seated correctly within the designated VME rack.
- Wiring: Field thermocouple wiring must be securely terminated according to the GEH-6421 instruction manual guidelines.
- Environment: Should be installed in a controlled environment to maximize the lifespan of the conformal coating.
