Part Number: DS200TCTGG1AEC
Manufacturer: General Electric
Series: MKV
Description:
The DS200TCTGG1AEC Turbine Trip Board (TCTG) is a critical component in the GE Speedtronic Mark V control system. It is located in position 4 of the core and plays a vital role in controlling the fuel shutoff halves for the turbine.
The board provides gas turbine trip notifications and houses the primary trip relays (PTRs). These PTRs are controlled by the Control System Processor (CSP) and communication errors. The emergency trip relays (ETRs) are managed by the Turbine Control and Emergency Action (TCEA) boards in the core.
The DS200TCTGG1AEC is designed to ensure the safe operation of the gas turbine by monitoring various parameters and initiating trips when necessary. It is equipped with 21 plug-in relays that can be configured to perform multiple functions, including synchronizing relays for grid connection, failsafe fuel valve functioning using the trip relays, and other control functions.
| Specification | Details |
| Model Number | IS200TPROH1B |
| Functional Description | Termination Board |
| Manufacturer | GE Energy |
| Series | Mark VI Control System |
| Application Type | Triple Modular Redundant Systems |
| Connector Type | Terminal blocks, connectors, relays/contactors |
| Terminal Count | 48 terminals |
| Connector Ports | 6 |
| Software Frame Rates | 40, 20, and 10 ms |
Termination Board: The IS200TPROH1B is a termination board terminated with external I/O, providing a central point for communication within the Mark VI system.
Triple Modular Redundant (TMR) Compatibility: Designed for integration into Triple Modular Redundant Systems, the board ensures redundancy and reliability in critical applications.
High-Speed Communication: The board enables software frame rates of 40, 20, and 10 ms, facilitating rapid communication and control within the turbine management system.
Speedtronic Series Integration: As part of GE’s Speedtronic series, the IS200TPROH1B seamlessly integrates into the Mark VI control system, ensuring compatibility and interoperability.
The IS200TPROH1B Termination Board is highly compatible with Triple Modular Redundant Systems within the Mark VI control system.
It interfaces with input cards and enables high-speed communication, making it suitable for a wide range of applications where redundancy and reliability are paramount. Additionally, its compatibility with the Speedtronic series ensures seamless integration into existing turbine management systems.
Reliability: The IS200TPROH1B is known for its reliability and durability, ensuring consistent performance in demanding industrial environments.
Flexibility: The board offers flexibility in terms of software frame rates, allowing users to adjust communication speeds according to specific system requirements.
Improved Efficiency: By enabling high-speed communication and control, the board contributes to improved efficiency and productivity in turbine management applications.
Cost-Effectiveness: Its integration into Triple Modular Redundant Systems helps minimize downtime and maintenance costs, leading to overall cost savings.
Scalability: The board’s compatibility with the Speedtronic series ensures scalability, allowing for future expansion and upgrades as needed.
The IS200TPROH1B Termination Board finds extensive use in various industrial applications, including:
Turbine Management: It is essential for managing the processes of gas and steam turbines, ensuring optimal performance and reliability.
Triple Modular Redundant Systems: The board is specifically designed for integration into Triple Modular Redundant Systems, providing redundancy and reliability in critical applications.
Speedtronic Series Integration: As part of GE’s Speedtronic series, the board seamlessly integrates into existing turbine management systems, making it suitable for a wide range of applications in the power generation and industrial sectors.
The installation process for the IS200TPROH1B module in the GE Mark VI system involves the following steps:
Proper Handling: Ensure proper handling of the module to prevent damage. Minimize hands-on contact with the PCB, especially in the conducting area. If direct contact is necessary, hold the module by its edges. It is recommended to wear antistatic gloves and use an ESD wrist strap for handling.
Physical Installation: Insert the IS200TPROH1B module into the designated slot or connector in the GE Mark VI system. Ensure a secure and proper fit to avoid loose connections.
Connection: Connect any external I/O or other necessary cables to the module as required for its functionality within the system.
Power On: After the module is securely installed and connected, power on the GE Mark VI system to initialize and test the module.
Functional Verification: Perform a functional verification test to ensure that the IS200TPROH1B module functions correctly within the system. This may involve testing inputs and outputs, verifying communication, and ensuring proper integration with other components.
Testing and Diagnostics: If any issues are encountered during the installation or functional verification, utilize diagnostic tools and procedures to identify and resolve the problems.
Maintenance and Support: Ensure that the module is properly maintained according to manufacturer recommendations. In case of any issues, refer to the manufacturer’s guidelines for troubleshooting and repair.
By following these steps, the IS200TPROH1B module can be successfully installed in the GE Mark VI system, ensuring proper functionality and integration within the turbine control system.
What is the IS200TPROH1B used for?
The IS200TPROH1B is a Termination Board designed by GE for the Mark VI system, primarily used to manage the processes of gas and steam turbines.
What type of applications is the IS200TPROH1B suitable for?
The IS200TPROH1B can be used in Triple Modular Redundant (TMR) Systems within the Mark VI control system.
What are the key features of the IS200TPROH1B?
The board allows for 40, 20, and 10 ms software frame rates within the Mark VI system and serves as a crucial interface, facilitating communication and control.
Where is the IS200TPROH1B manufactured?
The IS200TPROH1B is manufactured in the United States (USA).
What is the physical size and layout of the IS200TPROH1B?
The IS200TPROH1B is a rectangular, large board with two terminal blocks containing 48 terminals, six connector ports, and two relays or contactors.
How many terminal blocks and connectors does the IS200TPROH1B have?
The IS200TPROH1B has two terminal blocks with 48 terminals and six connector ports.
What is the role of the IS200TPROH1B in the Mark VI system?
The IS200TPROH1B serves as a crucial interface, allowing the Mark VI system to communicate and control various inputs and outputs for turbine management.
Is the IS200TPROH1B compatible with other GE Speedtronic series products?
Yes, the IS200TPROH1B is designed to work seamlessly with the GE Speedtronic series of turbine management systems, including the Mark VI.
What is the warranty and support available for the IS200TPROH1B?
The IS200TPROH1B comes with a 2-year warranty, and DTC offers expedited repair options and a full functional test and repair service.
How does the IS200TPROH1B contribute to the reliability and efficiency of the Mark VI system?
The IS200TPROH1B’s reliability, flexibility, and ability to optimize plant operations help improve the efficiency of gas and steam turbines managed by the Mark VI system.
Can the IS200TPROH1B be refurbished or repaired?
Yes, the IS200TPROH1B can be refurbished to increase its longevity, and DTC offers a full functional test and repair service to restore the board to its original specifications.
What are the software frame rate options supported by the IS200TPROH1B?
The IS200TPROH1B allows for 40, 20, and 10 ms software frame rates within the Mark VI system.
How does the IS200TPROH1B contribute to the scalability of the Mark VI system?
The IS200TPROH1B’s open architecture allows the Mark VI system to be easily integrated with traditional or renewable sources of energy, making it a scalable solution for various applications.
