DS200TCPDG2B Power Distribution Circuit Board
IN STOCK
REMAN
REPAIR
NEW
Part Number:Â DS200TCPDG2B
Manufacturer: General Electric
Series: MKV
Request a Quote
DS200TCPDG2BÂ Power Distribution Circuit Board
The DS200TCPDG2B is a power distribution circuit board that distributes 125 VDC power to the TCPS boards in each IO core and the Control Engine in the Mark V Series Gas Turbine Control System. It features advanced protections and multiple redundancies to ensure high reliability and minimize downtime in critical gas turbine control systems. The board is designed to be compact, making it suitable for use in space-constrained areas, such as the PD core in the MKV panel.
Power Output: 125 VDC
Dimensions: 42 Ă— 36 Ă— 37 cm
Weight: 3 kg
Signal Wire Terminals: 4
OK LEDs: 36
10-pin Connector: Yes
Features:
The DS200TCPDG2B offers several key features that enhance its performance:
Power Distribution: The board distributes 125 VDC power to the TCPS boards in each IO core and the Control Engine in the Mark V Series Gas Turbine Control System, ensuring efficient power distribution and control.
Redundancy: The board can be used in several redundancy application modes, including simplex, dual, or TMR (Triple Modular Redundancy), ensuring high reliability and fault tolerance in critical gas turbine control systems.
Advanced Protections: The board features advanced protections and multiple redundancies to ensure high reliability and minimize downtime in critical gas turbine control systems.
Compact Design: The board is compact, making it suitable for use in space-constrained areas, such as the PD core in the MKV panel.
High Reliability: The board is designed to be highly reliable, with features such as redundant components and advanced protections to ensure continuous operation and minimize downtime.
Compatibility:
The DS200TCPDG2B is compatible with a range of GE Mark V Series Gas Turbine Control Systems, including:
Mark V Series: The board is designed specifically for the Mark V Series Gas Turbine Control Systems, ensuring seamless integration and optimal performance.
Gas and Steam Turbines: The board is compatible with gas and steam turbine systems, making it versatile in various industrial applications.
Redundancy Applications: The board can be used in several redundancy application modes, including simplex, dual, or TMR (Triple Modular Redundancy), ensuring high reliability and fault tolerance in critical gas turbine control systems.
Benefits:
The DS200TCPDG2B offers several benefits that enhance the performance of GE Mark V Series Gas Turbine Control Systems:
Improved Reliability: The board’s advanced protections and multiple redundancies ensure high reliability and minimize downtime in critical gas turbine control systems.
Efficient Power Distribution: The board distributes 125 VDC power to the TCPS boards in each IO core and the Control Engine, ensuring efficient power distribution and control.
Compact Design: The board’s compact design makes it suitable for use in space-constrained areas, such as the PD core in the MKV panel.
Applications:
The DS200TCPDG2B is used in a range of applications, including:
Gas Turbine Control Systems: The board is designed specifically for GE Mark V Series Gas Turbine Control Systems, ensuring seamless integration and optimal performance.
Power Generation: The board is used in power generation applications, including gas and steam turbine systems, to ensure reliable and efficient operation.
Industrial Automation: The board ensures reliable and efficient operation in industrial automation applications, including process control and monitoring systems.
Troubleshooting Common Issues:
Common issues with the DS200TCPDG2B include:
Power Distribution Issues: If the board is not distributing power correctly, check the power input and output connections to ensure they are secure and properly connected.
Redundancy Issues: If the board is not functioning correctly in redundancy mode, check the redundancy settings and ensure they are configured correctly.
Signal Wire Issues: If the signal wires are not functioning correctly, check the signal wire connections to ensure they are secure and properly connected.
Frequently Asked Questions about DS200TCPDG2B
What is the DS200TCPDG2B?
The DS200TCPDG2B is a power distribution circuit board that General Electric (GE) developed for use in their Mark V Series Gas Turbine Control Systems.
What are the key features of the DS200TCPDG2B?
The DS200TCPDG2B features eight toggle switches, 36 fuses, four signal wire terminals, 36 OK LEDs, and a 10-pin connector.
What is the power output of the DS200TCPDG2B?
The DS200TCPDG2B produces 125 VDC power.
How does the DS200TCPDG2B distribute power?
The DS200TCPDG2B distributes power to the TCPS boards in each IO core, the Control Engine core, and the TCEA boards in the P1 core.
What are the signal wire terminals used for?
The signal wire terminals connect signal wires to the board, which carry information between different components.
How do I identify the signal wire terminals?
Each terminal has an ID, such as AC1N, AC1H, AC2N, and AC2H, which must be matched with the corresponding signal wire.
How do I replace the signal wires?
To replace the signal wires, loosen the terminal screws, tag each wire with its associated terminal ID, and secure them in place on the replacement board.
How do I ensure the signal wires are secure?
Gently tug each wire to confirm the secure attachment.
What is the purpose of the OK LEDs?
The OK LEDs indicate whether the fuse is operating correctly.
How do I replace the fuses?
Use a fuse that is the exact type and rating as the fuse it is replacing.
What is the warranty period for the DS200TCPDG2B?
The DS200TCPDG2B comes with a 2-year warranty from some suppliers.
What is the compatibility of the DS200TCPDG2B?
The DS200TCPDG2B is compatible with gas and steam turbine systems and can be used in various industrial applications.
How do I troubleshoot common issues with the DS200TCPDG2B?
Common issues include power distribution, redundancy, and signal wire issues. Troubleshooting involves checking the power input and output connections, redundancy settings, and signal wire connections.