SPECIFICATIONS
Part No.: DS200TCPDG1DCC
Manufacturer: General Electric
Country of Manufacture: United States of America (USA)
Product Type: Power Distribution Module
Availability: In Stock
Series: Mark V
Functional Description
DS200TCPDG1DCC is a power distribution module developed by GE. It is a part of the Mark V control system. The board serves as a component in the control system infrastructure, facilitating efficient power distribution across various cores and subsystems. With its hardware features, including the BJS hardware jumper for ground reference isolation, and its straightforward operational setup with no software configuration requirements, it ensures reliable and streamlined operation. This approach not only enhances system reliability and performance but also simplifies maintenance procedures, contributing to overall operational efficiency and uptime in industrial environments.
Features
- External AC Power Input and Conversion: External 115/230 V AC power enters the control system through the TB1 terminal board, which is mounted on the PD core. This terminal board serves as the primary entry point for hard-wiring AC power connections directly to the TCPD board.
- Conversion to DC Voltage: Upon entering the control system, the AC power undergoes transformation into 125 V DC voltage. This conversion process is facilitated by a DACA (AC to DC) block, which is strategically integrated into the system. The DACA block ensures efficient and reliable conversion of power, maintaining stable DC voltage output suitable for powering various components within the control system.
- Distribution to Cores and Boards: The converted 125 V DC signals are then distributed to different cores and boards within the control system infrastructure. This distribution is facilitated through various connectors, with the JZ2 connector serving as a primary pathway. These connectors ensure that each core and board receives the requisite power supply necessary for their respective operations and functions.
- Optional Reduced Voltage Connection: For applications requiring reduced voltages, an optional JZ3 connection is available. This connection specifically caters to contact #18 on the DTBC board located in the Q51 core. It provides flexibility in voltage management, accommodating specific operational requirements without compromising system integrity.
- Conditioning for TCEA Boards: In the P1 core, where TCEA (Termination and Control Element Assembly) boards are situated, the power distribution undergoes additional conditioning. This conditioning process is carried out across resistors, facilitated via the JZ1 connector. It ensures that the power supplied to the TCEA boards is stable and properly regulated, optimizing their performance and reliability within the control system.
- Ignition Transformer Signal Connection: The JZ5 connector serves a crucial role by connecting AC power directly to the ignition transformer signals in the Q51 core. This connection is essential for providing the necessary power supply to the ignition transformers, which play a pivotal role in initiating critical processes and operations within the control system.
Switches
- SW1 on the TCPD board is responsible for toggling the power supply to the R1 core. This core houses essential components and subsystems critical for operational functions within the broader control system architecture.
- SW2 controls the power supply to the R2 core. Power toggling through SW2 ensures that the R2 core components receive consistent power for uninterrupted operation as required by operational needs.
- SW3 manages the power distribution to the R3 core. By toggling SW3, operators can control the power supply to components and subsystems located within the R3 core, optimizing energy usage and operational efficiency.
- SW4 is dedicated to controlling the power supply to the R5 core. This core typically hosts critical components and subsystems that require reliable and uninterrupted power for sustained operation and system integrity.
- SW5 on the TCPD board toggles power for the R core itself. This switch plays a pivotal role in managing the overall power supply to the core, ensuring that all interconnected subsystems and components function seamlessly.
- SW6 is specifically designed to toggle power on a designated component labeled as X within the P1 core. This switch provides localized control over power distribution, catering to specific operational requirements and ensuring targeted energy management.
- SW7 controls power to component Y within the P1 core. This switch enables precise management of power supply, supporting operational reliability and efficiency within the core's operational framework.
- SW8 toggles power for component Z situated within the P1 core. By controlling power through SW8, operators can ensure that component Z receives the necessary power supply, contributing to optimized performance and system functionality.
The WOC team is always available to help you with your Mark V requirements. For more information, please contact WOC.
Frequently Asked Questions
What is DS200TCPDG1DCC?
It is a Power Distribution Module developed by GE under the Mark V series.
What is the function of J1R, J1S, and J1T connectors?
J1R, J1S, and J1T connectors are responsible for distributing 125 V DC power to specific TCPS (Termination and Control Power Supply) boards located in different cores within the control system architecture.
Which core does J1R distribute power to?
J1R distributes 125 V DC power to the TCPS board located in the R1 core. This ensures that the TCPS board in the R1 core receives the necessary power supply for its operational functions.
Where does J1S distribute power?
J1S distributes 125 V DC power to the TCPS board in the R2 core. This connector is essential for powering the TCPS board within the R2 core, supporting reliable operation and performance.
