Restock Alert Ge Ds200tcpsg1ame Dc Input Power Supply Board ~ Limited Availability [Q8ANMH4p]

GE DS200TCPSG1AME Power Supply Board

Introducing the GE DS200TCPSG1AME, a high-performance power supply board designed for the Mark V turbine control system by General Electric. This board is a crucial component for industrial-level protection and control of gas and steam turbine systems. It is designed to convert TCPD 125 VDC power into the necessary voltages for various components and applications within the Mark V system. The DS200TCPSG1AME features a robust design with multiple connectors, including J1 for power input and 2PL, JC, JP1, and JP2 for voltage distribution, ensuring seamless integration and operation.

• Converts 125 VDC power for Mark V system components
• Multiple connectors for power distribution
• Factory drilled and marked with identifying codes

Product Specifications and Technical Details

The DS200TCPSG1AME is equipped with multiple fuses for component protection and heat sinks to dissipate heat effectively. This board also includes resistor network arrays, TP test points, transformers, inductor coils, and metal oxide varistors, ensuring reliability and performance. With no hardware or software configurations required, the DS200TCPSG1AME is ready to install and operate straight out of the box. Key specifications include:

• Multiple fuses for component protection
• Heat sinks for efficient heat dissipation
• Resistor network arrays, TP test points, transformers, inductor coils, and metal oxide varistors

Applications and Benefits

The DS200TCPSG1AME is ideal for industrial applications requiring reliable power supply solutions for gas and steam turbine systems. Its advanced features and robust design make it a perfect fit for various scenarios, including power plants, manufacturing facilities, and other industrial environments. By choosing the DS200TCPSG1AME, you can expect:

• Enhanced industrial-level protection and control
• Improved system performance and reliability
• Seamless integration into the Mark V turbine control system