Used POWER DESIGN TW5005 #9118023 for sale

POWER DESIGN TW5005 range of Power Supplies offers a power solution for professional-grade applications that require reliable, high capacity power delivery. It includes highly efficient power modules and a full suite of features such as a wide range of voltage and current outputs to meet just about any need. TW5005 is a family of five power supplies designed to provide reliable 48V power for large scale systems. Each module contains five redundant power supplies, each rated at 10A max for a total of 50A (max) per module. The total output current of POWER DESIGN TW5005 modules can be output in a parallel path up to 200A. The power supplies are well designed to meet a variety of power requirements. It is designed to operate with high efficiency, low noise and low temperature rise. Its triple filter circuit provides excellent load regulation over its range of full-load and water temperature variation. In addition TW5005 includes high frequency transformation circuits to keep the size and weight low. These high frequency extraction circuits also make sure that the terminal voltage stays constant and remain reliable, no matter the output current. To further enhance the reliability of POWER DESIGN TW5005, the power supplies include an integrated ground fault protection equipment to provide extra safety and eliminate the chance of electrical shock. The system will shut itself down immediately if an abnormal current is detected. The four-level surge protection design also helps protect the supply from damage from unexpected power equivalent to short circuit or a lightning strike. Overall TW5005 provides a superior power solution for demanding applications. The combination of high efficiency, low noise and a wide range of current output capabilities ensures a reliable source of power for just about any situation. With its integrated ground fault protection unit and surge protection, POWER DESIGN TW5005 helps guarantee that your machine remains safe and secure against power supply failures.