5183-3519 HP 2350-Watts Hot-Pluggable Redundant Power Supply for 9000 V-Class Server

The 5183-3519 HP hot-pluggable redundant power supply is a high-capacity, hot-(pluggable) power unit designed to provide reliable and efficient power distribution for server systems. This redundant power supply features a 2350-watt capacity, allowing for the provision of backup power in case of system failure or surge. The 5183-3519 HP hot-pluggable power supply is certified by High Performance Systems (HPS) for use with Class 9000 V-Class servers.

The power supply's redundant design ensures that if one power path is interrupted, the other can take over to maintain system operation. This configuration allows for increased reliability and availability of server systems. The hot-pluggable design enables users to quickly add or replace power cables as needed, reducing downtime and improving overall system responsiveness. With its high wattage capacity and redundant design, the 5183-3519 HP hot-pluggable power supply is an ideal choice for enterprise server environments.

The specifications of this power supply are designed to meet the highest standards of performance and reliability. The 2350-watt rating provides sufficient power to support multiple servers or other high-power devices connected to the system. The redundant design and hot-pluggable configuration ensure that the power supply can maintain operation even in the event of a fault, providing an added layer of protection for server systems.

The 5183-3519 HP hot-pluggable redundant power supply is designed to be compatible with a wide range of high-power servers, including those from leading manufacturers such as HP and others. The product's Class 9000 V-Class certification ensures that it meets the highest standards of safety and performance for server environments.

Overall, the 5183-3519 HP hot-pluggable redundant power supply is an essential component for enterprise server systems, providing reliable and efficient power distribution with its high wattage capacity and redundant design.