HP
570493-501 HP 2400-Watts 200-220V Platinum High Efficiency (94 Percent) Redundant Hot-Pluggable Power Supply
570493-501 HP 2400-Watts 200-220V Platinum High Efficiency (94 Percent) Redundant Hot-Pluggable Power Supply
Couldn't load pickup availability
The HP 2400-Watts 200-220V Platinum High Efficiency (94 Percent) Redundant Hot-Pluggable Power Supply is a high-performance power supply designed to meet the demanding requirements of enterprise IT and computer hardware systems. With a 2400-watt capacity, this reliable power solution provides a stable and consistent energy source for your critical applications.
The 200-220V rating ensures that this power supply can operate within a wide range of input voltages, making it compatible with a variety of systems and configurations. The platinum certification guarantees high efficiency, reducing energy consumption and heat generation, resulting in improved system reliability and reduced maintenance costs. Additionally, the high-efficiency rating of 94 percent indicates that this power supply is designed to minimize standby power consumption, further enhancing its overall performance.
The hot-pluggable design feature allows for flexible and efficient installation, enabling you to quickly connect or disconnect power cables as needed. This flexibility is particularly useful in applications where power requirements may vary significantly over time. The redundant design provides an added layer of reliability, ensuring that your system remains operational even if one component fails. By separating the power supply from the power source, this hot-pluggable design enables you to monitor and troubleshoot individual components without affecting the overall system.
The compact size and sleek design of this power supply make it easy to integrate into a wide range of applications, including data centers, server rooms, and high-performance computing environments. The reliable operation and high-efficiency performance of this power supply ensure that your critical systems continue to function seamlessly, even in demanding workloads.
Share
