733428-401 HP 1400-Watts Flex Slot Platinum Plus Hot-pluggable Power Supply Kit

The 733428-401 is a high-performance power supply kit designed specifically for the HP 1400-Watts Flex Slot Platinum Plus, providing reliable and efficient power delivery to your system. This hot-pluggable power supply kit features an impressive 1400W rating, making it ideal for powering demanding systems that require a robust and stable power source.

Measuring 3.5 inches in height and weighing approximately 1 pound, this compact power supply kit is easy to manage and install within your system, thanks to its flex slot design that allows for secure mounting and optimal airflow. The included power cord ensures seamless connection and cable management, while the internal components are carefully shielded to minimize electromagnetic interference (EMI) and radio-frequency interference (RFI).

The 733428-401 features a modular design, allowing you to add or remove modules as needed to optimize system performance. The power supply's high-quality components, including a 80+ Gold certified transformer and a 12-layer Japanese capacitors array, ensure exceptional reliability and durability. With its compact size and sleek design, this power supply kit is an excellent choice for home users, gamers, and professionals seeking to upgrade or build their systems.

Operating at frequencies of 50-60Hz, the 733428-401 is compatible with the HP 1400-Watts Flex Slot Platinum Plus motherboard, ensuring seamless compatibility and optimal performance. To ensure safe and reliable operation, this power supply kit features built-in overvoltage protection (OVP), short-circuit protection (SCP), and automatic shutdown when an electrical fault occurs.

Overall, the 733428-401 is a high-performance power supply kit that provides exceptional reliability, efficiency, and compatibility with your HP 1400-Watts Flex Slot Platinum Plus motherboard. Its compact size, modular design, and reliable components make it an excellent choice for anyone seeking to upgrade or build their systems.