HP-U272GF3 Hi-Pro 275-Watts 6506127R Power Supply Bulk

The HP-U272GF3 Hi-Pro 275-Watts power supply is a high-capacity unit designed for bulk purchasing of computer components. With a wattage rating of 275 watts, this power supply can support the power requirements of multiple desktop or rack-mounted servers, workstations, or other electronic devices. The 6506127R model number indicates that it was manufactured by Hewlett-Packard and meets industry standards for safety and quality.

The Hi-Pro series is known for its reliability and durability, making it an excellent choice for heavy-duty applications where power supplies are subjected to frequent testing and usage. This particular model features a robust design with built-in fuses, circuit breakers, and overvoltage protection to safeguard against potential electrical hazards. The 12-pole configuration ensures efficient energy transfer, while the high efficiency rating of 92% helps reduce heat generation, minimizing noise levels and extending component lifespan.

The HP-U272GF3 Hi-Pro power supply boasts a range of connectors, including 24-pin ATX, EPS, and fan controller connectors, making it compatible with various server models. Additionally, its modular design allows for easy upgrades or replacements of individual components without compromising system stability. The power supply's 30-amp rating ensures that it can handle the maximum power requirements of high-power systems, while its low inrush current helps prevent voltage spikes during startup.

In terms of safety features, this power supply incorporates a built-in thermal protection circuit to detect and respond to temperature anomalies, preventing overheating and reducing the risk of component failure. The unit also includes an auto-shut-off function, which automatically turns off the power supply when it is not in use or if it detects an error condition, conserving energy and reducing waste. Furthermore, the Hi-Pro series is designed with environmental sustainability in mind, featuring a compact design that reduces space requirements and minimizes electronic waste generation.