Fuente de alimentación ATX DeepCool PF650 650 W, 80 PLUS White, ventilador de 120 mm, no modular

The DeepCool PF650 650W power supply unit delivers stable power for desktop PCs with 80 PLUS White (230V EU) efficiency rated at approximately 85% under typical load. Built in an ATX form factor, the unit provides a 20+4 pin ATX motherboard connector and comes with fixed flat black cables, a 120 mm hydraulic-bearing fan and multiple safety certifications (CB/CCC/CE/UKCA/EAC/RCM).

Advantages

The PF650 combines reliable 650 W output with 80 PLUS White efficiency to reduce energy waste and operating temperature. A 120 mm silent hydraulic bearing fan improves cooling and longevity while fixed flat black cables simplify cable routing and save space inside the chassis. The unit is certified for common regional standards, supporting safe and compatible integration in PC builds.

Suitable for

• Mainstream desktop PCs and home office computers
• Upgrades for systems requiring a 650 W ATX power supply
• Builds where compact cable routing and low fan noise are preferred

Key specifications

• Total power: 650 W
• Efficiency: 85% (80 PLUS White / 230V EU standard)
• Motherboard connector: 20+4 pin ATX
• Fan diameter: 120 mm (hydraulic/fluid bearing)
• Product colour: Black
• Form factor: ATX
• Certifications: CB, CCC, CE, UKCA, EAC, RCM

How to use

Install the PF650 into a compatible ATX case, secure it with screws through the mounting holes, and connect the 20+4 pin ATX cable to the motherboard. Connect SATA and peripheral cables to storage devices and other components as required. Ensure the power supply is connected to a properly rated mains outlet and that system grounding and case ventilation meet manufacturer recommendations before powering on.

Recommendations

For optimal performance, allow adequate airflow in the case, avoid exceeding the rated 650 W continuous load, and use a surge protector or UPS in areas with unstable mains supply. Periodically check and clean dust from the fan and ventilation openings to maintain cooling efficiency.