Fonte de alimentação LC-Power LC6650 V2.3 650 W

The LC-POWER LC6650 V2.3 from the SUPER SILENT SERIES is a desktop power supply designed for office and home systems. It combines a 120mm low-noise fan with a honeycomb ventilation grille to provide effective cooling while maintaining a low operating noise level. The unit includes the common connectors for mid-range and office motherboards, multiple SATA and PATA connections for hard drives and optical drives, and a PCI-Express 2.0 connector for a graphics card. Energy-saving technology reduces standby consumption to under 0.5 W and raises overall efficiency to over 88%.

Advantages

Quiet operation due to the high-quality 120 mm fan and optimized airflow design. Good compatibility with office and mid-range systems because of multiple SATA and PATA connectors and a PCI-Express 2.0 port. Improved energy efficiency and low standby power consumption, which can reduce overall system energy use. Honeycomb-styled rear grille enhances heat dissipation while keeping noise levels low.

Key specifications

• Series: SUPER SILENT SERIES
• Model: LC6650 V2.3
• Fan: 120 mm low-noise fan
• Rear ventilation: honeycomb grille
• Connectors: SATA, PATA, PCI-Express 2.0
• Standby power consumption: <0.5 W
• Efficiency: >88%

How to use

Install the power supply in a compatible ATX case, secure it with screws, and connect the main 24-pin ATX and CPU power connectors to the motherboard. Attach SATA and PATA power cables to storage and optical drives as required, and connect the PCI-Express 2.0 cable if a discrete graphics card is used. Ensure proper cable routing to maintain airflow through the honeycomb grille and keep intake/exhaust paths unobstructed. Verify all connections before powering on the system.

Recommendations

For reliable performance, match the LC6650 V2.3 to systems within the office and mid-range power requirements and ensure adequate case ventilation. Regularly check for dust buildup on the fan and grille and clean as necessary to maintain cooling efficiency and low noise levels.