Aerocool LUX850 tietokoneen virtalähde 850W 80 Plus Bronze 230V 88% hyötysuhde musta

The Aerocool LUX850 850W power supply combines a sleek black exterior with reliable performance, delivering up to 850 W of continuous power for desktop PC builds. It is 80 PLUS Bronze (230V EU) certified with up to 88% efficiency, supports an input voltage range of 200–240 V and uses a 20+4 pin ATX motherboard connector. The unit has a non-modular cabling design and a 120 mm cooling fan, with an increased ventilation area in the PSU housing to improve airflow.

Advantages

The LUX850 offers a balance of efficiency and steady power delivery suitable for mainstream systems. 80 PLUS Bronze certification ensures reduced energy losses and consistent operation up to 88% efficiency. The enlarged ventilation area and 120 mm fan improve cooling performance, while the compact, black design fits most PC builds. Non-modular cabling simplifies assembly and reduces initial setup complexity.

Suitable for

• Mainstream desktop PC builds
• Systems requiring up to 850 W continuous power
• Users who prefer a non-modular, simple cabling layout
• Setups needing effective airflow and cooling in a compact PSU

Key specifications

• Total power: 850 W
• Efficiency: up to 88% (80 PLUS Bronze, 230V EU)
• Input voltage: 200–240 V
• Motherboard connector: 20+4 pin ATX
• Fan diameter: 120 mm
• Product colour: Black
• Cabling: non-modular

How to use

Install the Aerocool LUX850 in a compatible ATX case following standard PSU mounting procedures: secure the unit to the case, connect the 20+4 pin ATX cable to the motherboard and attach other necessary power connectors to drives and components. Ensure the input voltage matches the specified 200–240 V range and route cables to maintain unobstructed airflow around the 120 mm fan and ventilation openings.

Recommendations

For stable operation, use the LUX850 within the rated 850 W capacity and maintain case airflow by keeping the ventilation area and fan intake clear of dust. Verify component power requirements before use to ensure the supply meets system demands.