Ανεμιστήρας Corsair iCUE LINK RX140 MAX RGB

The Corsair iCUE LINK RX140 MAX RGB is a 140 mm case and radiator fan engineered for improved cooling performance. Thicker 30 mm blades and an optimized blade shape increase airflow and static pressure compared with standard fans, while RGB lighting and a black finish suit a wide range of PC builds. The fan operates between 300 and 1600 RPM and is suitable for both case ventilation and radiator mounting.

Advantages

Thicker 30 mm fan blades move more air at the same speed as thinner fans, delivering stronger airflow and higher static pressure for better heat dissipation. The design allows the fan to achieve the required airflow at lower RPM, reducing audible noise. A magnetic dome bearing minimizes friction and mechanical noise and improves longevity. QuikTurn screws simplify and speed up installation without sacrificing security.

Suitable for

• Case ventilation in desktop PCs
• Mounting on radiators and dense cooling fins
• Quiet system builds that still require strong airflow
• RGB-focused builds requiring aesthetic lighting

Key specifications

• Type: Fan
• Fan diameter: 140 mm
• Rotor thickness: 30 mm
• Speed range: 300–1600 RPM
• Maximum static pressure: 2.38 mmH2O
• Colour: Black
• Weight: 0.715 kg
• Brand and model: CORSAIR iCUE LINK RX140 MAX RGB (MPN CO-9051036-WW, EAN 0840006682998)

How to use

Install the fan into a compatible 140 mm fan mount or radiator bracket using the supplied QuikTurn screws. Connect the fan to a compatible CORSAIR iCUE LINK hub or motherboard header according to the manufacturer’s wiring instructions to control speed and RGB lighting. When mounting on a radiator, orient the fan to push or pull air in the desired direction for optimum coolant heat exchange.

Recommendations

For best results, use the RX140 MAX RGB in configurations that balance airflow and noise: lower RPM settings provide quieter operation while still benefiting from the higher static pressure of the thicker blades. Ensure secure mounting and regular cleaning to maintain airflow and bearing lifespan.