Ventola Corsair CO-9051032-WW 14 cm 2 pz. 2000 RPM bianca

The CORSAIR iCUE LINK LX140 RGB fan pair (model CO-9051032-WW) brings combined airflow and dual-loop RGB lighting to PC builds. These 140 mm fans spin up to 2000 RPM and are engineered to provide effective case or radiator cooling with focused airflow and low operational noise. The package includes two white fans designed for simplified iCUE LINK connectivity and precise lighting control.

Advantages

Dual light loops create synchronized, layered RGB effects for more complex lighting. Magnetic dome bearings reduce friction for quieter operation and longer life. CORSAIR AirGuide anti-vortex stator vanes concentrate airflow into a tight cone to improve cooling performance as case or radiator fans. QuikTurn screws enable faster, secure installation without sacrificing robustness.

Suitable for

• Case cooling in mid-tower and full-tower PCs
• Radiator fans for liquid cooling setups
• Builds requiring synchronized RGB lighting with iCUE control

Key specifications

• Model: CORSAIR CO-9051032-WW (iCUE LINK LX140 RGB)
• Size: 140 mm
• Quantity: 2 fans
• Maximum speed: 2000 RPM
• Airflow: 84.7 CFM
• Noise level: from 10 dB at low speed (manufacturer data)
• Color: White
• Lighting: Dual RGB light loops, iCUE LINK compatible
• Bearing: Magnetic dome bearing

How to use

Install the fans in your case or on a radiator using the included QuikTurn screws, aligning airflow direction as needed for intake or exhaust. Connect the fans to an iCUE LINK-compatible controller or motherboard header for power and lighting control, then configure lighting and fan speeds through Corsair iCUE software. Ensure adequate clearance for the 140 mm fans and route cables to avoid obstructing airflow.

Recommendations

For optimal cooling balance, use the LX140 fans in matched pairs and set one fan as intake and the other as exhaust when possible. Regularly clean fan blades and AirGuide vanes to maintain performance, and update iCUE software to access the exclusive Time Warp lighting mode and synchronized effects.