Corsair RS120-R ARGB 120mm PWM ARGB Reverse Fans – Reverse Rotor, +5V ARGB Connections, Eight RGB LEDs, High Static Pressure, Daisy-Chain, Magnetic Dome Bearing, Zero RPM Mode – Triple Pack – White

The CORSAIR RS-R ARGB 120mm PWM Reverse Fans Triple Pack enhances your PC cooling with three efficient and reliable reverse rotor fans, optimized for intake use. Daisy-chain connectors allow you to link multiple fans and control them all through a single 4-pin PWM and +5V ARGB header on your motherboard. With fan speeds up to 2,100 RPM, these fans deliver the static pressure needed for radiator cooling and general case cooling. Eight vibrant LEDs light up your build with simple +5V ARGB motherboard control. Magnetic Dome bearings provide quieter operation and extended longevity, while Zero RPM mode ensures silent operation at low loads. Technical Specificatons: Dimensions (mm): 120mm x 120mm x 25mm Rated Current - Fan: 0.2A Speed: 0, 420 - 2100 RPM ±10% Airflow: 13.33 – 65.82 CFM Static Pressure: 0.14 – 2.81 mm-H2O Sound Level: 10 – 34.6 dBA Connection cable: PWM PWM Control: 0%, 20% - 100% Bearing Type: Magnetic Dome Cable Length: 600mm Box Contents: 3x RS120-R ARGB Fans, 12x Mounting Screws, 2x 600mm PWM Cables, 2x 600mm ARGB Cables

• Reverse Rotor for Flawless Lighting – Achieve your ideal aesthetic with reverse rotor fans ensuring the RGB lighting is fully visible, even when mounted as intake.
• Vibrant and Customizable ARGB Lighting – Eight LEDs per fan enable brilliant, customizable lighting that is controlled through your motherboard’s built-in ARGB control (requires compatible motherboard).
• Match your build – RS-R ARGB Fans are available in black or white to suit a variety of PC builds.
• Precise PWM Performance – Set your fan speeds up to 2,100 RPM while providing up to 65.8 CFM airflow to your system. Set the fan speeds lower when you need them to run quietly, or faster when you need to shift a lot of air.
• High Static Pressure – RS-R ARGB fans work well cooling radiators with a static pressure of 2.81 mm H2O to push through obstructions.