Tuuletin Corsair RS140 MAX tietokonekotelon tuuletin 14 cm musta 2 kpl

The Corsair RS140 MAX is a 140 mm computer case fan engineered to deliver increased cooling performance through a thicker 30 mm frame and optimized blade design. With a maximum speed of 1600 RPM and a design focused on higher airflow and static pressure, it is suitable for both case ventilation and radiator mounting. The fan uses glass fiber‑reinforced liquid crystal polymer blades and a magnetic dome bearing to maintain rigid, low‑noise operation and extended service life.

Advantages

The 30 mm thickness provides stronger airflow and higher static pressure compared with standard 25 mm fans, enabling improved heat dissipation in constrained or dense environments. Reinforced LCP blades prevent bending under load for consistent radiator performance. Anti‑vortex stator vanes concentrate airflow into a focused cone for more effective cooling, while the magnetic dome bearing reduces friction and mechanical noise to extend lifespan and lower acoustic output.

Suitable for

• Case ventilation in desktop PCs
• Radiator mounting for liquid cooling
• Systems requiring higher static pressure (dense heatsinks or filters)
• Builds where lower fan noise at given airflow is desired

Key specifications

• Product: Fan, model RS140 MAX (Corsair)
• Fan diameter: 140 mm
• Frame thickness: 30 mm
• Maximum speed: 1600 RPM
• Static pressure range: 0.2–2.4 mmH2O
• Colour: Black
• Quantity: 2 pieces

How to use

Install the RS140 MAX fan into your case or onto a radiator using the manufacturer’s mounting screws, ensuring the airflow direction matches your desired intake or exhaust configuration. Connect the fan to an appropriate fan header or controller and configure fan curves in BIOS or software to balance cooling performance and noise. For radiator installation, position the fan so the concentrated airflow from the stator vanes directs through the radiator fins.

Recommendations

For optimal results, use the RS140 MAX where additional static pressure is needed (e.g., dense radiators or dust filters) and set fan curves to allow lower RPMs at target temperatures to reduce noise while maintaining required airflow.