High Static Pressure Fans

Static pressure is the measure of how well a fan can push air in this type of highly restrictive environment and this is where the sp120 excels.

High static pressure fans.

At high they run at 2 350 rpm and. Corsair for example sells quiet edition high static pressure fans. Also there is a lesser gap between the adjacent blades of a static pressure fan. High airflow fans can run into problems when.

Set on low these fans runs at 1 450 rpm and push 37 85 cfm while producing just 23 dba. The p12 is optimized for static pressure. The fan blades of high static pressure fans are more curved and are directed towards the heat source. Static pressure fans are a lot like other cooling fans but with a modified design.

This means the air that passes through the fans is focused in a single area which then creates a region of high air pressure. Thermaltake riing 12 series high static pressure 120mm circular led ring case radiator fan with anti vibration mounting system cooling cl f038 pl12wt a white 4 7 out of 5 stars 1 413 12 99 12. This curvature is in the direction of the heat source. High airflow fans simply push as much air as possible while static pressure fans are specifically designed to tackle installations with heightened impedance and resistance.

It s an ideal solution for radiator and heatsink use as well as drive bay intakes and other locations where you re mounting a fan directly adjacent to a heat source. High static pressure fans. In addition fans are generally optimized to either move a high volume of air with large blades and high rpm or generate a high static pressure. Dc fans for high static pressure environments designed for highly restrictive high static pressure environments found in telecom medical and industrial applications orion fans family of high static pressure dc fans deliver superior airflows up to 283 cfm.

Compared to the standard cooling fans their blades are a lot wider and curved. The arctic p12 is a pressure optimized pwm 120mm fan. These fans are designed to exert maximum air pressure in a focused direction so that air can reach into all the gaps and openings comfortably and cool down the component or heat source effectively.