ARTIC COOLING F9 PWM 92MM CASE FAN - BLACK

The F9 92mm PWM Fan Is Pressure Optimized

Optimized for Static Pressure
During the development of the new F9 PWM, special emphasis was placed on a focused airstream and thus a high static pressure. The fan guarantees extremely efficient cooling, even with increased air resistance. Therefore, the F9 PWM is particularly suitable for use on heatsinks and radiators.

Features
High Quality Fluid Dynamic Bearing
The Fluid Dynamic Bearing comes with an oil capsule that avoids lubricant leakage. Thus this bearing is as quiet as a sleeve bearing but comes with a significantly higher service life.

Perfect Case Fan Regulation with PWM
The PWM function allows the motherboard to run the fan precisely at its necessary speed. This guarantees the required cooling and minimizes the noise level.

Innovative Design Enables Quiet and Efficient Ventilation
The innovative design of the fan blades improves the air flow and facilitates a highly efficient ventilation. The impeller was designed with a focus on minimizing the noise level yet delivering the desired airflow and pressure.


Two Way Installation

10 Year Manufacturer Warranty with Extended Life Span
The new ARCTIC motor has a four times longer service life through its low coil temperature. Consequently, Arctic has extended the warranty to 10 years!

PWM Fan Speeds from 150 ~ 1800 RPM
Thanks to the 4-pin connector, the RPM can be regulated in a broad spectrum via PWM. In this way, noise is kept at a minimum while maximum cooling performance is guaranteed when needed.


Specifications
Make and Model Arctic F9 92mm PWM Fan, Black
Part Number ACFAN00213A

Fan Size 92mm Case Fan
Bearing Type FDB (Fluid Dynamic Bearing)

Speed PWM: 150 ~ 1,800 RPM
Air Flow 43 CFM / 73.1m3/hour
Air Pressure 1.35 mm/H2O
Noise 0.4 Sone

Power Operating: 12Vdc @ 0.15A
Start Up Voltage: 8.5Vdc
Connector 4-Pin fan connector
Cable Length 400mm

Dimensions 92 x 92 x 25mm
Weight 82g

Package Contents
Arctic Cooling F9 PWM 92mm Case Fan, Black
4 x Screws
User's Information