ARCTIC F12 PWM PST - Value Pack - case fan

ARCTIC F12 PWM PST - Value Pack - case fan_thumb_1

ARCTIC F12 PWM PST - Value Pack - case fan_thumb_2

ARCTIC F12 PWM PST - Value Pack - case fan_thumb_3

ARCTIC F12 PWM PST - Value Pack - case fan_1

ARCTIC F12 PWM PST - Value Pack - case fan_2

ARCTIC F12 PWM PST - Value Pack - case fan_3

Article-No.:

244004

Manufacturer-No.:

ACFAN00250A

EAN/GTIN:

4895213703345

Technical specifications

General

Product Type

Case fan

Packaged Quantity

5

Heatsink & Fan

Fan Diameter

120 mm

Fan Height

25 mm

Rotation Speed

230-1350 rpm

Air Flow

53 cfm

Power Connector

4-pin fan socket, 4-pin fan connector

Features

PWM Sharing Technology (PST), Pulse-width modulation (PWM) support

Fan Bearing

Fluid dynamic bearing

Air Pressure

1 mm

Noise Level

0.3 Sone

Start Voltage

6 V

Cable Length

40 cm

Dimensions & Weight

Weight

109 g

Dimensions & Weight (Shipping)

Shipping Width

12,8 cm

Shipping Depth

12,8 cm

Shipping Height

12,4 cm

Shipping Weight

692 g

Service & Support

Type

6-year warranty

Miscellaneous

Color

Black

Color Category

Black

Description

Long service life
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.
PWM Sharing Technology (PST) lowers noise
If you want to improve the cooling efficiency of your computer you get several case fans working in parallel (since it takes 10 fans to double the noise level). But what does it help if they don't work together? The PST assures that all of your fans listen to one control signal. E.g. you share the CPU cooler's PWM signal and assure that your case fans stand down at low load and spin up whenever necessary.
Innovative design enables quiet and efficient ventilation
The innovative design of the fan blades improves the air flow and facilitates highly efficient ventilation. The impeller was designed with a focus on minimizing the noise level yet delivering the desired airflow and pressure.