ARCTIC P14 PWM PST - case fan

Article-No.:

536031

Manufacturer-No.:

ACFAN00125A

EAN/GTIN:

4895213701563

WEEE Nummer

DE61101640

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Technical specifications

General

Product Type

Case fan

Packaged Quantity

Heatsink & Fan

Fan Diameter

140 mm

Fan Height

27 mm

Rotation Speed

200-1700 rpm

Air Flow

72.8 cfm

Power Connector

4-pin fan socket, 4-pin fan connector

Features

Pulse-width modulation (PWM) support

Fan Bearing

Fluid dynamic bearing

Noise Level

0.3 Sone

Start Voltage

3,9 V

Cable Length

40 cm

Dimensions & Weight

Width

14 cm

Depth

14 cm

Height

2,7 cm

Weight

194 g

Dimensions & Weight (Shipping)

Shipping Width

14,3 cm

Shipping Depth

14,3 cm

Shipping Height

2,9 cm

Shipping Weight

234 g

Service & Support

Type

10-year warranty

Miscellaneous

Color Category

Black

Description

During the development of the P14 PWM PST, 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 P14 PWM PST is particularly suitable for use on heatsinks and radiators.

More efficient technology
The motor is powered by a neodym-iron-boron-magnet ring, which allows the P14 PWM PST to run much more efficiently than its predecessors. This saves energy and lowers the coil temperature without compromising the performance.
Maximum quietness, minimum vibration
Even at low speeds the operating sound of the ARCTIC motor is barely noticeable. Due to a sinus-magnetizing the motor only creates about 5 % of the vibration from commutation of a regular DC-motor without filter. Consequently, there is no need for rubber spacers due to the steady and smooth torque of the motor.
0 dB mode
The P14 PWM PST is able to switch into silent passive mode when PWM signal is below 5 % due to its innovative motor. This allows working at your PC in complete silence without any unwanted noise.
High quality bearing
Thanks to an alloy/lubricant combination developed in Germany, friction within the bearing is reduced and greater efficiency is achieved. As a result, there is less heat development as well as less bearing noise, which means you can enjoy a longer service life from your fan.