ARCTIC P12 PWM PST A-RGB 0dB - case fan

Article-No.:
188657
Manufacturer-No.:
ACFAN00254A
EAN/GTIN:
4895213703529
WEEE Nummer
DE61101640
Technical specifications

General

Product Type
Case fan
Packaged Quantity
1

Heatsink & Fan

Fan Diameter
120 mm
Fan Height
25 mm
Rotation Speed
0-2000 rpm
Air Flow
48.8 cfm
Power Connector
4-pin fan socket, 4-pin fan connector
Features
RGB Fusion 2.0, Digital addressable RGB LEDs, ASUS Aura Sync, MSI Mystic Light Sync, ASRock Polychrome RGB, PWM Sharing Technology (PST), Pulse-width modulation (PWM) support, RGB LED x12, Vibration dampeners
Fan Bearing
Fluid dynamic bearing
Air Pressure
1.85 mm
Noise Level
0.3 Sone
Cable Length
40 cm

Dimensions & Weight

Width
12 cm
Depth
12 cm
Height
2,5 cm
Weight
131 g

Dimensions & Weight (Shipping)

Shipping Width
3 cm
Shipping Depth
12,7 cm
Shipping Height
12,5 cm
Shipping Weight
159 g

Service & Support

Type
6-year warranty

Miscellaneous

Color
White
Color Category
White
RGB
Description
  • RGB for full-color control
    The P12 PWM PST A-RGB 0dB has 12 digital A-RGB LEDs in the fan scar. These can be controlled independently of each other and are compatible with the common A-RGB standards of leading motherboard manufacturers. The fan can thus be fully illuminated directly via the A-RGB mainboard connector or via an external controller and synchronized with the illumination of other hardware.
  • Maximum smoothness and minimum vibration
    The operating noise of the newly developed ARCTIC motor is barely perceptible even at the lowest speed. In addition, the P12 PWM PST A-RGB 0dB has rubberized contact surfaces and thus reduces audible vibrations to a minimum.
  • Optimized for high static pressure
    The P12 PWM PST A-RGB 0dB operates with a focused airflow and a high static pressure. The fan thus guarantees extremely efficient cooling, even with increased air resistance, and is therefore suitable for use on heat sinks, radiators and filters.
  • High-quality bearing
    Thanks to an alloy/lubricant combination developed in Germany, friction within the bearing is reduced and greater efficiency is achieved. In this way, less heat develops, less bearing noise is generated and the service life of the fan is extended.
AlertBrowse fileDownload file