Arctic P12 Static Pressure 120mm PWM Fan 4 Pin
120mm Arctic P12 PWM, 5 Blade, Static Pressure Fan, 1800rpm, 56.3CFM, Fluid Dynamic Bearing, Black, 4-pin
By DPD On 16th Jun
to your specified address. |
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Have your parcel delivered by DPD to your specified address. Receive SMS with one-hour delivery windowWeekend, timed and European delivery options are available at checkout
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During the development of the new P12 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 P12 PWM is particularly suitable for use on heatsinks and radiators.
More Efficient Technology
The motor is powered by a Neodym-Iron-Boron-Magnet ring of the newest generation, which allows the new P12 PWM to run much more efficiently than its predecessors. This saves energy and lowers the coil temperature without comprimising the performance.
Maximum Quietness, Minimum Vibration
Even at low speeds the operating sound of the new ARCTIC motor is barely noticeable.
Due to a sinus-magnetizing the new 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 new motor.
Extended Life Span
A 10 °C lower motor temperature roughly doubles the life span of a fan.
The new ARCTIC motor has a four times longer service life through its low coil temperature.
Consequently, we have extended the warranty to 10 years.
200 to 1800 RPM Regulated via PWM
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.
0 dB Mode
The P12 PWM is able to switch into silent passive mode when PWM signal is below 5 % due to its new 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.
Two Way Installation
Push warm air out of the case, Pull cool air into your case. Features • Optimised for static pressure
• Ideal choice on heatsinks, radiators and (partly-) covered case vents
• PWM signal adjusts fan speed
• Newly developed, very quiet motor
• 0 dB mode: silent passive mode when PWM signal is below 5 %
|Pack Type||Single (1) Fan Standalone Pack|
|Includes||1 x 120mm Fan/s|
|Individual Fan Specifications|
|Fan Depth||25 mm|
|Fan Speed||1800 rpm|
|Fan Specialization||Static Pressure|
|Air Pressure||2.2 mm H²O|
|Sound Level (dBA)|
|Sound Level (Sone)||0.3 @1800 rpm Sone|
|Bearing Type||Fluid Dynamic Bearing|
|Manual Speed Controller||No|
|Fan Fixing||Screw Fixing|
|Connectors||1 x 4-pin|
Please note your statutory rights are not affected.
For further information regarding Scan's warranty procedure please see our terms and conditions
- 120 months
- Return to base
- DOA Period:
- 28 days
- RTB Period:
- 12 months
- ARCTIC GmbH
Date Issued: 20th Oct 2008
The modern PC is potentially a mass of heat output and heat production hot spots. With CPUs rated at more than 100W of heat output, single graphics boards carrying similar ratings (and people want to run two!), multiple hard drives the norm, lots of memory and mainboards covered in heatpipes to combat toasty core logic and PWM circuits, a PC appreciably warming up a room when it’s working hard is no joke.
Date Issued: 19th Jun 2008
Watercooling for the PC has been around for years in some form or another, for at least as long as Scan have been in business, with basic physics defining why you want to use it. That means for air cooling, to cope with increasing temperature in the heatsink you need to move the air across it faster. That is why thermostatically controlled fans in your PC will turn faster the hotter something gets.
Date Issued: 5th Mar 2007
Anybody who has been near their share of computer systems will appreciate that not all systems make the same amount of noise. There are a number of reasons for why this is so. Firstly, a computer makes noise for different reasons. Generally, anything mechanical is going to make noise.