Arctic P12 Pro Fan - White - 120mm

The Arctic P12 Pro 120mm PWM A-RGB High Static Pressure Fan in White is an expertly crafted coolin...

Best current price£9.97from Box.co.uk

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Box.co.ukArctic White P12 Pro 120Mm Pwm A-Rgb High Static Pressure Fan
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Laptop OutletArctic White P12 Pro 120Mm Pwm A-Rgb High Static Pressure Fan
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Scan ComputersArctic P12 Pro A-Rgb High Static Pressure 120Mm Pwm Fan White Acfan00311a
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Clove TechnologyArctic White Freezer P12 Pro A-Rgb (White) - 120 Mm A-Rgb Pwm Fan With Cable Splitter
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eBayArctic P12 Pro A-RGB 120mm PWM Case Fan 3000 RPM 77 CFM 4-Pin White ACFAN00311A
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Product Information

Full details

The Arctic P12 Pro A-RGB (White) is a 120mm PWM fan designed for PC builders and gamers seeking efficient cooling with enhanced aesthetics. Its key benefit is high static pressure, making it excellent for radiators and dense heatsinks, while its A-RGB lighting adds visual flair. A potential caveat is that users requiring advanced software control for fan speeds might need to explore other options.

All features

ColourWhite
Model Part NumberACFAN00311A
BrandArctic

Extended Product Information

FAQs

What is the main advantage of this fan's high static pressure?

High static pressure allows the fan to push air effectively through resistance, making it ideal for cooling radiators, dense heatsinks, and cases with restrictive front panels where standard airflow fans might struggle.

How do I control the A-RGB lighting?

The A-RGB lighting is controlled via a 3-pin connector, typically plugged into a 5V A-RGB header on your motherboard or a separate A-RGB controller. You will then use your motherboard's or controller's software to customize colors and effects.

What is PWM control and how does it benefit me?

PWM (Pulse-Width Modulation) allows the fan's speed to be automatically adjusted by the motherboard based on system temperature. This means quieter operation during light loads and maximum cooling when needed, optimizing performance and noise levels.

What is a Fluid Dynamic Bearing (FDB)?

FDB is a type of bearing that uses a lubricating film to reduce friction and wear between the bearing surfaces. This results in quieter operation, increased efficiency, and a longer lifespan compared to traditional sleeve or ball bearings.

Can I connect multiple Arctic P12 Pro fans together?

Yes, these fans feature PST (PWM Sharing Technology), allowing you to connect multiple fans in series using the provided splitter or by daisy-chaining them, all controlled by a single PWM header on your motherboard.

What is the warranty period for this fan?

The Arctic P12 Pro A-RGB fan comes with a 6-year warranty, reflecting ARCTIC's confidence in its durability and reliability.

What are the physical dimensions of the fan?

The fan has standard 120mm dimensions, measuring 120mm in width and length, with a thickness of 25mm.

Troubleshooting

Fan does not spin

Check that the 4-pin PWM fan connector is securely plugged into the motherboard header. Ensure the fan header is enabled in the BIOS/UEFI and that the fan speed is not set to 0 RPM. Verify the starting voltage (3.3V) is met by the system.

A-RGB lighting not working

Ensure the 3-pin A-RGB connector is correctly plugged into a compatible 5V A-RGB header on the motherboard or controller. Check your motherboard's lighting control software to ensure it's enabled and configured.

Fan is noisy or rattling

Ensure all mounting screws are tightened. Check for any obstructions around the fan blades. If noise persists, the bearing may be compromised; consider replacing the fan, especially if within the warranty period.

Fan speed does not adjust

Confirm the 4-pin PWM connector is used and that the motherboard header supports PWM control. Check BIOS/UEFI settings or motherboard software to ensure PWM mode is enabled for the fan header.

Multiple fans not synchronizing

Ensure the PST cables are correctly daisy-chained or connected to the motherboard/controller. Verify that the motherboard/controller supports the number of fans connected and that the appropriate software is running.

Pros and Cons

Pros

  • Excellent high static pressure for radiators and heatsinks.
  • Attractive A-RGB lighting for customizable builds.
  • Quiet operation thanks to FDB and PWM control.
  • Long lifespan with a 6-year warranty.
  • Easy integration with PST for multi-fan setups.

Cons

  • Advanced software fan control is not a primary feature.
  • May not be the best choice if maximum raw airflow is the sole priority over static pressure.
  • A-RGB requires a separate 3-pin connector, potentially using an additional header.

Setup, Compatibility & Care

Setup:

  1. Mounting: Secure the fan to your PC case, radiator, or heatsink using the included screws. Ensure the airflow direction arrows on the fan frame point in the desired direction (usually towards the component you want to cool or out of the case).
  2. Power Connection: Connect the 4-pin PWM fan connector to a CPU_FAN, SYS_FAN, or PUMP header on your motherboard. Ensure the header supports PWM control for speed regulation.
  3. A-RGB Connection: Connect the 3-pin A-RGB connector to a compatible A-RGB header on your motherboard or A-RGB controller. If connecting multiple fans, use the PST splitter cable provided or daisy-chain them according to your motherboard/controller manual.

Compatibility:

  • Size: 120mm size is compatible with most standard fan mounts in PC cases and radiators.
  • Motherboard Headers: Requires a 4-pin PWM fan header for speed control and a 3-pin 5V A-RGB header for lighting. If your motherboard lacks a dedicated A-RGB header, an external controller may be needed.
  • Operating System: Fan speed and lighting are typically controlled via motherboard BIOS/UEFI or software utilities provided by your motherboard manufacturer.

Care:

  • Cleaning: Periodically clean dust from the fan blades and frame using compressed air or a soft, dry cloth. Avoid using liquid cleaners directly on the fan.
  • Bearing Lubrication: The Fluid Dynamic Bearing is sealed and does not require user lubrication.
  • Environment: Operate the fan within the specified temperature range (0-40°C) to ensure longevity.

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