NZXT Ανεμιστήρας Ψύξης F140p 140mm Λευκός Static Pressure

The NZXT F140P is a 140mm static pressure PWM case fan engineered for directing concentrated airflow through tight spaces such as radiators and heatsinks. It features pressure-optimized blades, a chamfered frame and fluid dynamic bearings for a balance of strong airflow, focused delivery and long-term reliability. The white design fits typical PC builds while the PWM control allows automatic speed adjustment based on system temperatures.

Advantages

Pressure-optimized blades and a minimal blade-to-frame gap maximize airflow through dense fin arrays, while the chamfered frame focuses air deeper into the case. Fluid dynamic bearings provide quiet operation and extended life (rated for long service hours). PWM speed regulation enables efficient cooling with reduced noise when full speed is unnecessary. Rubberized corners and a sturdy frame reduce vibration and maintain stable, low-noise performance.

Suitable for

• Radiator cooling in AIO liquid-cooling setups
• Heatsink airflow for CPU or GPU coolers with dense fins
• Case intake or exhaust where higher static pressure is required
• Quiet builds that need automatic fan speed control (PWM)

Key specifications

• Model: NZXT F140P (RF-P14SF-W2)
• Size: 140 mm
• Speed: 500–1700 RPM (PWM)
• Maximum airflow: 93.2 CFM
• Maximum static pressure: 4.45 mmH2O
• Noise level: up to 30 dB(A)
• Bearing: Fluid Dynamic Bearing
• Color: White
• EAN: 5056547204383

How to use

Mount the fan in the desired position on the radiator, heatsink or case using the provided screws, ensuring the airflow arrow points in the intended direction (intake or exhaust). Connect the fan to a motherboard PWM fan header or a compatible fan controller to enable automatic speed regulation. Ensure cables are routed safely to avoid interference with other components and maintain adequate clearance around the fan for unobstructed airflow.

Recommendations

For radiator installations use multiple NZXT F140P fans in a push or pull configuration for more effective heat dissipation; set fan curves in the BIOS or software to balance noise and cooling according to workload. Periodically clean the fan and radiator fins to prevent dust build-up that reduces static pressure performance.