Ventola per case HAVN H12 PWM 120 mm bianco – 1 pz., modello HVN-FS-H1230-01

HAVN H12 PWM 120 mm white is a single 120 mm case fan designed to provide reliable airflow for desktop PCs and gaming systems. The fan uses PWM control to adjust rotor speed according to motherboard or fan controller signals, enabling balanced cooling and reduced acoustic output. Its neutral white finish fits a wide range of builds and can be installed as intake or exhaust to improve case ventilation and help maintain stable component temperatures.

Advantages

This 120 mm fan offers variable speed control via PWM for fine-tuned cooling performance and quieter operation at lower loads. Its compact 120 mm frame ensures compatibility with standard case mounting points, while the single-piece supply makes replacement or incremental cooling upgrades simple. The design focuses on consistent airflow and reliability for everyday computing and gaming use.

Suitable for

• General PC case ventilation (intake or exhaust)
• Gaming desktops requiring additional airflow
• Cooling upgrades for small form factor and ATX cases
• Systems where PWM fan control is available on the motherboard or controller

Key specifications

• Fan size: 120 mm
• Control type: PWM (pulse-width modulation)
• Color: white
• Mounting: standard 120 mm case screw holes
• Intended use: case ventilation (intake or exhaust)

How to use

Mount the fan into a compatible 120 mm fan slot using the case mounting holes and screws. Connect the fan's power and PWM cable to a compatible 4-pin header on the motherboard or to a PWM-capable fan controller. Configure fan curves in the BIOS or software to set the desired balance of airflow and noise. When used as intake, position the fan to draw cool air into the case; when used as exhaust, orient it to expel warm air from the case.

Recommendations

For optimal results, install the HAVN H12 PWM with at least one matching fan to create a directed airflow path (front-to-back or bottom-to-top). Keep fan mounts and air channels free of dust and obstructions, and set PWM profiles to ramp up under higher CPU or GPU temperatures to maintain system stability while minimizing noise during idle periods.