Computer cooling fan HYTE FA12-TM-4 120 mm Violet, 1500 RPM, 72 m³/h, 1.6 mmH2O, FDB, pack of 4

HYTE FA12-TM-4 is a pack of four 120 mm violet cooling fans designed for case and CPU cooling. Each fan runs up to 1500 RPM, delivers an airflow of 72 m³/h and a maximum static pressure of 1.6 mmH2O. The fans use Fluid Dynamic Bearing (FDB) to reduce noise and extend operational life. Sleeved PWM cables and vibration isolators provide finer speed control and lower vibration transmission, making the set suitable for system builds and upgrades that require both airflow and quiet operation.

Advantages

The hybrid fan blade design balances airflow and static pressure for effective case ventilation and compatibility with restricted airflow areas. Fluid Dynamic Bearings reduce operational noise and improve reliability over time. Braided sleeved PWM cables enable accurate fan speed control while abrasion-resistant sleeving protects wiring. Integrated vibration isolators help minimize acoustic transfer to the chassis.

Suitable for

• Case ventilation and intake/exhaust configurations
• CPU cooler or radiator support in standard 120 mm mounts
• System upgrades to improve airflow and acoustic performance
• Custom PC builds with color-matched components

Key specifications

• Fan size: 120 x 25 x 120 mm
• Speed: up to 1500 RPM
• Airflow: 72 m³/h
• Maximum static pressure: 1.6 mmH2O
• Bearing type: Fluid Dynamic Bearing (FDB)
• Connector: PWM (braided sleeved cables)
• Accessories: vibration isolators
• Color: Violet
• Quantity: pack of 4

How to use

Install each fan into standard 120 mm mounting points in your case or on compatible CPU/radiator brackets, aligning the airflow direction as required for intake or exhaust. Connect the PWM cables to appropriate motherboard fan headers or a fan controller to enable automatic speed regulation based on system temperatures. Ensure vibration isolators are seated between fan frame and chassis where provided. Verify cable routing to avoid contact with moving parts.

Recommendations

For balanced cooling and quieter operation, configure a mix of intake and exhaust placements and allow the motherboard or controller to manage fan curves via PWM. Regularly clean dust filters and fan blades to maintain optimal airflow and check connections periodically to ensure reliable operation.