Tuuletin Cooler Master MasterFan MF120 HALO² 12 cm musta 2050 RPM

The Cooler Master MasterFan MF120 HALO² 12 cm Black is a 120 mm case fan designed to provide efficient cooling for PC components. With a maximum speed of 2050 RPM and a rifle bearing for increased durability, this fan offers improved airflow and static pressure (max 2.89 mmH2O) while maintaining a compact black design that fits a variety of builds.

Advantages

Addressable Gen 2 RGB with larger LED rings increases lighting output by approximately 50% for more vivid illumination. The hybrid frame design with redesigned structure and corner dampers improves stability without reducing the effective fan blade area. Larger Air Balance fan blades (about 10% larger) deliver stronger airflow and enhanced cooling performance. A fine-tuned P-Q curve raises both airflow and static pressure while reducing noise compared with the previous generation. The product is available in multiple sizes (120 mm and 140 mm) and in black or white finishes.

Suitable for

• PC case cooling for mid-tower and full-tower systems
• Radiator cooling in compact liquid cooling loops
• System builds requiring addressable RGB lighting integration

Key specifications

• Model: Cooler Master MasterFan MF120 HALO²
• Fan diameter: 120 mm
• Maximum speed: 2050 RPM
• Bearing type: Rifle bearing
• Maximum static pressure: 2.89 mmH2O
• Colour: Black
• MPN: MFL-B2DN-21NP2-R2
• EAN: 4719512127476

How to use

Mount the fan in the desired case or radiator position using the supplied screws or compatible mounting hardware. Connect the fan’s power and RGB connectors to the appropriate motherboard headers or an RGB controller following your motherboard and controller manuals. Ensure airflow direction (typically indicated by arrows on the fan frame) matches your desired intake or exhaust configuration. Adjust fan speed and RGB settings through BIOS, motherboard software, or an external controller as needed.

Recommendations

Install the MF120 HALO² with correct airflow orientation and secure mounting to minimize vibration. For optimal cooling and balanced noise, consider using PWM control and monitor temperatures after installation. When integrating RGB, use compatible addressable headers or controllers to access full lighting features.