COUGAR Ventola per case MHP 120 ARGB, nero (confezione da 3)

COUGAR MHP 120 ARGB is a 120 mm high-performance radiator fan designed for use in PC chassis and on radiators or heatsinks. The three-fan pack (CF-MHP12HB3-RGB) combines a black-and-white aesthetic with ARGB lighting, metal-reinforced motor components, HDB bearings and PWM control to deliver high airflow, high static pressure and stable operation for active cooling upgrades.

Advantages

The MHP 120 ARGB offers a maximum speed of up to 2000 RPM, measured airflow of 143.53 m3/h (82.48 CFM) and a static pressure of 4.24 mmH2O, enabling effective heat dissipation on radiators and heatsinks. Metal reinforcement of the motor hub and bearing shell increases rotational stability and durability. Hydro-dynamic (HDB) bearings reduce noise and extend lifetime, while PWM control provides precise fan-speed management. Built-in 5V ARGB with nine LEDs per fan produces vivid, addressable lighting effects through the fan blades. Anti-vibration rubber dampers at the corners reduce mounting noise and resonance.

Suitable for

• Cooling PC radiators (water-cooling) and thick stacked radiators
• CPU heatsinks and tower air coolers
• Case fan positions requiring high static pressure
• Systems where ARGB lighting and synchronized effects are desired

Key specifications

• Model: COUGAR MHP 120 ARGB (CF-MHP12HB3-RGB)
• Fan size: 120 mm
• Included fans: 3-pack
• Airflow: 143.53 m3/h (82.48 CFM)
• Max speed: 2000 RPM
• Static pressure: 4.24 mmH2O
• Bearing type: HDB (Hydro Dynamic Bearing)
• Lighting: 5V ARGB, 9 LEDs per fan
• Colours: Black, White
• MPN / EAN: CGR-CF-MHP12HB3-RGB / 4710483774164

How to use

Mount the fans to your radiator, heatsink or case using the supplied screws, ensuring the rubber dampers align with mounting points to reduce vibration. Connect the 5V ARGB header to a compatible motherboard or ARGB controller for lighting control, and connect the PWM power cable to a PWM-capable fan header or controller to allow automatic speed control. Arrange fan orientation to maintain correct airflow direction through the radiator or chassis and verify connector compatibility before powering on the system.

Recommendations

For optimal cooling performance on radiators, use the fans in a push, pull, or push-pull configuration depending on radiator thickness and case clearance. Use motherboard ARGB software or a dedicated controller to synchronize lighting. If noise is a concern, configure PWM profiles to balance RPM and acoustic level.