COUGAR behuizingsventilator MHP 120, wit, 3-pack

COUGAR MHP 120 — 3 Fan Pack is a high-performance 120 mm radiator fan set in white, designed for use in PC chassis, radiators and heatsinks. The package combines a compact 120 mm fan diameter with a metallic-reinforced motor hub and bearing shell, HDB bearings and PWM control to provide stable rotation, extended service life and adjustable speed up to 2000 RPM. With an airflow of 143.53 m3/h (82.48 CFM) and a static pressure of 4.24 mmH2O, this fan pack is intended to improve cooling efficiency for air and water cooling solutions.

Advantages

The MHP 120 fans deliver high airflow and elevated static pressure while maintaining rotational stability thanks to a metal-reinforced motor hub and metal bearing shell. Hydro Dynamic Bearings (HDB) reduce noise and increase longevity, and PWM control enables precise speed adjustments up to 2000 RPM. Rubber anti-vibration dampers at the four corners reduce mounting vibration and further lower noise from chassis resonance.

Suitable for

• Radiators on AIO and custom water-cooling loops
• CPU heatsinks and tower air coolers
• Case fan mounts where high static pressure is required
• System upgrades to improve airflow in gaming and performance PCs

Key specifications

• Fan diameter: 120 mm
• Maximum speed: up to 2000 RPM
• Airflow: 143.53 m3/h (82.48 CFM)
• Static pressure: 4.24 mmH2O
• Bearing type: HDB (Hydro Dynamic Bearing)
• Mounting: anti-vibration rubber dampers (4 corners)
• Color: White

How to use

Install the fans in the desired chassis or radiator positions using the supplied screws and ensure the rubber dampers contact the mounting points to reduce vibration. Connect each fan to a PWM-capable header on the motherboard or fan controller to allow automatic speed control and monitoring. Orient the fans to push or pull air according to your case airflow plan and confirm secure cable routing to prevent interference with other components.

Recommendations

For optimal radiator or heatsink performance, use the MHP 120 fans in push or pull configurations on radiators and set PWM control to balance noise and cooling—higher RPMs for demanding loads, lower RPMs for quiet operation. Periodically clean fan blades and check mounting screws and connectors to maintain performance and lifespan.