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COUGAR MHP 120 ARGB is a 120 mm high-performance radiator fan designed for chassis cooling and radiator/heatsink use. It combines a metal-reinforced motor hub and bearing shell with HDB (Hydro Dynamic Bearing) and PWM control to deliver stable rotation, extended life span and adjustable fan speed. The fan supports 5V ARGB lighting with nine addressable LEDs to provide varied lighting effects and fits most air and water coolers.

Advantages

The MHP 120 ARGB provides high airflow (82.48 CFM / 143.53 m³/h) and high static pressure (4.24 mmH2O) with a maximum speed of 2000 RPM, making it suitable for radiator and heatsink cooling. Metal reinforcement on the motor hub and bearing shell increases rotational stability and durability, while HDB reduces noise and extends service life. Anti-vibration rubber dampers at the four corners reduce mounting noise and resonance. Built-in 5V ARGB with nine lamp beads produces bright, customizable lighting effects.

Suitable for

• Radiators in liquid cooling loops
• CPU heatsinks and air coolers
• Case fan positions requiring high static pressure
• Custom gaming PC builds needing ARGB lighting

Key specifications

• Type: 120 mm air cooler / radiator fan
• Fan diameter: 120 mm
• Airflow: 143.53 m³/h (82.48 CFM)
• Static pressure: 4.24 mmH2O
• Max speed: 2000 RPM
• Bearing: HDB (Hydro Dynamic Bearing)
• Lighting: 5V ARGB, 9 addressable LEDs
• Anti-vibration: rubber dampers (4 corners)
• Colour: Black, White
• Weight: 0.193 kg

How to use

Install the MHP 120 ARGB in the desired fan position on your radiator, heatsink or chassis using the appropriate screws. Connect the 5V ARGB header to a compatible ARGB controller or motherboard 5V ARGB port to enable lighting control. Connect the fan power and PWM cable to the motherboard or fan controller to allow speed regulation. Ensure airflow direction and mounting orientation match your cooling setup for optimal performance.

Recommendations

For best results on radiators and dense heatsinks, mount the fan to ensure air is pushed through the fins toward exhaust or radiator flow direction. Use PWM control to balance cooling performance and noise levels; keep the ARGB connected to a compatible 5V header to prevent lighting issues.