COUGAR Unity240-FB 120mm ARGB PWM Forward Fan (Single-Frame, 700–2500 RPM, FDB, 5.4 mmH2O, White)

The COUGAR Unity240-FB is a 120 mm single-frame ARGB PWM forward fan designed for case cooling and radiator use. It combines multiple 120 mm fans into a single-frame unit for simplified installation and neater cable routing. With a speed range of 700–2500 RPM, a fluid dynamic bearing (FDB) and a maximum static pressure of 5.4 mmH2O, this white fan is suitable for high-airflow or radiator-mounted cooling in compact or full-size PC builds.

Advantages

The single-frame design allows quick, tool-free installation of multiple fans while keeping cables tidy with the streamlined Stream Cable concept. PWM control provides precise fan-speed modulation to balance cooling performance and noise. ARGB side strips offer vivid lighting that can sync with motherboard software, and rubber shock-absorbent corners reduce vibration for near-silent operation.

Suitable for

• Case cooling in compact and mid/full-tower PCs
• Radiator mounting in AIO or custom water-cooling setups
• Builds requiring synchronized ARGB lighting
• Systems where reduced vibration and quiet operation are desired

Key specifications

• Fan size: 120 mm (single-frame unit)
• Speed: 700–2500 RPM (PWM)
• Maximum air pressure: 5.4 mmH2O
• Airflow: 78.2 CFM
• Bearing type: Fluid Dynamic Bearing (FDB)
• Dimensions: 243.6 × 25 × 125 mm
• Colour: White
• MPN: CF-UN240FW-RGB
• EAN: 4710483779626

How to use

Mount the COUGAR Unity240-FB in the intended fan or radiator positions using the integrated single-frame bracket. Connect the two required cables to the motherboard or controller: the PWM power/speed connector for fan control and the ARGB connector for lighting. Configure fan curves and ARGB effects through the motherboard software or compatible controller, and verify airflow direction before completing the build.

Recommendations

For optimal radiator performance, position the Unity240-FB to push or pull air through the radiator as recommended by the radiator manufacturer, set a PWM curve that increases speed with CPU or coolant temperature, and enable motherboard ARGB sync for unified lighting across components.