COUGAR Unity240-FB Single-Frame 240 ARGB PWM Reversed Fan with Stream Cable Design, Black

COUGAR Unity240-FB Single-Frame 240 ARGB PWM Reversed Fan with Stream Cable Design, Black is a dual-fan single-frame cooling solution designed for simplified installation and synchronized lighting. The unit integrates two 120 mm PWM fans into one frame, enabling unified power and ARGB control while maintaining a compact profile suitable for most PC cases. Key mechanical details include a rotational speed range from 700 to 1600 RPM, a maximum static pressure of 2.31 mmH2O and fluid dynamic bearings for extended operational life.

Advantages

The single-frame design removes the need to wire individual fans separately, reducing cable clutter and speeding up assembly. PWM control adapts fan speed automatically to system temperatures, balancing cooling performance and acoustic levels. ARGB side strips provide configurable lighting effects that can synchronize with motherboard software. Rubber-damped corners reduce vibration transmission for quieter operation under varying loads.

Suitable for

• PC builds requiring dual 120 mm fan mounting with unified cabling
• Systems where motherboard ARGB and PWM synchronization is desired
• Compact and mid-tower enclosures with space for a 240 mm single-frame fan unit
• Users seeking reduced cable complexity and easier fan installation

Key specifications

• Fan type: 120 mm PWM fans in a single 240 mm frame
• Fan diameter: 120 mm per fan
• Rotational speed: 700–1600 RPM
• Maximum air pressure: 2.31 mmH2O
• Airflow: approx. 49.01 CFM
• Bearing type: Fluid Dynamic Bearing (FDB)
• Weight: 0.28 kg
• Dimensions (W×D×H): 243.6 × 25 × 125 mm
• Color: Black with ARGB side strips

How to use

Install the single-frame unit into a compatible 240 mm fan location in your case, aligning the mounting holes and securing the frame with the supplied screws. Connect the PWM fan cable to a motherboard fan header that supports PWM control and attach the ARGB cable to a compatible 5V ARGB header for lighting synchronization. If your motherboard does not provide ARGB or PWM headers, use compatible controllers or hubs following their manufacturer instructions. After physical connection, enable fan curves and lighting profiles in your motherboard or control software to achieve the desired performance and visual effects.

Recommendations

For optimal cooling and noise balance, configure a temperature-based fan curve in your motherboard software so the fans run at lower speeds during idle and increase progressively under load. Ensure unobstructed airflow paths and periodically clean dust from the fan blades and frame. When pairing with other case fans or radiators, verify airflow direction to maintain consistent intake and exhaust balance.