Lian Li UNI FAN TL FLEX Wireless ARGB Reverse Blade 120mm ventilator 3-pack met controller, zwart

Engineered for high-performance cooling with a reverse blade design, the Lian Li UNI FAN TL FLEX Wireless ARGB fans deliver a maximum airflow of 64.5 CFM and a static pressure of 2.8 mmH2O, ensuring efficient heat dissipation even in demanding builds. This 3-pack includes a UNI HUB TL controller for seamless wireless control and synchronization.

Overview

The Lian Li UNI FAN TL FLEX Wireless ARGB Reverse Blade 120mm fans are a premium cooling solution designed for PC enthusiasts who demand both performance and aesthetics. Each fan features a fluid dynamic bearing for quiet operation and longevity, with a rotational speed of up to 2000 RPM. The reverse blade design is ideal for bottom or side intake configurations, providing unobstructed airflow while showcasing the stunning ARGB lighting.

What stands out

• Wireless control via the included UNI HUB TL controller, eliminating cable clutter.
• Reverse blade design for optimal intake airflow without compromising on RGB visibility.
• Daisy-chain support with the UNI FAN interlocking system for simplified installation.
• Addressable RGB lighting with L-Connect 3 software for full customization.
• Durable construction with a combination of PBT, PC, and aluminum frame.

Technical details

• Fan size: 120mm
• Fan thickness: 28mm
• Bearing type: Fluid Dynamic Bearing (FDB)
• Fan speed: 0 - 2000 RPM
• Max airflow: 64.5 CFM
• Max static pressure: 2.8 mmH2O
• Max noise level: 31 dBA
• Rated voltage: 12V DC (fan), 5V DC (LED)
• Connector: Proprietary 7-pin to controller
• Controller interface: USB 2.0 header, SATA power
• Software support: L-Connect 3
• Material: PBT / PC / Aluminum frame
• Daisy chain support: Yes
• Quantity per pack: 3 fans
• Controller included: Yes

Our verdict

The Lian Li UNI FAN TL FLEX Wireless ARGB Reverse Blade fans combine exceptional cooling performance with a clean, wireless setup and vibrant RGB lighting, making them an excellent choice for builders looking to elevate their system's aesthetics and airflow.