Lian Li UNI Fan CL Wireless 120mm Reverse White 3 Fans With Wireless Sync Controller Fan

Lian Li UNI Fan CL Wireless 120mm Reverse White 3 Fans With Wireless Sync Controller Fan

2599 EGP

Part Number 12RVL1W3W WHITE / 840353049369
Fan Type Reverse Blade (Optimized for Intake)
Connectivity Wireless Sync (Includes L-Wireless Controller & USB Dongle)
Fan Speed 0, 250 – 2100 RPM (PWM Controlled)
Max Airflow / Pressure 72.73 CFM / 2.52 mmH2O
Dimensions 124 x 120 x 28 mm (PBT / Aluminum Construction)
Lighting Dual-Zone ARGB (Independently Controllable Blades & Strips)
Warranty 3 Years

Only 2 left in stock

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SKU: 840353049369 Category: Case Fans Tags: FAN, Lian Li, FDB Bearing, 12RVL1W3W WHITE, White, fans, Reverse, 840353049369, WIRELESS, REVERSE BLADE, Lian, Controller, L-Connect 3, Li, 120MM, 2.4GHz Wireless, UNI, SYNC, 3, CL, gaming, With, 3-pack, Lian Li UNI Fan series, ARGB, UNI Fan CL Wireless Brand: LIAN LI

Lian Li UNI Fan CL Wireless 120mm Reverse White 3 Fans With Wireless Sync Controller Fan

The Lian Li UNI Fan CL Wireless 120mm Reverse White 3 Fans With Wireless Sync Controller Fan facilitates a cable-free ecosystem through its proprietary 2.4GHz L-Wireless synchronization. Specifically engineered for professionals who demand 72.73 CFM high-airflow excursions and noise-optimized FDB bearings, it bridges the gap between complexity and reliable performance.

2100

Max RPM

2.4GHz

Wireless Sync

Reverse

Blade Logic

1 Year

Local Warranty

Why the UNI Fan CL Wireless is the Elite Choice for Professionals

Innovative L-Wireless Synchronization

Specifically, the L-Wireless controller eliminates traditional hub-to-controller cable clutter by utilizing a 2.4GHz signal for lighting and PWM synchronization. Furthermore, the architecture supports up to 10 channels for unified device control. Consequently, your workstation environment remains technically streamlined and cable-free during intensive cooling excursions.

Dual-Zone Visual Architecture

The architecture features individually controllable lighting zones on both the fan blades and the side strips. Moreover, the aluminum nameplate and push-to-connect tool-free interlocking system provide a high-end structural finish. This ensure your professional gear remains synchronized and visually superior during long-duration workstation sessions.

Comprehensive Technical Specifications

Feature	Detailed Specification
Model Name	Lian Li UNI Fan CL Wireless Reverse (12RCL1W3W)
Dimensions	124 x 120 x 28 mm (Performance Thickness)
Blade Orientation	Reverse Blade (Intake Optimized)
Fan Speed	0, 250 ~ 2100 RPM (PWM)
Airflow Performance	72.73 CFM (Maximum)
Static Pressure	2.52 mmH2O (Maximum)
Acoustic Level	30.8 dBA (Maximum)
Bearing Type	Fluid Dynamic Bearing (FDB)
Power Interface	Integrated PWM Receiver with Cable Organizer
Warranty	1 Year Limited Warranty

💡 Technical Note: Reverse Blade Intake Logic

Specifically, this model is a Reverse Blade fan, designed technically to act as an Intake while showcasing the aluminum nameplate and ARGB zones. Furthermore, do not utilize this fan for exhaust excursions if you intend to push air out of the chassis. Ensure your thermal architecture is technically synchronized for intake placement before beginning the installation excursion.

FAQ

What is the technical benefit of the L-Wireless sync?

Specifically, the L-Wireless synchronization utilizes a 2.4GHz signal to control fan speed and lighting effects. Consequently, this architecture facilitates a cable-free ecosystem by eliminating traditional hub-to-fan wires, ensuring your professional build remains streamlined and easier to maintain.

Does the UNI Fan CL Wireless support daisy-chaining?

The architecture features a new push-to-connect tool-free interlocking system for simplified cable management. Moreover, this facilitates clean and secure chaining of fan clusters in seconds without requiring screws for the fan-to-fan connection, technically optimizing the installation excursion.

How does the FDB bearing impact the fan’s lifecycle?

Fluid Dynamic Bearings (FDB) are technically engineered for low noise and extended durability. Specifically, the lubricant-based architecture reduces friction and heat during high-speed RPM excursions. Consequently, this ensure your workstation cooling remains stable and quiet over a multi-year professional lifecycle.

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