Lian Li UNI Fan TL Wireless 120MM ARGB Reverse Blade White 3 Fans With Controller Fan

Lian Li UNI Fan TL Wireless 120MM ARGB Reverse Blade White 3 Fans With Controller Fan The Lian Li UNI Fan TL Wireless 120MM ARGB Reverse Blade White 3 Fans With Controller Fan facilitates elite thermal synchronization through its revolutionary 2.4GHz wireless control architecture and LCP material science. Specifically engineered for professionals who demand 83.4 CFM intake excursions and technically superior cableless build logic, it bridges the gap between mechanical clutter and frictionless build performance. Official Product Page LCP Blade Material 2300 Max RPM 83.4 Max CFM 3 Years Local Warranty Why the UNI FAN TL Wireless is the Elite Choice for Professionals Next-Gen LCP Blade Architecture Specifically, the TL series architecture utilizes Liquid Crystal Polymer (LCP) for the fan blades to technically facilitate tight 0.65mm tolerances. This architecture ensures that blade deformation is minimized during high-velocity excursions near-instantaneously. Consequently, your workstation remains thermally synchronized even during high-bandwidth technical rendering. Revolutionary Wireless Logic The architecture features an innovative 2.4GHz wireless signal to technically facilitate control over lighting effects and RPM transitions without physical controller hubs. Moreover, the integration of 10 simultaneous channels ensures that large fan clusters stay synchronized near-instantaneously. This ensure your professional gear remains stable across high-density hardware iterations. Infinity Mirror Aesthetic Sync Specifically, each fan includes dual-zone lighting with 26 LEDs and high-bandwidth infinity mirrors on both frame sides. Furthermore, the L-Connect 3 software facilitates elite visual synchronization across multi-year hardware iterations. Consequently, this architecture facilitates reliable performance and elite visual purity for industrial-grade PC builds. Comprehensive Technical Specifications Feature Detailed Specification Model Name UNI FAN TL 120 Reverse Blade Wireless (12RTL1W3W) Fan Dimension 120 x 124 x 28 mm (Performance Optimized) Blade Material LCP (Liquid Crystal Polymer) Fan Speed Excursions 200 ~ 2300 RPM (PWM Controlled) Max. Airflow 83.4 CFM (Intake High-Volume) Max. Static Pressure 2.66 mmH2O (Industrial Density) Acoustic Noise 34 dB(A) Maximum Level EAN / GTIN 840353048126 Warranty 3 Year Limited Warranty �� Technical Note: Wireless Performance Synchronization Specifically, the Reversed Blade architecture technically facilitates air intake while showcasing the infinity mirror aesthetic. Furthermore, for professional build synchronization, the L-Wireless controller technically requires connection to an available USB Type-A port. When utilizing two or more fans, technically ensure you connect the SATA power cable provided in the 3-pack to facilitate stable electrical excursions near-instantaneously. Shop More From Lian Li Explore Fans FAQ What is the technical benefit of LCP fan blades in the TL series? Specifically, Liquid Crystal Polymer (LCP) technically facilitates high-speed rotation without material expansion. Consequently, the blade gap remains synchronized at a precise 0.65mm, technically ensuring elite airflow excursions and industrial-grade noise optimization near-instantaneously. How many TL wireless fans can the controller technically manage? The L-Wireless controller architecture technically facilitates up to 10 simultaneous channels. Furthermore, when all 10 channels are connected to the non-LCD TL wireless iteration, the controller can manage up to 40 fans simultaneously while keeping signal logic synchronized. Does the TL Wireless technically require a physical hub connection? No. By adopting 2.4GHz wireless technology, the architecture technically eliminates traditional physical hub synchronization. Specifically, fan speeds and lighting effects are synchronized through the wireless receiver near-instantaneously, technically removing mechanical cable clutter excursions from your chassis. Help us improve our product data accuracy. If you notice any error in this draft, please report it via our official feedback form: Alfrensia.com – Website Feedback & Report Form. Copyright © 2026 Alfrensia.com. All rights reserved.