Lian Li UNI Fan SL Wireless 120 Reversed Blade ARGB Black 3 Fans With 2.4 GHz Wireless Controller Fan

Lian Li UNI Fan SL Wireless 120 Reversed Blade ARGB Black 3 Fans With 2.4 GHz Wireless Controller Fan The Lian Li UNI Fan SL Wireless 120 Reversed Blade ARGB Black 3 Fans With 2.4 GHz Wireless Controller Fan facilitates elite thermal synchronization through its revolutionary 2.4GHz wireless control architecture. Specifically engineered for professionals who demand tubeless aesthetics and technically superior cable management via daisy-chain logic, it bridges the gap between mechanical clutter and frictionless build performance. Official Product Page 2.4 GHz Wireless Signal 2000 Max RPM 69.5 Max CFM 3 Years Local Warranty Why the SL Wireless is the Elite Choice for Professionals Industrial Wireless Synchronization Specifically, the 2.4GHz L-Wireless controller architecture facilitates lighting effects and RPM transitions without physical data cables. This technically ensures that your internal hardware environment remains synchronized and stable near-instantaneously. Consequently, your build logic transitions into a professional high-bandwidth showcase without mechanical visual clutter. Reversed Blade Airflow Logic The architecture features a specialized reversed blade design, technically engineered to deliver high-velocity intake airflow while keeping the ARGB front face visible. Moreover, the integration of 69.5 CFM airflow ensures that thermal excursions stay stable even during high-load technical rendering. This ensure your professional gear remains visually elite and thermally stable. Enhanced Dual-Zone Lighting Specifically, each fan features an additional light strip architecture, increasing the technical LED count to 40 per unit. Furthermore, the L-Connect 3 software facilitates elite duo-zoned lighting excursions across your entire cluster. Consequently, this architecture facilitates reliable performance and elite visual synchronization across multi-year hardware generations. Comprehensive Technical Specifications Feature Detailed Specification Model Name UNI FAN SL Wireless 120 (Reverse Blade) Dimensions 120 × 124.5 × 28 mm (High Density PBT) Fan Speed Excursions 300 ~ 2000 RPM (PWM Controlled) Maximum Airflow 69.5 CFM (Intake Optimized) Static Pressure 2.6 mmH2O (Maximum Efficiency) Acoustic Level 31 dB(A) Maximum Noise Bearing Tech Fluid Dynamic Bearing (FDB) EAN / GTIN 840353047495 Warranty 3 Year Limited Warranty �� Technical Note: Wireless & Airflow Synchronization Specifically, the Reversed Blade architecture technically facilitates air intake from the front face of the fan toward the frame. Furthermore, technically ensure your motherboard 4-pin PWM header provides at least 1A of power. If the fans exhibit flickering white light excursions upon startup, this indicates unstable synchronization; in this case, use the included 12V to SATA adapter technically provided in the 3-pack to facilitate stable signal logic. Shop More From Lian Li Explore Fans FAQ What is the technical difference between Reversed and Standard blades? Specifically, the Reversed Blade architecture technically facilitates air intake through the front of the fan. Consequently, it ensures that your professional build remains visually synchronized with the ARGB frame near-instantaneously while serving as an intake fan excursion, unlike standard blades which would show the rear motor bracket. How many fans can I technically control with one L-Wireless receiver? The L-Wireless controller architecture technically facilitates the transmission of 10 channels simultaneously. Furthermore, a single motherboard can facilitate elite synchronization of up to 20 UNI FAN SL wireless iterations near-instantaneously, technically removing the limitation of available USB 2.0 headers. Is the SL Wireless technically compatible with standard cases? Specifically, the fan dimensions are slightly thicker than standard at 120 x 124.5 x 28mm. Consequently, technically ensure your chassis facilitates the extra 3mm of depth to ensure a frictionless installation excursion near-instantaneously without hardware interference. 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.