Lian Li UNI Fan SL-Infinity Wireless 140-Single Pack (Reverse Blade)-2.4 GHz Wireless Signal Control-ARGB Fan- Infinity Mirror -Daisy-Chain Design- Without Controller - White (14RSLIN1W1W)
R 1,735
or 4 x payments of R433.75 with
Availability: Currently in Stock
Delivery: 10-20 working days
This item may be available in a different size, colour, scent, version or platform:
Lian Li UNI Fan SL-Infinity Wireless 140-Single Pack (Reverse Blade)-2.4 GHz Wireless Signal Control-ARGB Fan- Infinity Mirror -Daisy-Chain Design- Without Controller - White (14RSLIN1W1W)
Mesmerizing Lighting: The UNI FAN SL-INFINITY Wireless features three independently controlled light zones, allowing for stunning visual effects. Each zone offers unique lighting options, enhancing the aesthetic appeal of your setup.
Redesigned Receiver: Equipped with a new wireless receiver, the fans connect seamlessly to power both blades and LEDs. The updated 4-pin cable ensures compatibility with 12V PWM motherboards, simplifying installation and eliminating connector confusion.
2.4 GHz Wireless Control: Eliminate the need to connect to a traditional 5V ARGB header and PWM header from the motherboard, or rely on a controller for L-Connect or motherboard software. The UNI FAN SL INFINITY WIRELESS 140 operates with cutting-edge L-Wireless Sync technology, a powerful 2.4 GHz wireless controller. This device seamlessly communicates with LIAN LI-supported devices to manage RGB lighting and fan speed.
L-Connect 3 Control Software: Gain complete control of your fans with L-Connect 3 software. Easily customize fan settings, RGB presets, and light zone to achieve a optimal performance.
Low-noise Performance: The UNI FAN SL-INFINITY Wireless 140 offers high-performance cooling with a quiet operation at 27.7 dB(A), featuring a durable Fluid Dynamic Bearing, airflow of 77.6 CFM, and easy installation with modular daisy-chaining and streamlined cable management.
PWM Speeds: Set your fan speeds up to 1700 RPM.
Fan Dimensions: 142 x 140 x 28 mm, designed for optimal airflow and cooling efficiency.