About This ItemDescriptionEnjoy peace and coolness with this ultra-quiet tower fan (36inch), emitting only 20 dB. Powerful airflow reaches up to 7.9 m/s with a wide 90-degree oscillation. Advanced sleep mode adjusts airflow based on room temperature, automatically dims lights, and includes a 1-12 hour timer for enhanced sleep comfort. Energy-efficient DC motor consumes just 26W.
Powerful Airflow for Rapid Cooling Stay cool and comfortable with powerful airflow reaching up to 7.9 meters per second. Combined with a wide 90-degree oscillation, this fan efficiently circulates cool air throughout your space, quickly cooling down even larger rooms. Advanced Sleep Mode for Ultimate Comfort Drift off to sleep peacefully with the Levoit’s advanced sleep mode. This innovative feature utilizes a built-in temperature sensor to automatically adjust airflow based on the room’s temperature, keeping you comfortable all night long.
Additionally, the auto-dimming light and 1-12 hour timer further enhance your sleep experience. Energy-Efficient Operation for Cost Savings Save money on your electricity bills with the Levoit’s energy-efficient DC motor. Consuming only 26 watts of power, this fan offers all-day cooling for just €0.06, making it an economical and eco-friendly choice. Simple Assembly and Easy Maintenance Enjoy hassle-free setup with the Levoit’s two-step assembly process, requiring no tools.
The removable rear cover and filter allow for thorough cleaning, ensuring a constant stream of fresh air. Customizable Comfort for Every Need This versatile tower fan offers a variety of options to tailor your comfort level. Choose from 4 modes (Normal, Turbo, Sleep, and Auto) and 12 fan speeds, ranging from gentle breezes to powerful cooling, all easily controlled via the intuitive control panel or remote control.
Maintaining Optimal Performance For optimal performance after cleaning the fan, ensure proper screw alignment during reassembly. Align the screws with the flat surface of the motor shaft, not the curved surface, to prevent reduced power.
