3-speed Adjustment Evaporative Air Cooler

Applicable environment of 3-speed Adjustment Evaporative Air Cooler

1. Applicable environment
a. Home use
Living room and bedroom: can provide a comfortable living environment for family members, especially in hot summer. Its silent design and multiple wind speed options make it suitable for night use.
Children's room: helps regulate indoor temperature and create a suitable sleeping environment.
b. Office space
Open office: provides comfortable working conditions for employees and improves work efficiency.
Conference room: keeps the conference room cool in hot weather and enhances the comfort of the meeting.
c. Commercial use
Retail store: maintains customer comfort and increases customer stay time.
Restaurants and cafes: creates a pleasant dining environment to attract customers.
d. Industry and warehousing
Workshop: reduces temperature in hot working environment and improves worker comfort and safety.
Warehouse: maintains suitable storage conditions for products, especially temperature-sensitive items.
2. Temperature requirements
a. Working temperature range
Outdoor temperature: The cooler works best when the outdoor temperature is high (generally 30°C-40°C). It can quickly reduce the indoor temperature and provide users with a comfortable indoor environment.
Ideal Indoor Temperature: When used properly, the cooler is capable of reducing indoor temperatures to a range of 20°C-25°C. The specific effect depends on the outdoor temperature, humidity, and how the cooler is used.
b. Operational Limits
Low Temperature Limits: Although the cooler is designed for high summer temperatures, the cooling effect will be significantly reduced when the outdoor temperature is below 15°C, and it may no longer be required.
3. Humidity Requirements
a. Optimal Humidity Range
Relative Humidity: The cooler works best in an environment with a relative humidity of 30%-60%. Within this range, the air can effectively absorb moisture, enhancing the cooling effect.
Humidity Effect: In an environment with lower humidity, the evaporation rate of moisture is faster, thereby improving cooling efficiency.
b. High Humidity Environment
Degraded Performance: When the ambient humidity exceeds 70%, the performance of the cooler may be significantly reduced because the saturated moisture in the air reduces the evaporation rate of water. In this case, the cooler may not be able to effectively reduce the room temperature.
Not Recommended: It is recommended to avoid using the device in extreme humidity (such as humid climates or seasons) to avoid affecting its working effect.