What is a swirl air outlet

The swirl air outlet is a supply air tool in the air conditioning system. In air conditioning and ventilation systems, it can be used for high air volume and large temperature difference air supply to reduce the number of air outlets. It is installed on the ceiling or ceiling, and can be used for low spaces within 3 meters. It can also be used for large area air supply with two heights, and can even reach a height of more than 10 meters.

The swirling air outlet is mainly used to rotate the airflow and meet the needs of long-distance air supply. Generally, buildings with larger spaces and higher floors use swirl air vents to ensure that the air conditioning airflow can reach the ground. The swirl air vents can be installed in public places with higher floors, such as industrial factories, airports, theaters, etc., or indoors with a floor height of≥3.80m, such as large conference rooms, especially suitable for places with high temperature difference air supply. The swirl air vents can be divided into manual swirl air vents, electric swirl air vents, and temperature controlled swirl air vents.

Manual swirl air outlet: It is believed that the corresponding angle must be manually adjusted in order to supply air.

Electric swirl air outlet: The electric swirl air outlet can be controlled by a switch, and the 220V electric control adjusts the blade to adjust the air volume and adjust it to the air supply angle at will.

Temperature control type (temperature sensing type): The neck of the temperature sensing swirl air outlet is equipped with a temperature sensing actuator, which can automatically sense the temperature of the airflow and drive the inner blades to change the air supply angle. When the summer air supply temperature is≤17℃, the blades can automatically adjust to the cooling mode, and the airflow blows out horizontally; When the winter air supply temperature is≥27℃, the blades can automatically adjust to the heating mode, and the airflow blows out in a vertical direction. It can meet the air supply requirements under different working conditions in winter and summer. The temperature sensing actuator does not require manual labor or power supply or electronic control equipment, and has the advantages of energy conservation, environmental protection, stable performance, easy installation, and maintenance free.