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Product Description
1. Blower start: When the driver turns on the air conditioning or heating system of the vehicle, the blower will start and start working.
2. Air inhalation: The blower sucks in external air through the air inlet.
3. Air compression: The impeller inside the blower rotates to compress the sucked air and push it to the interior of the vehicle.
4. Air circulation: After being treated by air conditioning or heating system, compressed air enters the interior of the vehicle through the air outlet to realize air circulation and ventilation.
1. Adjust the air flow: The blower regulator should be designed to accurately control the speed of the blower, so as to adjust the air flow and meet different ventilation needs.
2. Temperature adjustment: The blower regulator is usually used in combination with air conditioning or heating system, and the function of temperature adjustment should be considered in the design, so that the driver can adjust the temperature inside the car as needed.
3. Comfort and energy saving: The design of blower regulator should consider user comfort and energy saving performance to ensure good air circulation in the car and minimize energy consumption.
4. Reliability and durability: The design of blower regulator should consider the reliability and durability of products to ensure long-term stable operation and reduce maintenance costs.
Generally speaking, the working principle of blower is to realize ventilation circulation by compressing air and sending it into the vehicle, and the design concept of blower regulator mainly includes adjusting air flow, adjusting temperature, comfort and energy saving performance, reliability and durability. A properly designed blower regulator can improve the driver's comfort and driving experience.