**As one of the important equipment of modern buildings, the performance and configuration of air conditioning are directly related to the comfort and energy efficiency of the entire building. In an air conditioning system, the divergent is a key component, which is responsible for distributing the refrigerant to the individual indoor units, ensuring the proper operation of the entire system. This article will elaborate on the configuration methods and skills of the air conditioner diverger to help readers better understand and apply.
First, the basic principle of the air conditioner divergent.
*An air conditioner diverter, also known as a diverter, is a device used for refrigerant dispensing. It distributes the refrigerant evenly to each indoor unit by changing the flow direction and flow of the refrigerant, so as to realize the cooling or heating function of the entire air conditioning system. The divergent is usually composed of an inlet pipe, an outlet pipe and multiple branch pipes, the inlet pipe is connected to the outdoor unit or the upper level of the divergent, and the outlet pipe is connected to each indoor unit.
Second, the configuration method of the air conditioner divergent.
Determine the model and specification of the diverger: select the appropriate model and specification of the divergent according to the cooling capacity of the air conditioning system, the number of indoor units and the length of the pipe. Generally speaking, the larger the cooling capacity, the higher the number of indoor units, and the longer the pipes, the larger the divergent size required.
Calculate the number and size of branch pipes: Calculate the cooling dose and pipe diameter required for each branch pipe according to the cooling capacity demand and pipe length of each indoor unit. The number and size of branch pipes should ensure that each indoor unit receives enough refrigerant to meet its cooling or heating needs.
Determine where the divergent should be installed: The diverger should be installed in a location that is convenient for maintenance and inspection, taking into account the connection and layout of the pipeline. Generally speaking, the divergent can be installed near the outdoor unit or in the indoor computer room, but it should be avoided from direct sunlight and high temperature environments.
Install and connect the divergent: Install and connect the divergent correctly according to the installation instructions provided by the manufacturer. During installation, attention should be paid to the tightness and heat preservation of the pipeline to avoid refrigerant leakage and energy loss.
3. Configuration skills of air conditioner divergent.
Evenly distribute the refrigerant: When configuring the divergent, try to ensure that the refrigeration dose obtained by each indoor unit is uniform. This can be achieved by adjusting the length and diameter of the branch pipes to make the cooling effect of each indoor unit more balanced.
Consider pipeline resistance: When dispensing refrigerant, the effect of pipeline resistance on refrigerant flow should be fully considered. Long pipes and elbows increase resistance, resulting in reduced refrigerant flow. Therefore, when configuring the divergent, the pipe layout should be optimized to reduce the impact of resistance.
Reserve expansion space: When configuring the divergent, you should reserve a certain amount of expansion space for adding indoor units or adjusting the system layout in the future. This can be achieved by selecting a larger size diverger or by adding a spare branch tube.
Pay attention to system stability: When configuring the divergent, you should pay attention to the stability of the whole system. Choosing the right model and specification of divergers, as well as high-quality piping and fitting materials, can reduce the risk of system failure and improve system reliability.
Fourth, summary and outlook.
*The configuration methods and skills of the air conditioning divider are essential to ensure the normal operation of the entire air conditioning system. By selecting the appropriate model and specification of the diverger, calculating the number and size of branch pipes, determining the appropriate installation location, and paying attention to the skills and details in the configuration process, the stable and efficient operation of the air conditioning system can be ensured. With the continuous development and progress of science and technology, the configuration of the first air conditioner will be more intelligent, automated and personalized in the future, creating a more comfortable and energy-saving living environment for people.