Where can I find knowledge about air conditioning, and who knows where I can find it?

Air conditioning, air conditioner.

In terms of nature, it is nothing more than the area of cooling and heating, the amount of air exchange, and the number of horses. Power consumption.

If you want to do it, you might as well find an actual house and try how to design it.

Household, commercial, choose the location of the indoor unit security, as well as the location of the outdoor unit, and how long the copper pipe is, all have knowledge in it.

For example, if the outdoor unit is placed in a normal shade position, the cooling effect will be better, and the heating will not be delayed.

Another example is the installation of air conditioning, the distribution of copper pipes and the location of the ventilation and exhaust engineering selection, etc.

It should be so hidden that I can't find it, and the hidden place is on top of the cupboard and above the air conditioner.

In the air-conditioned indoor unit. If you guessed correctly, yours is a cabinet machine. There is a hidden zygote to the right in the middle of the cabinet. Generally put it there!

Many of my customers buy for me... Half a month later, they all said they found it there!! Depressed... They all said they wanted to return it!

Someone even asked this question? It's not scientific.

The landlord is too humorous, o ( o haha, what brand of air conditioner, I'll send you one.

Under the sofa or under the table.

Air conditioning installation can be said to be the most important link in all air conditioning services, and there is a jargon in the air conditioning industry: "three points of manufacturing, seven points of installation." "Because the air conditioner is only a semi-finished product after leaving the factory, only after the installation is completed, after the trial can be regarded as a finished product, the air conditioner not only has all the circuits of general electrical appliances, but also motors, high-pressure gases, pipes connecting high-pressure gases inside and outside the machine, and drainage pipes.

The installation and fixing of the internal and external machines, the connection of circuits, drainage pipes, and fluorine pressure pipelines all need on-site operation to complete, and some have to lengthen the pipes connecting the internal and external machines because of the limitation of the installation location, which involves whether the process of welding copper pipes on site is qualified. So, all of the above determines the strictness of the air conditioner for installation. Otherwise, it will leave a great hidden danger for the use of air conditioning in the future, and users will not only spend money and delay time, but also worry about the normal use of air conditioning.

Unqualified air conditioning installation will generally cause problems:

1. The installation position is not good, such as sun exposure, poor ventilation, which affects the heat dissipation of the external unit, resulting in the obvious poor cooling and heating effect, and the internal and external units are not well fixed, causing vibration, noise, and falling in serious cases.

2. The wire connection is unqualified, and heat, short circuit, and burning occur, which will cause serious accidents in serious cases. The circuit signal line is connected incorrectly, and some functions of the air conditioner cannot be used normally, the air conditioner cannot operate stably, and the circuit board is burned in serious cases.

3. The installation of the drainage pipe is unreasonable, and the condensate cannot be discharged, or the condensate cannot be discharged due to the unbalanced installation of the internal machine, and the drainage pipe joint falls off and ruptures and causes water leakage.

4. The copper pipe joint connecting the internal and external machine is not sealed, which causes fluorine leakage, and after a period of use, it cannot be used normally, and in the case of slow leakage, the air conditioner will not be able to cool and heat normally after one year. During the installation process, improper operation will cause the connected copper pipe to be broken, which will cause the pressure in the system to rise, cause the compressor to heat up, stop abnormally, and in serious cases, cause the compressor to burn out. During the installation process, improper operation led to the rupture of the connecting copper pipe and the leakage of frelinate pleiades, which caused the complete inability to refrigerate and heat.

5. After installation, there is no air discharge, which causes poor refrigeration and heating effect, and in serious cases, it causes icing particles at ultra-low temperature, blocking the capillary, and causing the air conditioner to be completely unusable, and not strictly operated, and dust enters the freon connecting pipe, causing the system to be dirty and blocked. As a result, the air conditioner cannot be used normally and must be overhauled.

As the saying goes, three points of quality, seven points of installation, and that's for sure ! Each process needs to be installed carefully, I used to be an installer, and now I repair a lot of air conditioners, just a few days after installation, or even a day There are problems, all of which are caused by improper installation.

You said that you are doing air conditioning, from the contradictions you asked and supplemented, it can be seen that you are just getting started, or just engaged in the simple installation of air conditioning, and the knowledge of air conditioning you said is about the principle of air conditioning or about the air conditioning system is not clearly stated, it is recommended that you read "air conditioning engineering" or about the HVAC industry journals to understand, these books can be bought in dangdang or any book purchase, I hope to help you, thank you.

1. The indoor temperature should not be lowered too low, and the temperature difference between indoor and outdoor should be kept at about 5. The average temperature is 24-27 degrees Celsius. The temperature difference between indoor and outdoor is generally not more than 8 to 10 degrees Celsius.

2. Always check whether the contact between the electrical plug and the socket of the air conditioner is good, if it is found that the air conditioner is running, the power lead wire or plug is hot, this may be because the electrical wiring is too thin or the plug and socket are not in good contact, and corresponding measures should be taken according to the situation.

3. Always check whether the contact between the electrical plug and socket of the air conditioner is good, if it is found that the power supply lead wire or plug is hot when the air conditioner is running, it may be because the electrical wiring is too thin or the plug and socket are not in good contact, and corresponding measures should be taken according to the situation.

4. Be sure to clean the dust of the air conditioner filter before use; Then soak the filter with disinfectant to soak the poison; If possible, it is best to use a vacuum cleaner to remove dust from indoor fans before use; And regularly disinfect the air conditioning filter.

5. Open the window for ventilation for a quarter of an hour when turning on the machine every day, and ventilate it for more time when you use it for the first time, so that the bacteria, mold and mites stored in the air conditioner can be distributed as much as possible. This is very important, often use the air conditioner and do not open the window for ventilation, the air quality in the house will be very poor, easy to get sick. Smoking is strictly prohibited in the room.

6. After staying in an air-conditioned room for a long time, when you go to a hot outdoor activity, you can first move in the shade for a while as a transition to make your body adapt.

7. Do not blow cold air directly when the child is sweating, in order to prevent the capillaries of the whole body from constricting rapidly, causing fever, nasal congestion, dizziness and other symptoms. Children should eat as little cold drink as possible and drink more cold boiled water.