Will the starter break when the air conditioner is hot and lacks refrigerant?

When the air conditioner heat engine lacks refrigerant, the starter and starter will generally not be replaced, unless the air conditioner has been used for too long.

Hello, when adding refrigerant, the starter will not break, but the time and amount of refrigerant are not appropriate, which may cause damage to the starter.

The air conditioner is short of cold coal, and the starter will be broken when it is added. In this case, the air conditioner is OK under normal operating conditions. Normal start-up and normal operation, but failure occurs in the event of scarcity of refrigerant.

1.Do not invest in equipment without refrigerant, 2Thinking that the temperature will not drop, the starter will operate frequently, and the starter will burn if the device heats up.

When the air conditioner heats up the engine and adds refrigerant, it is best not to start the machine, which is easy to cause the compressor to abnormal, and may even burn out the compressor.

When the air conditioner is short of refrigerant, if the compressor is started, it will show lack of pressure protection, and the starter will not be damaged.

In fact, if the air conditioner heats up, if the cage is missing and the charge is not added, the starter will be damaged, so the cage is not counted, don't start.

The performance of the air conditioner leaves is only lacking in refrigerant, will the starter be broken when it is added, and it will be broken after a long time.

If you add that cage to the device, it is best not to start the switch when it is not counted, the start switch is easy to damage, so it is best not to start.

I don't think this starter will be broken, because the refrigerant must be added after the refrigerant is less, how can the starter be broken? Unless you don't do it properly.

It depends on the degree of lack of refrigerant.

If all the refrigerants in the air-conditioning system pipeline have leaked and the air-conditioning has been turned on at this time, the air-conditioning compressor will start running for a short time each time, and the interval between the two start-up runs is very long, which can easily lead to the complete burning of the compressor.

If the refrigerant leakage is relatively slight, the cooling effect of the air conditioner is poor during operation, and the air conditioner compressor may be shut down intermittently. The harm at this time is not too great.

When it is determined that there is a leak of refrigerant in the pipeline of the air conditioning system, the leak should be detected first, the leak point should be found, the leak should be filled, the vacuum should be evacuated and the standard amount of refrigerant should be filled.

The lack of refrigerant in the air conditioner means that the air conditioner cannot play the role of refrigeration, but only circulates the indoor air over and over again, in this case, the indoor air will become more and more turbid, especially when the air conditioner is not cleaned, the indoor air will become difficult to know, and it will also have a certain impact on the family, especially those with rhinitis or asthma will be more affected.

If you have a lack of refrigerant in the air conditioner, but if you keep turning on the machine, first of all, your air conditioning compressor will increase energy consumption and reduce the life of the compressor. In addition, if it is left on all the time and does not refrigerate, it will be a waste of Kai electricity.

The cooling effect is reduced, and the power consumption increases dramatically.

Insufficient refrigerant in an air conditioner will lead to the following:

1. Poor refrigeration effect, which is the most intuitive manifestation of insufficient refrigerant;

2. The indoor unit has the phenomenon of freezing, and the wind blowing from the air conditioner is very loud;

3. The small copper pipe (that is, the high-pressure pipe) of the outdoor unit will be frosted.

How it works

The working fluid that completes the thermodynamic cycle in the chiller. It sucks the heat of the cooled object at a low temperature and then transfers it to the cooling water or air at a higher temperature. In vapor compression refrigerators, a working fluid that can be liquefied at room or low temperatures is used as a refrigerant, such as freon (fluorine, chlorine, bromine derivatives of saturated hydrocarbons).

Azeotropic mixed working fluid (azeotropic solution mixed with two freons in a certain proportion), hydrocarbons (propane, ethylene, etc.), ammonia, etc.; In gas compression chillers, gaseous refrigerants such as air, hydrogen, helium, etc., are used, which are always gaseous during the refrigeration cycle.

In absorption refrigerators, binary solutions consisting of absorbents and refrigerants are used as working fluids, such as ammonia and water, lithium bromide (molecular formula: Libr. white cubic crystalline crystalline or granular powder, highly soluble in water) and water, etc.; Steam jet chillers use water as a refrigerant.

The main technical indicators of refrigerants are saturated vapor pressure, specific heat, viscosity, thermal conductivity, surface tension, etc.

After 1960, a large number of experimental studies have been carried out on the application of non-azeotropic mixed working fluids, and they have been used in the liquefaction and separation of natural gas.

The application of non-azeotropic mixed working fluid single-stage compression can obtain very low evaporation temperatures, and can increase the cooling capacity and reduce power consumption. Its properties are directly related to the refrigeration effect, economy, safety and operation management of refrigeration equipment, so the understanding of refrigerant property requirements cannot be ignored.

Pro, without refrigerant, it is easy to burn out the compressor.