Will there be water exhaust from the air conditioner s heating? Where does the drain come from when

Strictly speaking, the air conditioner will not drain water when heating, and the reason why you can see the moisture in the external unit when the air conditioner is heating is because the air conditioner heating and cooling work in opposite directions. It is the external unit of the air conditioner, and heating is the process of heat absorption, and the cold air released when the external heat meets the cold of the external machine of the air conditioner will condense into water droplets.

The principle of air conditioning heating is to put freon.

After the gas is compressed, and the heat in the outdoor air is absorbed and converted into high-temperature and high-pressure gas, it will enter the heat exchanger of the indoor unit and be converted into heat, and at the same time, the room temperature will be gradually increased, so as to gradually increase the room temperature.

Extended information: Many air conditioners are used for both cold and warm, which can be used for cooling and heating, and when the weather is cold, air conditioners are used for heating. The principle of heating and cooling of air conditioning is to use the characteristics of freon condensation liquefaction and heat release, evaporation and gasification to absorb heat to increase and reduce the temperature of indoor air.

Air conditioning and heating will use the gas freon, which has the characteristics of condensation liquefaction and heat release, evaporation and gasification and heat absorption. When the air conditioner is heating, the compressor will pressurize the gas freon to make it a high-temperature and high-pressure gas, and then condense and liquefy it through the heat exchanger of the indoor unit, releasing a large amount of heat to increase the temperature of the indoor air.

When the air conditioner is heating, the evaporator of the external unit has condensate, of course, according to the humidity of the local outdoor unit location, to determine how much condensate it has.

If the humidity is high, there will be a layer of frost behind the outside unit, or there will be a layer of ice.

There will be no water going out. The air conditioner only produces a strong temperature difference between the inside and outside during the refrigeration process, so the condensate will be discharged in the form of liquefaction. In the process of heating, there will be no drainage. The outside will only emit in the form of steam.

When the air conditioner is heating, there is no water coming out of the drain pipe.

Because when the air conditioner is heating, the indoor unit does not produce water (usually called condensate or defrosting water), but the outdoor unit will produce a lot of condensate.

Therefore, when the air conditioner is heating, there is no water draining out of the drain pipe.

Whether the air conditioner is cooling or heating, there will be water discharge, because it is the low temperature generated when the compressor is working, and the water will be discharged when it encounters cold air.

When the air conditioner is heating, it will produce stagnant water, because the internal temperature is relatively high, and the temperature of the wall above the air conditioner is also relatively high, and it is normal for water droplets to appear.

Whether the air conditioner is heating or cooling, there will be water discharge.

No, when the air conditioner is heating, there is no water discharged from the drain pipe, because when the air conditioner is heating, the indoor unit does not produce water, but the outside will produce a lot of condensate. Therefore, when the air conditioner is heating, there is no water discharged from the drain pipe.

The air conditioner will produce stagnant water when heating, because the internal temperature is relatively high, and the temperature of the wall above the air conditioner is also relatively high, and it is normal for water droplets to appear.

The bottom of the outdoor unit, this is because when heating, the functions of the outdoor unit and the indoor unit are interchangeable. In other words, the outdoor unit is equivalent to the indoor unit, so the water will be drained from the outdoor unit when heating.

When the air conditioner is heating, the gas freon is pressurized by the compressor to become a high-temperature and high-pressure gas, which enters the heat exchanger of the indoor unit (condenser at this time), condenses and liquefies heat to become a liquid, and at the same time heats the indoor air, so as to achieve the purpose of increasing the indoor temperature.

The liquid freon is depressurized by the throttling device, enters the heat exchanger of the outdoor unit (in this case, the evaporator), evaporates and vaporizes to absorb heat and become a gas, and at the same time absorbs the heat of the outdoor air (the outdoor air becomes colder). Freon, which becomes a gas, enters the compressor again to start the next cycle.

The drainage in the case of air conditioning and heating mainly comes from the following aspects:

1.Defrosting water of the internal unit: When the air conditioner is running, the evaporator jujube brigade of the indoor unit will form frost at low temperatures, and defrosting operations will be carried out regularly. When defrosting, a small amount of water is generated, and this part of the water flows from the indoor unit into the drain pipe.

2.When the indoor temperature and humidity conditions are suitable, the indoor machine will produce sock dew on some metal surfaces, and the condensation will also flow into the drainage pipe.

3.Condensation or rainwater of the outdoor unit: During the operation of the outdoor unit, a small amount of condensation will accumulate on the surface of the unit or pipes, and rainwater will enter the unit, and this part of the water will eventually flow into the drainage system of the outdoor unit.

4.Condensate of the condenser: When the cold and hot type of air conditioner is running in the heating mode, the condenser of the outdoor unit will carry out heat exchange, absorb the indoor heat and change the state of the refrigerant under the action of electric heating, and a certain amount of condensate will be discharged in the process.

To sum up, the drainage in the case of air conditioning heating mainly comes from the defrost water and condensation water of the indoor unit, and the condensation water, rainwater and condensate water of the outdoor unit. This water eventually flows into the air conditioner's dedicated drainage pipes and drainage system. The drainage interface is generally set at the bottom of the indoor unit and the outdoor unit, and flows into the nearest drainage channel or other water system.

It should be noted that in the case of air conditioning and refrigeration, there are also the above-mentioned defrost water, condensation water and condensate water, but the amount of water will be more, mainly from the condenser of the outdoor unit, and the heat generated by the outdoor unit needs to be further absorbed through the evaporator, so the condensate water is significantly higher than the heating situation.

In the heating and infiltration mode of the air conditioner, the drainage usually comes from the condensate of the indoor unit.

When the air conditioner heats up, the evaporator of the indoor unit absorbs the heat from the indoor air, cools the air and cools it down. This causes the water vapor in the air to condense into water droplets.

These water droplets will flow into the condensate drain tank of the indoor unit, and then be discharged through the drain pipe. Drains are often connected to a drainage system under a wall or floor to drain condensate to the outside or into the sewer system.

Not out. There will be no water discharge from the drain pipe of the inner unit when the air conditioner is heating, because the air conditioner is used for heating in winter, and the indoor is an evaporator and the outdoor is a condenser during heating, and only the condenser will have water flowing out. The internal evaporator will not have water, and even if there is water, only the water vapor exhaled by the person adheres to the surface of the air conditioner, and there will be no condensate discharged from the drain pipe.

Water does not come out of the drain pipe when the air conditioner is heating. When heating, the indoor unit is a condenser, the condenser has a high temperature, dissipates heat, and the drainage pipe is drawn out of the indoor unit, and there is no water to discharge. The outdoor unit is an evaporator, and the temperature of the evaporator is low, and water droplets will condense on it, and even frost and ice.

It is also possible for a little water to come out of the drain pipe when the air conditioner is heating, but the amount of water coming out is very small, or it may not flow out.

When the air conditioner is heated by the compression mechanism, the temperature rises when the refrigerant is compressed, and the heat is transferred to the room through the radiator, and then the temperature decreases after expansion through the expansion valve, so that the moisture in the outdoor air condenses into water. In this repeated cycle, there may be a small amount of water discharged, but not much.

The drain pipe does not produce water, and there is water under the outer unit, which flows out from the **.

There is no water in the drain, but there will be water at the bottom of the outer unit because of the frost.

There will be water when defrosting. There is no heating time.

Summary. Hello dear, I am glad to answer your questions 1 Water as a coolant, through heat transfer, absorbs the heat generated by friction when the air conditioner is working 2 The specific heat capacity of water is larger, and it absorbs heat to cool down, so that the air in the air conditioner is cooled down by heat transfer gas.

Hello dear I am happy to answer your questions back brother 1 Water as a coolant, through the limb key superheat transfer, absorb the air conditioning when working due to friction caused by the heat leakage heat 2 The specific heat capacity of water is large, heat absorption and cooling, so that the air in the air conditioner is cooled by heat transfer gas.

There are many kinds of problems with hot water flowing out of the air conditioner outlet, and the following are some of the more common problems: 1. There is a leakage in the pipe, which leads to the leakage of refrigerant. This problem is more troublesome, you need to find professional workers to check the leak, fill the leak, refill the refrigerant, if the pipeline has no leakage, the refrigerant will not leak, don't be fooled!

2. The filter screen of the over-punched pants is blocked. You can deal with this problem yourself, and it's OK to clean the filter of the return air outlet! 3. The condensate pipe is blocked.

This is also easier to do, if you can get the outer end of the condensate drain pipe, hold your breath and blow on the pipe head, and it's done! 4. The air conditioner selection is too small. This problem is better solved, buy a larger cooling capacity!

I hope it can help you, dear, if you have any questions, you can contact me again, I wish you a happy life, a happy hail, a happy smile, if you can, please give a praise and filial piety, support Oh, thank you.

Summary. Hello, friend, I'm glad to be for you, there will be no water flowing out of the room when the air conditioner is heating, generally there are water droplets on the outside unit, if the outdoor temperature is low, the condensate will freeze, and the air conditioner will automatically melt into water after freezing, and the water will flow from the bottom groove of the external unit to the outside.

Hello, friend, I'm glad to answer for you, there will be no water flowing out of the room when the air conditioner is heating, generally the water droplets appear on the outside unit, if the outdoor temperature is low, the condensate will freeze, and the air conditioner will automatically melt into water after freezing, and the water will flow from the bottom groove of the external machine to the outside to change the forest cavity.

In winter, there is no condensate indoors and very little outdoor water under the condition of air conditioning and heating, and the water produced in summer is condensate produced by indoor exchange.

Outdoor water leaks from ** leaks.

Outdoor water leaks from ** leaks.

In the case of heating, it does not run water, but only has refrigeration.

If you have a small amount of water that is frosted, ignore it.

He was installed in the sewer pipe, but it would leak out when it was heated.

He was installed in the sewer pipe, but it would leak out when it was heated.

We don't have frost here.

We don't have frost here.

After driving for an afternoon, it leaked a lot of water.

After driving for an afternoon, it leaked a lot of water.

That's when you're not refrigerated.

No, that's because you can't heat it, and you can't use fluorine for refrigeration.

Add some fluorine and overhaul the air conditioning compressor.

Does the air conditioner have water discharge for heating: when the air conditioner is heating, it will also produce water, and it also produces gas exchange in the heating process, indoor hot air, outdoor cold air, and when it reaches a certain extent, there will be frost phenomenon, so that the frost becomes water, and then it is discharged to the lower drainage hole of the outdoor unit.

When buying an air conditioner, everyone will pay attention to its power, usually the room is larger, you should choose a larger power, so as to have a better cooling and heating effect. If the room is large and the power of the air conditioner is small, then when the heating function is turned on, its heating effect is poor.

This answer is suitable for most air conditioning models such as Gree KFR-35GW K(35556) D1-N1 and Midea KFR-72LW DY-X (E2).