Where does the water flow from for air conditioning heating?

Whether the air conditioner will run water when heating depends on the type of air conditioner.

When the air-cooled heat pump air conditioning unit is heating, the heat exchanger on the outdoor side is used as the evaporator to absorb heat, and the indoor heat exchanger is used as the condenser.

Exothermic, the endothermic process is to absorb heat from the outdoor air, which will cause frosting in the evaporator, and the outdoor opportunity will drain water during defrosting. The air-cooled heat pump air conditioning system includes the commonly used split hang-up machine, cabinet unit, multi-connected ** air conditioning unit, and air source heat pump.

water machine, etc. Water source The heat exchange mode on the outdoor side of the ground source heat pump air conditioning unit is: refrigerant.

Water heat transfer – water water heat exchange or water soil heat exchange. The indoor side heat transfer mode may be refrigerant, water heat exchange, or refrigerant-air heat exchange. In this way, when the heating is running, the evaporator is the cooling water from the cooling.

It is endothermic and does not run water. Water source ground source heat pump air conditioning system includes water source heat pump water system** air conditioning, water ring heat pump air conditioning system and water source heat pump multi-line.

Lithium bromide absorption air conditioning system and ** air conditioning system that heats hot water through a boiler.

Heating is the heating of hot water by burning fuel or electric heating, and the hot water is delivered to the end of the room for heating, and if this air conditioning system burns gas or oil oil, there may be condensate in the flue gas exhaust device in the boiler room.

At the lowest point of the flue and chimney, a water-sealed condensate drainage pipe should be provided.

In the heating mode of the air conditioner, the inner unit is hot air, the internal unit and the drain pipe will not produce condensation, the external unit is cold air, the heat sink of the external unit will frost, and the bottom of the external unit will drip after the air conditioner is defrosted.

When the air conditioner is heating, the indoor unit will not have a running water, but when the outdoor unit is automatically defrosted by the air conditioner, there will be a defrosting water from below, which is a normal phenomenon.

When the air conditioner is heating in winter, frost formation occurs due to the low temperature of the temperature exchanger (finned aluminum foil) of the outdoor unit. The thicker the frost is, which will hinder the ventilation and affect the temperature exchange, so the air conditioner will carry out automatic defrosting treatment. During defrosting, the fan of the inner machine of the Royal Calendar will stop working to avoid blowing cold air.

After a few minutes, after the defrosting process is completed, the air conditioner will return to heating condition.

No. When heating, the room will feel dry, and there will be no water, so humidification is recommended.

There is a chance of condensation outside when the air conditioner is heating.

When the outdoor temperature is too low, there will be a short period of freezing, the air conditioner will automatically de-ice when the condensate will be particularly large, and the indoor unit swing blades will be retracted during de-icing, and the internal fan will not rotate.

In summer, the air conditioner is refrigerated, the indoor unit absorbs heat, and the outdoor unit releases heat; In winter, the air conditioner heats up, the outdoor unit absorbs heat, and the indoor unit dissipates heat. So when heating, the outdoor water vapor.

When cold, condensation is usually produced, and even condensation is frost, which is normal. Drain it with a drain pipe.

The water produced by the heating of the air conditioner is called condensate, which is caused by the condensation of moist air into water on the wall of the air conditioner pipe due to the low temperature on the surface of the evaporator under the normal operation of the air conditioner.

Whether it is air conditioning, heating or refrigeration, the participation of refrigerants is required. When the humid air (i.e., the air with a certain amount of water vapor mixed with dry air) encounters a large temperature difference, it will cause the phenomenon of water vapor (i.e., gaseous water) condensing to form liquid water, which causes the phenomenon of water produced by air conditioning heating.

When the air conditioner heats up, the indoor unit will not produce condensation, so there will be no water coming out of the drain pipe. When heating, frost will form on the heat exchanger of the outdoor unit, so the air conditioner should be defrosted frequently, and when defrosting, the melted water will flow out from the bottom of the outdoor unit.

When the outside temperature is low and the humidity is large, the moisture from the outside will be adsorbed to the condenser of the outside machine to form frost, and ice will be formed for a long time. This is the reason for the running water of the external unit, such as the external humidity, you will see the external unit emitting hot air, which is a normal phenomenon for the air conditioner to defrost.

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.

How the eco-friendly air conditioner works:

The water in the water tank is continuously pumped out with a circulating water pump, and evenly sprayed on the evaporation filter layer through the water distribution system, and the outdoor hot air enters the evaporative cooling medium, and the heat exchange is fully carried out with the water in the evaporative cooling medium CLEDEK (honeycomb filter layer of special material, so that the cooling effect is more ideal, Sweden's high-tech patented product).

The cool and clean air cooled by water evaporation and heat absorption is pressurized into the room by a low-noise fan, so that the hot air in the room is discharged to the outside, so as to achieve the purpose of indoor cooling.

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.

The running water outside the air conditioner is due to defrosting. When the air conditioner heats up, the evaporator of the external unit will absorb the heat after turning the freon from a liquid into a gas, and the surface temperature will decrease after absorbing the heat, and the moisture in the air will adhere to the fins of the heat exchanger, and frost will form when the temperature is lower than a certain temperature. And the air conditioner will defrost every once in a while, and when it melts, the frost will melt into water, so we will see that the air conditioner will run water outside and there will be heat coming out of it.

The inner unit of the air conditioner is a condenser when heating, and the condenser turns the gas freon into liquid freon, and a large amount of heat will be released in the middle, and the surface of the inner unit will not be liquefied when it is heated, so there will be no condensation in the air conditioner.

When you see water flowing out of the room, it must be because the water collection tank is full or the air conditioner is not put in the right place, resulting in the water not flowing from the drain pipe to the outside normally, under normal circumstances, the condensate will be collected into a cup and then discharged from the drain through the pipe outside.

Hello, there is no condensation when heating.

However, when the external machine melts, there will be defrosting water coming out.

So in the winter you can sometimes see water coming out of the outside unit.

It was caused by the frosting of the outer fins.

It is the heating state of the condensate air conditioner, which is the opposite of the cooling state, which is done by the reversing valve of the air conditioner. The outdoor unit is used as an evaporator, where liquid freon evaporates and absorbs heat, and condensate is generated outside the evaporator. At this time, the indoor unit acts as a condenser, where the freon condenses and dissipates heat, leaving the heat in the room.

But this condensate is not collected, but is blown away by a fan. When the outside temperature is too low, frost may form outside. It is normal to see the drainage in the outdoor unit, but the outdoor unit does produce water, but there is no drainage pipe.

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.

Drain from the bottom drain hole of the outdoor unit.

It should be the water produced by defrosting.

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.

When the air conditioner heats up, there will be condensate outside, and when the outdoor temperature is too low, there will be a short period of freezing, and the air conditioner will automatically de-ice when the condensate will be very much, and the indoor unit swing blades will be retracted during de-icing, and the internal fan will not rotate!

When the air conditioner is heating, the indoor unit does not produce water.

Air conditioning refrigeration is the condensate generated from the indoor unit, and there is a conduit that extends from the indoor unit to drain water.

Air conditioning heating is to produce condensate from the outdoor unit, and when the air conditioner is turned on in winter, there will be a large pool of water near the outdoor unit, that is, the condensate discharged by the outdoor unit.

I'm just a relatively superficial layman's explanation, and I don't go into the specific workings of the company.