I bought a Mitsubishi Electric air conditioner, what should I do if the indoor unit drips

I bought Mitsubishi Heavy Industries also crackled and leaked, just bought 10 days, the first day I found this phenomenon, Suning (Minhang Dongchuan) bought, manufacturers and sellers have come to see, all said that it is normal, after 2 people, others only saw the sound of the promise to disappear, the most bullish is Suning (Minhang Dongchuan) maintenance, visual inspection of the air conditioner, directly said normal, gone. Awesome. The service attitude is super poor.

The dripping words are basically a problem with the installation, so call the installation master to take a look, but the after-sales speech can be thunderous.

Is yours a cabinet machine, a split, or a ceiling (ceiling) or something!! Different questions are different. Please tell me the whole story!!

The air conditioner must be connected to a drain pipe.

Complaining about it mongrel, he doesn't speak human words.

Mitsubishi vertical air conditioner is running normally but there is no dripping What is going on, dear dear, when the air conditioner does not drip, it is very likely that the connecting pipe is blocked, and after a long period of use, the connecting pipe is easy to be blocked if it is not cleaned up, resulting in no water discharge; At this time, you can check whether there is water leakage in the inner machine, if there is water leakage, it is most likely this problem, if there is no water leakage, it may also be that the indoor air is too dry and the water droplets are formed, after the formation of water droplets, it is normal to not drip water. At this time, you need to find a professional to readjust the position of the air conditioner, adjust the air conditioner to a horizontal position, so that it can be kept level or as consistent as possible, so that the air conditioner can be used normally. I hope my spring call answer will be helpful to you, Finally, I wish you good health again, and a happy mood will be fast!

Summary. Hello dear, I will answer this question for you to answer the reason why the air conditioner does not drip. Whether the machine is refrigerated or not, if the machine is not refrigerated or the refrigeration effect is not good, it will not condense the moisture in the air.

The air conditioner leaks fluorine, and there will definitely be no condensation flowing out without the Freon cycle. If the cooling is better, it may be that the outlet pipe is blocked. There are always dust fibers in the air, and the small ones will enter the water outlet hole with the moisture through the air conditioner filter.

Then there is a filter that clogs the air conditioner and does not drip for the second reason. When the air conditioner is refrigerated, the gas freon in the outdoor host is pressurized by the compressor and gasified through the capillary tube into the indoor unit evaporator, and the temperature of the indoor unit evaporator is reduced by using the principle of liquid gasification and heat absorption.

Hello dear, I will answer this question for you to answer the reason why the air conditioner does not drip. Whether the machine is refrigerated or not, if the machine is not refrigerated or the refrigeration effect is not good, it will not condense the moisture in the air. The air conditioner leaked hail fluorine, and there would certainly be no condensate flowing out without the Freon cycle.

If the cooling is better, it may be that the outlet pipe is blocked. There will always be dust in the air, such as rana fibers, etc., and the small ones will enter the water outlet hole with the moisture through the air conditioner filter. Then there is a filter that clogs the air conditioner and does not drip for the second reason.

When the air conditioner is quietly refrigerated, the gas freon in the outdoor host is pressurized by the compressor and gasified through the capillary tube into the indoor unit evaporator, and the temperature of the indoor unit evaporator is reduced by the principle of liquid gasification and heat absorption.

During special periods, it is recommended that you reduce unnecessary disturbances to go out. Pay attention to health and safety, please give a thumbs up and support. Hope mine can help you, dear, do you have any other questions on your side?

If you're satisfied with my answer, please give it a thumbs up! Give me a note, I wish you a happy life, good health, all the best, and happiness everywhere in your life!

It is the condensate that will inevitably be produced during refrigeration, and the air conditioner has a condensate water tray, and the condensate drips on the water tray and then drains to the outside or floor drain through the drainage pipe, but your situation is that there is drainage outside, and the indoor water is also dripping, which has three possibilities:

First, the drainage pipe is partially blocked, and the poor drainage leads to the overflow of water in the water basin.

The second is that the installation is not flat, and the drainage end is too high, resulting in poor drainage.

The third is that the water tray is ruptured and leaking.

It is the condensate that will inevitably be produced during refrigeration, and the air conditioner has a condensate water tray, and the condensate drips on the water tray and then drains to the outside or floor drain through the drainage pipe, but your situation is that there is drainage outside, and the indoor water is also dripping, which has three possibilities:

First, the drainage pipe is partially blocked, and the poor drainage leads to the overflow of water in the water basin.

The second is that the installation is not flat, and the drainage end is too high, resulting in poor drainage.

The third is that the water tray is ruptured and leaking.

As long as the refrigeration capacity is normal, it will drip water.

After the refrigerant is cooled by the fan in the outdoor unit, the refrigerant undergoes depressurization and cooling changes through the throttling and decompression device, the low-temperature refrigerant may be below 10 degrees C, or even close to 0 degrees C, such a low temperature, through the copper pipe and air contact, will make the moisture in the air condense into water, just like taking out a 4 degree C can of Coke from the refrigerator, the surface of the Coke bottle is in contact with the air, so that the bottle is surrounded by condensation.

Therefore, if there is no condensate in this connecting pipe, it means that the refrigerant temperature is too high, and the indoor side will not be able to get enough cold air.