DIY Freezing AC : Crafting an Icy Air Conditioner down to -32°C!

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In this captivating video, we present to you the most amazing and useful life hacks that can significantly improve the quality of your life. Get ready for mind-blowing ideas that will make your everyday life simpler, more convenient, and more efficient.
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TIMESTAMPS:
01:01 How a DIY air conditioner works and freezes down to -32 degrees Celsius, forming ice.
02:15 Moving on to the creation of the condenser, which will have a circular spiral shape.
04:07 A thin copper tube with a diameter of 3 millimeters inside will serve as a capillary tube.
05:23 Connecting tubes of suitable diameter, with one of them made of soft silicone to self-seal punctured holes.
06:44 Ensuring the sealing of the hole is a must.
This video is made for entertainment purposes. We do not make any warranties about the completeness, safety and reliability.The following video might feature activity performed by our actors within controlled environment - please use judgment, care, and precaution if you plan to replicate.

Let's unleash your inner builder and craft amazing projects together. 🛠️
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[cuocsonglanhungtrainghiem]

I am a heat and refrigeration engineer! The cooling system is not that simple! A lot of nonsense in this system! (1) this pump does not have enough compression pressure, (2) the injection cable is too short and does not have enough heat exchange from the condenser to the condenser, (3) the system is not evacuated to remove the moist air inside. never bring the temperature below 0 degrees Celsius, (4) assuming there is ice precipitation like the video, the temperature will never drop to negative like that! Conclusion: This is the skill of the video maker

[MediaWorkshop]

The water drops go backwards at 7:35 it mean that the video reversed.

[maxamillion]

Brilliant!! All I need to do is add a metal plate on top, to sit my laptop on. To turn it from a hot potato to a cool machine! lol. Love your work Mr iPoo.

[bartronicsecurity]

Very nice. I suggest just one minor change, make the round cold coil a bit bigger so that you can put a can of drink in it and then mount this part vertically and put some insulation around it to keep it cold. And there you have it, a mini fridge for your soft drinks. Great idea.

[troubleshooter]

I think Mr iPoo has EXCELLENT SKILLS In videography that is....

[Josef]

Great Innovation! The chickens in the background are funny 🤣

[fabulousfabrications]

This is brilliant because you only need a couple psi difference between the high pressure side and the low pressure side in order to condense the gas in such a small system and I’m sure that flammable gas is very efficient

[EthanAQueen]

Normally, the condenser is much larger than the evaporator because you need to remove the heat that is generated by the pump during pressurization as well as the heat that is removed form the air by the evaporator. This is the opposite and will not work long term if at all.

In normal air compressors, the high side pressure is 130+ PSI. This rubber tubing would never be able to hold that kind of pressure and the pump being used would not be able to generate that type of pressure either.

And running a pump that could generate that kind of pressure would never work with a low amperage 9v cell like in this video.

There is something screwy going on with this. could be as simple as the low side (freezing side) being piped to a real compressor beneath the table or whatever this is on.

[the.happy.mechanic]

Most people do not realize that home air-conditioners and commercial air-conditioners use liquid propane. Only in cars is refrigerant used as it has to be non-flammable in case of a crash. The scaled up verison of this is the home window mounted air-conditioner.

[Jim_One-wlke]

Good sound effects😂 farmland engineer 👍

[Ashram]

Холодильник от батарейки "Крона"❄❄❄ Круто!👍👍👍

[ocsrc]

If you have a compressor and a way to exhaust the heat, and Ammonia, you could make something like this.

Back in the 50s and 60s even the 70s we had huge concrete warehouse 15 stories high with railroad bridges bringing the train and boxcars inside the warehouse on the 3rd, 4th and 5th floors

We had giant radiators on the wall made of large copper lines

The entire building was using ammonia in the freezers and coolers.

We could lower the temperature to -50 degrees F even when it was 120 degrees outside and the refrigerator floors we had at 34 degrees F

We stored food for stores and fur coats and dry goods and volatile materials that had to be kept below zero to stay inert.

We had tanks of all sorts of gasses that had to be kept cold.

Really amazing

These warehouses were all over the US in every major city.

[HyperspacePirate]

Cool demo, but I think the liquified butane would eat away the rubber in your pump/silicone tubing after a few hours/days

[sebas]

Хех! Сделал мини-холодильник, его составляющие: хладагент, капиллярная трубка, испаритель, радиатор, насос. Этот парень явно гений! Я сам когда-то изучал подобные системы, т.к. они мне очень нравились своим принципом работы.

[ЭнтолеПилскес]

Теперь куры чувствуют себя комфортно даже в самую жаркую погоду 😇

[deldridg]

Wow - what a great project. I would love to make this with my kids in the holidays. Big smiles and thanks from Sydney - Dave

[PerpetualMan]

Looks awesome. Separating your heat exchangers, they are both using hot and cold in same air flow. I also recomend putting the evaporator in like warm water and having it raise the vapor a high distance like 10' or more, then condense in some cold water and have the liquid drop several feet then have a piston or turbine to make electricity.

[wildmanjeff]

I always wondered what farmers did all day.

[reinaldocachueira]

Fiquei impressionado com a sua criatividade parabéns amigo 👏👏👏

[davewright]

Would like to have seen the condenser temperature. And of course the pressure drop across the capillary would have given us the complete story...