Best way I have found to form a GOOD coil, is to very tightly pack it with salt. Plug up one end, fill with salt, but keep tapping the pipe so that you can get MORE salt in the tube. Then wind it around whatever shape you want it to take on that shape. Once you have done that, unplug that end of the pipe that you had plugged before, and slowly try to introduce warm water into the tube. If the coiled tube is short enough to stand up in a container filled with water, put it in that, as any air should be displaced by the water. But if you need to lay it down in a tub, every now and then, give it a bit of a rotation, as this should help the water to dissolve the salt. When you can get a bit of water to flow through the pipe, try and get the water to run freely, and FLUSH out ALL of the salt. If done right, you should get NO kinks or folds or wrinkles in the pipe, making it look professionally done 👍🏽 Hope you have success with this method. As some say to use fine sand, but sand will NOT dissolve in water. Bye from Knobby.
Thank you very much, also I think softer salt or at the best powdered salt would be better for keep the copper pipes more smooth and with less abrasion 👍🏻
or you can just heat the copper up and wear some gloves and it gets much easier to bend sans kinks. even the warmth created by friction from your hands softens it.
@@khashayarmodaberi4958⚠️ God has said in the Quran: 🔵 { O mankind, worship your Lord, who created you and those before you, that you may become righteous - ( 2:21 ) 🔴 [He] who made for you the earth a bed [spread out] and the sky a ceiling and sent down from the sky, rain and brought forth thereby fruits as provision for you. So do not attribute to Allah equals while you know [that there is nothing similar to Him]. ( 2:22 ) 🔵 And if you are in doubt about what We have sent down upon Our Servant [Muhammad], then produce a surah the like thereof and call upon your witnesses other than Allah, if you should be truthful. ( 2:23 ) 🔴 But if you do not - and you will never be able to - then fear the Fire, whose fuel is men and stones, prepared for the disbelievers.( 2:24 ) 🔵 And give good tidings to those who believe and do righteous deeds that they will have gardens [in Paradise] beneath which rivers flow. Whenever they are provided with a provision of fruit therefrom, they will say, "This is what we were provided with before." And it is given to them in likeness. And they will have therein purified spouses, and they will abide therein eternally. ( 2:25 ) ⚠️ Quran
@@khashayarmodaberi4958 Hi, the salt that I use is just NORMAL table salt, and that works fine. But I do NOT understand why you are thinking about abrasion, as if you get any, it would only be inside of the tubular copper piping. But you got a good point about making the salt to be finer. I have done this by using a pestle and mortar. But then if it gets so fine, when you pack it in tightly, it WILL compress it to become quite hard, as if it had gone to solid rock salt, then it will be a BITCH to remove. As I know by me making an 8mm copper coil, as I used about 20 feet of tubing, and it took me 3 days to fully remove all of the salt out of it. But it was well worth the effort, as it formed a 98% almost perfect coil. And the job that I had made it for, it both fit and worked VERY WELL 👍🏽👍🏽👍🏽
Oh my God I just made it, and it freaking works! I can't believe it, it really works! I wasn't going to bother because of all the negative comments but I figured what the hell? I'm so glad I didn't listen to the comments this is freaking awesome!
Giống phim hoạt hình Tom and Jerry ghê ! Có nhiều chất khi bay hơi có thể hạ nhiệt độ xuống điểm đóng băng của nước , ví dụ như Diethyl ether... Đổ Diethyl ether vào trong ống rồi bật máy bơm ở chế độ hút khí ra , Diethyl ether bay hơi là cho ống lạnh đi tới mức đóng tuyết . Một video lẫn lộn thật / giả : Thật là cái mà người xem nhìn thấy ; Giả là về nguyên lý làm việc của thiết bị này !
If it were true, the factories would race before you, but the video is reversed. The piece had previously been placed in the freezer, and in fact the ice had begun to melt, fooling viewers into thinking that it had begun to freeze.
It probably does work but what factory would use propane as a refrigerant around electrical equipment. It is about safety. This is a novelty. The first refrigerators used ammonia gas as a refrigerant but when they fail, they cause chemical burns in your lungs
Propan or gas of lighter would be work properly even in cars airconditionare.bekieve me but i dont accept or prove this video because it needs strong compressors they are small like video but strong and expensive...
@gregormackenzie80 yeah, I talked to my boss after I left the comment and found out that most new commercial units are going propane based there is already a line of pro-press fittings available
@@jonathanb7750Yep all the new stand alone refrigerators including large commercial ones are using propane (R290) or butane/isobutane (R600/R600A) for refrigerants. Split air conditioning systems are mostly going to R32 which is only mildly flammable. We still use ammonia refrigeration systems too. Not common but plenty of them out there in industrial settings.
Fortunately, there are people that under the joules-thompson effect and that butane is a better refrigerant than r134a. And fortunately there are people that can appreciate, instead of criticize, other people that are smarter then they are. This is a real system.
The video where the copper freezes - someone say it is fake/ reversed after taking it from freezer. I have been watching it last 30 min. Some condensation droplets are formed in weird way at where the freezing line progresses. There is a lack of outside interaction with the apparatus during freezing video which would make it easier to manipulate the video too. Zoomed out shot is cut from differrent session. Showing it freezing while handling it would erase any doubts...
This is not fake! My mini air conditioner actually works. The small pump in the system can compress the gas into a liquid state. This allows the evaporator to cool the air, just like in any refrigerator. Here are some scientific proofs: Chemistry: Propane-butane has a low boiling point (around -42°C), allowing it to effectively evaporate and absorb heat from the surrounding air. Physics: According to Boyle's Law, compressing a gas increases its temperature. The compressor compresses the propane-butane, causing it to condense and release heat in the condenser, turning into a liquid. The liquid then evaporates in the evaporator, cooling the air. I have tested this in practice, and the device effectively cools the air. Try it yourself before making conclusions!
I can't comment on the entirety of this device, but your assertion of "can't compress the gas to liquid" is not how vapor compression AC/heat pumps work. The gas is compressed to higher pressures and it is still a gas when exiting the compressor but at a higher temperature. It then goes through the condensor to extract the heat and in so doing it changes state to a liquid.
Yeah that looks like a normal off the shelf linear compressor to me. Nothing fake here. It’s just a scaled down version of a modern refrigerator really. It won’t last because of the rubber hoses and such, it’s just a novelty. Nothing wrong with that. I made a single beer can cooler out of an old refrigerator compressor once just for the hell of it.
@@HABENHAND your clumsy text definitly convinced me that it is a fake - you invoke the "physisc " as if the recall all very well known laws, may make a proof if you "have tested in practice" please put the video on YT , I need to laugth
First, this is way more complex than it needed to be. Second, besides the fact that it was fake, it's missing the first principal of high to low pressure drop. Which is why it is clearly fake. (This is backwards. The large coil would not compress, to get hot, to release heat. Due to the fact that the gasses would instantly expand in the leader tube, then compress at the mini coils, then decompress after the mini coils. One side would be hot, and the tube after the mini coils would be cold, on the suction or vac side.) What would have actually worked... For real. That thick tube, used on the whole unit. You kink or roll a compressed segment, after the hot compression ring. Where that restriction is, the gasses or liquid expands. (You do not have to compress gas into a liquid, that is just more efficient.) Past the kink is the cold coil, which returns to the suction part of the pump, without restriction. You can weld or solder a small restriction, but it is easier to just kink the pipe or use a compression roller to restrict it. Most modern AC window units use a crimp tool to setup the compression point now. Professional units use a manufactured restriction insert. Both work well. A home compressor, using just air, does the same thing. The compressed air gets hot. The hot air cools in the connecting pipe and in the tank. (Creates moisture in the tank when compressed and decompressed, which needs to be drained.) When you use the air, it decompressed, and becomes cold as it expands. (Creates condensation there too, due to being colder than surrounding air. It's pointless adding a water filter to compressed air, due to the fact that the moisture is not even coming from the compressed air. You have to remove moisture from the room, or just heat up the ejecting air, before it ejects, so it doesn't condense the humidity as it ejects.)
Not all photos were taken during the cooling period; the fan sucks in hot air on the cooling side and blows it to the cooling side, which theoretically cancels each other out; so this is fake
At 10:50 you can see the ice on the aluminium part while it is not on the copper. How can the aluminium freeze before the cooling element? Clearly we are watching this thing defrost in reverse. This is not even a good trickster, amature.
All fake, with the coils placed as they are they should fill at the same rate, second the rubber hoses will not handle the pressure of an ac system, third ac systems only move heat from either the inside to the outside (cooling) or from the outside to the inside (heating) this is why one unit of a home ac system is always outside. There is a low pressure side where the referegerant evaporates and absords heat, it then goes to a compressor turning it to a high pressure high temperature gas that condenses releasing that heat before hitting the metering device returning it to a low pressure, low temperature liquid where it repeats the process. A system with heating and cooling has a reversing valve that switches the high and low pressure sides. This setup wouldn't cool anything, in fact it would increase the temperature because that motor generates heat. Can't beat the laws of physics.
i believe it uses isobutane - the same fuel used in a lighter. it's very basic and of little practical use in the way displayed here. it's simply a demonstration.
Probably one of thise R-290-Propane, R-600 Butane or R-600a Isobutane, all of them can be used as lighter fuel, but typical commerial lighter fuel is Butane or R-600 refrigerant
차가워진 액화냉매을 실리콘 튜브가 견딜수 있는 건가요? 튜브가 일정 온도로 내려가면 곧바로 파손될것으로 보이는데요. 그리고 냉각을 위한 배관도 너무 구경이 작아보입니다. 에초에 전체을 구리배관으로 하지 않은 이유도 납득되지 않고 설사 냉각이 됫더라도 냉각속도 또한 납득이 되지을 않습니다. 이정도의 속도 효율을 보여준다면 기존 에어콘 제조회사는 전부 바보 멍청이라는 것입니다. 성공했더라도 비디오 재생 속도을 조정한것으로 판단됩니다.
I mean, these diy butane coolers can get themselves cold, but there's not a lot of watts, so the BTU would be so low. compare small ice maker, 1000 watts to make just a few cubes. that's not a lot of coldness.
Not at all! I’ve seen it in action myself. The mini air conditioner I built actually compresses gas into a liquid. It uses propane-butane, which evaporates easily and absorbs heat from the air, cooling it down effectively. In terms of physics, when you compress gas, its temperature rises. The compressor in this system squeezes the propane-butane, turning it into a liquid and releasing heat in the process. This liquid then evaporates in the evaporator, cooling the air in the room. I’ve tested this thoroughly and it works like a charm.
There is a pump attached to the motor. Try buying a robotics kit and see that a motor is a motor, what it becomes depends on the attachment. In most cases we use a kind of pump. If you think about it, everything is actually interlinked plumbing systems
I don't get it, dude. where's the heat is going to, and also, how is that electric engine pomping is this just leaking the Gass real fast and that's how it's cooling cuz u could've just sprayed it on the stuff u wanna cool
If you were to put a smaller rod, inside of those larger pipes before inserting the coils you made, it would prevent those coils from bottoming out inside the pipe and give them all the same opening for gas flow. Just saying.
I was thinking the coils would stay in place once pushed in far enough. Pull out the rod and solder. But if the coil tube got pushed to the bottom, it might get soldered shut. I'm only thinking in theory anyway. I've not done work like that.
Lets see, The experts don't know something that is in a YT video, so after a century of research and innovation, they still do it wrong ??? Sure....WTF?
Beautifully made and attractive, but bogus. The system wasn't evacuated, no explanation was given as to the nature or even identity of the compressor, no sketch was presented showing the layout of the evaporator and condenser. I suspect this video was pure click-bait, unfortunately. (I have a background in refrigeration mechanics)
Why do you guys always fake these lil gadgets . 99 % of peopke know its fake . Its not very hsrd to lnow how a a/c system works. All tgat ebergy knowing damn well your full of it
The air its not an elefant , and the vacum you made its not good also when you put the light gas the air also insert to the circuit that means you having use other pump covering from the camera. Temperature it depents of the preasure....!!! Try to release gas on the air that will produce -20 celsius too!!!
In fact, this is not true! The mini air conditioner operates on well-established physical principles. Propane-butane, used in it, transitions to a liquid state when compressed in the compressor, releasing heat in the condenser. This process effectively cools the air in the room and has been confirmed through scientific and practical tests.
Wow, why would anybody waste so much of their time to make a scam AC machine? People like me, who've worked with refrigeration systems for 50 years, can spot BS when we see. Why even bother putting the capillary tubes in place, you aren't using them, you're just dumping cold refrigerant into this thing, which is why you don't bother to show it working in any detail, because it doesn't. Get a life man.
Best way I have found to form a GOOD coil, is to very tightly pack it with salt. Plug up one end, fill with salt, but keep tapping the pipe so that you can get MORE salt in the tube. Then wind it around whatever shape you want it to take on that shape.
Once you have done that, unplug that end of the pipe that you had plugged before, and slowly try to introduce warm water into the tube. If the coiled tube is short enough to stand up in a container filled with water, put it in that, as any air should be displaced by the water. But if you need to lay it down in a tub, every now and then, give it a bit of a rotation, as this should help the water to dissolve the salt.
When you can get a bit of water to flow through the pipe, try and get the water to run freely, and FLUSH out ALL of the salt.
If done right, you should get NO kinks or folds or wrinkles in the pipe, making it look professionally done 👍🏽
Hope you have success with this method. As some say to use fine sand, but sand will NOT dissolve in water.
Bye from Knobby.
Thank you very much, also I think softer salt or at the best powdered salt would be better for keep the copper pipes more smooth and with less abrasion 👍🏻
or you can just heat the copper up and wear some gloves and it gets much easier to bend sans kinks. even the warmth created by friction from your hands softens it.
@@khashayarmodaberi4958⚠️ God has said in the Quran:
🔵 { O mankind, worship your Lord, who created you and those before you, that you may become righteous - ( 2:21 )
🔴 [He] who made for you the earth a bed [spread out] and the sky a ceiling and sent down from the sky, rain and brought forth thereby fruits as provision for you. So do not attribute to Allah equals while you know [that there is nothing similar to Him]. ( 2:22 )
🔵 And if you are in doubt about what We have sent down upon Our Servant [Muhammad], then produce a surah the like thereof and call upon your witnesses other than Allah, if you should be truthful. ( 2:23 )
🔴 But if you do not - and you will never be able to - then fear the Fire, whose fuel is men and stones, prepared for the disbelievers.( 2:24 )
🔵 And give good tidings to those who believe and do righteous deeds that they will have gardens [in Paradise] beneath which rivers flow. Whenever they are provided with a provision of fruit therefrom, they will say, "This is what we were provided with before." And it is given to them in likeness. And they will have therein purified spouses, and they will abide therein eternally. ( 2:25 )
⚠️ Quran
@@khashayarmodaberi4958 Hi, the salt that I use is just NORMAL table salt, and that works fine. But I do NOT understand why you are thinking about abrasion, as if you get any, it would only be inside of the tubular copper piping. But you got a good point about making the salt to be finer. I have done this by using a pestle and mortar. But then if it gets so fine, when you pack it in tightly, it WILL compress it to become quite hard, as if it had gone to solid rock salt, then it will be a BITCH to remove. As I know by me making an 8mm copper coil, as I used about 20 feet of tubing, and it took me 3 days to fully remove all of the salt out of it. But it was well worth the effort, as it formed a 98% almost perfect coil. And the job that I had made it for, it both fit and worked VERY WELL 👍🏽👍🏽👍🏽
Were using sand instead of salt
Wow, it’s amazing that the hose supports the refrigerant pressure.
Forget wether it works or not, how loud is it! OMG this thing would do my head in..
You can have air conditioning or be able to hear It's up to you.
@@Godzilla-vw4vu bullcrap.
@@Luka1180 lol !!
Oh my God I just made it, and it freaking works! I can't believe it, it really works! I wasn't going to bother because of all the negative comments but I figured what the hell? I'm so glad I didn't listen to the comments this is freaking awesome!
Giống phim hoạt hình Tom and Jerry ghê !
Có nhiều chất khi bay hơi có thể hạ nhiệt độ xuống điểm đóng băng của nước , ví dụ như Diethyl ether...
Đổ Diethyl ether vào trong ống rồi bật máy bơm ở chế độ hút khí ra , Diethyl ether bay hơi là cho ống lạnh đi tới mức đóng tuyết .
Một video lẫn lộn thật / giả : Thật là cái mà người xem nhìn thấy ; Giả là về nguyên lý làm việc của thiết bị này !
Каровки гуси фазани,птитцы РОМАНТИКА😊😊 Хорошо в селе родном.😊
If it were true, the factories would race before you, but the video is reversed. The piece had previously been placed in the freezer, and in fact the ice had begun to melt, fooling viewers into thinking that it had begun to freeze.
It probably does work but what factory would use propane as a refrigerant around electrical equipment. It is about safety. This is a novelty. The first refrigerators used ammonia gas as a refrigerant but when they fail, they cause chemical burns in your lungs
Propan or gas of lighter would be work properly even in cars airconditionare.bekieve me but i dont accept or prove this video because it needs strong compressors they are small like video but strong and expensive...
@@jonathanb7750r600, used in fridges, are highly flammable.
@gregormackenzie80 yeah, I talked to my boss after I left the comment and found out that most new commercial units are going propane based there is already a line of pro-press fittings available
@@jonathanb7750Yep all the new stand alone refrigerators including large commercial ones are using propane (R290) or butane/isobutane (R600/R600A) for refrigerants. Split air conditioning systems are mostly going to R32 which is only mildly flammable. We still use ammonia refrigeration systems too. Not common but plenty of them out there in industrial settings.
Fortunately, there are guys on YT who are actually making real systems.
Fortunately, there are people that under the joules-thompson effect and that butane is a better refrigerant than r134a. And fortunately there are people that can appreciate, instead of criticize, other people that are smarter then they are. This is a real system.
Fortunately, there are people making real thins nog begging for 100k views before showing "secret formula" xD
@@wesleydeer889Agreed.
@@wesleydeer889 The system is as real as the fake chickens and sheep noises in the background.
I have try before you, where mini pump use rubber Valve it won't be able to high pressure, finally exploded rubber Valve.
Thanks 😂
The video where the copper freezes - someone say it is fake/ reversed after taking it from freezer. I have been watching it last 30 min. Some condensation droplets are formed in weird way at where the freezing line progresses. There is a lack of outside interaction with the apparatus during freezing video which would make it easier to manipulate the video too. Zoomed out shot is cut from differrent session. Showing it freezing while handling it would erase any doubts...
Looking the coils when it freezes: The (ice?) droplet emergs between the gaps before it is going to freeze. Not normal.
Fake!
this little cutie pump can't compress the gas to be liquid
so the entire concept of refrigerator is not applied 😂
enjoy my block little cutie 🥰
This is not fake!
My mini air conditioner actually works. The small pump in the system can compress the gas into a liquid state. This allows the evaporator to cool the air, just like in any refrigerator. Here are some scientific proofs:
Chemistry: Propane-butane has a low boiling point (around -42°C), allowing it to effectively evaporate and absorb heat from the surrounding air.
Physics: According to Boyle's Law, compressing a gas increases its temperature. The compressor compresses the propane-butane, causing it to condense and release heat in the condenser, turning into a liquid. The liquid then evaporates in the evaporator, cooling the air.
I have tested this in practice, and the device effectively cools the air.
Try it yourself before making conclusions!
@@HABENHAND link to sources or fake
I can't comment on the entirety of this device, but your assertion of "can't compress the gas to liquid" is not how vapor compression AC/heat pumps work. The gas is compressed to higher pressures and it is still a gas when exiting the compressor but at a higher temperature. It then goes through the condensor to extract the heat and in so doing it changes state to a liquid.
Yeah that looks like a normal off the shelf linear compressor to me. Nothing fake here. It’s just a scaled down version of a modern refrigerator really. It won’t last because of the rubber hoses and such, it’s just a novelty. Nothing wrong with that. I made a single beer can cooler out of an old refrigerator compressor once just for the hell of it.
@@HABENHAND your clumsy text definitly convinced me that it is a fake - you invoke the "physisc " as if the recall all very well known laws, may make a proof
if you "have tested in practice" please put the video on YT , I need to laugth
First, this is way more complex than it needed to be.
Second, besides the fact that it was fake, it's missing the first principal of high to low pressure drop. Which is why it is clearly fake. (This is backwards. The large coil would not compress, to get hot, to release heat. Due to the fact that the gasses would instantly expand in the leader tube, then compress at the mini coils, then decompress after the mini coils. One side would be hot, and the tube after the mini coils would be cold, on the suction or vac side.)
What would have actually worked... For real.
That thick tube, used on the whole unit. You kink or roll a compressed segment, after the hot compression ring. Where that restriction is, the gasses or liquid expands. (You do not have to compress gas into a liquid, that is just more efficient.) Past the kink is the cold coil, which returns to the suction part of the pump, without restriction.
You can weld or solder a small restriction, but it is easier to just kink the pipe or use a compression roller to restrict it. Most modern AC window units use a crimp tool to setup the compression point now. Professional units use a manufactured restriction insert. Both work well.
A home compressor, using just air, does the same thing. The compressed air gets hot. The hot air cools in the connecting pipe and in the tank. (Creates moisture in the tank when compressed and decompressed, which needs to be drained.) When you use the air, it decompressed, and becomes cold as it expands. (Creates condensation there too, due to being colder than surrounding air. It's pointless adding a water filter to compressed air, due to the fact that the moisture is not even coming from the compressed air. You have to remove moisture from the room, or just heat up the ejecting air, before it ejects, so it doesn't condense the humidity as it ejects.)
Inventăm apă caldă acum
Obviously fake . Filmed in reverse.
Not all photos were taken during the cooling period; the fan sucks in hot air on the cooling side and blows it to the cooling side, which theoretically cancels each other out; so this is fake
Captube cutters work great for small copper lines. They're just hard to come by.
At 10:50 you can see the ice on the aluminium part while it is not on the copper. How can the aluminium freeze before the cooling element? Clearly we are watching this thing defrost in reverse. This is not even a good trickster, amature.
Great idea! I was thinking of chilling beer cans from your device, just a few minutes I have chilled beer 😍
good idea
Jeeeeez sound drive you crazy
I'm always suspicious when there are no subtitles, descriptions on-screen regarding components, ie; 9:24?
That is a cheap water dispenser pump. And yes, this project could be a fake since that small rubber based pump would not have enough compression.
Для чего весь этот обман ? Тогда уж на аммиаке с водой, плюс нагревательный эллемент.
All fake, with the coils placed as they are they should fill at the same rate, second the rubber hoses will not handle the pressure of an ac system, third ac systems only move heat from either the inside to the outside (cooling) or from the outside to the inside (heating) this is why one unit of a home ac system is always outside. There is a low pressure side where the referegerant evaporates and absords heat, it then goes to a compressor turning it to a high pressure high temperature gas that condenses releasing that heat before hitting the metering device returning it to a low pressure, low temperature liquid where it repeats the process. A system with heating and cooling has a reversing valve that switches the high and low pressure sides. This setup wouldn't cool anything, in fact it would increase the temperature because that motor generates heat. Can't beat the laws of physics.
You didnt see the gigantic condenser ? 😆
O küçük motor gaz tarafından oluşturulmuş basınç tan dolayı çalışmaz
Last time I saw such a wise man, three angels appeared on the horizon, telling me about the birth of christ.
Which refrigerant available in can is used in this setup?
i believe it uses isobutane - the same fuel used in a lighter. it's very basic and of little practical use in the way displayed here. it's simply a demonstration.
Probably one of thise R-290-Propane, R-600 Butane or R-600a Isobutane, all of them can be used as lighter fuel, but typical commerial lighter fuel is Butane or R-600 refrigerant
차가워진 액화냉매을 실리콘 튜브가 견딜수 있는 건가요?
튜브가 일정 온도로 내려가면 곧바로 파손될것으로 보이는데요.
그리고 냉각을 위한 배관도 너무 구경이 작아보입니다.
에초에 전체을 구리배관으로 하지 않은 이유도 납득되지 않고 설사 냉각이 됫더라도
냉각속도 또한 납득이 되지을 않습니다.
이정도의 속도 효율을 보여준다면 기존 에어콘 제조회사는 전부 바보 멍청이라는 것입니다.
성공했더라도 비디오 재생 속도을 조정한것으로 판단됩니다.
How long before lighter gas perishes the pump seals?
Вот это хорошая вещь. ДОЛЖЕН СДЕЛАТЬ ! Спасибо !
Это лохотрон 🤣а не вещь.... такой же как и электричество из воздуха, и вечный двигатель... а вот что находится под столом, фокусник так и не показал.
it works only in Oymyakon in January ;)
This guy is making money by us watching his liars underwear on fire videos
I mean, these diy butane coolers can get themselves cold, but there's not a lot of watts, so the BTU would be so low. compare small ice maker, 1000 watts to make just a few cubes. that's not a lot of coldness.
the gas temperature in the pump is very high. it can break down quickly.
This is only for fun purpose. See this and laugh.
PARA EMPEZAR NO TIENE CAPILAR
Это реклама паяльника.
Wow, a frost machine. All to showcase some slight of hand. No wonder he lives in a mud hut with chickens crapping on his lawn.
I have been following your chnnael for so long.... why are posting such fake videos?
Oh ! Les soudures (COLLAGE).
Low noise air conditioner jajaja nice work!!
Any real uses for a linear AC?
Making a fridge
اس کا موٹر پمپ کدر سے ملے گا
… bəs inək südü üçün istifadə etmək olar? Dost istəmək👽
И ведь не лень же было ковыряться с этой хренью, ради того, чтобы обдурить народ! 🤔
Jajajaja tan trucho... que empieza a enfriar de atrás para adelante... hacelo al revés..., capaz alguien te lo cree 😊😊😊😊😊😊
Олово от низких температур не раскрошится?
Most RUclipsrs know how this Trick works and know that it doesn't work 🤣🤣🤣🤣
Super simple bat good
you could also put the aluminum profile alone, it is the one that freezes the copper coil🤣
Thanks
Please link to pomp
Why this works?
Лайк👍
Muy bonito el trabajo, pero lamentablemente es falso
Can this be modified as room ac??
first of all motor will not pump, fake experiment
Not at all!
I’ve seen it in action myself. The mini air conditioner I built actually compresses gas into a liquid. It uses propane-butane, which evaporates easily and absorbs heat from the air, cooling it down effectively.
In terms of physics, when you compress gas, its temperature rises. The compressor in this system squeezes the propane-butane, turning it into a liquid and releasing heat in the process. This liquid then evaporates in the evaporator, cooling the air in the room.
I’ve tested this thoroughly and it works like a charm.
Air conditioner and alike works on the basis of: expansion of gases causes cooling.
These kind of systems can work and are in almost every cooling device but thay are much mor complex to build or run this is fake indeed
It’s real
There is a pump attached to the motor. Try buying a robotics kit and see that a motor is a motor, what it becomes depends on the attachment. In most cases we use a kind of pump. If you think about it, everything is actually interlinked plumbing systems
Wizardry and quackery and complete trickery. GIVE IT A THUMBS DOWN...
Fairy tale.
I don't get it, dude. where's the heat is going to, and also, how is that electric engine pomping is this just leaking the Gass real fast and that's how it's cooling cuz u could've just sprayed it on the stuff u wanna cool
Heat is rejected in the condenser. Read up on phase change heat pumping.
这是冷冻喷雾剂不是制冷剂，
Что за бачок ? Он туда фрион заправляет или что ?
Пропан-бутан. Газ из зажигалки. Для фазового перехода там не нужны большие давления, поэтому его легко использовать в подобном демо стенде.
В СССР были первые холодильники на таком принципе ,заправляли бутан -пропан .
If you were to put a smaller rod, inside of those larger pipes before inserting the coils you made, it would prevent those coils from bottoming out inside the pipe and give them all the same opening for gas flow. Just saying.
and how would you get the 'smaller rod' out?
I was thinking the coils would stay in place once pushed in far enough. Pull out the rod and solder.
But if the coil tube got pushed to the bottom, it might get soldered shut. I'm only thinking in theory anyway. I've not done work like that.
Tempatkan sesuatu yang terbakar dan berasap bersama videomu,agar saya yakin videonya tidak diputar mundur
Фейк, там Дед Мороз стоит за кадром и дует. На столе и слюни его видны😂
Always fake from India .
Yeah sure lol
Для чего эта игрушка???
Hopefully this is works because my laptop and PS4 dream of making use of such an item, lol.
Superb
Lets see, The experts don't know something that is in a YT video, so after a century of research and innovation, they still do it wrong ??? Sure....WTF?
N8e lutujemy cyną z olowiem bo spęka 9d temperatury niskiej.
Po co w ogóle lutować, przecież to wideo jest dla idiotów.
А лошарики уже повелись, залайкали.... Учите физику прежде чем верить фокусникам....
The tube design isn’t ideal
이건 좀 뻥이 쌔네 ~~~~
Why do all these kind of maker ppl have chicken in that background or workoutside
Just buy a dam ac unit
Fake as a 3 dollar bill
This can work on the speed of air or gas movement. But the scale can not be big
This like air moving over a coke bottle.
Now do you understand.
Master
Iiar compresor
من أين أتيت بي المضخة
Awesome fake.
Small pump cant deliver 200psi to compress Gaz a😂
哪里来的动物叫声啊😂😂😂😂😂😂
Ржу не могу!!! Чушь полная!!!
Beautifully made and attractive, but bogus. The system wasn't evacuated, no explanation was given as to the nature or even identity of the compressor, no sketch was presented showing the layout of the evaporator and condenser. I suspect this video was pure click-bait, unfortunately. (I have a background in refrigeration mechanics)
Без звук
hideous noise with a video made about 8minutes too long, to show measuring
This is a big lie 👎👎👎😡
I don't understand why you don't explain what you're doing as you go along. That is why I didn't watch it.
He likely doesn't speak English but he made a butane heat pump
sprayer .............................. and lier ........................
요즘 이런 허접한사기꾼들이 많쿤
ระบายความร้อนได้แต่ไม่มีจุดเดือดสารทำความเย็น หลอกกูไม่ได้
Why do you guys always fake these lil gadgets . 99 % of peopke know its fake . Its not very hsrd to lnow how a a/c system works. All tgat ebergy knowing damn well your full of it
WTF. Scam.
🤭😂🤣😂🤣😂🤣😂🤣😂🤣😂🤣😂🤣
faaaaaaaaaaaaaake
FAKE 😐
The air its not an elefant , and the vacum you made its not good also when you put the light gas the air also insert to the circuit that means you having use other pump covering from the camera. Temperature it depents of the preasure....!!! Try to release gas on the air that will produce -20 celsius too!!!
you wasted my time!
fake mdf
In fact, this is not true!
The mini air conditioner operates on well-established physical principles. Propane-butane, used in it, transitions to a liquid state when compressed in the compressor, releasing heat in the condenser. This process effectively cools the air in the room and has been confirmed through scientific and practical tests.
😂😂😂😂
fake no no
Wow, why would anybody waste so much of their time to make a scam AC machine? People like me, who've worked with refrigeration systems for 50 years, can spot BS when we see. Why even bother putting the capillary tubes in place, you aren't using them, you're just dumping cold refrigerant into this thing, which is why you don't bother to show it working in any detail, because it doesn't. Get a life man.
fake.
Fake 😂
that's a fucking lie 😁
Just wasted about 10 minutes of my life!😢