In spite of some people's reservations, I think this is interesting. There is nothing wrong inherently in air as a medium. Compressing air quickly will cause its temperature to rise. Releasing compessed air suddenly will absorb heat. Years ago, I inflated a car tyre to full pressure then released the pressure by rapidly removing the valve inner core. To my surprise, there was a thin layer of frost on the tyre valve! QED!
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
You know whether or not this video is a trick I don't know. However many of you are comparing are EPA approved refrigerants R134 R11 etc and the list goes on. With butane does not nearly require the pressures like R 134 when we built one of these it was somewhere around 27 PSI to 30 PSI. Start thinking outside the box gentleman. It's obvious some of you are in the ac refrigerant world. But there are things that are not in your EPA approved workbooks. That information can be found in high school chemistry class. You'll be amazed at what you can make.
Naw it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
This is not going to work. It would come closer to working if the gas was sprayed into the coil from the can. This could work if a piston compressor was used, like a car ac compressor, it could be pedal powered , or hand cranked, even use a large flywheel to spin it while you rest. Even a water wheel the Large comoressor would chill the small coil fast. But the inside of the coil must be evacuated of air before gas is added to chill a can drink. Use of peltier plates is better, use 9-12 v one side of the plate gets cold the other gets hot. Use a can of water to coolbthe hot side. With one onthe bottom and about 5-6 around the can using metal or salt water to make contact with the can , it would likely freeze it in 20 minutes! It can also be used to cool a home, connected to solar panels and heatsinks use aluminum blocks to attach the plates to. Slowly run water through them to keep cool. Under 50-60°c the cold side should be about -5°c the plates sre used to cool computers. And small 12v refrigerator heaters are using them also. But as far as gas refrigerant, butane , co2 , and propane are useable, sealing dry ice inside a compressor coil, then vent the air from the top but it would require alot to be placed inside. Before it sublimated. And propane would be easy also. Just turn a tank upside down, get the liquid inside.. but a car ac compressor is the best bet to get it to work. But car refrigerant is easy to access as well. Why not use it. But adding salt to ice snd stir it eilr running the drink through the ice, eill freeze it if not careful. Itd how ice cream was made years ago. It's a thermal reaction thr trmp drops as the salt melts the ice!
Peltier is inefficient and needs amp. This system is more efficient and only needs 2 amps. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
These are interesting if it works, reminds me of a propane refridgerator in an rv, at low pressure and flame to burn off the gas. These low pressure systems work but to some degree they are flawed. These air pumps can push 30 psi easy so this system works in my book. The arm chair techs are like naaa man....
They aren't propane refrigerators they are asorbsion style refrigerators and they use ammonia inside of them to remove the heat out of the refrigerator, they use heating elements and or a propane burner to heat the boiler at the bottom of the system. there are 1 way, 2 way, and 3 way units. 1 way being propane only, 2 way being propane and 120vac and 3 way being propane and 120vac and 12vdc
Just aksing a question, i have seen that everyone says this doesnt work, but i have a question. I seen something on good ol' reliable reddit, about using the gas in thoughs keyboard air duster cans instead because the compression properties are more favorable. I dont think it would work (because everyone would be using that right) but has anyone tried it or know anyone to try it?
Как и в холодильнике, при сжатии нагревается, высвобождая энергию во внешнюю среду, а при расширении поглощает энергию из внешней среды. Разные газы делают это с разной интенсивностью. Пропан вроде неплохо так морозит, с зажигалкой легко проверить, если сильно открыть клапан (без искры, конечно). А в холодильнике, что там сейчас, забыл уже )
It's a trick. Create the system, then put it in the freezer, wait for it to generate frost, take it out and record it until it defrosts. You edit the video in reverse, where it is defrosting. This will look like it is freezing. I have already carried out all the tests with the materials you use in the video and IT DOES NOT WORK!!. IT'S A TRICK!!...
Naw it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
At the 9 minute mark you can clearly see him scratching the frost off while it's generating more frost. Highly doubt it's reversed, probably just you not building it correctly
Please don't waste your time trying to do this. Super fake, freezers use AC compressors for a reason, one being torque. A little $12 dc pump will lock the second it's pressurized. I could go on. They could have at least used hose clamps...
@@Sertry_ HAHA, AND HOW MUCH PRESSURE DO YOU NEED TO TURN THE GAS INTO LIQUID AGAIN? TAKE THE TABLES CHECK PRESSURE AND TEMPERATURE THE MOST OPTIMISTIC 600A, THIS PUMP IS TOO WEAK!!! FAKE!!
Yeah.. the pump uses a silicon membrane. The fan draws cool air from the beverage side and blows it down towards both the pump and condenser coil. You aren't going to keep this pump running very long any way.. just long enough to cool your beverage.
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
You're putting too much strain on the rubber parts. The pipe will soon split from the crack. You can't use highly flammable gases like butane with this. It's too dangerous. We recommend using non-flammable gases, or using a pipe diameter that allows some slack in the rubber parts.
The compression ratio of the gas cannot be achieved with the motor pump. The pump's job seems to be something like a check valve. And the inner diameter of the capillary tube seems too wide. When the refrigerant is put between the capillary tube and the pump (check valve), it is compressed and liquefied, so at this time, it is beyond the capillary tube. The pipe will be in a state of low pressure. That is, when the refrigerant is first administered, the temperature will drop due to evaporation only for a short time. Operating the pump can be viewed as just a sound effect. For example, if you spray the spray on your hands, your hands will be cool. It's just a feeling, and you'll find the rating right away at room temperature.
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
How to determine if you are being deceived? It's simple. 1. In a real refrigerator, the radiator for heat removal is much larger than the cooler, but on the contrary, the refrigerator will not produce as much frost as in the video with that small radiator. 2. For some reason the fan is located opposite the refrigerator, and not to blow out heat. It's simple, this is a fake video, a fan is needed to show how quickly the ice grows. In fact, it's the other way around, the frozen tube melts and this is shown in reverse order. For this you need a fan. If a fan actually blew air through the tube, ice would never form there. This is a lie.
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
Es impresionante la eficacia del gas butano o propano con poca presión se puede alcanzar muy bajas temperaturas por eso lo usaban antes los refrigeradores pero su único defecto es lo explosivo que es lo bueno es que se mejoro con el r600a que lleva en la mezcla butano
Well, this apparatus may work, only if you installed a bigger battery and a compressor. I know this is a fake video, but the video catches the theory right, but in practice it won't work as promised.
I got a question if its just movie magic how come in the first shot of it freezing he scratches the frost. If this was a video played in reverse the frost would stay scratched while the coil thawed. Maybe it is a trick but im gonna try it. Look at the way it freezes it appears to be working. Ya'll some haters I waste money on dumb shit all the time, this time its in the name of SCIENCE!
Ur brain can't get that it's really easy to make? Apply pressure to any kind of gas then release pressure so you will see it will lose heat. You can make this even by using aquarium compressor.
Nope it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
@@brutusmaximus5380 you need way more pressure to go through the capillary to form a low pressure liquid. A compressor will compress the refrigerant to a high pressure then going through the expansion device will cause a low pressure. The pressure difference is too low to notice any difference in tempreture.
HAHA, AND HOW MUCH PRESSURE DO YOU NEED TO TURN THE GAS INTO LIQUID AGAIN? TAKE THE TABLES CHECK PRESSURE AND TEMPERATURE. THE MOST OPTIMISTIC 600A, THIS PUMP IS TOO WEAK!!! FAKE!! NO THIS IS SUPER FAKE!!
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. 30 PSI at most. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
Nope, as the lighter fluid enters the evaporator coil from a very tight tube, it absorbs a lot of heat from the surroundings, causing the coil to accumulate frost This is kinda similar to how a refrigerator works
@@jhebertdelacruz5437 HAHA, AND HOW MUCH PRESSURE DO YOU NEED TO TURN THE GAS INTO LIQUID AGAIN? TAKE THE TABLES CHECK PRESSURE AND TEMPERATURE. THE MOST OPTIMISTIC 600A, THIS PUMP IS TOO WEAK!!! FAKE!!
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
You might want to go back to chemistry class. Butane doesn't require 140 PSI. Somewhere around 30. Whether or not this video is fake I don't know however I have seen in person butane refrigeration system similar to this being used in third world villages some produce up to 10 lb of ice and run off of a solar panel. Science of science we can make way more efficient refrigerators using butane propane one of the most effective is actually ammonia gas however it's highly lethal.
this dose work this is how a low presser system works one could do this with a flame Compressor but mush to danger-es for me how did sevell refrigerators work
without compress the gas will not cool. probably you are put this inside the freezer and when pump water inside the tube will show this same effect. @@claycoates5056
In spite of some people's reservations, I think this is interesting. There is nothing wrong inherently in air as a medium. Compressing air quickly will cause its temperature to rise. Releasing compessed air suddenly will absorb heat. Years ago, I inflated a car tyre to full pressure then released the pressure by rapidly removing the valve inner core. To my surprise, there was a thin layer of frost on the tyre valve! QED!
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
You know whether or not this video is a trick I don't know. However many of you are comparing are EPA approved refrigerants R134 R11 etc and the list goes on. With butane does not nearly require the pressures like R 134 when we built one of these it was somewhere around 27 PSI to 30 PSI. Start thinking outside the box gentleman. It's obvious some of you are in the ac refrigerant world. But there are things that are not in your EPA approved workbooks. That information can be found in high school chemistry class. You'll be amazed at what you can make.
If you look at the fan closely when he's spinning it around, you can see frost on the fan. The whole thing just came out of a freezer.
Naw it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
Hi..What is the pump from that you use..Thank you
Pompa dragon
This is not going to work. It would come closer to working if the gas was sprayed into the coil from the can. This could work if a piston compressor was used, like a car ac compressor, it could be pedal powered , or hand cranked, even use a large flywheel to spin it while you rest. Even a water wheel the Large comoressor would chill the small coil fast. But the inside of the coil must be evacuated of air before gas is added to chill a can drink. Use of peltier plates is better, use 9-12 v one side of the plate gets cold the other gets hot. Use a can of water to coolbthe hot side. With one onthe bottom and about 5-6 around the can using metal or salt water to make contact with the can , it would likely freeze it in 20 minutes! It can also be used to cool a home, connected to solar panels and heatsinks use aluminum blocks to attach the plates to. Slowly run water through them to keep cool. Under 50-60°c the cold side should be about -5°c the plates sre used to cool computers. And small 12v refrigerator heaters are using them also. But as far as gas refrigerant, butane , co2 , and propane are useable, sealing dry ice inside a compressor coil, then vent the air from the top but it would require alot to be placed inside. Before it sublimated. And propane would be easy also. Just turn a tank upside down, get the liquid inside.. but a car ac compressor is the best bet to get it to work. But car refrigerant is easy to access as well. Why not use it. But adding salt to ice snd stir it eilr running the drink through the ice, eill freeze it if not careful. Itd how ice cream was made years ago. It's a thermal reaction thr trmp drops as the salt melts the ice!
Peltier is inefficient and needs amp. This system is more efficient and only needs 2 amps. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
Pls what is the name of the pump/motor?
Does a plastic water bottle work?
How come the can doesn't get squeezed up when the copper wire is coiled around it?
Super very nice but how much time it's run sir
It depends on how often you use it
The more you use it the faster the battery runs out of power imo
These are interesting if it works, reminds me of a propane refridgerator in an rv, at low pressure and flame to burn off the gas. These low pressure systems work but to some degree they are flawed. These air pumps can push 30 psi easy so this system works in my book. The arm chair techs are like naaa man....
They aren't propane refrigerators they are asorbsion style refrigerators and they use ammonia inside of them to remove the heat out of the refrigerator, they use heating elements and or a propane burner to heat the boiler at the bottom of the system. there are 1 way, 2 way, and 3 way units. 1 way being propane only, 2 way being propane and 120vac and 3 way being propane and 120vac and 12vdc
Just aksing a question, i have seen that everyone says this doesnt work, but i have a question. I seen something on good ol' reliable reddit, about using the gas in thoughs keyboard air duster cans instead because the compression properties are more favorable. I dont think it would work (because everyone would be using that right) but has anyone tried it or know anyone to try it?
Холодильник в автокемпире работает от пропана или бутана по такому же принципу?
Ели да, то значит стстема эта рабочая. Я так думаю)
Как и в холодильнике, при сжатии нагревается, высвобождая энергию во внешнюю среду, а при расширении поглощает энергию из внешней среды. Разные газы делают это с разной интенсивностью. Пропан вроде неплохо так морозит, с зажигалкой легко проверить, если сильно открыть клапан (без искры, конечно). А в холодильнике, что там сейчас, забыл уже )
It's a trick. Create the system, then put it in the freezer, wait for it to generate frost, take it out and record it until it defrosts. You edit the video in reverse, where it is defrosting. This will look like it is freezing. I have already carried out all the tests with the materials you use in the video and IT DOES NOT WORK!!. IT'S A TRICK!!...
Naw it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
At the 9 minute mark you can clearly see him scratching the frost off while it's generating more frost. Highly doubt it's reversed, probably just you not building it correctly
@@arcosistemas2 did you try it to make sure it's fake?
@@jaredeberle7117 Yes, I built it and it never worked. If you want, try it.
Which type of gas use in there pipes
Butane gas
great video, tell me, what is the pump reference and the gas used? because it is not specified. Sincerely
Please don't waste your time trying to do this. Super fake, freezers use AC compressors for a reason, one being torque. A little $12 dc pump will lock the second it's pressurized. I could go on. They could have at least used hose clamps...
ITS REALLY WORKING AIR CONDITIONER WAS LIKE THAT IF YOU SAY SUPER FAKE THAT MAKES THE OWNER VIDEO SAD STOPPPPPPP SAY FAAAKESS
Wow . Well people really talking about that it is real . I don't know what to say .
@@Sertry_ HAHA, AND HOW MUCH PRESSURE DO YOU NEED TO TURN THE GAS INTO LIQUID AGAIN? TAKE THE TABLES CHECK PRESSURE AND TEMPERATURE THE MOST OPTIMISTIC 600A, THIS PUMP IS TOO WEAK!!! FAKE!!
@@Sertry_ Yea I agree with u 😭
They're selling the parts, so naturally it makes owner mad when called out, they're a scam artist. Prove me wrong!
What is the description for the compressor in order to purchase it or... Where can one purchase the compressor?
The diameter of the throttling pipe is too large and the configuration is unreasonable. No vacuuming either
then tell me how the gravity AIR CONDITIONERS worked
the system used in the EARLY sears stores No high presser there
not necessary. The refrigerant is butane so not the same pressures as modern refrigerants.
the gas temperature in the pump is very high. it can break down quickly.
Yeah.. the pump uses a silicon membrane. The fan draws cool air from the beverage side and blows it down towards both the pump and condenser coil. You aren't going to keep this pump running very long any way.. just long enough to cool your beverage.
Any larger iterstive designs in mind? Great job : )
What if we don't use the circulating pump, and just add butane into the copper coil?
لا يمكن ان يعمل عامتا نظام التبريد هذا يحتاج إلى ظغط الغاز بالداخل لكي يبرد
Guys someone say Is it is working or it is fake if someone made this project just plz tell
this dose work the problem if the gas is dangers and hard to seal
@@claycoates5056 oh ...,thank you so much for informing me
Fraud 😠
@@samuelfellows6923 yeah it's fake 😣
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
Make cooler for gaming processor.....
You're putting too much strain on the rubber parts.
The pipe will soon split from the crack.
You can't use highly flammable gases like butane with this.
It's too dangerous.
We recommend using non-flammable gases, or using a pipe diameter that allows some slack in the rubber parts.
The compression ratio of the gas cannot be achieved with the motor pump. The pump's job seems to be something like a check valve. And the inner diameter of the capillary tube seems too wide. When the refrigerant is put between the capillary tube and the pump (check valve), it is compressed and liquefied, so at this time, it is beyond the capillary tube. The pipe will be in a state of low pressure. That is, when the refrigerant is first administered, the temperature will drop due to evaporation only for a short time. Operating the pump can be viewed as just a sound effect. For example, if you spray the spray on your hands, your hands will be cool. It's just a feeling, and you'll find the rating right away at room temperature.
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
Everyone says it's fake - the question is, is there a way to build such a thing? Offer ideas
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
Bro this thing you made give me 😅😊 i want use this
How to determine if you are being deceived? It's simple.
1. In a real refrigerator, the radiator for heat removal is much larger than the cooler, but on the contrary, the refrigerator will not produce as much frost as in the video with that small radiator.
2. For some reason the fan is located opposite the refrigerator, and not to blow out heat.
It's simple, this is a fake video, a fan is needed to show how quickly the ice grows. In fact, it's the other way around, the frozen tube melts and this is shown in reverse order. For this you need a fan.
If a fan actually blew air through the tube, ice would never form there.
This is a lie.
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
Very very Real!
Super mini clima, MOBILIZE technology (:.
забыл фильтр осушитель поставить и систему отвакумировать.
I don't know Rick, it looks fake, (No lo sé Rick, parece falso)
Es impresionante la eficacia del gas butano o propano con poca presión se puede alcanzar muy bajas temperaturas por eso lo usaban antes los refrigeradores pero su único defecto es lo explosivo que es lo bueno es que se mejoro con el r600a que lleva en la mezcla butano
Well, this apparatus may work, only if you installed a bigger battery and a compressor. I know this is a fake video, but the video catches the theory right, but in practice it won't work as promised.
I got a question if its just movie magic how come in the first shot of it freezing he scratches the frost. If this was a video played in reverse the frost would stay scratched while the coil thawed. Maybe it is a trick but im gonna try it. Look at the way it freezes it appears to be working. Ya'll some haters I waste money on dumb shit all the time, this time its in the name of SCIENCE!
এই পাইপের দামকত বললেন নাতো?
Rough Hands and Unusual Ideas Can I make this on a bigger scale?
مستحيل يحدث تبريد بدون ضغط عالى للغاز
السلام عليكم ورحمة الله وبركاته
I'm going to make this to expose these fakes
Oh if you do this right it works the problem if the gas is DANGERS of fire
Ur brain can't get that it's really easy to make? Apply pressure to any kind of gas then release pressure so you will see it will lose heat. You can make this even by using aquarium compressor.
Nope it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
@@brutusmaximus5380 you need way more pressure to go through the capillary to form a low pressure liquid. A compressor will compress the refrigerant to a high pressure then going through the expansion device will cause a low pressure. The pressure difference is too low to notice any difference in tempreture.
@@vio3667 a spray can is pressurized to 10 or 15 bar this small pump could never do this pressure
Bagus Sekali
Valeu muito obrigado!
fake video i have done maney time not working
Ý tưởng rất tuyệt vời máy làm lạnh đồ uống
HAHA, AND HOW MUCH PRESSURE DO YOU NEED TO TURN THE GAS INTO LIQUID AGAIN? TAKE THE TABLES CHECK PRESSURE AND TEMPERATURE. THE MOST OPTIMISTIC 600A, THIS PUMP IS TOO WEAK!!! FAKE!! NO THIS IS SUPER FAKE!!
ooppss there is no Fakery here how can one make ice out of an ole Coke Bottle
if you have not seen how that works need to take another class
Your chanell persian?
I'm can speak persian😊
Complete Fake ? The Compressor does not the neceaasry pressure to compress a refrigerant , it normally requires 140 psi to cool successfully
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. 30 PSI at most. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
the fan shuth be on the hot npipes, you puted in the freezer then with the fan get the humed air condensed on the previously frozen pipes, ALL FAKE
porqe no lo pones en el mercado te iria bien
Охлаждать банку не интересно. Сделай генератор воды из атмосферы.
Sar Ek Mujhe banaa kar de do
Fake!
Nope, as the lighter fluid enters the evaporator coil from a very tight tube, it absorbs a lot of heat from the surroundings, causing the coil to accumulate frost
This is kinda similar to how a refrigerator works
@@jhebertdelacruz5437 HAHA, AND HOW MUCH PRESSURE DO YOU NEED TO TURN THE GAS INTO LIQUID AGAIN? TAKE THE TABLES CHECK PRESSURE AND TEMPERATURE. THE MOST OPTIMISTIC 600A, THIS PUMP IS TOO WEAK!!! FAKE!!
This is just a reverse video.... He kept the project in refrigerator and remove it and record the video... And reverse the video😂
Fake video 😂😂😂😂😂
Is this real or fake?
Fraud 😠
ITS FAKE NOT WORKING ITS FAKE
Apakah benar itu bohong
@@Ok_Sur WHY YOU MAKING FAKE VIDEOS
Yep it's legit. The refrigerant is butane. The same stuff in bic lighters. It's a low pressure absorption cooling system. The membrane pumps butane through the condenser coil on the bottom where the fan takes away the heat using the cooler air from the soft drink side. The fan blows downward toward the inside of the can cooling the pump and the condenser coil wrapped around the can. Then from the condenser the butane goes through the small 3 coil condenser which squirts butane into the evaporator coil. The liquid butane then evaporates in the coil as it absorbs the heat from the beverage can. The pump is a 6 volt food grade membrane pump used for liquids. It's a little noisy because he's using a 9 volt to drive the pump.
reverse play scam
Nope
چرته کار نمیکنه
Another fake.
check that
This is too much 😅
It's fake.
I unsubscribed your channel
It's faque video
пропан газ
Fake
everybody seems to be building this nowadays. i think this is rather a new invention from among tinkering diy people.
Fake video
How did that become AC?You just use a battery and then say AC?liar
It's fake
You might want to go back to chemistry class. Butane doesn't require 140 PSI. Somewhere around 30. Whether or not this video is fake I don't know however I have seen in person butane refrigeration system similar to this being used in third world villages some produce up to 10 lb of ice and run off of a solar panel. Science of science we can make way more efficient refrigerators using butane propane one of the most effective is actually ammonia gas however it's highly lethal.
fake
this dose work this is how a low presser system works
one could do this with a flame Compressor but mush to danger-es for me
how did sevell refrigerators work
without compress the gas will not cool. probably you are put this inside the freezer and when pump water inside the tube will show this same effect. @@claycoates5056
All these type vids is one guy🤣same tools same glue same type of working,
I swrrrr😂😭
Same annoying sound 💔
And he isn't even putting the name of the component
Like I really want to know the name of the pump
*I created something stupid like this and froze the entire Sahara desert for weeks*
Дайте два!
fake video