How to make a Fast Cooling Freezing AC : Conditioner for Portable Mini Refrigerator to -10°C!

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TIMESTAMPS:
00:01 - Demonstration of the effective operation of a homemade cooler for beverages. This Freezing AC cooler transforms copper pipes into ice pipes!
00:25 - Use a 4.7mm diameter copper tube!
00:45 - Wind the copper tube around a full aluminum Coca-Cola can.
01:21 - A 25mm diameter stainless steel sleeve serves as a second base for making the condenser.
02:19 - A thin copper tube with a diameter of 1.2 millimeters will serve as the capillary tube.
04:56 - Solder the capillary tube to the condenser and evaporator using special solder and flux.
05:26 - Solder a connector for a 9-volt battery to the pump and fan.
07:00 - The first stage of testing is conducted in an open area to ensure the efficient passage of liquid gas through the pipes and capillary system of the conditioner.

This video is a unique blend of entertainment crafted solely for your enjoyment. While we strive for completeness, safety, and reliability, we make no explicit warranties. It's important to note that certain activities showcased involve skilled performers within a controlled environment. Exercise your own judgment, care, and precaution should you choose to replicate any of the presented content. Your safety is paramount!

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

[eduardoschubert]

Issues in order of appearance :
- No thermal insulation
- Evaporator much bigger that the condenser
- Capillar seems too short
- Fan working wrong: it is blocked, and in the opposite direction (should "suck" the cold air through evaporator to the can). The best would be insulating it inside a styrofoam can with some alcohol for thermal transfer between the drink can and the evaporator.
- 9V battery with very limited energy.
- Zipties probably do not seal efficiently the tube, it forms a bend
- Using a needle instead of an access, would generate a weak point for the silicon hose.
- No minimal thermal insulation, the condenser is too near the evaporator

[colinsmith]

So this is the new scam format is it. Instead of weird "Free energy" devices, its now using aquarium pumps, expanding butane gas and silicone hose. For example, how is a fan supposed to work when its glued directly to a piece of wood. It wont get air...

[Alan_Hans__]

The use of the clock to show that the video isn't really just the copper tube thawing out after being hit with some freezing spray is an innovative touch. Rather than get hold of a clock that runs backwards you just use a few shots of it and don't show that the time is being adjusted.

[sandeshkumarms]

Reminds me school project, where we made an air cooler but it was not cooling, but when visitor came we put some ice to the tip of thermo meter and showed that it cooled for around 10 degree.

[rasputinsorphan]

I love the rooster in the background sound.

[jesseerickson]

Every refrigeration expert in the world must have gathered here together in the comments. Amazing.

[TopCat]

I wonder if the butane leaking from around those zip ties (they are all oriented the same way thus causing a place for leakage) is help in the cooling just because of evaporative loss.

[Restore]

7:56 that thumbs up was actually middle finger for the viewers😂

[wellscampbell]

This absolutely works*
*Unit must be operated outside, in sub-zero temperatures only.

[mancave]

This really works even without the battery source! When the butane leaks to the air from the system, it will actually cool down. This is the latent heat of evaporation it absorbed, but ... it won't last long unless you keep pumping in the butane. 😂
Do you recall the butane can cools quickly when you refill your lighter? Just because some butane leaks and evaporates quickly, it absorbs heat from the surroundings. Also because of the leaking butane, the whole setup was moved outside to avoid build-up of dangerous inflammable gas! 😂

[MR-Nitro]

It really works! This butane gas doesn't require much pressure because it's low-pressure; at 2 bars, it already becomes liquid, and it puts the gas into liquid form inside the system, helping it function for a while. As it's a low-pressure gas, this engine can easily compress it back into liquid, thus completing the cycle.

[josephsmith]

He took that shit off like 🤔 damn, its still

[Jim_One-wlke]

Awesome 👏. Funny the rooster wakes up late around 10+.

[halfmint]

Ya wrap that around your bong 😂 "its so smooth bro hit this"

[Crux]

The conduit from the compressor to the evaporator needs to be a lot smaller for this to function properly. 😂

[aloneforest]

Love the way of tutorial so much. No annoying ear rape kind background music, no long unnecessary explanations, no indian accent. easy to understand, cheers.

[ihtsarl]

The fan should not be blowing through the evaporator cooler rather it should cool the condenser to liquify the gas . The cappillary tube should be hot not cold because the evaporated gas is being compressed

[allanjaymartirez]

Thanks for this vid. About the aerosol coolant, was it freon?

[frdr]

There's not an actual chicken in the background huh?

[jencatmusic]

it was great to see my native Ukrainian on the can :)