Understanding 2-Phase Immersion Cooling

[@samsmith9764]

Really informative video, thank you for posting

[@lizzyshi3917]

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[@jakubprogramming29]

Thank you for this great informative video!

[@lizzyshi3917]

Hi, if interested in Immersion Liquid Cooling system. Please check the links to watch how it works.
ruclips.net/video/VUl6y118AbU/видео.html
ruclips.net/user/shortse-MFJc0QAU8?feature=share
ruclips.net/user/shortsltXTzw96udg?feature=share

[@yaochen1870]

Really very informative video, is it possible to inject fluorine fluid to a pumped cooling system and use a bellow to mitigate the pressure

[@DanielDiaz-by7fc]

Is the copper tubing or the fluid inside the tubing cooled down somehow?

[@silentype3008]

In every video I've seen thus far the condenser is cooled using a separate radiator and water.

[@pubdigitalix]

Good question Daniel. In Passive 2-Phase Immersion Cooling the condenser is cooled but the method have 25x more efficient than cooling the fluid directly. I correct my response in favor of Faber answer.

[@AurumFaber]

@@pubdigitalix The vapor needs to be cooled somehow. Water in the pipe is, in fact, cooled by a radiator _(or fresh water is pumped in but that can be very wasteful unless you have a use for hundreds of gallons of warm water)_

[@toxicrhythmz3718]

Brilliant invention

[@yaochen1870]

Hi, tuma, could u give some idea on how to DIY a bellow?

[@carlosmachado4792]

I have a question maybe a noob question. If this dielectric liquid turns into steam that is basically water, how is it possible that it does not mix with the special liquid?

[@lizzyshi3917]

Hi, if interested in Immersion Liquid Cooling system. Please check the links to watch how it works.
ruclips.net/video/VUl6y118AbU/видео.html
ruclips.net/user/shortse-MFJc0QAU8?feature=share
ruclips.net/user/shortsltXTzw96udg?feature=share

[@bousbouss]

Is there no way to build a container that would be able to handle the pressure?
Im also wondering to what height it will build up, do you have an estimate?
Very informative video!

[@lizzyshi3917]

Hi, if interested in Immersion Liquid Cooling system. Please check the links to watch how it works.
ruclips.net/video/VUl6y118AbU/видео.html
ruclips.net/user/shortse-MFJc0QAU8?feature=share
ruclips.net/user/shortsltXTzw96udg?feature=share

[@Slic3DnScal3D]

Where can I buy this bellow?

[@lizzyshi3917]

Hi, if interested in Immersion Liquid Cooling system. Please check the links to watch how it works.
ruclips.net/video/VUl6y118AbU/видео.html
ruclips.net/user/shortse-MFJc0QAU8?feature=share
ruclips.net/user/shortsltXTzw96udg?feature=share

[@jesselam5867]

This is soooooo cool!!!!!

[@TheLegendaryShawn]

Thank You!

[@marcinamnesiac3155]

Hi great video, what would happen if air would be pumped out from tank before initial start? Would that be sufficient?

[@petuma1]

With the technical approach shown, the tanks is kept always at atmospheric pressure to allow access at any time for servicing, etc. If the gas was "vacuumed" out or purged completely by other means, then tank pressure would change with conditions causing parasitic leaks and complicating servicing.
The approach you mention is used for power electronics in pressure vessels that remain sealed often for many years.

[@marcinamnesiac3155]

@Phil Tuma,
in specification of 7100 doesn't say what materials should be used for continuous exposure. It just mentioned " 3M technical service engineers
can suggest appropriate compounds and assist with material compatibility tests." Could you please recommend which materials would be best for tank.

[@lizzyshi3917]

Hi, if interested in Immersion Liquid Cooling system. Please check the links to watch how it works.
ruclips.net/video/VUl6y118AbU/видео.html
ruclips.net/user/shortse-MFJc0QAU8?feature=share
ruclips.net/user/shortsltXTzw96udg?feature=share