the joints
those are normal solder joints wich eaked so i brazed them and the joints you see were created, they are brighter than normal joints but almost as hard as brazing
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the joints
those are normal solder joints wich eaked so i brazed them and the joints you see were created, they are brighter than normal joints but almost as hard as brazing
corners ;]
the dirt after brazing etc
.. ;D
godamn man u got some major skills!!! how long did it take u to braze all those joints? and whats the ETA? another week?
It took me few days preparations etc. and about 2-3h of finishingtoday will be cleaning time- im gonna sand it, just like my mc462a (gave me few *C)
GUYS, THINK I FOUND MY EVAPORATOR BASE :D:D:D:D:D:D:D
its perfect ;o
Simply wonderfull, and it was laing next to me on my 2nd desk :0
base is 2.4mm thick :0
Sure its copper? It looks coated?
What was it from gfx memory cooling?
]JR[
its from a leadtec a300td, its copper :>
That looks like a winner, Berkut. If your refrigerant connections are at opposite corners, then all paths are equal distance. That should give you a very even spread with minimal pressure drop.
Im not so optimistic Gary... I think that the mist will flow mainly through the center and some of the mist will simply go through it w/o any contact with the fins so i think that theres a need for some path so the the distance will be larger:
Look @ this pic:
Since most of the mist will go through the center- ill add wals so it flows through it and comes back by the sides- the path is longer- more mist has contact with the fins...
What do you think about it guys ?
I also talked with a refrigeration spec and he'll probably sell me 1kg of R23 for ~50$
Ok, about to mount the cascade
rdy to mount
well i think it will work great.Quote:
Originally posted by berkut
Since most of the mist will go through the center- ill add wals so it flows through it and comes back by the sides- the path is longer- more mist has contact with the fins...
What do you think about it guys ?
I also talked with a refrigeration spec and he'll probably sell me 1kg of R23 for ~50$
after tearing down a prommy evap,,,well you are making a simerlar one but much more surface area.
now you may get some gas at first but you will have alot of liquid inside of the evaperator while running,it may surprise you how much will be liquid against the gas.
you have a nice setup my friend:D
good luck.
ps..i am going to get alot done on mine this weekend i believe.
at least i hope so.as long as i dont get asked to get married again like last weekend,,LOL:rolleyes: woman today are pretty forward.:D
Hmmmmm... Routing it that way will concentrate the cooling in the center and starve the outer runs, rather than spreading the cooling evenly. On the other hand, the heat source is in the center, so you may have a point. :D
In any case, it has lots of surface area and should work very well.
Ok, brazed 2 stands of the condenser...
Made the stands, i have to trim them so the condenser stands as it should
godamn thats lookin good but whats that copper piece for? :slobber:
Modern art?Quote:
Originally posted by Pimpsho
godamn thats lookin good but whats that copper piece for? :slobber:
No its the condensor. :) LOL itll make mr. icee's cooler look piffeling and thatll just be the condensor and watercooling to go with it :)
/me waits in anticipation...
]JR[
the whole thing will be cooled with currently one radiator from a golf II, later ill buy a second one to decrease water temp. and in winter the condensers temps will fall down to really low temps ;]
ill test the whole thing tomorrow (if i finish it) but w/o the "uber" evap but with a simple hollow one, with some crap cap tube and R22 in the second stage :o hope that with some 0.6- 1bar pressures in the condenser there will be some decent vacuum on the evap :D:D
Ok i had to redisign my system....
The watercooled conenser isnt working properly, it falls in vibrations beafause of the compressor and the most important thing i cant mount it properly... :\
Im gonna mod this evap to a condenser, with me luck: