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Homemade 8800 GTS Water Cooling

Hey everyone!

 

I'm new to this forum, and just wanted to know, if anybody on here is experimenting with building their own water block for their graphics cards??

 

I just did this concept design for a ZOTAC 8800 GTS 512MB, that I will do some test runs on soon.

 

Thinking about using Firestrike, Furmark and Heaven for comparison of the stock cooler :)

 

The design was made in SolidWorks 2018.

gts-blok.JPG

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Its cool and all that you want to do this but why????

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Not really my thing but I do can tell you, do not use FurMark on a 8800 GTS, it'll be dead within the first 5 minutes of stressing, stick to Heaven only.

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1 minute ago, bhnielsen91 said:

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I don't (and I don't think many do here).

 

Admittedly I don't really understand the design since there are no microfins or obvious channels for the water to go through, or the O-rings for sealing. G1/4 threads. so on - perhaps a bit of annotation could help?

 

Another is the need to watercool such an old card, although I appreciate it's probably for fun (which is a fine reason). 

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Just now, Jaxzzzzz said:

Its cool and all that you want to do this but why????

Because I'm at school right now, and I think it would be a fun project to work on .. I had the 8800 laying arround anyway, sooo :)

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1 minute ago, Princess Cadence said:

Not really my thing but I do can tell you, do not use FurMark on a 8800 GTS, it'll be dead within the first 5 minutes of stressing, stick to Heaven only.

Will do .. however, might put it on fire later, if the cooling is working xD

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Just now, bhnielsen91 said:

Because I'm at school right now, and I think it would be a fun project to work on .. I had the 8800 laying arround anyway, sooo :)

i agree with @Princess Cadence furmark is going to cook that card

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2 minutes ago, For Science! said:

I don't (and I don't think many do here).

 

Admittedly I don't really understand the design since there are no microfins or obvious channels for the water to go through, or the O-rings for sealing. G1/4 threads. so on - perhaps a bit of annotation could help?

 

Another is the need to watercool such an old card, although I appreciate it's probably for fun (which is a fine reason). 

I'm a trained machinist, so that's why I'd fiddle arround with these projects xD

 

The o-ring would do fine with a NBR-70 seal .. M10x1 for the studs, making my own probably ..

That copper thingy is 56x56 mm - no fins, cus .... it would be cheaper to produce, considered I don't have acces to a shop .. And it's just for a school project, so it'll do :)

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14 minutes ago, bhnielsen91 said:

I'm a trained machinist, so that's why I'd fiddle arround with these projects xD

 

The o-ring would do fine with a NBR-70 seal .. M10x1 for the studs, making my own probably ..

That copper thingy is 56x56 mm - no fins, cus .... it would be cheaper to produce, considered I don't have acces to a shop .. And it's just for a school project, so it'll do :)

adding just large fins in the machined surface would go a long way and shouldn't increase cost as the machine would be removing less material and thus it wouldnt exactly take much longer. Just doo 1mm wide fins 1-3 mm deep? 

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1 minute ago, KarathKasun said:

Needs fins inside the heat transfer cavity.  Simple flow path blocks have been insufficient since CPUs/GPUs went over ~50w.

Can the flow rate and the normal temperature of the fluid medium make up for this? :)

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Just now, bhnielsen91 said:

Can the flow rate and the normal temperature of the fluid medium make up for this? :)

Nope.  Temp differential will be massive between the core and the medium because you do not have sufficient heat transfer area.

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Just now, Ben Quigley said:

adding just large fins in the machined surface would go a long way and shouldn't increase cost as the machine would be removing less material and thus it wouldnt exactly take much longer. Just doo 1mm wide fins 1-3 mm deep? 

I know, but .. it requires small expensive tools and machines with high speed spindles .. but ya, surface area is key! :)

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3 hours ago, bhnielsen91 said:

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and so where does the water go in? and where does the water go out? is there another piece that is meant to fit onto this? 

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12 minutes ago, For Science! said:

and so where does the water go in? and where does the water go out? is there another piece that is meant to fit onto this? 

ya see them two holes? ... ;)

 

studs, hoses, yada yada :) 

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