SlowSVT
01-22-2011, 10:32 AM
During the course of my water cooled Corsair 800D CAD workstaion build I installed a EK HF water block to the I7 950 and a Koolance Asus Rampage III Formula chipset cooler. I kept looking at my nVidia Quadro 2000 graphics card and the heat sink/fan cooler. The Quadro cards deliver pretty stunning graphics to SolidWorks and I know they can get pretty hot. The specs says the board consumes 62 watts and I know the majority of that head is only coming from the main graphic processor. To confirm I pulled the heat sink fan assembly off which the base is die cast aluminum with a copper heat pipe imbedded inside connecting the main processor and 3 BGA's (Ball Grid Array's). I said "what the hell! I've got all this liquid cooling resources in the system mine as well add the graphics card to the loop".
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000videocard.jpg
Since no one makes a water block for this card I bought a 12" x 4" x .187" thick copper plate from McMaster-Carr and went to work milling the plate on my drill press and cross slide vise. I chose a 3/16" thick plate because I wanted a wide heat path to the water block but I knew it was going to the heavy and I did not want to stress the board so I removed all the excess material that wasn't in the heat path. I had to mill a few pockets to clear a few discrete components on the board. This is what I ended up with:
Top
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000coldplate2.jpg
Bottom
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000coldplate1.jpg
After that was finished I mounted an EK VGA Supreme water block. I chose this block because it had a large surface area and the mounting holes accidently line-up perfectly with the heat sink holes on the nVidia card. I used 3/8" barb fitting and thin wall tubing to minimize stress to the board. The screw hardware that came with the block where not threaded all the way so I used 3 mm x 30 pan hd screws. Here is the finished results:
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000andEKVGAwaterblock1.jpg
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000andEKVGAwaterblock2.jpg
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000andEKVGAwaterblock3.jpg
Video card mounted in the chassis
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiawatercooledQuadro2000incomputer1.jpg
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiawatercooledQuadro2000incomputer2.jpg
Haven't fired up the system yet so I can't give you temp reading at this time but I can guarantee they will be a lot lower then the stock heat sink/cooling fan would have been. I will mount a temp probe to the cold plate and get reading once the system is on-line. I wonder if this card can be overclocked :D
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000videocard.jpg
Since no one makes a water block for this card I bought a 12" x 4" x .187" thick copper plate from McMaster-Carr and went to work milling the plate on my drill press and cross slide vise. I chose a 3/16" thick plate because I wanted a wide heat path to the water block but I knew it was going to the heavy and I did not want to stress the board so I removed all the excess material that wasn't in the heat path. I had to mill a few pockets to clear a few discrete components on the board. This is what I ended up with:
Top
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000coldplate2.jpg
Bottom
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000coldplate1.jpg
After that was finished I mounted an EK VGA Supreme water block. I chose this block because it had a large surface area and the mounting holes accidently line-up perfectly with the heat sink holes on the nVidia card. I used 3/8" barb fitting and thin wall tubing to minimize stress to the board. The screw hardware that came with the block where not threaded all the way so I used 3 mm x 30 pan hd screws. Here is the finished results:
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000andEKVGAwaterblock1.jpg
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000andEKVGAwaterblock2.jpg
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiaQuadro2000andEKVGAwaterblock3.jpg
Video card mounted in the chassis
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiawatercooledQuadro2000incomputer1.jpg
http://i81.photobucket.com/albums/j215/SlowSVT/nVidiawatercooledQuadro2000incomputer2.jpg
Haven't fired up the system yet so I can't give you temp reading at this time but I can guarantee they will be a lot lower then the stock heat sink/cooling fan would have been. I will mount a temp probe to the cold plate and get reading once the system is on-line. I wonder if this card can be overclocked :D