Legit Cooling Reviews

Danger Den NVIDIA GeForce GTX480 All Copper Water Block Review

Manufacturer: Danger Den
Product: DD-GTX480 All Copper
Date: Sat, May 22, 2010 - 12:00 AM
Written By: Shane Higgins -
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Water Block Installation


NVIDIA GeForce GTX 480 Video 
Card

I will be installing the DD-GTX480 on my EVGA GTX480. Since I had to take it all the way apart I might as well walk you through the whole process. The front of the GeForce GTX 480 graphics card consists of a glossy black plastic shroud, the five heatpipe cooler and large radiating surface and the squirrel-cage fan.

NVIDIA GeForce GTX 480 Video Card

The first step in taking apart the GeForce GTX 480 is to remove the fan shroud, which is easy to do as it is a tooless process. I really like this design as you can easily clean out the fins of the heat sink without having to remove any screws! You can just squeeze the plastic around the clips and they release and you can use compressed air to blow the dust out of the fins. Notice that once the fan shroud is removed you can see how ginormous the metal plate is on the heat sink!

NVIDIA GeForce GTX 480 Video Card
Next you can remove the four larger Philips head spring screws as they attach the heatsink to the video card. With the heatsink removed you can see the core for the very first time! The design of this cooler is great as once again you can change out the thermal paste in a matter of seconds.

Danger Den DD-GTX480 Water Block Removing stock cooler

The stock cooler and fan assembly is held on with 19 screws in all, 17 on the back and two on the end next to the DVI ports. At this point in time you can go ahead and remove all of them.

Danger Den made a disassembly video, if you have never taken a card apart or just want to have a nice video to show you how its well worth watching.

Danger Den DD-GTX480 Water Block Cleaning the card

With the card apart we can see where EVGA put thermal paste and where they put thermal tape. Now this will be different for the water block, but we will cover that in a second. 

Danger Den DD-GTX480 Water Block stock cooler

If you have ever wandered what an excessive amount of thermal paste looks like, this is a prime example.

NVIDIA GeForce GTX 480 Video Card

For now what is needed is the card cleaned. I did the bulk of my cleaning with isopropyl alcohol and cotton swabs. Once the bulk was off I did a final cleaning with Arctic Silver ArctiClean two part cleaning system.

Danger Den DD-GTX480 Water Block card cleaned

With the card cleaned next step is to put on the thermal paste and thremaltape. Once that is done then it’s setting the card onto the block. It’s highly suggested that you take the card to the block and not the block to the card due to its weight.

Danger Den also has a video showing how to install the block to the card. Again, very handy if you have never done it before.

Danger Den DD-GTX480 Water Block mounting hardware

Once set you install mounting hardware into 7 places. The mounting hardware consists of a stainless steel screw, flat washer, and a rubber washer. The rubber washer acts as a spring providing tension and pressure adjustment. It is possible to bend the card. If the card is bent then you have to back off one or more of the screws. The rubber washer helps take up the slack.

Danger Den DD-GTX480 Water Block Check Thermal Paste

Danger Den suggest completely installing the block then removing it to see how the thermal paste spread as well as seeing if the thermal tape covers correctly. As you can see we have great coverage on the GPU, and the tape transferred from the card to the block. Now let's put the card back together and get some testing done!

Danger Den DD-GTX480 Water Block assembled

And here we have everything assembled and ready to be put in the system and leak testing.

Next Page - The test system


Review Index
Page 1 - Danger Den DD-GTX480 Water Block
Page 2 - Looking closer at the DD-GTX480
Page 3 - Water Block Installation
Page 4 - The test system
Page 5 - Overclocking Performance
Page 6 - Temperature Testing
Page 7 - 3DMark Vantage & Power Consumption
Page 8 - Final Thoughts