If you've never installed a CPU cooler before then be sure and do some practice tries until you have the general feel of it. By practice tries I mean practice hooking the CPU cooler onto the CPU socket. While practicing, leave the protective cover on the factory thermal paste on the bottom of the CPU cooler if it has any (the Volcano 9 does not come with thermal paste already applied). Then get the feel of pressing down the latch without twisting the CPU cooler while you're doing it. Most CPU cooler latches are too tight to push all the way into position with just your thumb and you'll need to use something like a screwdriver to give you extra pushing leverage. My own experiences with installing a CPU cooler are included on my How to build a computer like My Super PC - CPU Cooler page.
The CPU cooler I'm using is the Thermaltake Volcano 9, shown here with it's many wires and connections, as well as it's little "goodie" bag.
It's possible to install the Volcano 9 without using all of the items in the goodie bag, such as the jumper and thermal sensor. But I'll be installing it in such a fashion to give me the most options in how I use it, so I'll have more to say about some of these items.
Unlike other CPU coolers I've used before, the Thermaltake Volcano 9 does not come with thermal compound already applied to the base. You can see the base is clean and the copper portion is plainly visible. In my case that saves me a step because normally I clean the old thermal compound off first so I can use Arctic Silver 3 compound and get that one or two extra degress of cooling. If you're using a different CPU cooler and it already has thermal compound applied then it's fine to use it that way.
In my case, I used Arctic Silver 3 thermal compound. Excellent instructions for applying thermal compound onto the CPU cooler and processor core can be found by following the links provided on Artic Silver's home page until you arrive at the Artic Silver, Arctic Silver II, and Arctic Silver 3 thermal compound installation instructions. If you'd rather use Arctic Silver 3 thermal compound as well then the same link also provides instructions on how to remove the factory thermal paste.
Here's how the base of the Volcano 9 CPU cooler looked before I applied Arctic Silver 3 thermal compound.
And here's how it looked after applying it as directed in the instructions from Arctic Silver.
Here's how smooth and even I could apply the thermal paste to the processor core. Looks fine to me.
At this point the CPU cooler is ready to be installed, either using the factory thermal compound or having prepared the processor core and CPU cooler with Arctic Silver 3. Reference the CPU cooler installation links above for details on how to actually lock the CPU cooler onto the processor. Just so you know, I used a screwdriver to get me the leverage I needed to force the locking clip into place.
Here is how the motherboard looks now with the CPU cooler installed over the processor.
The last step is to plug the fan into fan header FAN1 since that's where it will be best supported by the BIOS and utilities. Be careful because FAN2 is right next to it on the EPoX 8RDA+ motherboard.
I'll be using the Volcano 9 configured so that it automatically adjusts the CPU cooler fan speed up and down as necessary to keep the processor cool. I was a bit leary of this at the time and seriously considered configuring the Volcano 9 such that the fan speed was set with the manual control. I'm picky about fan noise, and I was concerned that the Volcano 9 would be too noisy. But I can tell you now that I'm glad I went with the automatic configuration. The fan noise is quite acceptable even when running flat-out, and the fan really does only run as fast as necessary to keep the processor reasonably cool.
There are several connections that need to be made. I've color coded them in the first two pictures to help make them easy to find. Make the connections circled in yellow and blue. The yellow connection allows the computer to know how fast the Volcano 9 CPU cooler fan is spinning. It connects to the motherboard onto the 3-pin prong labeled FAN1 since that's where it will be best supported by the BIOS and utilities. Be careful because FAN2 is right next to it on the EPoX 8RDA+ motherboard. The blue connection is a 3-pin to 4-pin power adapter so that the Volcano 9 can be powered using the beefier power supplied by a 4-pin connector from the computer power supply. The 4-pin connector is circled in red and does not need to be connected at this time. The third picture shows how it looks with these connections made.
Now remove the manual control, circled in blue, unless you plan to use it. The second picture shows how things look now with it removed.
Now connect the thermal sensor. This allows the Volcano 9 to "sense" the processor temperature and to increase or decrease the speed of the fan on the CPU cooler appropriately. Again, the second picture shows how things look with the connection made.
Clicking the link takes you directly to the page for bundles and systems. All of the components in My Super PC were purchased separately so that I got exactly what I wanted. But if you come across a bundle you like then you can be sure that all of the components are compatible. Bundles typically include at least the processor and motherboard, but can include much more.
Clicking the link takes you directly to the combo deals page. Once there you can search by category, such as "AMD Motherboards" and brand, such as "Gigabyte".