The Battle Plan

Computers are lots of fun to mess around with. I caught the bug awhile back when originally building BaDass, the victim in our liquid cooling project. She was built as a personal workstation for my design work and has performed flawlessly since day one. She runs great, flying through everything that's thrown at her.

You definitely know that through SEO, your business will benefit hugely, so you have to make sure to find the right Link Building Company that can help you gain your goals SEO on lookup motor rankings, finding the best Link Building Company for your business is a lot more crucial than ever. Link building Company will help you | Simple Website Templates. Every great website and web design needs a starting place or point. Our own newly redesigned website started from a basic template that was heavily modified to suit our needs and the same can be done for you. Using our simple sea website templates on our site you can buy website templates

Liquid cooling is not nearly as extreme as it was awhile back. High quality components are readily available these days and plenty of forums and articles are on the web covering the details of such systems. The most important reason for doing this, however, is that it will be a lot of fun.

Before the fun starts, remember that this is a "working" computer, so the challenge is to prepare everything possible ahead of time so it can be installed and working before the end of the day. That means no "in the case" testing, a minimum of "cut and fit" work on the case and thorough preparation of everything involved.

There is one other requirement. Everything must have a fit and finish that's beyond what's normally expected in a professional system.

The system to be cooled carries on with the "double" theme, stuffed with two of everything (well, almost everything).

Laying out the Plan

Because the left half of the case will house most of the cooling components, they will be somewhat isolated from the motherboard. With the exception of some drive bays, the entire left side will be used to place equipment in. We don't want any indication that this rig is liquid cooled without looking inside.

The front two 80mm intake fans on the left side will be used to cool the radiator, at least for the initial modifications. Later on we will find out there is a better solution, but let's not get ahead of ourselves.

The consensus from most people involved in liquid cooling computers is to move a lot of coolant through the system, but very slowly. To put these both into action, the plan is to use a unique mix of ½" and 3/8" lines. Keep in mind that the volume carried through two 3/8" lines is roughly equivalent to a single ½" line. Using this combination of tubing sizes should allow us to pump a sizeable amount of coolant at a fairly peaceful flow rate through the entire system.

The Equipment Layout Before buying or fabricating any parts, all of the components were laid out in CorelDraw. First I drew each of the components to scale, including different pumps, radiators, etc. that were available. An image of the motherboard was taken from the ASUS website and laid into a scale side view of the case. I was then able to move any of the large selection of parts in and out of the drawing until a good arrangement was found.

To help the design process along and to get opinions from people with more experience, the drawing was posted in the AthlonXP forums. It was amazing how helpful this proved to be. The comments from fellow forum members brought up a few flaws and more than a few good suggestions. It was during this process that the idea of using the back door came to light, as well as the plastic air shroud. The drawing evolved over time as new ideas were incorporated and changes were made. This is the final version.