
This is pretty much the stock case and my 2 120 mm mechatronics fans. It will soon be completely transformed into my creation. It was the cheapest full tower case that I could find. Not bad for 45$ shipped. You can really tell how cheap it is once you start messing around with it, the steel is thin and can flex pretty good with little pressure. The case will be reinforced as needed. If I could do over again, I would buy a better case to start with, but being my first water cooled pc, I didn’t want to break the bank.

Real men don’t use band-aids, they use black tape. You have to watch out for the sides of this case, they are pretty sharp! I found that out the hard way.

This is the heater core, fedco 2-199. I purchased it for 18.88$ that is a lot cheaper than a “pc radiator”. This is a dual pass heater core, which means the piping is U shaped. That means extra cooling, which is what I am going for. The first problem I faced was how to mount this beast. After many cardboard cutouts and designs, I came up with this. I used parts from an old Steel Tec set that I had from when I was a kid. This provided me with many different sized pieces to choose from for my mounting.

With my mounts all made up, I used some metal silicon that I had lying around to glue the bracing to the heater core. I just laded the mounts on the heater core and filled all the gaps with this stuff.

Here is another shot of the silicon. This isn’t the nicest job, but will not be seen with the shroud in place.

Here is a shot of the front mounts that I made. Since the heater core will be filled with water I will let gravity do its job and hold it tight against the bracing.

Here I a testing my mounting job to make sure it all fits in the case, the heater core will be mounted inside to the top of the case. Looks like I will not be using the top couple slots of my 5 ½” drives. O-well that will be an excellent place to mount my LCD screen!

Being a cheap case and all, all the panels were pop riveted together. But I showed that case who its daddy was, nothing a drill can’t handle. To take rivets out all you do is find a bit the size of the hole in the rivet and drill though it, then smooch the back end together and out it comes. Icky that support for the power supply is nasty, same with that back panel.

Nothing a grinder and a cutoff disc can’t handle. Now I have a blank plate to work with and customize anyway I wish. I also cut off the power supply supports but I don’t have a picture of that. I made the back plate at my dads shop; he has a lot of need things there, being a welder and all.

Like this nice burn table! Draw anything in AutoCAD and you can cut it out with great person. That is my dad there, loading up the sketches into the machine for burning.

















