Finally got some work in on this
First, the parts:
Now, unfortunately, I have to strip out the entire WC loop to do what I need to, so...introducing my elegant coolant collection system
And finally everything is stripped out. Took a little convincing, but it gave me a few thoughts as to what changes I might want to make to the loop while I have it apart (to make it easier to drain next time), so it wasn't a waste.
I'm leaving everything to drip the last little bits out overnight (also because I'm really tired), but for now just a quick preview of things to come:
Yes, gone will be the tubing looping out the back. Instead, I'll have this new 2x140mm rad sitting on the top, mounted much like the rear rad. I'll also be building a custom mount for the mosfet block (because nobody actually makes one for my board), and reapplying the AS5 on my CPU block, hopefully bringing down the temps. I did look into it a few weeks ago, and apparently I have been applying it wrongThey have new recommended application methods for multi-core CPUs, and I had still been using the method for old single-core's (ie, those without heatspreaders).
In other news, does anyone know of a good LGA775 waterblock/pump combo? I'm going to want to watercool Faust eventually (whenever I finally get back to it...it keeps getting pushed further and further back...), and I want to have as simple (and cheap) a loop as I can get away with. It'll only be cooling a dual-core 45nm Celeron (I forget the model atm), and I'll be using the spare 120mm Black Ice rad from this build.







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Ah well, the kitchen counter worked ok. So, I got the CPU block lapped and reinstalled (with the AS5 applied properly this time 


Then I get to move on to the 400...then 600..1000..you get the idea. The max I have right now is 2500 grit, which I'll be finishing it off with....eventually.
Anyways, once I cut the fitting in half, I got one half hammered flat:


Nice work on those though, thats a pretty amazing transformation haha.










