So.. I managed to fill the loop yesterday and ran into some problems. I filled the loop and had it running for around 2 hours when i noticed liquid all over the motherboard.
Straight away i turned the pumps off and had to take everything apart to clean the motherboard and dry it off. I drained the loop to do just that.
When everything was taken out of the desk i took apart the Asus maximus VI formula motherboard to dry it out and observe where the source of the leak had occurred. This is what i found..
As you can see in the image above, the motherboard water block looks as if the coolant has leaked through the seal,
so i decided instead of returning the product for a new one, i might try tighten the seal and dry out the motherboard.
The picture above is of the motherboard with the back plate and thermal armor removed as well as all of the thermal blocks and the CPU.
It was essential that all of the liquid was dried and removed so it was necessary to remove all of these components to prevent a short circuit when i powered the PC on.
I wired up a fan to a small 12v power adapter and placed it over the CPU and RAM slots to dry out any liquid that found its way into the gaps. I also borrowed my sisters hair drier to speed up the drying process.
Above is testing the components to see if they all still work after letting everything dry for 8 hours or so. I had removed the CPU water block to let the CPU slot dry so when it came to testing whether the components worked or not i had to reinstall some thermal grease on my delidded CPU and on the thermal copper plate and use the stock air cooler.
The PC powered up fine and everything worked. While i had the computer on i decided to check the CPU temperatures because i had delidded the CPU and put my own thermal grease on.
Previous core temperatures ranged from 34-37 degrees Celsius, the new temperatures ranged from 18-21 degrees Celsius with the stock cooler, so i was very happy with them results.
The picture above is of the refill and previous leak area, so far so good. Another possible cause of the leakage around that area is where the fittings screw into the motherboard water block.
I have since installed some extender fittings into the motherboard and then screwed the compression fittings into those.
The reason for this is the compression fittings are a lot wider and i believe that the design of the motherboard water block was preventing them from screwing down all the way, therefore creating a leakage area.
I have highlighted the problem areas below. These areas are sticking up preventing the compression fitting from screwing in all the way.
As of this moment i have put everything back into the desk and i am leak testing overnight, so far the problem areas have been fixed. I will be uploading more progress very shortly