I kinda maybe blew up my Corsair AX1200i :-/

Xrqute

New member
As some of you may know I've been waiting for my R4BE that I purchased in December to arrive (it took a bloody long time because despite my request for express aka Air Mail it got sent regular aka surface). Well it finally arrived this week!!!

And in my excitement I hastily drained and stripped down my system to begin the rebuild including EKWB blocks for my 280x DCUII, R4BE and ROG Front Base.

Rebuilt with all its new shiny bits I leak tested it for a few hours. All seemed fine. I even decided to "TTL" it up and mout my PSU with the fan facing upwards. But after using the system for many an hour multiple shutdowns etc a leak appeared after a shutdown.

The leak just so happened to be on the outflow of my 280x and because my PSU was mounted upside down coolant went stright through the fan grill into the supply.

And well let me tell you when they blow they go with a BANG!!!

At a guess the leak was caused by me bumping something while trying to reconnect my PSU. Having a 240mm rad in the floor of a switch 810 plus the AX1200i leaves the tiniest bit of room to get your cabling connected (extremely annoying and fiddly).

So now I'm down an extremely good and expensive PSU with nothing to replace it till I get paid :-( So once again here I sit waiting to be able to see what kind of overclocks I can get on my R4BE.

Moral of the story......

Be extremely careful when reconnecting your PSU.
#particularly if you have the fan facing upwards.
 
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What coolant did you use?

I have had a leak in the past using EK coolant that dripped in to the my current Coolermaster PSU and it didn't go bang.
 
That's because EK coolant is non conductive. Good call. OPs coolant wasn't non conductive, hence the production of 1200 watts worth of magic smoke :)
 
Primochill.....


Edit.
I stripped my rig back down so I could do some modding to my case so that I can properly fit both my dual bay res as well as my newly aqquired Rog Front Base.

And well I noticed something...... turns out all this happend because of a faulty compression fitting the lock ring got jammed halfish way down. It was applying enough pressure to hold the tube in place for a while but clearly not enough and it let the tubing slip killing my psu in the process.
 
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