I'm mapping out a loop where I'm looking at needing two bottom drain/fill locations. I'm looking to avoid using a T junction and valve off of it for each spot when I could just buy three disconnect sets, two of them permanently part of the loop and the third I could use to as-needed attach hoses onto either side of either drain location when I need to drain things out.
Why two drains you may ask? I'm using the 900 tower and my two rads are mounted at the back vertically, they're both cross-flow and my intention is to do pump->CPU->GPU->Bottom of rad 1->across the top to rad2's top port->out bottom of second rad->pump. The two drains would be before rad #1's bottom port and at the bottom opening of rad#2 before going to the pump. Figure this would let me expel the most water without having to tip this case around because its going to be damned heavy when its all put together. I'm also planning on a T & valve at the top between the two rads though for that air spot, it'll be a perfect spot for it.
Is this feasible? Am I over-looking anything with that method?
Why two drains you may ask? I'm using the 900 tower and my two rads are mounted at the back vertically, they're both cross-flow and my intention is to do pump->CPU->GPU->Bottom of rad 1->across the top to rad2's top port->out bottom of second rad->pump. The two drains would be before rad #1's bottom port and at the bottom opening of rad#2 before going to the pump. Figure this would let me expel the most water without having to tip this case around because its going to be damned heavy when its all put together. I'm also planning on a T & valve at the top between the two rads though for that air spot, it'll be a perfect spot for it.
Is this feasible? Am I over-looking anything with that method?
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