Soldato
The tubes would have to be pretty long to make use of the pre-drilled holes. I don't think there's much chance of it reaching that far - and like you said, it would have to be dismantled. Wishful thinking I think
There's a function
Besides, while admittedly the pump probably shouldn't fail because you've upped the loop resistance, you've also introduced contaminants of varying description that could've contributed to pump failure. While good as a DIY project, you can get much better results building the loop yourself - while being able to replace any one part if it fails - than modding a custom-made 'sealed' unit.
Regardless of whether you can eke out a few more degrees performance by modding this dual-rad loop to use a different radiator, ultimately next-to-no-one is going to do that. People would buy this system to just use, because it has better performance than top-end air cooling. If they want even better performance, in the main they will build their own loop - I would hazard a guess it actually takes more expertise to mod the H50, or one of these, than it does to build a custom loop, so it's a nobrainer unless you're doing it for your own entertainment/bragging rights.
Miniyazz - home run. A custom 240mm rad setup would yield better results and offer the advantage of modularity but also comes with a considerably heavier price tag and the burden of learning how to assemble, test, install and of course the time required to so do. Swapping out any given component would be possible but then again requires an afternoon to drain, change and refill.
A sealed 240 would exist above any air cooler and a below a custom 240 loop in terms of performance but also in price. It would be considerable less hassle though to get that level of performance though which you have to consider what thats worth. I agree though that modding a sealed system is mainly for fun / bragging rights.
We advocate the use of custom loops, they are the originators of water cooling. While respecting that, we want to offer a product that can provide superior performance to air for those who don't want to spend the time and money getting involved in a custom loop.
You are also correct regarding the tubing length and mounting position. ECO 240 would almost always have to be mounted inside the chassis. I have begun compiling a list of chassis that support 240's and will post it here when I think its complete enough. If you were to mount it outside the case you'd have to cut some pretty big holes to get the block in and have tubing long enough to accomodate that while being short enough to not be too long for in chassis mounts. Not very likely... so lets look at internal mounts only.
For fan selection - we design our own fans which gives us the ability to tune the fan to the fit pitch so what you would end up getting is pretty optimized. We'll compare to some popular fans out there including the apache to make sure we are as good as we can be. Of course, if you dont like our fans you could always swap them out for your own but just know that lots of thought is put into the fan we use in the first place.
Mr. Paul - We have a 16 TEC liquid to liquid loop in the works too. It being design for use in industrial markets, manufacturing, high powered LED's and Lasers but if you want to really hurt a chips feeling with reliable uber sub ambient temps and didn't have a budget... that would be the way to go. Muahhaha.
More feedback!
We have a 16 TEC liquid to liquid loop in the works too. It being design for use in industrial markets, manufacturing, high powered LED's and Lasers but if you want to really hurt a chips feeling with reliable uber sub ambient temps and didn't have a budget... that would be the way to go. Muahhaha.
Yep - should fit in top or the back of a 1200. I'll get some peformance #'s up for you next week and then send out a couple samples to you guys.
Current case is a coolermaster cm-690 so dual fan fittings in the roof.
out of interest is it possible to fit a rad to the roof of the cm 690?