guys got the stuff back from martin.

He couldnt test it, he ran out of time and i didnt want to push it on him.

He gave me A LOT more then i could ask for by building such massive blocks. And btw, there are massive. Heavy as heck too.

But, the radiator is not a safty net as i wished for. Its a Football Line Backer blocking me from dropping coolant levels.

So i am going to try another route. This will take the radiator out completely on the cold side, and utilize a reservoir.

I was thinkn of an external box to fit this. The unit is kinda massive. I honestly didnt think it was that big. Anyhow this was how i was gonna do this.

The internals:

EK-400 res. Or the largest possible, i think its the 400.
Im gonna use the top as an inlet with a Y, i'll tell you in a sec on why.
The bottom has plugs as barbs. Botom and 2 side on the bottom. I was thinkn of temp probe at the way bottom.

Now i was thinkn of paralelling the setup. So each of the outlets at the bottom will goto a pump.

Loop1: T-line -> DB-1 or DDC->MCR320 ->Hotside >pump Very small loop, with Tline.

Loop 2: EK-Res -> pump-> Coldside -> EK.

Loop 2 will continuously circulate the water to make it colder. I will probably have to insulate the EK, and also use neoprene tubing.

The second bottom barb will go directly out to the system. This way the water will be chilled, and the system will be getting cold water.

The top will use a Y as a return for both loop 2 and the path that goes out to the blocks. Do you kinda get the concept

I figure loop2 will keep the water cold, also since your calculations show it takes a grip of energy for the water temp to go up, i figure the chiller has a smaller loop so therefore can do more work then the larger one on the same paralell setup.

I intend on having 2 psu's in there. A Pico PSU, for the pumps and fans, and the meanwell for the TEC's.

So whatcha think?