DM where always learning...... and I've got a new post later on tonight that we all need to read, even it's just to remind us what we've forgot!
Now back to business....."Limited to our imagination"......I,ll try and expand on this a little with an example.
When I was designing my last rigg, Because I was going for so many water block cooling points, I was worried about compound water temp in the loop, that is the temp of the water going from CPU-GPU-2X Mosfets-TRI-Bridge block ..ext,ext ... it might start out at 28C but could be as high as 34-38C by the last block.... by putting in a "Y" Tube connector just after the pump outlet and another just before going back to reservoir, I still have a single loop circuit but I can split the temp load......CPU and GPU on one bypass as this is the blocks with the highest flow rating (in quick, out quick which help hold down temps down in a given cycle) and tri-block for north/south and 2 off mosfets which have an impeded flow because of block design, this also has another plus as the pressure load over the entire circuit is also reduced, helping overall efficiency still further.........just one way I used my imagination to build something that little bit better, faster , neater .
Aussie Allan