Moonwolf said:
Because it's the weekend and I don't live and die by OC forums...
I can't believe it... I leave for 4 or 5 months and suddenly people forget about all of my posts, research, contributions etc... I've always posted in this manner... do some research of your own and 'recall' what I've done for my system. I guess I'll explain anyway...
Back when I was testing things, I had 31 temperature probes throughout my test bench... multiple water-probes... pre-core, post-core... pre-chiller, post-chiller... pre/post pump etc. There were probes on the CPU, Ram, GPU&RAM, NB, PSU, 4 different ambient spots to find hotspots. My thermometer has datalogging capability (with a built-in printer) and I had the system running for 48 hour tests, logging data for each probe every 30 minutes. The resulting system was based on 5 different 48 hour tests to find the best possible cooling scenario.
I'll find the links if ya'll really want me to... a lot of the synopsis can be read in my 'chrome goat' link (that I'm oh so good at updating).
Cliff notes of the threads (by memory):
1. The chiller can cool room temperature water to about -5°. This is a mean temperature between multiple pump tests in both a closed and open loop. It draws approximately 550 watts of power. By itself (cascade->pump->chiller) I was not able to get a very high overclock. It was loud, my room was really really hot after a few hours. The chiller did not handle 'hot' water as easily as it handled the earlier test of ambient-temperature water in an open loop.
2. The heatercores went through the biggest changes.. I went with Chevette to Caprice to a pair of VW heatercores and finally ended up with a custom pair that Uberblue made for me. 5/8" inlet / outlet single-pass heatercores in a parallel setup. By themselves, they allowed for a superior overclock than the chiller alone. Without the chiller, I simply had a fairly high-end water-cooling loop. Cascade-SS, Iwaki 30rzt, 2-highflow-single-pass heatercores. I then started the tests to see how much help the chiller would be.
If you really really want me to go find the rolls of thermal-printer tape... scan them in... find pictures of the old test bench... I guess I can. I just wish that some of you would freaking remember me and my posts from yesteryear.
For now... ficticious numbers...
Heatload1: Cascade on a high heatsource, either my thermo-probe (fake CPU) or the actual motherboard. It raised the water temperatures to... uh... +3°. (obviously less on the MB) Each additional heatsource added a bit of heat to the water. This 'hot' water goes to the heatercores where it is cooled to 'almost' ambient room temperature. Standard water-cooling loop...
dangit, I don't want to dumb all of this down again... this is freaking frustrating...
Basically... the chiller isn't on all of the time. In fact, it wasn't on much at all towards the end, only on the "let's see how high I can get this..." days. For the most part, it was a standard loop. Initially, the water simply ran through the chiller block with the TECs turned off. I worried about flow, so I put a pair of valves on each side of the chiller (bleeding this was FUN). Don't think of the system as a 'chilled' system. I guess I can see why the colored-post my have been a bit confusing. Think of it as an every-day water-cooling loop, with the option of dropping an ice-cube in the water every ten minutes. Not a big deal... but it added enough cooling potential to justify using it... plus it was 'different'.
Well, sort of... if you bring up power-consumption and then talk about the phase-change crowd, I look rather stupid... but it was a fun experiment... something that I've not seen anyone do (besides Cathar with his original tec-chilling experiments)... most of the components were chromed, so it looked pretty...
alright... that's it.
Seriously, 6 months ago.. I was giving 'omg, how horrible -misinformation' in a competely facetious manner... and nobody whined. There were the seemingly 'weekly' threads about T-Line capping and I ALWAYS answered, "Capping your t-line is for pansies. I fill mine to the brim and live life on the edge." Anyone with common sense knew I was kidding... especially when I ended the post talking about a highly-mobile PC.. I got a few 'lols' and life continued. My VW 80hp to 450hp because of the gas-pedal analogy stands. NOT A BIG DEAL people.
Aaaand... thanks to the few of you who PMd me with, "I got it... " I appreciate the support in this l33t storm of adversity =p.