probably not, Swiftech sells several of the HW Labs rads and since they publish 'specs' I've not published mine to avoid contradiction; I will consider
"Miracle Midget Wonder", lol - ask JoeK about this product (it started me into component testing) the MCR120 is the latest version of the BI Pro |
Thx for the clarification - was not too familiar with the HW Labs product range
Their published 'specs' do seem a little useless ahem spartan... For the anecdote, my foray into watercooling started from reading the early component tests at overclockers.com :dome: |
article 481 is quite near and dear to me too lol. Some inaccuracies in the graphs but was immensely important to my understanding of how testing should be done.
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Well this thread has some of the best info in one place that I have seen in a long time, but it is also the most off topic thread known to man...
pH, would you mind taking some of these posts and trasnplanting them into some stickies.. I think lolitos info deserves to bee seen by anyone who might venture into these forums.. What do u say? |
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My version of Full System Performance :-
http://www.jr001b4751.pwp.blueyonder.co.uk/System.jpg Correction(?) for "temperature drop across radiator applied" (dT= W(wb+pump)/(69.5466x flow(lpm)) ). Much data collected by inspection of graphs,so should contain massive error bars. Failed to glean a data point for Storm G5's P/Q curve so not included Edit1: Added MCP350 plus Excel file. Edit2: Corrected error in White Water P/Q curve : Excel updated. |
Quaint how the G4 reacts with the 1250 ...?
(effect is not so pronounced on Cathars graph) Would be interesting to compare your results :dome: |
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Edit: Plus eyeballed Cathar |
eek! Would have expected your dTs to be higher(??) than Cathars because of the extra term
dT= W(wb+pump)/(69.5466x flow(lpm)) a bit confused |
Mine should be lower:
temperature DROP across radiator=W(wb+pump)/(69.5466x flow(lpm)) |
So the temperature DROP is proportional to the HEAT input...
yikes, lol! |
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Have attached a break-down of the "dTcpu-air(in)" s :- dTcpu-water, dT(Rad water(in)-air(in)) and dT(Rad water(in)-water(out)) . Flow-rates(taken from P/Q curve intercepts) ,Rad C/Ws, and pump-heats(Cathar's) are shown. Edit1: Corrected one error in Excel Edit2: Corrected White Water P/Q intercepts. |
Heat(input)=Heat[output)
Yes I realised that, but it took me a while - and I'm still struggling somewhat. (think it's mainly the LMTD causing the difficulty) |
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