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Originally Posted by lolito_fr
So the temperature DROP is proportional to the HEAT input...
yikes, lol!
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At equilibrium, Heat(input)=Heat[output)
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.