Pro/Forums - View Single Post

MadDogMe · 09-05-2002, 09:20 AM

As long as you measure the water before block surely it can be calculated?. then drop the temp of the test water accordingly?, or just include it in the temp. change the temp of the 'test water' to include the 'calculated' pump heat?.....

but would'nt that be more relevant to a loop?. I'd have the water pass through once, from a large insulated(constant temp) resevoir,how large I don't know, it would depend on the lenght of test. the test would'nt have to be too long would it?. as long as the heat load is right?.
Also I'd have no rad to interfere with back pressure, ect.

Has anyone ever calculated how much (or if) pumps put into the water?. for inline and submerged?. I read somewhere that pumps introduce heat as kenetic energy (from the impellor) more, as opposed to radiated(inline).

How much heat does a 1048, 1250 & 1060 Eheim produce respectivly?.

09-05-2002, 09:20 AM	#12
MadDogMe Thermophile Join Date: Aug 2002 Location: Just shut up ;) ... Posts: 1,068	As long as you measure the water before block surely it can be calculated?. then drop the temp of the test water accordingly?, or just include it in the temp. change the temp of the 'test water' to include the 'calculated' pump heat?..... but would'nt that be more relevant to a loop?. I'd have the water pass through once, from a large insulated(constant temp) resevoir,how large I don't know, it would depend on the lenght of test. the test would'nt have to be too long would it?. as long as the heat load is right?. Also I'd have no rad to interfere with back pressure, ect. Has anyone ever calculated how much (or if) pumps put into the water?. for inline and submerged?. I read somewhere that pumps introduce heat as kenetic energy (from the impellor) more, as opposed to radiated(inline). How much heat does a 1048, 1250 & 1060 Eheim produce respectivly?. Last edited by MadDogMe; 09-05-2002 at 09:27 AM.