Perkins 4.236, sorry only I knew what I was talking about. But the logic is the same. I also reasoned that without a thermostat, the water wouldn’t sufficiently cool while running through the heat exchanger. Thanks, I appreciate the help.
I think the attention need by that HX, and the benefits included in the new one, both topics of which were thoroughly described, greatly exceeded the results of any “cleaning”. And for only $175 additional cost vs refurbish the old one.I was reading another thread last night the person just went out and bought a new heat exchanger instead of cleaning it! .. okay
OUCH ! I can only suspect that @dlochner was looking at Table 8-3-1 on his iPhone and not a full size screen, hence his error in reading the Table. 100% ethylene glycol only has about 75% of the thermal capacitance of 100% water.Please see the table in the link below and the tell us if you still believe that
"The 50/50 mix of antifreeze has a greater heat capacity than either water alone or AF alone. This means that it takes more heat energy to raise the temperature of the coolant 1° than it takes to raise water 1°"
Table 8-3-1
Well, I was again both correct and incorrect. A 50/50 mixture of AF and water is a better heat transfer fluid than straight water, however, it is for the opposite reasons that I suggested. Water has a greater heat capacity than ethylene glycol however as a result it does not give its heat as readily. Mixing the two does 3 things, lowers the freezing point, raises the boiling point, and makes it a better heat transfer medium.OUCH ! I can only suspect that @dlochner was looking at Table 8-3-1 on his iPhone and not a full size screen, hence his error in reading the Table. 100% ethylene glycol only has about 75% of the thermal capacitance of 100% water.
No. Read either the Wikipedia article or look at the table again.Mixing the two does 3 things, lowers the freezing point, raises the boiling point, and makes it a better heat transfer medium.
Antifreeze - Wikipedia
en.wikipedia.org
Maybe you might want to think about giving in while your ahead (relatively speaking).A 50/50 mixture of AF and water is a better heat transfer fluid than straight water,
No one cares how slowly heat is GIVEN up to the heat exchanger. Make the damn clunky thing bigger and better. It's how quickly it's REMOVED from the small passages in the engine block. That's where the delicate design comes in.Water has a greater heat capacity than ethylene glycol however as a result it does not give its heat as readily.
You accusing us of getting "off topic" ? ? ? ?but the engine wasn’t listed or the actual problem other than “running hot” and this thread got into thermal dynamics?