I know the radiator cap is rated 16 psi,
when the perssure and heat build up, water is allowed to push past the cap and travel into the overflow (hence what the water doeswhen the motor gets warmed up and the water reaches the hot level.
now how does it go back down to the warm level. what allows the water to go from the overflow back into the radiator?
laws of physics would require some kind of vacuum to draw it UP into it, so does the waterpump create the vacuum that sucks water back in or what?
or does it have to do with atmospheric pressures inside the radiator and collant passages versus the normal atmospheric condition?
if so the coolant could come from anywhere or is there some kind of design in our stock overflow tanks?
also, will the coolant level sensor throw any kind of code other than just the "coolant low" light?
some of you might actually know what I am thinking about doing
thanks for your input guys
when the perssure and heat build up, water is allowed to push past the cap and travel into the overflow (hence what the water doeswhen the motor gets warmed up and the water reaches the hot level.
now how does it go back down to the warm level. what allows the water to go from the overflow back into the radiator?
laws of physics would require some kind of vacuum to draw it UP into it, so does the waterpump create the vacuum that sucks water back in or what?
or does it have to do with atmospheric pressures inside the radiator and collant passages versus the normal atmospheric condition?
if so the coolant could come from anywhere or is there some kind of design in our stock overflow tanks?
also, will the coolant level sensor throw any kind of code other than just the "coolant low" light?
some of you might actually know what I am thinking about doing
thanks for your input guys

