"What in the hell would a simple gage do to stop those gaskets from blowing?"
Just a guess here, but maybe the simple gage would tell you your pressure was too high BEFORE that gasket blew? That is, if you installed the gage and took the time to look at it.
"Get your charts and graphs out for this one jer because you may need them to understand the why`s."
I doubt it.
"Here`s what I found out, the why`s and what I base my proof on...It`s simple....Not math....just simple hands on, that you cant get by using your charts of graphs..."
But you get with blown gaskets?
"The motor is the same motor in booth boats, nothing changed...Making the same power in booth boats...The gaskets blow in the boat (#1) that has a tight pump thus because of making more "water pressure"
"Same motor" "Same Power" in a different boat(#2), plumbed the same way, hasn't blown a gasket yet. Simple math will tell you that the pump on boat #2 doesn't make as much pump pressure because it hasn't blown the intake gasket like it did when it was in boat #1."
Are you sure you understand simple math?
"You can have all the HP in the world but if it`s not making water pressure from the pump you have nothing."
True. Both in thrust and cooling. But speaking to cooling and water pressure, the subject of this thread, how will you know the relationship of your power to pump pressure unless you measure pressure with a gage or data aquisition? Do you know by wear ring clearance and impeller flowing? Do you know by power or impeller cut?
If so, you're the new pump Einstien of us all. Until a gasket blows out that is. Then you're keep it stupid, stupid. If not measured, then yes you got nothing. Then you got what's called "hands on" you dick that is. As in run it until it breaks then drink another six pack and brag about how you broke it.
jer