> Sam's club actually, it's not the gas it's the design, an in-tank fuel pump
> needs to be kept totally immersed in order to keep itself cool and properly
> lubricated. On a Mustang the silly thing starts to become exposed at a
> little less than 1/2 a tank. Popular Science magazine recommends never
> letting your tank go under 1/4 in order to extend the pump's life. Advice
> I'm obviously not following.
Actually, When I moved, I changed from buying at the same Exxon
that I had use since I was 14 and started buying at Albertsons. It was
in about June. That year when it got cold my Mustang for the first time
since 1989 started being cold natured in the morning. I switched
again... But I remember reading that about in tank pumps and thinking
yinkes. Then when I replaced my original pump I took it completely apart
to see how it work. The realization was sobering. I wondered who was the
first guy that dropped a running 12V electrical motor into a bucket of
gasoline to see what happened. LOL
gerald smith@impco.com - 02 Apr 2005 00:57 GMT
>> Sam's club actually, it's not the gas it's the design, an in-tank fuel pump
>> needs to be kept totally immersed in order to keep itself cool and properly
[quoted text clipped - 12 lines]
>first guy that dropped a running 12V electrical motor into a bucket of
>gasoline to see what happened. LOL
what a tard
gas does not burn
hurc ast
ironrod - 07 Apr 2005 04:08 GMT
The design 'kind of' makes sense on paper, but it just doesn't seem right
somehow. I wonder if the engineer took into account what would happen if
the tank were to be punctured and the pump were to remain running. (Make
believe there are no external safeguards.)
> > Sam's club actually, it's not the gas it's the design, an in-tank fuel pump
> > needs to be kept totally immersed in order to keep itself cool and properly
[quoted text clipped - 12 lines]
> first guy that dropped a running 12V electrical motor into a bucket of
> gasoline to see what happened. LOL