Isn't that the whole point of hydraulic lifter, to take up the play?If the heads were built up incorrectly and they didn't shim the pedistals right, then yes!
Isn't that the whole point of hydraulic lifter, to take up the play?If the heads were built up incorrectly and they didn't shim the pedistals right, then yes!
A certain amount yes..Isn't that the whole point of hydraulic lifter, to take up the play?
Won't shimmy get upset if you trap his fingers?A certain amount yes..
However the pedestals still need correctly shimming.
MaybeWon't shimmy get upset if you trap his fingers?
Isn't that the whole point of hydraulic lifter, to take up the play?
You mean some lifters don't squish enoughSome times the push rods are too taut, keeping the valve open ever so slightly ...
You mean some lifters don't squish enough
They do squish! Or they wouldn't be called self adjustingNo room mate ... oil being one of 'those' fluids ...
They do squish! Or they wouldn't be called self adjusting
I've just squished an old lifter and there must be 5mm at least. Not measured exactly, just by eyeNo enough, you get a 0.058" needed and no room, where you gonna steal it from, grind the bottom of the push rod ?
I'm not in a fit state to explain it proper as I'm off me face on opioids ...
I've just squished an old lifter and there must be 5mm at least. Not measured exactly, just by eye
You got oil in it ?I've just squished an old lifter and there must be 5mm at least. Not measured exactly, just by eye
But that's the whole point, isn't it? When the valve is closed, the spring in the lifter shows it to take up any slack between the rocker and the pushrod, lifter fills with oil, job done. If the pushrod is a bit longer, the spring in the lifter doesn't need to expand the lifter as much and doesn't have as much oil in itYou got oil in it ?
put it on youtube then paste the link herei Have but i cant seem to be able to post it up.