10-4 on the "reminders" in the above, Tod; bringing back fond memories of when I'd done this~Sept.99. 33,000 miles on that chain~the one that's being replaced. Going thru this "drill, practice, rehearse", in my mind and on this forum so end result
will be without additional surprises. Gathering up the right shims
for the 3 intakes caught me by surprise. All 4 exhausts were still almost the same; no.1 went from 7-8~no.2 stayed the same @ .007~no.3 went from 8-9~no.4 went from 6-8 (thousandths).
NEXT PARAGRAPH: those camcap studs and nuts~~when the threads get "messed up"~~it's because they're being taken loose
and/or bolted/torqued back down with the camlobe on the "downside, having to depress two of the shim buckets, pushing hard against two valve springs. ?Theory~~I was thinking this task would go a whole lot more "sanitary", if two of
those valve shim/bucket depressor/tools were used to hold down
on the two buckets with the two camlobes pushing on them~~torque reading on (??) the camcap nuts would probably even be different? I never did acquire any of the shim depressor tools, cuz I was hearing that most often, the tool didn't work~wasn't made right. Read it a lot on this forum. That "Motion Pro" made the tool, and couldn't or wouldn't make it proper. I don't know if it would work, but seems like some mention would have appeared somewhere, about this having been tried by somebody. No matter how clever, and patient one
would be to torque down those 5 caps in the smoothest, most
gradual torque sequence~~one knows that cam is in a "wrong kind of bind" when it's being snugged down.
?Whaddayathink?
will be without additional surprises. Gathering up the right shims
for the 3 intakes caught me by surprise. All 4 exhausts were still almost the same; no.1 went from 7-8~no.2 stayed the same @ .007~no.3 went from 8-9~no.4 went from 6-8 (thousandths).
NEXT PARAGRAPH: those camcap studs and nuts~~when the threads get "messed up"~~it's because they're being taken loose
and/or bolted/torqued back down with the camlobe on the "downside, having to depress two of the shim buckets, pushing hard against two valve springs. ?Theory~~I was thinking this task would go a whole lot more "sanitary", if two of
those valve shim/bucket depressor/tools were used to hold down
on the two buckets with the two camlobes pushing on them~~torque reading on (??) the camcap nuts would probably even be different? I never did acquire any of the shim depressor tools, cuz I was hearing that most often, the tool didn't work~wasn't made right. Read it a lot on this forum. That "Motion Pro" made the tool, and couldn't or wouldn't make it proper. I don't know if it would work, but seems like some mention would have appeared somewhere, about this having been tried by somebody. No matter how clever, and patient one
would be to torque down those 5 caps in the smoothest, most
gradual torque sequence~~one knows that cam is in a "wrong kind of bind" when it's being snugged down.
?Whaddayathink?
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