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Assuming the rear wheels don't lock every time you step on the brakes... then all wheels will do (almost) identical number of revolutions during a deceleration from speed X down to speed Y. That, while the pressure applied to every single of all 12 brake shoes is exactly the same. Why should...
I still don't believe that the reason for that much faster wear would be (abnormal)weight distribution- or weight transfer.
In this case, who knows if all three axles- or just the rear axle brakes were serviced at that time?
Differences in brake lining material- and hardness play a big role...
In this case you have the Edit Post-option... so
1) --> Go advanced;
2) --> Manage Attachments;
3) click on X of picture you want to delete;
4) message appears; confirm with Accept;
5) Done
It is a fairly common sized Grade-5 hex-head bolt: Ø1"x L=6", 14 TPI. Threaded portion is 2-1/2". You should be able to find it online.
For the nut, it is only "special" because it was turned down to 3/8" in height. It really only serves as a counter-nut.
... Or call the usual parts-guys as...
I have cams here, from every model engine (except the LDS465-2), starting with the early 427's... and I have yet to find a part number stamped or written anywhere - on any of them. So the only effective way to confirm if there are- or were- any differences would be by measuring. But who would...
That is really THE question...
If you go by that diagram you posted- then YES. But if you look up the different parts books (TM 9-2815-204-34P; TM 9-2815-210-34P, May'74 & TM 9-2815-210-34P, June'98 ), the camshaft is #11610283, for ALL model Multifuel engines.
G.
This is what I did on two of my trucks: http://www.steelsoldiers.com/showthread.php?67712-M35A3-Keyed-Ignition-Switch-Install&p=815506&viewfull=1#post815506
G.
You can do following: go to the parts manual -24P-1; find said bearing (figure 208, item #2); note the NSN and part number; Google it....; look for results like "parttarget" (here is the link to make it a bit easier for you); then if you are lucky it gives you all specs and dimensions...(yes...
Interesting, the difference in "valve events" between those two models. How can that be if the camshafts and timing gears were identical for all of these engines?
BTW, I see you have the -35 TM. Not in digital form, or....??
G.
This is one M1070 which just started its "second life"-duty in private hands... doing exactly what it was meant to do: pulling the HET trailer!
We finally unloaded our two M1000's early this morning, at 3:00AM, and I'm glad they let us do the whole job (since we really had such a "perfect tool"...
Definitely not 1/4".
Original size is Ø9/32" (= 7.1mm). Many winch shafts & yokes have been drilled to Ø5/16" (= 7.9mm) at the time of depot-rebuild. I have found some to even allow for a 8.0mm pin diameter.
To improve shear strength a snug fit is always better than fitting too loose.
G.
The TM shows one gasket at least. The hyd. motor itself probably has O-rings to keep the housing parts sealed. Maybe it is time to replace those...?
G.
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