the bolt in the center holds the gear so it doesnt come out of position..the rest is a fancy straitedge..you can build this..but you have to get a true strait edge...no fudging on this one..:wink:
its critical to the clearance.....theres another way of doing this...a little trick...[ i cant believe im suggesting this!]....use 2 feeler guages on each side....someone has to hold the gear...set two strait edges across..one on each side of gear center.....and you take feelers set at the same 1000th's...one in each hand... [and of course just the slightest oil film on them]...and get to where both are dragging evenly....if it sounds too complicated ...dont do it:laughing:
ok....i can see your brain is figuring it out:thumbsup:....your template idea sounds promising:thumbsup:..i like that too...tell us how it progresses:smile:
Ok, I know I'm probably over thinking this but here is another idea. I hold the camshaft still and have someone hold the speed square in place. Then check it, what do you think? Yeah, I'm over thinking this... :laughing:
well ...it might work...but you need a strait edge to check it:laughing:.....i have 24" one that is .0002 allowance per 20" of length...thats good enough for most engines:thumbsup:
What's the end play clearance, I'm just curious? With the crank and the cam being being pushed in opposite directions due to the angle of the gears what is allowed?