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Feel free to invite me to stop picking nits.
But, in the process of chasing down a mystery noise, I decided to check my valves and it struck me that when the cam chain tensioner is adjusted there's the potential for the camshaft to be rotated a little when the slack is taken from the camchain thereby throwing off (however minutely) the preceding adjustment of tappets. Granted, there shouldn't be any movement between the crank and the camshaft due to the tensioner (and any chain slack) being on the opposite side of the load but what if?
Maybe I just answered my own question. But I had noticed that all the descriptions of adjusting valves that I've come across always leave the camchain adjustment for the end and I wondered whether there was a reason for that.
But, in the process of chasing down a mystery noise, I decided to check my valves and it struck me that when the cam chain tensioner is adjusted there's the potential for the camshaft to be rotated a little when the slack is taken from the camchain thereby throwing off (however minutely) the preceding adjustment of tappets. Granted, there shouldn't be any movement between the crank and the camshaft due to the tensioner (and any chain slack) being on the opposite side of the load but what if?
Maybe I just answered my own question. But I had noticed that all the descriptions of adjusting valves that I've come across always leave the camchain adjustment for the end and I wondered whether there was a reason for that.