When you use the gauge block to set the dial at 3.375, you apply pressure to the plunger, set the tension screw, and the reset your dial to "0". Thats how the toolmaker told me to do it.
Out of curiosity, don't you have to add in the thickness of the magnet that you stuck onto the face of the pinion gear? or does the set gauge compensate for that?
Those gears will be turning nice and smooth, great video!
When you use the gauge block to set the dial at 3.375, you apply pressure to the plunger, set the tension screw, and the reset your dial to "0". Thats how the toolmaker told me to do it.
How did you get to .750? Is that .700 on the small scale that you counted? Great video!
@tonyfischer8928 yes, I counted the revolutions on the small dial
@@slaterrockshop4564 thank you! What brand tool is that?
@@tonyfischer8928 www.amazon.com/Deluxe-Pinion-Depth-Setting-Tool/dp/B07GR6RJH1/ref=asc_df_B07GR6RJH1/?tag=hyprod-20&linkCode=df0&hvadid=692875362841&hvpos=&hvnetw=g&hvrand=15796618034243841484&hvpone=&hvptwo=&hvqmt=&hvdev=m&hvdvcmdl=&hvlocint=&hvlocphy=9010661&hvtargid=pla-2281435177578&psc=1&mcid=87aee625ab063ff097a0655c37624ef6&hvocijid=15796618034243841484-B07GR6RJH1-&hvexpln=73
Out of curiosity, don't you have to add in the thickness of the magnet that you stuck onto the face of the pinion gear? or does the set gauge compensate for that?
The magnet is already factored in. I believe it says that somewhere in the paperwork, otherwise you would definitely need to subtract thickness
Dont you need to subtract the magnet thickness?