Ok, I will rephrase:
The centrifugal switch is not creating friction on the switch at stop/initial start-up
The switch on my model is not depressing the contacts to allow the Start cap to be in the circuit
The run cap gets the machine going after I flick the spindle with high whine sound being heard at this point if you do not flick the spindle
Prolly why my run cap blew up to begin with, start cap was fine (its only using the run cap for everything)
So basically:
"centrifugal switch never allows the start capacitor to work kick in, which is why I had to give the spindle a flick to get it to spin at full speed most of the time even before the switch went bad, its starting only on the run cap side"
The centrifugal switch is not creating friction on the switch at stop/initial start-up
The switch on my model is not depressing the contacts to allow the Start cap to be in the circuit
The run cap gets the machine going after I flick the spindle with high whine sound being heard at this point if you do not flick the spindle
Prolly why my run cap blew up to begin with, start cap was fine (its only using the run cap for everything)
So basically:
"centrifugal switch never allows the start capacitor to work kick in, which is why I had to give the spindle a flick to get it to spin at full speed most of the time even before the switch went bad, its starting only on the run cap side"