
I haven't heard the term "in FORCE mode" before. Is that the same meaning as dynamic balance?
I'm thinking the same as Bill, such that a very narrow wheel and tire (like early cars and bicycles) won't be as much affected by placing a 2 ounce weight on one side of the rim and placing a 2 ounce weight 180* apart on the other side of the rim, as the effect would be from doing the same on a wide rim. The wide rim would remain in static balance, but would be far out on dynamic balance.
Tom: The Balancers we have had and now have both use the term "Force" to describe the single plane such as a flywheel /flexplate.
In regard to what your are mentioning I have never tried to do a flywheel in dual plane as that is for counteracting forces such as a crankshaft.
Unless his machine works differently then the ones that are available now.
From what you are mentioning to balance on both sides such as the example of the tire balancer is to compensate for the gyroscopic forces as a tire produces I believe that procedure wouldn't work on our machines as the computer wouldn't know what to do.
Basically as you can see in the above picture I have posted earlier that the flywheel and clutch are mounted together and balanced as a unit between the machine uprights mounted to a spindle.
After the information of the diameter of the correction area is inputed into the macine the flywheel spins and the computer decides from the information of unbalance "ie" vibration that it picks up from the strain gauges mounted in the uprights the computer decides where to make the correction and tell you how deep to drill since you've told the machine what size dirll you're using and what angle drill tip also.
Ford has done this procedure the same way as I am explaining although with an analog machine rather than digital naturally.
If we were to believe that they did it the way Bill is mentioning then there would be holes drilled on the back face of the flywheel as well as holes drilled on the small diameter up front which isn't the case.
Ford did balance the flywheels by spinning them as I have shown and by drilling them using one plane only.
I'm not saying you can't do it Bill's way but doesn't really make sense as there are alot more people smarter than I am that have designed the machines to do one area only.
Here is a short video of a similar machine to what we have now as the owner of the company explains how it gets done.
http://www.youtube.com/watch?v=c-yG7qtbm_0&feature=player_embedded#!