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Re: [Healeys] overdrive planetary alignment

To: Ed Woods <fogbro1@comcast.net>
Subject: Re: [Healeys] overdrive planetary alignment
From: Richard Ewald <richard.ewald@gmail.com>
Date: Mon, 19 Apr 2010 08:55:33 -0700
bwaaaah?
This makes slightly less than no sense to my 15 watt brain.
If you have the planets out of alignment it will throw the sun gear off
center?
WTF?
Assuming that the planets are concentric it should make no difference the
position of the planets when the sun gear is fitted.
If the planets are not concentric the sun gear is going to wobble as planets
walk around the sun gear, and the mesh between the planets and the ring gear
will vary and quite possibly bind.
Like I said WTF?
Can somebody explain this to me using short simple sentences?
Rick


On Mon, Apr 19, 2010 at 8:15 AM, Ed Woods <fogbro1@comcast.net> wrote:

> Healey List,
>
>
>
> Here's what Nelson Riedel of Buckeye Triumphs wrote about my question:
>
>
>
> Installing Epicyclic Gear: The sun gear can be installed in the planter
> carrier with the planet gears in various positions.   If the gears are not
> in
> the correct position, the sun gear shaft will be off center.    This would
> be
> recognized when it was impossible to pass the main shaft through the sun
> gear,
> the planet carrier and the unidirectional clutch. There are indexing dots
> stamped into the  top of each of the planet gears.  Each gear was turned so
> that the dot is on the outside and a line through the dot and the center of
> the planet gear shaft also passed through the center of the planet carrier
> as
> show in the left photo below.  The sun gear was inserted with the planet
> gears
> aligned as indicated.  The dot alignment was verified after the sun gear
> was
> in position.  The three dots didn't line up as indicated, so I did it over
> and
> got it right.  The planet carrier with sun gear was then inserted into the
> annulus.   The sun gear was rotated back and forth slightly to get the
> gears
> to mesh properly so that the planet carrier would drop into the annulus..
>
>
>
> So position does matter!
>
>
>
> Ed Woods
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