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In general the rotating part of a bearing (on the axle shaft in this
case) is a press fit while the stationary part (in the rear axle
housing) is a push fit. Tolerances on bearings are quite tight, but the
axle housing could be a different matter. Even when the outer race of
the bearing is a bit on the loose side it should not spin in the axle
housing. If it does it is worn and/or with debris inside. If a bearing
has spun, it is often sufficient to replace the bearing and using some
Locktide between outer race and housing. This will however make
disassembly in the future more difficult.
Kees Oudesluijs
NL
warthodson@aol.com schreef op 2-2-2015 om 0:26:
> One possible explanation for why the factory design included the
> clamping of the bearing might be that they could not rely entirely on
> the bearing manufacturer & the hub manufacturer to hold the tolerances
> required for a proper press fit of the bearing. If the
> bearing O.D. was a little under spec & the diameter of the recess in
> the hub was a little over spec. the bearing would be free to move
> about. Thus the clamping & the specification on the amount of clamping.
> Gary Hodson
> Kees wrote:
> >>>
>
> Ball/needle/roller bearings can only spin when the there is debris
> inside the bearing from e.g. a broken cage, balls/needles/rollers, diff
> that block the bearing causing the outer cage to turn. This happens
> mainly because people drive there cars until the bearing starts to break
> up, well into or beyond the rumbling stage.
> <<<
> I donâ??t think itâ??s that absolute. In my case it was a year-old bearing
> that spun with no apparent damage to the bearing other than having the
> outside buffed to a high sheen. The operation remains perfectly smooth.
> Personally, Iâ??m persuaded that the act of clamping the inside and
> outside, per the manual, is preferable to shrinking or driving or
> gluing the bearing in, leaving the spacer loose and hoping for the best.
>
>
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> Versie: 2015.0.5646 / Virusdatabase: 4273/9042 - datum van uitgifte:
> 02/02/15
>
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<div class="moz-cite-prefix"><br>
In general the rotating part of a bearing (on the axle shaft in
this case) is a press fit while the stationary part (in the rear
axle housing) is a push fit. Tolerances on bearings are quite
tight, but the axle housing could be a different matter. Even when
the outer race of the bearing is a bit on the loose side it should
not spin in the axle housing. If it does it is worn and/or with
debris inside. If a bearing has spun, it is often sufficient to
replace the bearing and using some Locktide between outer race and
housing. This will however make disassembly in the future more
difficult.<br>
Kees Oudesluijs<br>
NL<br>
<br>
<br>
 <a class="moz-txt-link-abbreviated"
href="mailto:warthodson@aol.com">warthodson@aol.com</a> schreef op 2-2-2015 om
0:26:<br>
</div>
<blockquote cite="mid:14b4777f2c9-63e0-4c43@webprd-a76.mail.aol.com"
type="cite">
<meta http-equiv="Context-Type" content="text/html; charset=utf-8">
<div>One possible explanation for why the factory design included
the clamping of the bearing might be that they could not rely
entirely on the bearing manufacturer & the hub manufacturer
to hold the tolerances required for a proper press fit of the
bearing. If the bearing O.D. was a little under spec & the
diameter of the recess in the hub was a little over spec. the
bearing would be free to move about. Thus the clamping &
the specification on the amount of clamping.</div>
<div>Gary Hodson </div>
<div>Â </div>
<div>Â </div>
<div>From: Steve Gerow <a moz-do-not-send="true"
href="mailto:steveg@abrazosdata.com">steveg@abrazosdata.com</a><br>
<div id="AOLMsgPart_1.2_1b784aa6-8d1e-46db-9c9c-66b2b3805388">
<div class="aolReplacedBody" lang="EN-US">
<div class="WordSection1">
<div class="MsoNormal">Kees wrote:</div>
<div class="MsoNormal">>>>Â </div>
<div class="MsoNormal"><br>
Ball/needle/roller bearings can only spin when the there
is debris <br>
inside the bearing from e.g. a broken cage,
balls/needles/rollers, diff <br>
that block the bearing causing the outer cage to turn.
This happens <br>
mainly because people drive there cars until the bearing
starts to break <br>
up, well into or beyond the rumbling stage.<br>
<<<</div>
<div class="MsoNormal">Â </div>
<div class="MsoNormal">I donâ??t think itâ??s that absolute.
In my case it was a year-old bearing that spun with no
apparent damage to the bearing other than having the
outside buffed to a high sheen. The operation remains
perfectly smooth.</div>
<div class="MsoNormal">Â </div>
<div class="MsoNormal">Personally, Iâ??m persuaded that the
act of clamping the inside and outside, per the manual,
is preferable to shrinking or driving or gluing the
bearing in, leaving the spacer loose and hoping for the
best.</div>
<div class="MsoNormal">Â <tt>
</tt></div>
</div>
</div>
</div>
</div>
<br>
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<p class="">Geen virus gevonden in dit bericht.<br>
Gecontroleerd door AVG - <a moz-do-not-send="true"
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Versie: 2015.0.5646 / Virusdatabase: 4273/9042 - datum van
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