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<blockquote data-quote="jeallen01" data-source="post: 1146505" data-attributes="member: 176704">Remember that ALL mechanical moving parts can be subject to wear &amp; tear, leading to slackness and lack of accurate movement control, and therefore here's a &quot;FWIW question&quot;: Is the use of backlash adjustment restricted to DiSEqC motors, and thus is not used for other motor types ??In fact I really doubt that to be case because, after all, &quot;DiSEqC&quot; is only the signalling protocol for controlling the motor movement&nbsp; - and that control can equally be provided by 36V (or other) control voltages in a different way (as it historically was before the invention of DiSEqC)!!Therefore don't &quot;celebrate&quot; too soon!!<img src="data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7" class="smilie smilie--sprite smilie--sprite13" alt=":-rofl2" title="roll on floor&nbsp; &nbsp; :-rofl2" loading="lazy" data-shortname=":-rofl2" /></blockquote>

[QUOTE="jeallen01, post: 1146505, member: 176704"] Remember that ALL mechanical moving parts can be subject to wear & tear, leading to slackness and lack of accurate movement control, and therefore here's a "FWIW question": Is the use of backlash adjustment restricted to DiSEqC motors, and thus is not used for other motor types ?? In fact I really doubt that to be case because,[U][I] after all,[/I][/U] [U][B][I]"DiSEqC" [/I][/B][/U][I][B][I][B]is [/B][/I]only the signalling protocol for [U]controlling[/U] the motor movement - and that control can equally be provided by 36V (or other) control voltages in a different way (as it historically was [U]before [/U]the invention of DiSEqC)!![/B][/I] Therefore don't "celebrate" too soon!!:-rofl2 [/QUOTE]

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