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DISH SETUP: Single sat, Multi-Sat & Motorised
Weak diseqc rotor assistant
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<blockquote data-quote="Trust" data-source="post: 1045143" data-attributes="member: 181524"><p>Saturday made some tests .</p><p>The <strong>empty</strong> <strong>rotor</strong> has a current of 130/150 mA .</p><p><strong>Added the springs</strong> , each time one spring is almost idle when the rotor is in that end position , and the other spring has a load of ± 100 kg</p><p>When the rotor is at Zero , both springs had a load of ± 25 kg</p><p></p><p>Turning to 70º E with 290 mA , back to zero starts with 180 mA later 160 mA</p><p>Turning to 75º W with 330 mA , back to zero starts with 200 mA later 160 mA</p><p></p><p>Than I put the <strong>1.2m CM with lnb revolver </strong>(15.5 kg ) with the adapter plate and clamp (4.2 kg) on the rotor , as<strong> high as possible at the elbow pipe .</strong></p><p>Turning to 70º E with 170 mA , back to zero starts with 330 mA later 260 mA</p><p>Turning to 75º W with 170 mA , back to zero starts with 290 mA later 250 mA</p><p></p><p><strong>Unhooked the springs </strong></p><p>Turning to 70º E with 150 mA , back to zero starts with 400 mA later 360 mA</p><p>Turning to 75º W with 150 mA , back to zero starts with 360 mA later 330 mA</p><p></p><p><strong>attached the dish as low as possible</strong> <strong>and 44 mm closer to the elbow pipe and put the springs back .</strong></p><p>Turning to 70º E with 160 mA , back to zero starts with 180 mA later 170 mA</p><p>Turning to 75º W with 160 mA , back to zero starts with 220 mA later 170 mA</p><p></p><p><strong>Unhooked the springs </strong></p><p>Turning to 70º E with 150 mA , back to zero starts with 280 mA later 250 mA</p><p>Turning to 75º W with 150 mA , back to zero starts with 270 mA later 250 mA</p><p></p><p>[MEDIA=youtube]FYisec_QkzQ[/MEDIA]</p><p></p><p>For the bearings in the rotor the best way is to attach the dish high as possible at the elbow pipe .</p><p>But the weight of the dish acts lower when its more close to the polar axis when attached as low as possible .</p><p>@Rimants made once a special polarmount about this issue as he mentioned before in this topic .</p></blockquote><p></p>
[QUOTE="Trust, post: 1045143, member: 181524"] Saturday made some tests . The [B]empty[/B] [B]rotor[/B] has a current of 130/150 mA . [B]Added the springs[/B] , each time one spring is almost idle when the rotor is in that end position , and the other spring has a load of ± 100 kg When the rotor is at Zero , both springs had a load of ± 25 kg Turning to 70º E with 290 mA , back to zero starts with 180 mA later 160 mA Turning to 75º W with 330 mA , back to zero starts with 200 mA later 160 mA Than I put the [B]1.2m CM with lnb revolver [/B](15.5 kg ) with the adapter plate and clamp (4.2 kg) on the rotor , as[B] high as possible at the elbow pipe .[/B] Turning to 70º E with 170 mA , back to zero starts with 330 mA later 260 mA Turning to 75º W with 170 mA , back to zero starts with 290 mA later 250 mA [B]Unhooked the springs [/B] Turning to 70º E with 150 mA , back to zero starts with 400 mA later 360 mA Turning to 75º W with 150 mA , back to zero starts with 360 mA later 330 mA [B]attached the dish as low as possible[/B] [B]and 44 mm closer to the elbow pipe and put the springs back .[/B] Turning to 70º E with 160 mA , back to zero starts with 180 mA later 170 mA Turning to 75º W with 160 mA , back to zero starts with 220 mA later 170 mA [B]Unhooked the springs [/B] Turning to 70º E with 150 mA , back to zero starts with 280 mA later 250 mA Turning to 75º W with 150 mA , back to zero starts with 270 mA later 250 mA [MEDIA=youtube]FYisec_QkzQ[/MEDIA] For the bearings in the rotor the best way is to attach the dish high as possible at the elbow pipe . But the weight of the dish acts lower when its more close to the polar axis when attached as low as possible . @Rimants made once a special polarmount about this issue as he mentioned before in this topic . [/QUOTE]
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DISH SETUP: Single sat, Multi-Sat & Motorised
Weak diseqc rotor assistant
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