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<blockquote data-quote="a33" data-source="post: 1115560" data-attributes="member: 332642">OK. So normally, when the dish face is vertical, the elevation scale will show the offset angle of the dish.So that the elevation setting can be done on the elevation scale value, that is already including the offset angle.I did not read carefully all the recent posts above about your bracket.It looks like the vertical position is also the most forward possible leaning angle that your bracket+dish can do?And that the scale setting would then be about 15 degrees?(But the photos are not conclusive about that.)I'd be curious to the exact width and height of the dish. For a flatfaced dish, the offset angle would be: arccos(width / height).And then to the length of the topstring (top of dish to mid-front of LNB ) and bottomstring (bottom of dish to mid-front of LNB ); to check if the LNB is in the right offset angle.greetz,A33</blockquote>

[QUOTE="a33, post: 1115560, member: 332642"] OK. So [B]normally[/B], when the dish face is vertical, the elevation scale will show [B]the offset angle[/B] of the dish. So that the elevation setting can be done on the elevation scale value, [I]that is already including the offset angle[/I]. I did not read carefully all the recent posts above about your bracket. It looks like the vertical position is also the most forward possible leaning angle that your bracket+dish can do? And that the scale setting would then be about 15 degrees? (But the photos are not conclusive about that.) [SIZE=3]I'd be curious to the exact width and height of the dish. For a flatfaced dish, the offset angle would be: arccos(width / height). And then to the length of the topstring (top of dish to mid-front of LNB ) and bottomstring (bottom of dish to mid-front of LNB ); to check if the LNB is in the right offset angle.[/SIZE] greetz, A33 [/QUOTE]

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