Display MoreI'll have to make a few statements and then step aside until positive progress is made here. Sorry.
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Banjo has posted photos that show a working setup. A great place to start.If all of his angles were in fact setup properly then there is no reason at all receiving satellites in the Clarke Belt was not possible.
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I looked at the specs for this dish. They started out as Andrews, then either Raven or Channel master.
And the look angle (offset angle) are all stated as being 22.5 - 22.6 degrees.
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I cropped one of the photos Banjo posted.
If everything was setup properly then the black line through the centerline of the motor shaft will be equal to his latitude.
Without a doubt.
The yellow line would represent a straight edge, initially extended from the absolute top of the dish to the center of the bottom LNBF support arm.
The yellow line would be his latitude angle.And the offset angle of the dish added so that satellite signal reflects correctly into the LNBF throat.
Then. We add the proper declination angle. Which is illustrated by the final black line across the front of the dish reflector.
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Because I do not have a Raven dish like this. My assumption would be that if you measured the angle of the dish face (black line).
And the flat part of the dish mounting plate.
They will be the exact same. Parallel to each other.
Correct me. Banjo?
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A polar mount is much less tolerant of even the slightest movement.
A wood pallet just won't hack it. At the very least a flat, compacted sand and gravel base on the ground and then a precast concrete slab with cable extensions at 3 corners to the support pole.
But I think we haven't reached that point yet.
If the most important thing of your dish mount is being able to string trim around it. Wrong approach.
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An inclinometer was just fine for setting up stationary dishes.
But in this day and age a digital version is just a no-brainer.Especially for setting up a polar mount. You will be able to better keep track of the exact and miniscule changes you are making.
You will not see 0.10 degree changes with an analog gauge.
For awhile I was using my phone app. But steel, iron close to it made for measurement errors.
There are many versions of these. Very inexpensive to the sky's the limit.
I have this. It has been used for many upgrades to the type of dishes in my area that sat for years.
They are an invaluable tool.
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If for some reason the interfering points of the mount that were shown keep from getting the angles setup.
A solution needs to be found. I would unbolt the dish from the mounting plate.
I see the lower slotted bolt holes. Wondering if lifting the whole bracket would allow more adjustment.
So instead of the bracket resting the bottom bolts. Lift the whole bracket?
Drill a few holes? We need to find something that will allow us to get the proper geometry.
Grind or cut off off the interfering part of the motor bracket?
Something must be done.But then again. Banjo was able to get his working.
Was he able to track the entire satellite arc? Or just a few at the top?
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Figure it out. Do what is needed.
Make it work. Then make it pretty.
Mock it up without the dish bolted on.
Get that mounting base 100% solid. It cannot wobble at all.
I know without a doubt I could do it.
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I'm seeing a lot of worrying and not enough doing here.
It is really time to also look at and digest the satellite arc error chart I posted earlier.
As mentioned. Getting a few satellites close together in the arc.
Errors in mounting angles are less noticeable.
Knowing why and being able to figure out how signal starts to decrease, why you cannot get a signal.
Figuring out that pushing/pulling on the bottom of the dish. Grabbing the outer rim to move it East or West a little bit.
A combination of both.
Making 0.10 degree adjustments.
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Tapping out. But not dropping out.
It's all here. It's up to you now.
Er? U not replied to my posts!!
Lastnight u said to use wire to link the faceplate to the brackets i couldnt find the wire i have so i used cable ties instead, now if u look 👀👀 at my pics and posts you will see what i have done today!!!! PLEASE READ