Hi again whitehawk82,
Now that you mention the spacer arrangement, and looking closer at
the polar mount, your rig looks like a well intentioned home-made job.
Perhaps the pan was saved from death, then retrofitted to what the
builder thought was proper, without knowing about the fine adjustments,
or maybe the motor drive was an afterthought.
My first pic below, shows the spacing needed for this particular dish at my
latitude of 48N (there's my StarTrak in the background). About 1.75" on the
top two, and none on the bottom, which works out to around 7.11 degrees
of inclination offset.
The bolts are quite rusty, but I need not touch them, this dish was plucked
just 12 miles East of here.
This "tilt", away from the Polar Axis, aims the pan downwards a bit, in order to hit
the spot where the sats are actually orbitting. Yours will be different, but not a whole lot.
Keep in mind, the mounts may differ somewhat, but the geometric theory is the same.
With the way yours is spaced, you can only "see" a small part of the sat belt, 133W
happens to be in that small part of the belt.
I think you might have to start by proving the polar alignment, then resetting the
inclination angle correctly. A point to remember is; aim the dish due-south when
setting the inclination offset angle with an inclinometer.
Once the mounts are set, then you get to play with
the scalar ring, support struts and focal distance!
Your LNB mount looks rather flimsy, Unless the bolts get cinched really tight, they
will likely move out of alignment on you, leaving the LNB nearly impossible to adjust.
My 3rd pic shows how the scalar ring is used as part of the support structure,
leaving the LNB free to adjust easily. Modifying yours to be like this will remove
a big headache for you. You mainly need to get the focal point right.
Here again is the link to the "dish-bible":
Footprints by Dish Size - Adjusting the Polar Mount for Prime Focus Antenna - C/Ku-Band Satellite Systems - Tuning, Tracking, Azimuth, Elevation, Declination Angles, F/D Ratio, Focal Distance, Inclinometer, LNB/Feedhorn Assembly, Actuator Assembly, C
Browse thru the pages, you'll find how to make your dish work right!
Another good trick, for working on the LNB/scalar assy, is to move the dish all
the way to the east or west, you won't need such a tall ladder that way.
Gotta run for now, keep us posted!