I doubt it, you are still 20cm smaller than maximum dish size. which is probably another 10kg's in weight.
But if you started on 16e as your Zero point, then dish will be way over to the west when trying to get signal at 30w.
For me the motor should be on 0 when starting close to real due south, which is roughly the 0.8w satellite i suggested you begin with.
(introduction) I started following those who told me to start from the satellite closest to my longitude (16E) (to leave nothing to chance) since I had already started that way, trying to perfect the signal, I then went to 30W no signal, going to 42.0E no signal.
After having done many tests of signal arrangement at the extremes returning to 16e then 13e/ 7e 5w so on saying the signal was not good enough, so I started to follow your advice go to 0.8w which had a signal from 60 to 70% I started them to perfect the signal.
As it was before: 0.8w with frequency (12034.0 MHz V 30000 3/4 8ps 0.8°w) the signal is: snr 67 agc 98 ber 0
Now frequency: (12034.0 MHz V 30000 3/4 8ps 0.8°w) the signal is: snr 80agc 99 ber 0 (noticeable increase in signal)
0.8w
Before: Now:
frequency (11938.0......) snr 80 agc 94 ber 0----------------------------> frequency (11938.0......) snr 95/97 agc 99 ber 0
frequency (10778.0......) snr 0 agc 0 ber 0-------------------------------> frequency (10778.0......) snr 0 agc 0 ber 0
frequency (11996.0......) snr 77 agc 98 ber 0----------------------------> frequency (11996.0......) snr 89 agc 99 ber 0
frequency (12188.0......) snr 70 agc 98 ber 0----------------------------> frequency (12188.0......) snr 89 agc 99 ber 0
frequency (11843.0......) snr 70 agc 97 ber 0----------------------------> frequency (11843.0......) snr 80 agc 99 ber 0
frequency (12188.0......) snr 70/72 agc 98 ber 0------------------------> frequency (12188.0......) snr 87 agc 99 ber 0
frequency (11325.0......) snr 0 agc 0 ber 0--------------------------------> frequency (11325.0......) snr 0 agc 0 ber 0
frequency (10934.0......) snr 0 agc 0 ber 0-------------------------------> frequency (10934.0......) snr 0 agc 0 ber 0
frequency (10903.0......) snr 0 agc 0 ber 0--------------------------------> frequency (10903.0......) snr 0 agc 0 ber 0
frequency (11229.0......) the signal is: snr 0 agc 0 ber 0-------------> frequency (11229.0......) the signal is: snr 0 agc 0 ber 0
frequency (12418.0......) snr 58/63 agc 98 ber 0------------------------> frequency (12418.0......) snr 80 agc 99 ber 0 (noticeable increase in signal)
frequency (12207.0......) snr 70/72 agc 99 ber 0------------------------> frequency (12207.0......) snr 89/91 agc 99 ber 0
frequency (12054.0......) snr 72 agc 98 ber 0-----------------------------> frequency (12054.0......) snr 86 agc 99 ber 0
frequency (11977.0......) snr 66/67 agc 95 ber 0------------------------> frequency (11977.0......) snr 81 agc 99 ber 0
...
30w
Before: Now:
frequency (12360.0......) snr 0 agc 0 ber 0-------------------------------> frequency (12360.0......) snr 54/55 agc 89 ber 0
frequency (10770.0......) snr 0 agc 0 ber 0-------------------------------> frequency (10770.0......) snr 0 agc 0 ber 0 (Cubavision Internacional)
frequency (12476.0......) snr 0 agc 0 ber 0-------------------------------> frequency (12476.0......) snr 0/49 0/52 0/47 agc 90 ber 0 (Amc break)
...
the 30w satellite is not stable.
Doing as you said I have a significant improvement in the satellites. How can I improve everything to have a signal on all satellites?