Hello everyone,
I have been fighting this issue for quite a while now and trying to discover the reason for it and correct it. On 83.0W I have 93% Q on TP 11.775H SR 4.231. However, on the RTN TP 11.735 H SR 4.444 I can only muster 69% at best.
EDIT: Better state what equipment I am using... Coolsat 5000, DG-280B and (currently) DG-380 motor, INVACOM QPH-031 LNBF, Winegard DS-2076 antenna, Chieta HD 4x1 DiSEqC switch and Commscope Brightwire Quad shield RG6u cable (about 80 feet total).
I have tried to edit the TP frequency and the symbol rate, and what I have listed provides the most stable and best results.
I have attempted to tweak my dish and motor until I was blue in the face (or more appropriately "red"). It seems that I am tracking the arc perfectly. I can reduce the signal quality, but cannot improve it.
I had an idea that my dish might be warped or bent and causing some odd issues with certain frequencies, so this weekend I replaced the entire dish assembly (Winegard DS-2076) with a brand new one, right out of the box. I have several of these dishes new in the box, so that was not a problem.
I took the old dish reflector into the house and laid it on my glass dining table to check it for warpage and sure enough, it had a slight warp to it. I had checked the new dish when I pulled it out of the box and it was straight and true! Here I thought I might have a glimmer of hope.
I also pulled up stakes and moved the entire mast (on a tripod) about 20 feet away from the house (as I thought that the signal from 43.0W was being shadowed by my eaves). I did this since I was going to have to set up the entire assembly anyway, might as well start from scratch completely and hopefully fix two problems at once. It didn't change anything.
With an entirely different dish assembly, I got the exact same results.
I have now tried three different LNBFs, three different Coolsat 5000 receivers as well as my new Fortec Star Dynamic, three DS-2076 antennas and several motors. The motors shouldn't have any bearing on this, but I just happened to be testing the motors for a different reason and noticed that the problem was present with all of them. All the equipment is giving me the same results, a very low quality on the RTN feeds.
I have also tried rotating the LNBF for polarity and moving the focal point in and out. I have it set to optimum right now and this is the best I can achieve.
I have also taken my receiver and portable TV directly to the dish and ran a short RG6 cable (10 feet or so) directly to the LNBF with no switches and totally bypassing the motor circuitry completely and still get the same results.
My brother lives only ~20 miles from me and his cabin is only 1 mile away and in both locations, he reports high 80's to low 90's quality on the RTN channels with the exact same equipment. Same receiver and dish and motor.
Here are my test results:
43.0W 11.998 V SR 1.563 91% Q
43.0W 12.063 H SR 5.425 69% Q
61.5W 12.355 H SR 20.000 94% Q
63.0W 11.964 V SR 11.280 66% Q
72.0W 12.055 V SR 6.890 93% Q
74.0W 11.734 H SR 6.616 91% Q
79.0W 11.900 H SR 2.170 97% Q
83.0W 11.763 H SR 4.232 91% Q
83.0W 11.769 H SR 4.232 91% Q
83.0W 11.775 H SR 4.231 93% Q
83.0W 11.845 H SR 20.000 88% Q
83.0W 11.969 H SR 8.417 97% Q
83.0W 12.139 V SR 30.001 91% Q
83.0W 12.160 H SR 30.001 91% Q
83.0W 11.735 H SR 4.444 66-69% Q MAX
85.0W 12.188 H SR 3.978 97% Q
87.0W 11.715 H SR 4.857 92% Q
89.0W 11.955 V SR 19.533 88% Q
91.0W 12.080 H SR 3.978 88% Q
91.0W 12.414 H SR 20.000 93% Q
93.0W 11.983 V SR 8.681 90% Q
95.0W 11.780 H SR 20.760 88% Q
97.0W 12.152 H SR 20.000 88% Q
99.0W 12.190 V SR 11.765 88% Q
101.0W 12.060 H SR 26.701 91% Q
103.0W 12.100 V SR 20.000 87% Q
105.0W 11.969 V SR 7.234 94% Q
107.3W 11.941 H SR 5.895 90% Q
110.0W 12.355 H SR 20.000 98% Q
113.0W 12.079 H SR 25.634 88% Q
116.8W 12.191 V SR 7.885 87% Q
119.0W 12.370 V SR 20.000 96% Q
121.0W 12.015 V SR 20.000 94% Q
123.0W 11.720 V SR 27.962 90% Q
125.0W 12.180 V SR 30.001 92% Q
127.0W 11.899 V SR 8.690 91% Q
129.0W 11.963 H SR 2.920 91% Q
129.0W 12.517 V SR 20.000 96% Q
148.0W 12.224 V SR 20.000 97% Q
The only thing that I can think to try is to physically move all my equipment to my brother's cabin or home and test it there or at least some location in my yard far, far away from its present location. Granted there are no physical obstructions to my line of site as you can probably tell from the rest of the signals captured, but maybe there is some other interference that I cannot detect.
Thanks for any ideas, suggestions or recommendations.
RADAR
I have been fighting this issue for quite a while now and trying to discover the reason for it and correct it. On 83.0W I have 93% Q on TP 11.775H SR 4.231. However, on the RTN TP 11.735 H SR 4.444 I can only muster 69% at best.
EDIT: Better state what equipment I am using... Coolsat 5000, DG-280B and (currently) DG-380 motor, INVACOM QPH-031 LNBF, Winegard DS-2076 antenna, Chieta HD 4x1 DiSEqC switch and Commscope Brightwire Quad shield RG6u cable (about 80 feet total).
I have tried to edit the TP frequency and the symbol rate, and what I have listed provides the most stable and best results.
I have attempted to tweak my dish and motor until I was blue in the face (or more appropriately "red"). It seems that I am tracking the arc perfectly. I can reduce the signal quality, but cannot improve it.
I had an idea that my dish might be warped or bent and causing some odd issues with certain frequencies, so this weekend I replaced the entire dish assembly (Winegard DS-2076) with a brand new one, right out of the box. I have several of these dishes new in the box, so that was not a problem.
I took the old dish reflector into the house and laid it on my glass dining table to check it for warpage and sure enough, it had a slight warp to it. I had checked the new dish when I pulled it out of the box and it was straight and true! Here I thought I might have a glimmer of hope.
I also pulled up stakes and moved the entire mast (on a tripod) about 20 feet away from the house (as I thought that the signal from 43.0W was being shadowed by my eaves). I did this since I was going to have to set up the entire assembly anyway, might as well start from scratch completely and hopefully fix two problems at once. It didn't change anything.
With an entirely different dish assembly, I got the exact same results.
I have now tried three different LNBFs, three different Coolsat 5000 receivers as well as my new Fortec Star Dynamic, three DS-2076 antennas and several motors. The motors shouldn't have any bearing on this, but I just happened to be testing the motors for a different reason and noticed that the problem was present with all of them. All the equipment is giving me the same results, a very low quality on the RTN feeds.
I have also tried rotating the LNBF for polarity and moving the focal point in and out. I have it set to optimum right now and this is the best I can achieve.
I have also taken my receiver and portable TV directly to the dish and ran a short RG6 cable (10 feet or so) directly to the LNBF with no switches and totally bypassing the motor circuitry completely and still get the same results.
My brother lives only ~20 miles from me and his cabin is only 1 mile away and in both locations, he reports high 80's to low 90's quality on the RTN channels with the exact same equipment. Same receiver and dish and motor.
Here are my test results:
43.0W 11.998 V SR 1.563 91% Q
43.0W 12.063 H SR 5.425 69% Q
61.5W 12.355 H SR 20.000 94% Q
63.0W 11.964 V SR 11.280 66% Q
72.0W 12.055 V SR 6.890 93% Q
74.0W 11.734 H SR 6.616 91% Q
79.0W 11.900 H SR 2.170 97% Q
83.0W 11.763 H SR 4.232 91% Q
83.0W 11.769 H SR 4.232 91% Q
83.0W 11.775 H SR 4.231 93% Q
83.0W 11.845 H SR 20.000 88% Q
83.0W 11.969 H SR 8.417 97% Q
83.0W 12.139 V SR 30.001 91% Q
83.0W 12.160 H SR 30.001 91% Q
83.0W 11.735 H SR 4.444 66-69% Q MAX
85.0W 12.188 H SR 3.978 97% Q
87.0W 11.715 H SR 4.857 92% Q
89.0W 11.955 V SR 19.533 88% Q
91.0W 12.080 H SR 3.978 88% Q
91.0W 12.414 H SR 20.000 93% Q
93.0W 11.983 V SR 8.681 90% Q
95.0W 11.780 H SR 20.760 88% Q
97.0W 12.152 H SR 20.000 88% Q
99.0W 12.190 V SR 11.765 88% Q
101.0W 12.060 H SR 26.701 91% Q
103.0W 12.100 V SR 20.000 87% Q
105.0W 11.969 V SR 7.234 94% Q
107.3W 11.941 H SR 5.895 90% Q
110.0W 12.355 H SR 20.000 98% Q
113.0W 12.079 H SR 25.634 88% Q
116.8W 12.191 V SR 7.885 87% Q
119.0W 12.370 V SR 20.000 96% Q
121.0W 12.015 V SR 20.000 94% Q
123.0W 11.720 V SR 27.962 90% Q
125.0W 12.180 V SR 30.001 92% Q
127.0W 11.899 V SR 8.690 91% Q
129.0W 11.963 H SR 2.920 91% Q
129.0W 12.517 V SR 20.000 96% Q
148.0W 12.224 V SR 20.000 97% Q
The only thing that I can think to try is to physically move all my equipment to my brother's cabin or home and test it there or at least some location in my yard far, far away from its present location. Granted there are no physical obstructions to my line of site as you can probably tell from the rest of the signals captured, but maybe there is some other interference that I cannot detect.
Thanks for any ideas, suggestions or recommendations.
RADAR
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