Does the SQ drop if left on 24/7? If not, I would side with bpalone's cold solder suggestion or even a cable /connector that pulls when no power.
I'll leave the receiver on tonight with the Vbox turned off and see if that makes any difference.Reception seems to improve on the problem channels after the sun warms things up a bit or could just be a coincidence.I have held off burying the coax until everything is working satisfactory.Coax gets cold at night lying on top of the ground now.Does the SQ drop if left on 24/7? If not, I would side with bpalone's cold solder suggestion or even a cable /connector that pulls when no power.
Pull the blue cover off the LNBF like Bpalone suggested and make sure you don't have bees in there
..... You aren't likely to find a Dark Star, but if you do, use a sledgehammer on it and save us ALL. lol
This got me laughing too... Reminded me about a discussion on another forum about big block GM nylon cam gears that went something like "Throw it away after you smash it with a sledge hammer"...You aren't likely to find a Dark Star, but if you do, use a sledgehammer on it and save us ALL. lol
I'm no troubleshooter, but here's what I've run into recently and maybe help... Until replaced by a 10' SAMI, I had a 7.5' Echostar/KTI in service. The 'as received' scalar placement on the 7.5' was kept fairly intact and tuning was at the LNBF. There were a few transponders on 117°W that would pose some issues with the 7.5' dish (mostly channels rhymed with Bolden). I'd be able to watch quite a bit for a long while and then it'd just start to really pixelate. Q would be great and then decrease. Other transponders on that satellite would be fine, but just that certain mux. After swapping to the 10' dish, no more issues. Checking and doing calculations for LNB(F)/scalar distance on the 10' showed the factory arms in about the right location. Calculations for the 7.5' showed the LNB(F)/scalar distance on the 7.5' to be much further out from the placement the current arms would allow- which would mean some modifications to increase LNB(F) and scalar distance. However, on high FEC transponders (as found on 99W) the 7.5' dish worked very well.The most problematic transponders are on 116.8W and shouldn't be named here.One has a lot of cows and horses.
Yes,it was on 116.8 at the time.Thanks,Brian
Just checked back on the Unimesh 10ft perf that I've been lusting over.lol.Owner said he has had it soooo long,he won't sell it for any price because he "hates changing things". Pines grown over 50ft tall in front of it.<Sigh>
That makes 3 "no's" in the last week...my luck has to change soon!
I have really met some nice people while searching.Most love talking about their dishes BITD.Some have even taken my phone # and say they will ask around and help me find an available dish.Kind of reminds me of the old Amateur Radio community.
COLD weather is coming soon!
Never thought of that. Great insight, Brian!Or experiment and place a quality (2.5GHz minimum) splitter inline. Run one leg to the Vbox and the other leg to the LNBF. If the performance is better using the splitter, you will keep the ability to control the Vbox with the STB and lock onto the signals reliably.