Once again I'm late to reply. At least I'm consistant. More rain and job demands delayed my installation. Let me pick up the install where I left off.
I had aligned the motor/dish (both aligned to their zero points, dish declination set and motor set to latitude) to a true south reference line. By the way, reading my previous post, I think some people will think I'm joking about how I got the true south reference. I am not. If the sun is out, you can get a true south reference line (in the northern hemisphere). Accurate to within a degree with nothing more than a vertical stick and a ball of string. It has to do with what is call meridan passage or local apparent noon for all you mariners out there. If anybody is interested I would be happy to explain how to do it. It truly takes only a minute and you can throw away those mag compasses and variation charts. Why professional installers don't use this method on sunny days boggles the mind. I guess it dosen't look technical enough.
That said, with the connections as my previous post, I locked on to G10r. Now I'm ready ready to see if the motor and dish will track the rest of the satellites in the clarke belt. As per Das's recomendations, I powered down the system. Unplugged everything. Disconnected all previous connections. Now for the reconnect (I want both circular and linear polarized sat's).
Connected one linear output fron the Ivacom QPH 31 LNBF to the lnb(sat)1 connection on the 4x1 DiSEqC (SADOUN S-DS41c). Connected one circular output from the Invacom QPH 31 to the lnb(sat)2 connection on the 4x1 DiSEqC (SADOUN S-DS41C). Put 75 ohm terminators on the lnb(sat)3 and lnb(sat)4 connections on the 4x1 DiSEqC (SADOUN S-DS41C).
From the out on the 4x1 DiSEqC (SADOUN S-DS41C) I connected to the LNB connection on the STAB HH 120 motor. From the REC connection on the STAB HH 120 motor I connected to the 1 IF on the Pansat 6000HXC. And finally, from the TV OUT on the Pansat 6000HXC to the tv. Powered everthing up (holding breath).
G10r is still there. All previous scanned channels, still there. Just in case, or rather to save the position of G10r using USALS, (In antenna setup) I select G10r again, LNB power on, LNB Freq. 10750, 22KHz. OFF, TP Freq. 11720, DiSEqc port 1 (linear output fron the DiSEqc 4x1 is connected to lnb(sat)1), Motor USALS (at this point I had to enter my latitude and longitude; please remmember my longitude is the same as G10r for what follows). Pressed OK. No change. G10r is still there with all the expected channels. Satellite saved. Now for Echostar 7.
Return to the atenna setup. This time I select Echostar 7. Settings; LNB power ON, LNB type STANDARD, LNB Freq. 11250 (circular polarity), 22 KHz. OFF, TP Freq 12224, DiSEqC port 2 (circular output from the IVACOM QPH 31 connected to the lnb(sat)2 connection on the DiSEqC 4x1), Motor USALS (My Lat. Long. required). Patience...motor slews......slews.....slews.....slews.....slews....LOCK ON!! 93% "QUALITY". Now for a SMART Scan. Several minutes later I'm watching the NASA channel. Next, "to make a long story short".
I will admit that the search for the rest of the satellites in the Clarke belt went on hold for about an hour as I watched the NASA channel. When I resumed the search (following the above procedure) all the rest of the pre-programmed satellites in the Pansat 6000HXC, from AMC 5 in the East to Echostar 1/2 in the West, fell right into place with using USALS (QUALITY in the 90's). I attribute this to the two days I spent making sure the mounting pole was plumb and supported (struts installed to prevent any deflection of the mounting pole due to dish/motor weight).
I need to thank all those wonderful people here that took the time to offer assistance to me. This install would have been frustrating and not nearly as much fun as it has been. I'm still engaged in minor tweaking and there are a few more satellites that I wish to explore using the Pansat 6000HXC. When done, Installation Part II Begins; Viewsat Ultra.
plimzol