6.If search satellite and search method is correct (correct city, elevation, etc.) return the positioner to factory default. See Return To Defaults, page 6.
If after returning the positioner to factory defaults and reentering the correct city and satellite the system still does not find the satellite proceed to the next step. You will need a voltmeter or Winegard Model
7.Check for +12 to +19 VDC at LNBF coax connector, see Figure 2. If correct voltage is present, proceed to step 11; if there is no voltage, proceed to next
Coax Center
Conductor
Figure 2
step.
8.Remove the coax downlead from the SAT IN jack on the rear of satellite receiver. Connect a short piece of coax to the SAT IN jack on receiver, check for +12 to +19 VDC. If voltage is correct proceed to step 9; if voltage is not present verify the receiver is plugged into AC power. If there is no voltage coming out of the SAT IN jack on the receiver, contact the manufacturer of the receiver. RCA
9.Remove coax downlead from TO RECEIVER jack on positioner. Check for
+12 to +19 VDC at coax connector. If voltage is correct proceed to step 10; if voltage is not present verify the receiver is plugged into AC power and coax is connected to SAT IN jack on receiver. If there is no voltage, the coax is defective, repair/replace as required.
10.Reattach coax to TO RECEIVER jack on positioner. Remove the coax downlead from the TO ANTENNA jack on positioner. Connect a short piece of coax to the TO ANTENNA jack on positioner, check for +12 to +19 VDC. If voltage is correct, the coax coming from the antenna is defective. Repair/ replace as required. If voltage is not present, verify the receiver is plugged into AC power. No voltage coming out of the TO ANTENNA jack on positioner indicates that positioner is defective. Contact Winegard Service Department before returning unit to be repaired.
11.Replace LNB with new one. If system still will not find satellite, replace positioner. If system still does not find a satellite, contact Winegard Service Dept.
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