Satellite signals are transmitted with two polarities to enable twice as many services in the same frequency range. Your LNBF skew is set for each satellite position so the vertical and horizontal probes inside the feedhorn are in alignment with the polarity of the satellite signals.
The receiver sends 13Vdc out to power the LNBF when tuning a vertical transponder. This voltage sets an internal switch in the LNBF to select the vertical probe located inside the feedhorn. The receiver sends 18Vdc to the LNBF to switch to the horizontal probe.
Satellite receivers do not automatically know what satellite the user is scanning. If you blind scan, the found channels will be assigned to the satellite that you have selected. To avoid confusion, I would suggest that you perform a factory reset on the receiver then select Galaxy 19- 97w and do another blind scan.
The receiver sends 13Vdc out to power the LNBF when tuning a vertical transponder. This voltage sets an internal switch in the LNBF to select the vertical probe located inside the feedhorn. The receiver sends 18Vdc to the LNBF to switch to the horizontal probe.
Satellite receivers do not automatically know what satellite the user is scanning. If you blind scan, the found channels will be assigned to the satellite that you have selected. To avoid confusion, I would suggest that you perform a factory reset on the receiver then select Galaxy 19- 97w and do another blind scan.