Skew - Polarity
When you set the skew (Polarity) on your LNBF you are lining up your dish exactly to the same horizontal/vertical position as the satellite in the sky. The satellites all lie in a curve in the sky ( Clarke Belt ) and so are at different heights. Ku satellites use Horizontal and Vertical liner polarization and so the skew has to match the (H/V) position of the satellite for optimum satellite signal strength/quality.
When standing in front of your dish, rotate the LNBF anti-clockwise for
+ skew values.
Rotate the LNBF clockwise for - skew values.
When the LNBF is straight up and down it is in the zero position.
Keep your LNBF in the zero position when using a motor mount.
This info is relevant only for liner Ku band LNBF.
Polarization is not a factor with circular (L/R) polarized DBS LNB.
On a multi LNB DBS satellite dish (Phase III / Dish 500...) the reason the skew is set is to simply level or align the LNB'S with the satellites in the sky.
When you set the skew (Polarity) on your LNBF you are lining up your dish exactly to the same horizontal/vertical position as the satellite in the sky. The satellites all lie in a curve in the sky ( Clarke Belt ) and so are at different heights. Ku satellites use Horizontal and Vertical liner polarization and so the skew has to match the (H/V) position of the satellite for optimum satellite signal strength/quality.
When standing in front of your dish, rotate the LNBF anti-clockwise for
+ skew values.
Rotate the LNBF clockwise for - skew values.
When the LNBF is straight up and down it is in the zero position.
Keep your LNBF in the zero position when using a motor mount.
This info is relevant only for liner Ku band LNBF.
Polarization is not a factor with circular (L/R) polarized DBS LNB.
On a multi LNB DBS satellite dish (Phase III / Dish 500...) the reason the skew is set is to simply level or align the LNB'S with the satellites in the sky.