Hi guys,
Getting to the point, I'm curious about the alignment of satellite dishes - I have an SG-2100 type motor that has hardware alignment degrees below the swivel portion ... after aligning with True South, the degree of a satellite (e.g. 28.2E), is the true south minus the 'azimuth' outlined on e.g. Satellite Finder / Dish Alignment Calculator with Google Maps | DishPointer.com (angles taken from the underneath of the motor), or am I missing something. Does the dial relate to that calculation, or 28.2? E (awfully specific for the size of scale.
Practical application (e.g.): 180? (true south) - 140? (28.2E azimuth [true] from given location) would give me 40? to dial/setup according to the hardware scale below the motor? Should the LNB be skewed otherwise ... does the LNB skew with the rotation of the dish? I'm completely confused with the whole motorised concept, aligning a dish without is simple enough when following the data. Any help greatly appreciated.
Getting to the point, I'm curious about the alignment of satellite dishes - I have an SG-2100 type motor that has hardware alignment degrees below the swivel portion ... after aligning with True South, the degree of a satellite (e.g. 28.2E), is the true south minus the 'azimuth' outlined on e.g. Satellite Finder / Dish Alignment Calculator with Google Maps | DishPointer.com (angles taken from the underneath of the motor), or am I missing something. Does the dial relate to that calculation, or 28.2? E (awfully specific for the size of scale.
Practical application (e.g.): 180? (true south) - 140? (28.2E azimuth [true] from given location) would give me 40? to dial/setup according to the hardware scale below the motor? Should the LNB be skewed otherwise ... does the LNB skew with the rotation of the dish? I'm completely confused with the whole motorised concept, aligning a dish without is simple enough when following the data. Any help greatly appreciated.
Comment