This is where a decent satellite meter comes into play and saves you a lot of fiddling around. Make sure your pole is plumb and after you mount the motor make sure your receiver has your latitude and longitude set and set your receiver to your due south satellite and the motor will move to where it thinks it needs to be. Then put in the frequency, symbol rate and polarity of the signal on your due south satellite your hunting on your meter. After you've set your declination leave that alone and ignore the elevation. Manually elevate the dish for maximum signal strength and then slowly move the dish left and right until your meter comes alive.
Once that happens you know your on the right satellite. Adjust both your elevation and azimuth for maximum signal strength and slowly lock the bolts down on azimuth and elevation. Once that is done go to your lnb and slowly adjust the skew and your focal length in/out for maximum signal and lock back down. That is all there is to it. At that point assuming your pole is plumb all the way around you should be on the arc and your receiver should be able to hit every satellite you can see. No real need to fiddle around with the charts and all the other various steps you have to do to get the dish in the neighborhood. With a decent meter you avoid all that.
Thank you, Arion. That is good practical advice.
I installed the dish on it's (plumb) mast today and I cannot get my Kii Pro DVB/S2 receiver to pulse the motor. The length of my cable is 100' to the motor. It is a quad-shielded RG6 with an 18 AWG (1.12mm) solid core line in it which, according to the Stab manual is acceptable at that distance. So I bought a Winegard signal strength meter which is powered by the receiver. I will try it tomorrow to see if it can find a satellite. So far, the signal strength meter on the receiver at due south reads 54%, which is no surprise, given I haven't manually aimed it yet. This receiver does not allow for manual movement of the dish. Your thoughts on amplification?