23
4.
Loosen the Latitudinal Adjustment Screws and raise your
telescope until it is pointed at Polaris. Use the focused eyepiece
and make fine-tuned adjustments using the Declination
Adjustment Cable until Polaris is in the center of the viewfinder.
Once your telescope is aligned to Polaris, the number on the
latitude scale should match the latitude of your viewing location
exactly. If there is a difference between the latitude of your
viewing location and the number on the latitude scale, check to
make sure that your tripod is level and continue adjustment.
5.
Your telescope is now polar-aligned, or set with the North Star as
“zero”. All adjustments you make to find other celestial objects
will be based off of this location.
Happy hunting!
SOUTHERN HEMISPHERE & STAR-DRIFT POLAR ALIGNMENT
Polar alignment in the Southern Hemisphere is more difficult than
in the Northern Hemisphere because there is no corresponding
pole star to Polaris. Because of this, Southern Hemisphere polar
alignment is a two-step process. First, a rough alignment must be
made based on your viewing location. Then, a star drift can be used
to fine-tune your alignment.
ADVANCED OBSERVATION