Bresser Junior 60/700 Instrucciones De Uso página 16

Before looking through your telescope for the
first time
Before you look at something for the first time,
you must coordinate the finderscope and the
telescope lens. You have to position the fin-
derscope in such a way that you see the same
thing through it as you do through the eyepiece
of the telescope. This is the only way you can
use your finderscope to hone in roughly on ob-
jects before you observe these objects magni-
fied through the telescope eyepiece.
Coordinating the finderscope and the
telescope
Look through the telescope eyepiece and hone
in on a far away object that you can see well
(for instance, a church tower). Focus in on the
object with the focus knob in the way shown in
figure 11.
Important: The object must be located in the
middle of your field of vision when you look
through the telescope eyepiece.
Tip: If you loosen the locating screws for the
vertical fine adjustment and the vertical axis,
you will be able to move the telescope to the
right and left, up and down. When you have the
object well placed in your field of vision, you
can retighten the locating screws and fix the
16
position of the telescope.
1!
a
1@
Look through the telescope eyepiece and hone
in on a far away object that you can see well
(for instance, a church tower). Focus in on the
object with the focus knob in the way shown in
figure 11.
Important: The object must be located in the
middle of your field of vision when you look
through the telescope eyepiece.
Tip: If you loosen the locating screws for the
vertical fine adjustment and the vertical axis,
you will be able to move the telescope to the
right and left, up and down. When you have the
object well placed in your field of vision, you
can retighten the locating screws and fix the
position of the telescope.
Next, look through the finderscope. You will see
the image of the object you honed in on in the
crosshairs. The image will be upside down.
Note: The image you see through the finder-
scope is upside down because the lenses are
inverting it. This is completely normal, and not
an error.
b