Eyepiece Field Of View; Eyepiece Magnification; Lcd Illumination; Park Scope - Bresser Goto-Kit Instruction Manual

Instruction Manual
menu upon pressing of the MODE button. If you want to deactivate the alarm
prematurely, select the "Alarm" menu item again and confirm "Close Alarm?"
with ENTER.

Eyepiece Field of View

The eyepiece FOV (Field of view) function can calculate the field of view of a
particular eyepiece. After you enter the focal length of the telescope used (MF),
the focal length of the eyepiece (SF) and the apparent visual field of the eyepiece
(E-FOV), press ENTER. The size of the field of view in degrees is then displayed
on the bottom line of the LCD.

Eyepiece Magnification

The eyepiece magnification function can calculate the magnification of a certain
eyepiece. After you enter the focal length of the telescope used (MF), and the
focal length of the eyepiece (SF), press ENTER. The calculated magnification is
then displayed on the bottom line of the LCD. You will return to the main menu
upon pressing of the MODE button.

LCD Illumination

Select this function to adjust the illumination of the screen. Use the "up and
down" buttons to select a suitable level of illumination in this case. You will return
to the main menu upon pressing of the MODE button.

Park Scope

Select this function to allow the telescope to traverse to the park position (starting
position). Switch off the telescope control after reaching the parking position.

Settings

Here you can read more details on the setting possibilities of this telescope
control.

Date and Time

The date is entered in the „year-month-day / e.g.: 2013-31-12" format. The time
is entered in the „hour-minute-second / e.g.: 20-15-00" format. Use the arrow
buttons for this purpose and confirm your entry with the ENTER button.

Daylight Saving

Select the setting (Daylight-saving) „on" , when the telescope is used in the sum-
mer time. Select the setting „off", if the telescope is used outside of the summer
time.
Note:
Pay attention to the correctness of such data, because otherwise there will be
deviations during the calculations and the objects, where applicable, will not be
approached precisely.
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