Uwatec Galileo sol, Руководство пользователя

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1. Introduction to Galileo
13
English
1.9 Button operation
Galileo has three buttons. These buttons
allow to access menus and change settings
while in surface mode. During the dive they
set bookmarks, allow to display further
information on the computer screen and
to activate the backlight. Each button can
perform two tasks, depending on whether
it is
pressed or pressed and held (see
defi nition in glossary in section 1.1).
The abbreviated description on the display
under each button refers to its function
when
pressed . The function performed
by pressing and holding each button is
described only in the manual.
1.10 Button functions on the
surface
Pressing the MENU button gives access
to the list of menus. Pressing and holding
the MENU button jumps straight to the
oxygen setting menu.
Pressing the LOG button jumps straight
to the logbook menu. Pressing and
holding the LOG button brings up the
gas summary table, followed by the picture
viewing function.
Pressing the LIGHT button activates the
backlight. Pressing and holding the LIGHT
button accesses the digital compass.
Left
button
(
MENU )
Middle
button
(
LOG )
Right
button
(
LIGHT )
Press Main
menu Logbook Activate
backlight
Press
and
hold Oxygen
setting Gas
summary
table,
then
picture
viewing
function Digital
compass
1.11 Mounting and pairing
of the high pressure
transmitter
Galileo can receive tank pressure information
via patented interference-free communication
from up to 4 UWATEC Smart high pressure
transmitters. Each transmitter needs to be
mounted on a high pressure port of a fi rst
stage regulator.
To mount the transmitter, fi rst remove the
high pressure port plug from the fi rst stage
regulator, then screw the transmitter in
place.
NOTE:
- Do not hold the transmitter by the
plastic cap.
- Use an appropriate wrench to
tighten the transmitter.
The Smart transmitter communicates via radio
frequency with Galileo. For best transmission,
we recommend positioning the transmitter as
described in the pictures below.
In order for Galileo to display the pressure
signal from a Smart transmitter, fi rst a coded,
interference-free line of communication