Uwatec Galileo sol Technical Information download pdf (Page 41)

2. Menus, settings and functions

39

English



NOTE:

- Galileo analyses your heart rate pattern

over time to determine workload and

hence algorithm adaptation. Therefore

the instantaneous heart rate (the

value displayed on the screen) is not

indicative of the workload itself.

- Near a decompression stop Galileo

does not consider the effect of

workload and utilizes always the

slowest possible perfusion for each

compartment.

Heart rate information from a dive can be

viewed directly in Galileo’s logbook (see

section 2.12) or on your PC after downloading

the dive via SmartTRAK (see section 4.3): the

heart rate is logged in 4-second intervals, as

all other dive information.

For more information about heart rate

technology please visit

www.scubapro-uwatec.com

and www.polar.ﬁ .

2.9.6 Owner information

The information in this menu can only be

entered via the SmartTRAK software. A

maximum of twenty lines are allowed. You can

scroll through the text using the “” and “”

buttons. The top two lines of this information

are displayed in surface mode when there is

no remaining desaturation (see section 1.3).

2.9.7 Emergency information

The information in this menu can only be

entered via the SmartTRAK software. A

maximum of twenty lines are allowed. You

can scroll through the text using the “”

and “” buttons.

If Galileo goes into SOS mode because of

a missed decompression stop, this menu

will be displayed if the middle button is

pressed (see section 1.6).

2.10 Pictures

This menu allows you to view all the pictures

that have been uploaded via SmartTRAK to

your dive computer. You can jump directly

to this menu from the time of day display

by pressing and holding the middle (LOG)

button. Once you are in picture viewing

mode, use the “<<” and “>>” buttons to

scroll through the pictures. With the EXIT

button you can return to the time of day

display.

2.11 Dive planner

This menu allows you to plan no-stop or

decompression dives. Dive planning is

done using the following as basis:

- selected oxygen concentration

- selected water type

- selected microbubble level

- water temperature of the most recent

dive

- altitude range (if any)

- status of saturation at the time the

planner is started

- a normal workload of the diver and

observance of the prescribed ascent rates.

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