Use Of The 12 V Battery - Torqeedo Deep Blue Bedienungsanleitung

In case batteries or charger should excessively heat up during charging (for instance due
to high ambient temperatures) or should supply voltage drop dramatically, the charger
will automatically reduce charging power. Charging will then take more time.
Time until full display indicates the time estimated remaining until batteries are
100% charged.
Retrieve current charging status at any moment on the battery display.
Reference values for charging times until charging level > 90%
Voltage 230 V, setting of charger's power: 100 %, ambient temperature 25 °C
Depth of discharge 50 %
Depth of discharge 80 %
Slow charging is engaged for final stages of charge from > 90 % up to 100 %
with extra time.
4.7 Use of 12 V battery
The 12 V battery supplies power to the 12 V on-board electrical system. Moreover, the
12 V battery is required to start the high voltage electrical system: it conveys the switch-
on signal to the high voltage batteries.
During normal operation, charging of 12 V battery by means of an external charger is not
necessary. During operation and charging of the DEEP BLUE system, the 12 V battery is
charged from the high voltage lithium battery with up to 10 A.
If currents exceeding 8 A are required from the 12 V battery for the on-board electrical sy-
stem, we recommend installing a separate 12 V circuit for the on-board electrical system.
In doing so, you avoid an unintentional discharge of the 12 V battery that is integrated
into the DEEP BLUE system (and that is required to switch on the high voltage lithium
batteries).
If charging the 12 V battery by means of an external charger should become necessary,
disconnect the 12 V battery from the DEEP BLUE system first before connecting the 12 V
battery to an external charger.
Number of batteries in the system
2
04:15
06:50
3 4
06:25 08:30
10:15 13:40
55