DC Power Connection
The Freezer/Refrigerator
is supplied with a 1.5m
power cord fitted with a cigarette lighter fitting.
It is recommended that this lead is not lengthened
as this may result in a voltage drop and reduced
performance.
When connecting the appliance to DC power
ensure that the power socket is switched “off”.
Plug the 1.5m power cord into the DC socket on
the appliance and then plug the other end of the
1.5m power cord into the DC supply and switch on.
For optimum performance & efficiency, it is
important that the appliance has a reliable 10amp
fuse protected DC supply in good condition. Direct
connection to the battery is recommended and
reduces the risk of voltage dropping to the appliance.
It is recommended that the correct sized
Automotive Electrical Cable is used for the direct
connection and that this includes a 10amp fuse;
do not use resetable circuit breakers. It is important
that the correct cable size is used for the installation
of the DC supply as over distance the voltage can
decrease if the incorrect sized wire is being used.
Distance
Wire Gauge
4.5m or less
2.1mm2 (AWG14)
4.6m & over
3.3mm2 (AWG12)
Using Solar Panels
The power consumption & efficiency of your Freezer/
Refrigerator makes it ideal to be used in conjunction
with solar panels to provide recharging of the DC
supply. Solar panels will provide charge into the
battery during the daylight hours even while the
appliance is operating.
As the output from solar panels change depending
on the level of sunlight & intensity, your Freezer/
Refrigerator cannot be connected directly to the
solar panels. The appliance must be connected
to a suitable DC battery and then the solar panels
connected to the battery.
We recommend the use of the Primus range
of Portable Solar Panel Kits from 40 to 120 watts
for use with your Fridge/Freezer.
Using Portable Generators
It is important that the correct generator is used
with your Freezer/Refrigerator. An incorrect
generator or output may result in reduced
performance or damage to your appliance
which may void your appliances warranty.
If connecting directly to an AC generator ensure
that only a digital or inverter type generator is used.
These provide a more reliable & constant 240V AC
output and are specifically designed to power to
electronic and other power sensitive appliances.
Companion recommends the use of Kipor Digital
Inverter generators to provide AC power to your
Freezer/Refrigerator when in remote locations.
Most generators are fitted with a DC output -
DO NOT connect directly to the DC output of the
generator as this will result in damage to your
appliance and void any warranty claim.
It is recommended that the appliance remains
connected to the DC power source. Then using
the DC output of the generator connect this to
the battery to recharge it. It is important that you
monitor the battery being charged, ensuring that
an over supply of charge is not being provided to it
causing damage.
Battery cut-out
12/24V DC operation only
The built in battery cut-out system is designed to
protect your 12 volt battery source once the available
voltage falls to 10.5V DC (12 volt input) and 21.0V DC
(24 volt input). Once your battery is recharged and
above these cut-out levels the Freezer/Refrigerator
will operate normally.
Low voltage supply to the appliance can result in
poor cooling performance and cause damage to the
supply battery.
AC Power Connection
The Freezer/Refrigerator is supplied with an approved
3 pin AC Power Lead and this must not be modified
or lengthened.
When connecting to AC power ensure that the power
socket is switched “off”. Plug the AC Power Lead into
the AC socket on the appliance and then plug the
other end of the AC Power Lead into the AC supply
and switch on.
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