PATONA Autarc 1200 Manual página 18

EN I PATONA Platinum Powerstation Autarc 1200
Notes and troubleshooting
The Powerstation does not provide power
Make sure that the Powerstation is switched on and the device is connected correctly.
Also ensure that the corresponding button for the provision of the respective ports is activated.
Check the remaining capacity of the Powerstation.
There may be too many devices connected and/or the required peak power is higher than the Powerstation can provide.
The Powerstation makes noise
The Powerstation makes noises during use. Noises such as fan noises or relay switching, which can occur when switching on/off
and during use, are within the normal range.
If you notice unusual noises, odours or damage, please discontinue use. Disconnect all connections and contact customer sup-
port.
Heat development from cables
It is normal for cables to become warm during use. This complies with certified national safety standards.
Usable devices (AC output)
The AC output is designed for up to 1200W. This means that you can operate most household appliances with a rated power of
less than 1200W.
Please ensure that the total load is less than 1200W before use.
Remaining operating time
Switch on the power station, the remaining operating time is displayed on the screen.
Active charging process
When the Powerstation is charging, the wattage is displayed on the screen and the power indicator flashes.
Cleaning
Please use a dry, soft, clean cloth to clean the Powerstation.
Do not use cleaning agents and/or wet cloths.
Storage
Ensure that the Powerstation is switched off.
Store the Powerstation in a dry environment.
The recommended storage temperature is -10 to +40 °C.
For longer-term storage, you should charge the Powerstation to approx. 50% every 3 months.
Long-term storage with a low battery level can damage the batteries.
Approval for use in aircraft
The Powerstation cannot be taken on aeroplanes.
Performance deviations
The values stated in the instructions are tested nominal capacities which may, however, deviate from the actual performance
values.
Utilisation leads to efficiency losses, as a result of which the actual output power may be lower.
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