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16
Understanding of Ignition Start ON/OFF function
With the setting that required manual On/Off of the inverter, the ignition start port share the same
function as the Power On/Off functions on the unit.
Providing a +12V dc to the Ignition Start Port will turns on the inverter and removing the +12VDC to
the port will turns Off the inverter.
Understanding the Error Codes
Code
Condition
Corrective Action
E01
When unit is in Battery/Inverter mode,
Input battery voltage is too low and AC
Output is shutdown.
Recharge the battery immediately and restart unit.
When unit is in By-Pass Mode the unit
continues supplying AC-Output power.
Check that the battery is connected to the unit.
Although the unit still provides AC Output power from
Utility, recharge the battery ASAP.
E02
When unit is in Battery/Inverter mode,
battery voltage is too high and unit has
shutdown
Check battery voltage or determine if any external
charger is connected to the battery bank
E03
When unit is in Battery/Inverter mode,
AC output is overloaded or short
circuited and unit has shutdown
Check load connected to the output. Reduce load and
restart the unit
E04
When unit is in Battery/Inverter mode
Internal temperature is too high and unit
has shutdown
Turn unit off and wait for 15 minutes before restarting.
Check if any object has blocked the air flow of the unit
E05
When unit is in Battery/Inverter mode
Input battery voltage is low and warning
occurs
Recharge battery as unit will shutdown shortly
E06
When unit is in Battery/Inverter mode
AC output load connected has been
sensed high and is close to shutdown
limit
Reduce load
E07
When unit is in Batter/Inverter mode
Internal temperature is high and is close
to over temperature shutdown limit
Reduce load and check if any ventilation of the unit is
blocked
E10
When unit is in By-pass mode, Battery
Charging voltage too high
Check battery setting
E11
When unit is in By-pass mode, Battery
fault, battery does not accept charge.
Check battery
E12
When unit is in By-pass mode, Internal
transfer switch temperature is high and
shutdown occurs
Reduce load and check if any ventilation of the unit is
blocked
E13
AC Output GFCI Tripped
Check the GFCI installed in the unit. Reset the GFCI.
E14
Display panel has communication error
Check RJ12 cable connected between the main and
Display panel
E15
AC Back Feed to Unit AC Output
Check AC Output wiring
AC Load on Inverter
Although the Power Inverter can provide high surge power up to two times the rated output power,
some high surge loads like air conditioners, sump-pumps, heavy duty motors etc. may still trigger the
inverter protection system even though the load falls within the power rating of the inverter. A higher
power Inverter-Charger is required for these appliances.
