7. IF THE INVERTER’S FUSE BLOWS
which should not have to be replaced
under normal operating conditions. A
blown fuse is usually caused by reverse
polarity or a short circuit within the device
or equipment being operated.
If a fuse does blow, take the inverter to
i
8. MAINTENANCE AND STORAGE INSTRUCTIONS
1. Before each use, ensure that all of the
inverter’s components are in place and
in good working condition.
2. After use and before performing
maintenance, unplug and disconnect
the inverter.
3. Use a clean, dry cloth to wipe external
surfaces of the inverter’s case.
4. Servicing does not require opening the
unit, as there are no user-serviceable
parts. All servicing should be performed
5. Store inside, in a cool, dry place, out of
the reach of children.
6. Recycle or properly dispose of internal
electrical components.
• 8 • • 9 •
9. TROUBLESHOOTING
PROBLEM POSSIBLE CAUSE SOLUTION
Low or no output
voltage.
Poor contact at terminals
OVP/OLP.
Using incorrect type of voltmeter
to test output voltage.
Disconnect and reconnect the 12V
connections.
Use a true RMS reading meter.
Red LED is lit. The battery voltage is below
10 volts.
The equipment being operated is
drawing too much power.
The inverter is too hot (thermal
shutdown).
Recharge or replace the battery.
Allow inverter to cool. Check for
adequate ventilation. Reduce the
load on the inverter to the rated
continuous power output.
Device does not
operate properly
to the inverter.
The inverter may not have
the required capacity to operate
the device.
Turn the inverter switch OFF and
ON, to reset the inverter.
Use a higher capacity inverter or
decrease the load or device on the
inverter
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