After Use
After you have finished using the inverter (or when the inverter is not in use), turn off the unit and
make sure your vehicle’s fully switched off.
Then, turn the unit off and then disconnect the inverter from the 12V power supply. When discon-
necting from the battery, disconnect the negative cable first, followed by the positive cable.
Best Practices for Protecting Your 12V Battery
•
To prevent your vehicle’s 12V battery from being depleted. We recommend running the engine for 10 to
20 minute to recharge the battery after using the inverter for 2 to 3 hours. Important: Before starting your
vehicle’s engine, please disconnect the inverter from your battery/power supply.
•
When connecting the inverter to your battery’s terminals, it is important that you connect it via the correct
polarity (i.e. C from inverter to + of battery terminal and connect – from inverter to – of battery
terminal) to prevent reverse polarity.
•
When you are using the inverter and you hear a beeping sound coming from the inverter, this means your 12V
battery is low. To recharge, disconnect the inverter from your battery and turn on the engine for 2 to 3 hours.
•
When charging your 12V battery using a battery charger, please disconnect the inverter.
Measuring The AC Voltage
Safety Features
The output waveform of the AC output is a MODIFIED SINE WAVE. To measure the AC
output voltage, you must have a TRUE RMS VOLTMETER.
Feature
Explanation
Anodized Aluminium Casing
Prevents corrosion & wear. The case effectively
protects the inverter’s interior elements.
Low Battery Alarm
Sounds when your 12V battery is low. To
resolve, disconnect the inverter from battery/
power supply and recharge the battery.
Built-in Cooling Fan
The built-in cooling helps to prevent overheating
during use.
Overheat Protection
After prolonged use (more than 2 to 3 hours),
the inverter will generate heat. This is not a
malfunction of the built-in cooling fan. However,
if the inverter does overheat, after prolonged
use, the unit will automatically shut off for it to
cool down.
Overload/Short Circuit Protection
The inverter automatically turns itself off if the
connected load is too high or if it too low
Thermal Protection
The inverter’s thermal protection feature pre-
vents it from operating when its temperature
exceeds 60+/-5 °C
