Troubleshooting Hints and Tips for Your Pure Sine Wave Inverter

Are you having problems with your pure sine wave inverter in Australia? Before you panic and waste your money on sending back the device to the seller or hiring a repairman, it would be wise to take a good look at the device first. According to experts, most of the inverters that are returned to the seller without hands-on troubleshooting are often problem-free when tested on the bench. As such, to avoid inconveniences and wasted time, you should give your inverter some basic troubleshooting before doing something drastic like sending it back or buying an immediate replacement. Here are some tips to help you out.

Quick Fixes for Your Inverter

1. Change back all the settings to factory defaults

Factory settings are the values that allow the inverter to work in almost any environment. As you use your inverter over time, you might have decided to change a couple of settings to get the best results. If you're currently having problems with your inverter, the first thing you should do is to revert all settings to factory defaults. Check them one by one until you're able to identify the cause of the problem, or the right settings that will allow the device to function.

2. Reboot

If there are no problems with the settings of your 24v or 12v pure sine wave inverter, the next thing you need to check is the installation. Disconnect all loads and remove the inverter from the battery or power source. Wait a few minutes before reconnecting the inverter. This will "reboot" the inverter's processor.

3. Switch on the inverter

If rebooting your inverter works, you should connect all the loads or appliances you have disconnected earlier one by one. If the inverter suddenly stops working, this may help you determine if incompatibilities with a particular appliance or device is the one that's causing the problem.

4. Ensure the DC voltage stays within the voltage range of the inverter

If you suspect that the battery is the one causing the problem, then pay attention to the DC voltage at the inverter and see to it that it stays within the device's voltage range. If the voltage is erratic, then you should disconnect the 12v or 24v pure sine wave inverter from the battery and replace the latter.

Some Quick Reminders

When testing your power inverters, you should always prioritise your safety. Make sure the circuit is powered down while you're working on it to avoid risk of electrocution. And if you haven't experienced working with electrical circuits before, it would be wise to leave this task in the hands of experts.