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Yes, it's a true split-phase (i.e center tapped transformer) output. Obviously, the center tap ("Neutral") can very easily be ignored with zero consequences.
The terminal nomenclature is for the U.S. split-phase market; however, for EU usages, just ignore the "N" lead, and take 230-240v (you can pick any reasonable output voltage in 1v increments from the settings) across the listed "L1" and "L2" outputs. As the output is fully isolated from the input, you can consider either L1 or L2 to be "neutral"...it doesn't matter to the inverter at all.
Have you ever done a video showing this 1v increment? So basically when you do this 1v increment say on L1, L2 loses voltage and becomes neutral?
9 hours ago, gus said:Have you ever done a video showing this 1v increment?
It's a simple setting....
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Obviously, as you can see, there's also a frequency setting (50/60Hz), though if you need anything in between, it's technically possible.
9 hours ago, gus said:So basically when you do this 1v increment say on L1, L2 loses voltage and becomes neutral?
No, no, no...
...when you adjust the voltage on the screen, the output voltage across L1 - L2 changes by the amount you specified.
What I'm saying about "neutral" is that as the inverter is completely isolated, you can do a "neutral-ground" bond on either L1 or L2, depending on whichever you prefer. For namesake purposes, you'd probably want to use L2 as "Neutral/Ground", but it does not affect the inverter itself.