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e_t_ Admin , 10 months ago Divide 3000VA by your line voltage to get the required amps. Here in the States, I'd need a 30A circuit at 120V and would absolutely have to run a new line from my breaker panel.
Divide 3000VA by your line voltage to get the required amps. Here in the States, I'd need a 30A circuit at 120V and would absolutely have to run a new line from my breaker panel.
jsnfwlr OP , 10 months ago (edited 10 months ago) I have 220~240v, so that means I need > 14A then Edit: hang on - that’s only true if the UPS recharges in exactly 1 hour. If it charges over two hours it needs less power
I have 220~240v, so that means I need > 14A then
Edit: hang on - that’s only true if the UPS recharges in exactly 1 hour. If it charges over two hours it needs less power
e_t_ Admin , 10 months ago But it can draw more current than the line is rated for. Everything electrical is about "can", not "will".
But it can draw more current than the line is rated for. Everything electrical is about "can", not "will".
Grandsinge , 10 months ago Yep, I have a 3000va unit in my main basement rack. I had to run a 30A circuit for it.
Yep, I have a 3000va unit in my main basement rack. I had to run a 30A circuit for it.