Candleguy, just one thing to say: "you're a fucking hero". Thank you, you made it very simple and straightforward.no that means you have 20a, the one below it says b20, which means type b that's how quickly it senses a fault.....b is standard in a house and the 20 means 20a. You will have to be running shit loads off lights and fans etc to overload your breaker
example 400w hps = roughly 1.7a.
to work out how much ampage a appliance uses just take the wattage and divide it by 230
hope that helps
I am far from an electrician but isn't there more to it than that?no that means you have 20a, the one below it says b20, which means type b that's how quickly it senses a fault.....b is standard in a house and the 20 means 20a. You will have to be running shit loads off lights and fans etc to overload your breaker
example 400w hps = roughly 1.7a.
to work out how much ampage a appliance uses just take the wattage and divide it by 230
hope that helps
Just found out that there is a little safe spot of "1.25". Wikihow explains it nicely here....I am far from an electrician but isn't there more to it than that?
Going by 1.7a, you could run 10 400 watt lights. I am pretty sure the breaker would trip with a lot less than 10 400 watt lights correct?
That cannot be right. 2600 watts will trip a 20a breaker. No doubt about it.So if I was living in USA then I'd have a problem to run two 1000W + one 600W. I see they only use 110V. So 2600:110=23Amps while in Europe it only be 2600:230=11 Amps. Do I understand it correctly?
Which one, the 110V breaker or 230V breaker?That cannot be right. 2600 watts will trip a 20a breaker. No doubt about it.
Just had a quick look at my present 600W ballast. It uses 2.7AmpThat cannot be right. 2600 watts will trip a 20a breaker. No doubt about it.
It would trip the 110. the 230 would be fine.Which one, the 110V breaker or 230V breaker?