AGREE!!!!!! tagged Will and Super so they'll see just how great it is and hopefully do so... @Will Prowse @SupervstechShould probably sticky filterguys picture somehow.
AGREE!!!!!! tagged Will and Super so they'll see just how great it is and hopefully do so... @Will Prowse @SupervstechShould probably sticky filterguys picture somehow.
Can you make the plug in your diagram x,y,g,n reflect accurate colors on the left side. That way it's obvious for US based customers that black and red goto brown and blue for the 240v and black and white for the 120v.The inverter can be modeled like this:
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Notice that the Blue and the Brown wires are isolated from the case and the neutral is not used at all. Also note that the charging circuitry can take anything from 90-265V AC.
Personally, I would not try to make an adaptor if I wanted to run this on 120V. Instead, I would replace the plug.
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It does not matter electrically, but notice that putting the blue wire to the neutral prong of the plug best follows the international standard.
This could use a standard 15A plug but the charger would have to be configured to limit the input to 15 Amp. However, I would seriously consider using a higher amperage plug. A 20 amp would still require limiting the charger but a 30A plug would allow the charger to operate at it's full 120V capability.
I’d like to know who, where, what, when, how you are using to make this ^ and all of the other pictures and diagrams in your awesome downloadable guides?
I agree, his work is excellent!!!!!seriously your work is spectacular!
Absolutely! I’ve downloaded all his stuff. The grounding made easier stuff helped me out a lot.I agree, his work is excellent!!!!!
I use PowerPoint. I have tried using more formal schematic drawing tools but I find that I can make clearer diagrams with PowerPoint.I’d like to know who, where, what, when, how you are using to make this ^ and all of the other pictures and diagrams in your awesome downloadable guides?
when I finally decide what I’m doing I’d like to be able to do this. Sadly I may have to resort to napkin diagrams, and taking a picture with my iPhone.
seriously your work is spectacular!
thanks for all,of the guides you’ve uploaded.
Filterguy, I forgot to ask… you mentioned the blue neutral best followed international standards. I just did a brief google-fu and only the uk uses blue for a neutral.
what is/ where can I find this international standard?
It's also now used for a lot of led lighting.Google the IEC (International Electrotechnical Commission). I am 99% sure it is in there and it is used throughout UK and the EU.
Yes. It has been found in appliances here in the states for quite a long time, but I am definitely seeing it more than I used to.It's also now used for a lot of led lighting.
Sold here in the states. Because they use a wide voltage range. And are using isolated drivers.
YupYes. It has been found in appliances here in the states for quite a long time, but I am definitely seeing it more than I used to.
Just the way @FilterGuy did it. Except switch the x and y. X should be represented by black and y by red. But it works either way, just most plugs and receptacle are labeled with the letters x,y,n,g. And somebody is going to say, "I'm confused" because their house has a pre-wired receptacle with black on X and not Y as shown.Too funny... I have a feeling he wanted you to map your connections to this drawing.
Filterguy, I forgot to ask… you mentioned the blue neutral best followed international standards. I just did a brief google-fu and only the uk uses blue for a neutral.
what is/ where can I find this international standard?
Just the way @FilterGuy did it. Except switch the x and y. X should be represented by black and y by red. But it works either way, just most plugs and receptacle are labeled with the letters x,y,n,g. And somebody is going to say, "I'm confused" because their house has a pre-wired receptacle with black on X and not Y as shown.
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