Mikemills
New Member
I tested each leg at the box each has 60 combined 120
This implies that you have no grounding system. (N/G bond)I tested each leg at the box each has 60 combined 120
I truly hope not.I’m getting power through the breakers even with all the breakers off including the main
You might want to take a step back and call in an electrician or at least someone who knows their way around electricity. I’m all for DIY but that stuff can kill you and something’s not right here.I’m getting power through the breakers even with all the breakers off including the main
Yes, it is turned off now, but I did have it on when I was testing itFrom your picture in the other thread. What appears to be The main breaker is turned off.
Thank you for your concern, but I truly understand the dangers with electricity. I always test everything before I work on it and make sure there’s no voltage in it and I also wear insulated gloves calling in an electrician at this point is not an option. I’ve exhausted all my funds into this project and I am stuck doing it myself whether I want to or not I have to get this figured out.You might want to take a step back and call in an electrician or at least someone who knows their way around electricity. I’m all for DIY but that stuff can kill you and something’s not right here.
If the inverter doesn't do the bonding, then yes.I see on this breaker box on the neutral there’s a place for a bonding screw. Should that screw be in there?
It's not. (From what information you have provided)How do I find out if it’s bonded in the inverter or not?
Single red light indicates hot and neutral reversed and no ground.That’s what my socket tester is reading there isn’t even a code for just a solid red light
The ground bus bar has a bonding screw in it. Should that be there?It's not. (From what information you have provided)
Single red light indicates hot and neutral reversed and no ground.
The panel should have come with a long green screw. It goes in the hole indicated by the arrow.Should the bonding screw be in the ground bar also?
The panel looks correct. (Other than the bonding screw missing)The problem Hass to be with this panel box. I read the pamphlet for the inverter from front to back if there was anything hooked up wrong on the inverter, it would throw a fault light and wouldn’t work properly. Everything‘s working properly at the inverter. It’s not working properly at the panel box. I have 120 V coming through the line from the inverter to the panel box so the issue has to be there.
Yes, it has the bonding screw in the ground bar that screws into the panel box itselfThe panel should have come with a long green screw. It goes in the hole indicated by the arrow.
Your socket tester is indicating a fault of either a hot ground or hot neutral. It would suggest that you need to supply a ground in to the AC in of your inverter.That’s what my socket tester is reading there isn’t even a code for just a solid red light