oldsparky52
Senior Member
- Location
- Wilmington, NC USA
I think it's a good rule.We never had an issue with it and actually embraced it,,,, still do.
I think it's a good rule.We never had an issue with it and actually embraced it,,,, still do.
Whatever the voices in your head tell you JAPIt seems they've recently extended it to 5' from 3' as was previously required.
Whatever the voices in your head tell you JAP
I have never seen a "shepherds hook" around St. Louis too much
learn something new everyday
You got me there.....I thought you said you were done with this.
Evidently your voices are telling you something different also.
JAP>
So they want limitation on the non protected conductors on load side of meter, but you can easily have longer line side of meter conductors attached to the building whether it be overhead or underground fed.Yes, a back to back is allowed as long as it's within 5', but, the 5' is pretty strictly enforced.
It seems they've recently extended it to 5' from 3' as was previously required.
Thus the reasoning I mentioned the OP's install more than likely wouldn't pass in area since it was well past the 3' we were previously allowed.
If it was less than that all would be good.
This requirement has been in place for several years and was actually ahead of it's time.
We never had an issue with it and actually embraced it,,,, still do.
BTW,,,,,Your more than welcome for the post of the requirement.
JAP>
Obviously jap is making this up, but to play along, yeah that is one of the big flaws with the wording in the fake rule is there is no length restriction on the service conductors on the line side of the meter, so as long as you have flexibility with meter placement, the "rule" is meaningless.So they want limitation on the non protected conductors on load side of meter, but you can easily have longer line side of meter conductors attached to the building whether it be overhead or underground fed.
NEC itself does not have any limitation and as earlier mentioned you could wrap the house with service conductor/cables and there is no length limitations until you enter the building, though that length is not specific in NEC and does vary from place to place.
Obviously jap is making this up, but to play along, yeah that is one of the big flaws with the wording in the fake rule is there is no length restriction on the service conductors on the line side of the meter, so as long as you have flexibility with meter placement, the "rule" is meaningless.
Also, I guess we are to assume "main disconnect" means "service disconnect". Such a rule would need to use more specific terms.
I guess cold sequence metering would be allowed as the "rule" didn't state which side of the meter the "main disconnect" could be on.
So they want limitation on the non protected conductors on load side of meter, but you can easily have longer line side of meter conductors attached to the building whether it be overhead or underground fed.
NEC itself does not have any limitation and as earlier mentioned you could wrap the house with service conductor/cables and there is no length limitations until you enter the building, though that length is not specific in NEC and does vary from place to place.
All the rule actually does is keep the Service Disconnect close to the meter.
Jap>
He apologized, can you accept it?You've taken this too far.
I'm not a liar.
No you are not. Another member helped me find that city and the document with the electrical rules. I'll respect your privacy and not post it here, since you apparently are very adamant about it not being public. If anyone else wants to see the actual documents they can PM me.I'm not a liar.
Is there a benefit to this? There is still no overcurrent protection until you hit the service disconnect.All the rule actually does is keep the Service Disconnect close to the meter.
Jap>
No you are not. Another member helped me find that city and the document with the electrical rules. I'll respect your privacy and not post it here, since you apparently are very adamant about it not being public. If anyone else wants to see the actual documents they can PM me.
Is there a benefit to this? There is still no overcurrent protection until you hit the service disconnect.
Have had houses before where lateral comes up on side of house then metered conductors go back underground and enter at different area of the house, still limited amount of conductor that enters the house, they are still service conductors in that situation. Have many places where meter is on a pole at edge of property and load conductors go underground to the house and no meter or disconnect on exterior of house. On rural properties is almost always meter on a pole and may be multiple buildings on the property all supplied with service conductors.
Glad to see you finally got the proof you needed.
It proves I'm not a liar.
You should trust more.
You don't have to belittle people.
Jap>