This situation is a lot more of a problem than most seem to think.
Ideally, the statement is false.This is the statement" The service Grounding Electrode Conductor will be carrying a portion of the imbalance current that the neutral carries". I saw this in a discussion on the web. Is it correct? It doesn't seem to me to be correct.
How could it ever be false in the US? The earth is always a parallel path for the grounded conductor current in a code compliant service fed from a grounded system in the US.Ideally, the statement is false.
There is significant ungrounded distribution in some parts of the country. Granted Poco usually has a ground rod at the base of the serving pole/transformer to the center tap, but if this was missing/stolen (common) than the NEC grounding electrode would be the sole connection to earth.How could it ever be false in the US? The earth is always a parallel path for the grounded conductor current in a code compliant service fed from a grounded system in the US.
How come some non transformer poles have ground wire and some dont.There is significant ungrounded distribution in some parts of the country. Granted Poco usually has a ground rod at the base of the serving pole/transformer to the center tap, but if this was missing/stolen (common) than the NEC grounding electrode would be the sole connection to earth.
How come some non transformer poles have ground wire and some dont.
If it's not an MGN system, what would you connect the ground wire to? If it is an MGN, as someone said in the other thread, the requirement is only like 2 grounds per mile.How come some non transformer poles have ground wire and some dont.