I dont think you understood my question. Thank youThe supply system is grounded, connected to earth, both by the utility and by the electrical contractor. The connection to earth really has nothing to do with equipment grounding.
The grounding connection to a grounding electrode installed by the electrical contractor is made within in the service equipment enclosure or any point on the service entrance neutral conductor on the line side of the service equipment.
Are you asking where an SDS's neutral-EGC bond should be made?I dont think you understood my question. Thank you
This has to do with mike holts bonding and grounding video article 250.24. Not a big dealAre you asking where an SDS's neutral-EGC bond should be made?
Was really commenting on where you said "Service grounding is only done by utility at the service", and pointing out that is not correct.I dont think you understood my question. Thank you
Was really commenting on where you said "Service grounding is only done by utility at the service", and pointing out that is not correct.
As far as your question, any grounded system, no mater what the supply is has a system grounding point or poinyes you’re correct
thats correct. Service grounding usually doWas really commenting on where you said "Service grounding is only done by utility at the service", and pointing out that is not correct.
As far as your question, any grounded system, no mater what the supply is has a system grounding point or points.
Correct, but thats when you have an in house SDS if im not mistaking. If you get a chance check out mike holts 2017 bonding and grounding 250.24(video). Thats where my question came fromWas really commenting on where you said "Service grounding is only done by utility at the service", and pointing out that is not correct.
As far as your question, any grounded system, no mater what the supply is has a system grounding point or points.
That wasnt the questionPer Section 250.24(A)(1) three locations where it permits the grounding electrode conductor to be connected to the ground service conductor:
(1) At load end of service drop (2) In accessible meter enclosure (3) In Service disconnecting means.
Try posting the question you want to ask....nothing that you have posted makes any sense to me.That wasnt the question
Try posting the question you want to ask....nothing that you have posted makes any sense to mein that case stop reading and or posting responces to my questions
In that case stop reading and or responding to my questions......... read again slowlyTry posting the question you want to ask....nothing that you have posted makes any sense to me.
Correction: Use Table 250.66I watched the video ... On single phase you connect the ground and grounding conductor together at the main service only. On three phase you must also bring the utility ground conductor, which is combined with the uninsulated support wire from the utility pole. You must go to table 250.122 and size the grounding conductor and connect it from the service head to main three phase panel equipment bonding terminal. This will provide an electrical path back to the panel if there is a ground fault on any connected load. You should use a white colored wire with a green tape to identify it as an equipment grounding conductor.
No one is going to go dig up a video....if you want to ask a question, just ask a question....no one has any idea of what you are trying to figure out.Thats fine . I mentioned mike holts video so you know where the question was coming from. If you havent seen the video thats fine. If you don’t understand the question thats fine and if the answer is not the correct answer that too is fine. Its not that big of a deal