- Location
- New Jersey
- Occupation
- Journeyman Electrician
Say this new installation on my neighbors house. Never saw a permit in the window so I can guess that there will be no inspection. Should this pass if there was in inspection?
Is there an actual rule that requires a drip loop or is it just customary?
(F) Drip Loops. Drip loops shall be formed on individual
conductors. To prevent the entrance of moisture, service entrance
conductors shall be connected to the service-drop
conductors either (1) below the level of the service head or
(2) below the level of the termination of the serviceentrance
cable sheath.
I'm looking at the photo and not finding a clear violation. It meets (1) and (2) no?Yep, 230.54(F)
Granted there's no drip loop but the weather head is higher than the point of attachment. I can't see the possibility of any rain water getting into the SE cable through the weather head (unless there's a hurricane and the rain is falling sideways). However, while the EI may pass this installation the POCO may not. POCO's in my area require that you leave at least 24" of the SE cable conductors out of the weather head. If you're working in a coastal area where there is a lot of misting salt air coming off the ocean they don't allow weather heads at all because they'll corrode. You have to bend a goose neck in the SE cable or use PVC.
Yes, if I remember correctly the local POCO requires at least 2' of conductor for a 100 amp service and 3' for a 200 amp service. Like some others have stated a drip loop is not defined but IMO that isn't one.
I'm looking at the photo and not finding a clear violation. It meets (1) and (2) no?
Now we are just trying to apply a similar definition that the Supreme Court used for pornography, "I know what a drip loop is when I see it."
Say this new installation on my neighbors house. Never saw a permit in the window so I can guess that there will be no inspection. Should this pass if there was in inspection?
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Seen a WHOLE lot worse.
I would have passed it. Obviously it was ok with the POCO as well.
RC
Is it me or do those splices look sloppy? The norm in most of the areas I have worked is to use properly rated Hy-press for the splices.
You have a somewhat unique situation. There are a lot of corn fields between you and your customers.The conductors and point of connection are lower then the "weatherhead", what more do you want from this undefined "drip loop"? As is it will not easily allow water to enter the service conductors/cables/raceways, and that is about all the quoted section asks for.
Permit in the window? May be required in some places, I have never placed a permit in a window. I hardly ever see my permits anywhere besides my own computer screen. If inspector has any issues all I need to do is give him the permit number and he can look it up. That number is only going to be tied to one permit and he will have all information related to that permit once he has the number. He usually knows what permit number is relevant before he comes to the site so displaying it on site is fairly meaningless to me or the inspector.
Sometimes the work is in the cornfield:happyyes:You have a somewhat unique situation. There are a lot of corn fields between you and your customers.When you get into highly and densley populated areas (like the metro areas around NYC or Boston) inspectors ride around first looking for any construction or specifically electrical work going on and then for a permit sign in the window. No permit sign, he stops the job and will call the police to enforce if necessary. Folks are much nicer in Nebraska.
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C) Service Heads and Goosenecks Above Service-Drop
Attachment. Service heads and goosenecks in service entrance
cables shall be located above the point of attachment
of the service-drop conductors to the building or other
structure.
Exception: Where it is impracticable to locate the service
head or gooseneck above the point of attachment, the service
head or gooseneck location shall be permitted not
farther than 600 mm (24 in.) from the point of attachment.
I agree.230.54(C) exception even allows the POA to be higher then the WH if it not practicable to install it lower:
But a drip loop would still be required just not sure how much more it would prevent water from entering a cable or raceway if the POA is already below the WH?
I would say that the photo at least meets 230.54(G)