The answer is no unless it's secured to the stud at least 1.25" away from the edge of the stud.Does the NEC specify a minimum wall thickness to run NM cable through? For example, can I run it along a 2x2 (1.5"x1.5") stud with drywall on both sides.
I think the answer is yes but I'd like to be sure.
Thanks
So it cannot be stapled to a 2x2 like I proposed? Surprised to hear but glad I asked. How is this typically accomplished besides using the device Larry posted?The answer is no unless it's secured to the stud at least 1.25" away from the edge of the stud.
You actually could staple it to the 2X2 but it would require protection. Better method is to use the Colorodo Jim cable support that Larry posted and keep it 1.25" away from the stud edge.So it cannot be stapled to a 2x2 like I proposed? Surprised to hear but glad I asked. How is this typically accomplished besides using the device Larry posted?
So it cannot be stapled to a 2x2 like I proposed? Surprised to hear but glad I asked. How is this typically accomplished besides using the device Larry posted?
The answer is no unless it's secured to the stud at least 1.25" away from the edge of the stud.
If the wall is framed with 2x2's there is probably no real structural value to that wall, it is just a thin partition.On a 2x2 stud, the 1.25" from both edges will overlap. You also usually want to aim for the center of a stud when drilling, because the outermost fibers are the most important to its structural performance (a factor not considered in the intent of the 1.25" rule, but that benefits from it). A standard 2x4 stud has the middle inch available for routing wires and complying with this rule. Any stud that is shallower than 3" has no space available to comply with this rule, since it would apply for both sides.
Given 2x2 studs, you would have to send the wire through the middle half inch, and protect every single one of them with a metal plate. Also considering that you are now removing 1/3 of the material at that cross section, you may want to check with the team who specified this kind of stud whether it is acceptable to do this. It will impact the strength of these studs to a much greater extent than it would do for a standard stud.
Metal raceway wiring methods?So it cannot be stapled to a 2x2 like I proposed? Surprised to hear but glad I asked. How is this typically accomplished besides using the device Larry posted?
absolutely, but OP did mention drywall both sides his wall.If it's 2x2s used to frame an exterior basement wall (next to foundation), keep everything as far back as possible. The 'other' side won't be finished.
I don't think that the OP is asking about going through the studs he mentioned stapling to the side of the 2X2.Given 2x2 studs, you would have to send the wire through the middle half inch, and protect every single one of them with a metal plate. Also considering that you are now removing 1/3 of the material at that cross section, you may want to check with the team who specified this kind of stud whether it is acceptable to do this. It will impact the strength of these studs to a much greater extent than it would do for a standard stud.
He will have similar issue passing through top/bottom plate of the wall though. Got to leave the wall at some point to get a supply.I don't think that the OP is asking about going through the studs he mentioned stapling to the side of the 2X2.
Possibly because the drywall screws or nails have already been driven, and a fished cable can move out of the way of any new ones.How is it a minimum setback not issue under this old work condition but it is under a new installation condition?
Someone mentioned the stapling is only there for the sheetrock installation so the installer doesn’t hit the wire with the nails or screws.Interesting issue, for attachment parallel to or drilled and passed thru a stud you must keep wire back 1.25". But you are allowed on old work to run within finished walls to fish a NM wire in the void, and it's not secured to a stud. How is it a minimum setback not issue under this old work condition but it is under a new installation condition?
Laminating a ceiling with a new drywall layer, such as when covering a textured one, often requires much longer screws, so ceiling wiring can be at risk. Fortunately, joists are deeper than studs, but I have seen holes rather near the bottoms.Hopefully they aren’t using 2-1/2 screws on new work..
Yes longer screws needed, not so much because you need deeper penetration in the framing member though, you need to penetrate the first layer of drywall before reaching the framing member.Laminating a ceiling with a new drywall layer, such as when covering a textured one, often requires much longer screws, so ceiling wiring can be at risk. Fortunately, joists are deeper than studs, but I have seen holes rather near the bottoms.