Drilling Studs And Plates

Hello,



can cables be run along the side of 2x4s which run along bottom of rafters? Sheetrock will be put up later on - attached to the 2x4s.

These are vaulted ceilings.



I know about the issue with nailing into cables in the walls and the requirement to install nail plates but how does this apply to the ceiling in this case (shown on attached picture)?



I'd like not to drill holes into the rafters to run the cables.



Will inspectors be ok with this?



Thanks
      

Hi everyone. I'm new here, so I hope I am not posting this in the wrong place.



Is there a good book or site with instructions and tips for running computer networking cable in the walls in existing construction? I did it in my former house, which was a one story Ranch house with a big crawlspace. It was very easy. But my current house is two stories on a slab. Not only can I not go under the house, but I need to get things to the second floor. I want network ports in at least six rooms, covering both floors and spanning the width of the house. I can put the patch panel in the coat closet in the middle of the house.



I want the end result to look as clean as possible. I'm not ok with cables running outside of the walls. I am expecting to have to cut and patch a lot of drywall, but I'm sure there are right and wrong ways to go about this project. And ways that will result in as little drywall cutting as possible. And what about running perpendicular to joists? Is it ok to drill holes that way? Even if I do, that would require cutting a hole in the ceiling every few feet I think. I hope there's a better way.



What resources should I read?
      

My existing service entrance consists of an external Meter can mounted on the outside of the garage wall directly behind a SD Main Breaker Panel (MBP) with a 150 amp main breaker.  In order to support upgrades, I am installing a second MBP (200 amp) inside the garage in the wall cavity right next to the existing panel.



Local code requires that the upgraded Meter can be purchased from the City Utility.  I have already confirmed with the local inspector that either 4/0 Al or 2/0 Cu SE cable are acceptable for both the existing and new MBP.



My question is what is the code requirement for getting the 3 SE cables run from the dual lugs to the new panel?  Can those conductors run into the same wall cavity where the existing panel is installed?  If so, I'm certain they can't go through the same conduit nipple that connects the back of the meter can to the existing MBP.  Can they route in behind/above/below the existing panel and through a hole in the wall stud to gain access to the adjacent stud bay to get to the new panel?  If not, do they need to be routed out of the meter can on the external wall in conduit over to the next stud bay and then enter the wall there to gain access to the new panel?  If external conduit is required I would expect it must be metallic as opposed to PVC.



Best Regards,



Ted
      

Greetings all.



This is my first post here, I hope it goes well.



My name is Joe and I have searched Google. and this forum for my answer but have not been able to find a definitive answer to my question.  I have seen many replies talking about getting a tone generator or a line tracer but my experience is that tone generators are for Data and phone cables rather than electrical cables and the line tracers I've found online all seem to be about tracing the line back to the breaker panel so without knowing more I'm hesitant to purchase a line tracer in case it cannot do what I want.

My dilemma is very likely very simple to anyone with electrical experience so I hope it's not too trivial for this crowd.

I have recently purchased a house that is over 120 years old and have a motion sensor light on the porch that is supposedly connected to a switch inside but does not turn on.  I've opened the wall plate and used a voltage indicating pen to see where the electricity is.  In this case there are two light switches, one that has lines that have been spliced and another that supposedly leads to the porch light according to a long time tenant in that unit.  It all looks like a bit of a mess and the connections don't make sense.  In this scenario the black cables have the electricity and the white cables complete the circuit.  The switch to the porch light has a black cable coming from the top of the box going to the switch and a white cable connected to the other screw that comes from splitting the white cable from the other switch.  What I would like to do is know which cables in that wall box correspond to the cables to the porch light.  Can anyone give me an idea what I should do?

Do I need something like the Amprobe advanced wire tracer (http://www.professionalequipment.com...0/wire-tracer/) and can it do what I need, or is there something simpler I can do?

All help is appreciated.

Thanks



Joe
      

I recently switched over from AT&T phone/cable/Internet service to Cablevision. 



The problem with both services is the coax cable coming through a hole in the wall from outside and then a phone line from their modem stapled to the floor board and tied into the phone outlet inside.  Then there's my phone lines, the coax cable to the TV... It's a disgusting mess.



I'd like to install a combination phone line and cable outlet in the wall and get rid of as much loose wiring as possible.  The phone line would come through the same area as the cable and I'd wire it on the other end to the main box outside the house.



I have no experience with this so my question is can I take the phone line from the Cablevision modem and simply plug it into the outlet and get all the phones in the house to work or does it have to be hard wired or piggybacked inside the outlet?
      

Hi,



I would like to wire a switch to be able to cut the power to the ceiling mounted outlets that feed our garage door openers. Running new wiring to them will be a bit cumbersome, so I am hoping to avoid that. The ceiling outlets are powered by light fixtures in the garage (one near by each outlet). There is a 3 wire romex cable running from the light switch to the first light and another one between the lights, and then regular 2 wire romex cables from the light fixtures to the outlets. The red wires in the 3 wire cables to the lights are switchable, the black wires are always hot.



I mainly want to be able to cut the power to the doors when we are away on vacation, and the reason for that is that one night both doors somehow opened up - I have no idea why. I'd hate for that to happen when we're away. Unplugging and plugging in the openers is a bit of a hassle due to the high ceiling.



I thought about wiring in a switched outlet so that I could just reach up with a long handle of some sort and switch off the power to the outlet. It would not be ideal, but definitely easier than getting the ladder out and unplugging the door openers.  However, there is possibly another option that I'd like some input on if anyone cares to comment. I believe I could wire in a switch on the wall next to the light switch that would allow me to cut the power to the black wires in the 3 wire cables. This would cut the power to the ceiling outlets and anything downstream from there (possibly an outside light, I would need to check on that).



My question is, are there any potential issues with this sort of wiring? Is there perhaps any code violation if both hot wires in a 3 wire cable can be switched off separately?



Thoughts?
      

I will be pulling from the breaker panel new 12/2 romex for a kitchen microwave and a 20 amp circuit, 12/2 for the garage. I might also pull some extra wire for a future add on room and to divide up existing circuits to avoid overloads in the future. I am snaking these cables through existing sheetrock ceilings and walls. Are there any code requirements about snaking through existing walls and ceilings other than drilling holes 2" from the face of a stud or beam?
      

I'm currently working on a house built in the 1930's. The electrical is a mess with a combination of a switch panel  and a fuse box with most of it still being knob and tube. I'm running a new electrical line to the air handler in the basement. This is due to it currently being tapped off a light circuit which also feeds an outlet in the kitchen, a bedroom, and half the outlets upstairs. (There's no rhyme or reason to the current electrical setup). 



  My main question is I'm running  12NM through bored holes in the studs to the air handler. Once I get to the handler and run it down to where it enters the appliance and switch box will I run in to codes problems. Should this run in the basement be inside a conduit or is NM cable okay? 

  Any guidance would be appreciated. 
      

Is it a violation of code to run exposed NM in a residential detached garage?  The wire is spanning through studs at about 8.5' and then ran closely down the stud to each receptacle and/or switch at 48" from the floor, back up the stud to the 8.5' and on to the next recep. or switch.  Is the wire ran through the studs at 8.5' considered unprotected???
      

I removed the light above my vanity and found that the the previous installer did not install a junction box.  The house was built in 1985 so I think there should have been one.  Anyway, there is a metal bar that is crossing the hole that conflicts with a new installation.  I am prepared to cut this bar away to make room but I would like to know what it is before I create a new problem.



Does anybody have any idea what this is?  And if I can cut it away without any regrets?



The bar is shown in both of the attached photos.  For background.  This is an exterior wall.  There is a stud located about 1" to the right of the existing cut out.  There is a vent pipe on the left edge of the cutout.  The metal bar appears to extend from the stud on the right generally in the direction of the stud on the left (outside of the photo).  I have seen something like this as bracing for pipes in other locations of the house but in those cases they used copper pipe.



Any suggestions would be appreciated.



Derek