![]() Watch Out: Do not attempt to work on your electrical wiring, switches, or outlets unless you are properly trained and equipped to do so. As this is tricky work, a continuous run of new wire is always better than any splice. The proper way of making safe, secure splices is to make a good mechanical and electrical joint-that is, strong enough not to pull apart and tight enough so there is no loss of voltage. ![]() This photo shows how electrical connections can burn up if you use the wrong device or do not make the connection properly. We introduce the proper connectors used for aluminum wire below. Splicing electrical wires - that is, the electrical connection or joining of two or more wires that conduct electricity in a building - is a task that can be learned easily, but if the splice is not made correctly, the electrical system will be unreliable and unsafe, risking fire or shock hazards. PIGTAIL SPLICES USING TWIST-ON CONNECTORSĮlectrical Wire Splice Basics & Definitions.Electrical Wire Splicing Guide for Homeowners & DIY Repairs We also provide an ARTICLE INDEX for this topic, or you can try the page top or bottom SEARCH BOX as a quick way to find information you need. Sketch at page top courtesy of Carson Dunlop Associates (found at page bottom, Click to Show or Hide). We describe different types of connectors used to join two or more electrical wires, and we include installation details inclucing use of electrical tape. We also discuss the use of electrical splices or wiring connectors outside of electrical boxes. This article answers basic questions about how splices (connections between two or more electrical wires) are made to connect & secure electrical wires together in residential or commercial building electrical wiring systems. How to make proper & safe electrical wiring splices & connections: We have no relationship with advertisers, products, or services discussed at this website. UPDATE: I ended up moving the light fixture up a few inches so that I could get the necessary slack to route it through the stud to the other side.InspectAPedia tolerates no conflicts of interest. ![]() Can I use one of these kits in my situation, or is there a better alternative approach? I have seen some no-box splice kit products, but it's unclear to me when these are allowed by code. So, what I need to do is add maybe 6 inches to the existing Romex, without a box, so that it can be run directly into the new box on the other side of the stud. However, I've learned it is a bad idea/against code to enclose a junction box in the wall, and I don't want a junction box cover sitting right behind my vanity light. I was going to leave the old box in place, using it as a pure junction box (no fixture/switch/outlet) and running a short length of Romex from this box, through the stud/shim, to the fan box on the other side. However, the existing Romex is too short to comfortably be threaded through a hole in the stud/shim and into the fan box on the other side. I asked a previous question here that helped with this. I have figured out how to do this by attaching a shim to the left side of the stud and a fan box to the shim for the fixture wiring. The (centered) new fixture needs to be on the left side of the stud. I removed the old, off-centered fixture, which was placed on top of a stud (not sure if it was to code- the wiring was in a rectangular box on the right side of the stud, with the fixture bracket nailed directly to the stud). I'm replacing a bathroom vanity light fixture.
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