Recent comments in /f/DIY

Pekkleduck t1_ja1ia17 wrote

It may be that your lights are all connected in a series with other outlets. If one part of the series loses connection / blows out, it can prevent the rest of the series from getting power.

As others have said, see if something has tripped as a GFCI outlet. I've purchased a voltage tester pen, and it has saved me many a headaches and allowed me to feel more confident and safe when dealing with electrical.

In my situation, I ran into a weird phenomenon where I updated a light switch (same type) and then lost lighting to the entire room.

Except then it turned back on. Then off again. I checked the box for a blown fuse. Nada. I went up to the attic to see if a junction or something burnt out. Everything had power.

I eventually figured out that there was an outlet that had a backstabbed connection and it would sometimes lose connection / regain when opening or closing the door. That outlet was connected in series with the lights, so when it lost connection the rest of the lights.

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Guygan t1_ja1i96m wrote

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danauns t1_ja1gu1p wrote

Though sanding isn't explicitly necessary, it is absolutely a step that can be added to GREATLY upgrade your results.

The end result is absolutely night and day different. Steps include:

  • Remove all wall plates, lights, fixtures so that the entire wall is exposed. Tape where necessary, switches for example.
  • scrub the entire wall with a TSP solution to remove all surface grime.
  • pole sand the entire wall.
  • hand sand around every outlet and switch, these areas get extra shabby over the years.

Then paint. You will with out question see a difference.

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Enginerdad t1_ja1dpjt wrote

Because a bunch of laypeople may not know what lateral means, and I'm trying to make the information as accessible as possible. That's also why I explained shear and tension.

But also because lateral is no more accurate or precise than sideways. Lateral loads are horizontal, as made distinct from vertical loads. The most correct terms are shear and tension loads, or possibly in-plane and out-of plane loads.

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