Recent comments in /f/DIY

sccoootttt t1_je9ds6p wrote

My technique was to score with one or two passes (was also generally using a shitty blade), and then set the scored sheet over a thin scrap of wood or another piece of cement board or something and the to just use body weight and apply force with my feet by standing over/on it and it will cleanly snap across the scored line that is aligned on the thin wood beneath. Seemed like the lazy way out, but it worked for what I was doing!

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Ex-maven t1_je9c6ge wrote

As kitwashere suggested, did you remove the edge plate and look for 1 or 2 small holes just to one side or both sides of the bolt (the holes would be covered by that plate)? The hole(s), if there, would be very small and hard to notice unless you knew to look for anything there. I think a small hex driver (perhaps ~.063", .078", 2mm...) is typically used to back out the setscrew(s).

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Reyway t1_je9b90h wrote

You would need to know how they are wired, most likely someone goofed the wiring. You will have to follow the wires and see where they split since they should be wired parallel.

The switches are most likely located before the split, removing the switches and putting them on the seperate splits should allow you to turn the ceiling fan and light fixture on and off individually.

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John-Miami t1_je9aesh wrote

You might be able to use this device

About this item

This kit converts regular ceiling fan into a remote controllable one.

This remote control is designed to separately control your ceiling fan speed and light.

The screen displays HI, MED, LOW, OFF modes to control the fan speed and off.

It has both fan and light timer button to program the fan and light.

The thermostatic button on the transmitter will automatically set fan when pressed

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armorer1984 t1_je9a7gs wrote

The first step is finding the lazy piece of s**t that only ran one line from the wall box to the ceiling box. Step two is beating them with a bat until they don't do it again.

You'll need to run a second line from the wall box to the ceiling to have seperate light and fan power. That is, if your fan supports it. Most do.

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BrodyBuster t1_je98ssc wrote

That’s going to depend on your fan make and model. Some fans don’t have separate wiring for the light and fan, others do. IF your fan fixture has independent wiring, then you’ll need to run another power line to the fixture and add a new switch for that power line at the location of your choice. The difficult part will be running a new power line to the fixture without tearing up the drywall.

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caddis789 t1_je96245 wrote

That siding is made to look like tongue and groove boards. It has grooves down the face which give the appearance of individual boards. The 1x8 in the description means that the grooves are placed where the grooves would be if you were using actual 1x8 boards. If it were 1x6, the grooves would be closer together to look like 1x6 boards. This part is purely aesthetic. If you want a different looking style of siding, do it.

The sheet is 4' wide x 8' long and 1/2" is the thickness of the sheet. The 4' x 8' is the most important spec. Those plans call for 350 ft^2 . Each sheet is 32 ft^2 , so you will need 11 sheets minimum (mistakes, and the way the cuts lay out on the sheet might add to that total). The extra 1/8" in thickness shouldn't make a big difference. It will add some weight, that's all.

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2muchyarn t1_je9557q wrote

I used a jigsaw. I wet down the cut to help reduce the dust and wore a mask. I had to buy a better jigsaw than the one I had, but the accuracy of the cuts and speed made it well worth it.

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bad2behere t1_je92mov wrote

I'm not a professional, but I was taught by one and have helped do the work on every home we've repaired/redid for 52 years. @DeVonSwi is right. Plywood instead of particleboard is definitely the way to go on flooring. I've seen particleboard fall apart far, far more often than plywood. Shimming is also the way pros used to level things. Cardboard shims disintegrate faster than wood.

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