So the last few updates to the workshop have really made it come together I think.
First thing I worked on was getting my jackstands off the floor or a shelf. And keeping them out of a cabinet when those are finally built. My thought originally was to paint a 1x12 the same color as the cabinets and run J-hooks through that and into the wall, but by the time I got home with the 1x12 and J-hooks, my ambition to paint anything had evaporated completely. So I just hung up the hooks and ran with it. I actually think it looks really nice this way.
I opted for setting them up on the right side of the door as this is largely unused space, and with the stands upright like this they don't just out into the room much.
No, I don't know why I have three big jackstands instead of four, and two little ones. Been that way since high school and never needed more, so I just have a ragtag assembly of stands. It is what it is.
The next thing I had on my list was getting my shop TV up and running. I'm not ready for the seating area yet obviously, but having it available to play music without using my phone is a really nice update. I bought a pretty simple wall mount from Amazon, and as you can see my first attempt at placement was wrong.
This new placement is almost exactly centered between the jackstands and the south wall. Almost. It's hard to notice it unless you're really looking.
The wall space on either side of the TV got my vintage Land Cruiser ads, so they have a home now. With the additions to that wall, the workshop is really starting to look like I'd envisioned it when we bought the place. I'm pretty stoked with how it's turning out.
With that fun project done, I turned back to utility. While working on Graham's truck, I noticed my bench wasn't as stable as I'd like it to be. When trying to bend something or use the vise heavily, the front of the bench would lift or it would be shoved around. That was really bugging me, so I went for a low-tech solution: lag bolts into the wall. As the walls aren't square with the floor, the upper bolts needed a spacer arrangement, but this actually works out pretty well.
The bottom was just anchored straight to the wall on both sides.
Nice and stable now!
But I had one more fun project up my sleeve. Over the course of last week, I had been slowly gathering the necessary parts to sort out another problem I noticed while we were working on Graham's truck: lighting.
While we were working on pulling things apart or assembling them on the bench, I noticed that the workshop had become much darker, especially near the bench, largely thanks to the dark pallet wood wall. I'd have to shift every so often to see better because it was a little too dim. Well, I've had plans to improve that situation for a while, so this just gave me the excuse I was looking for to remedy the problem. It was time to make the workshop a little bit brighter.
Step one was addressing the switches. As you can see, I've got two just inside the door of the shop. One controls the overhead tubes, the other controls the motion-activated light above the man door. While I was paneling the wall, I cut an opening around the switches like I would be going back to a set of switches within a box inside the wall. While that would have been a bit more low-profile, my new plan was to pull them into surface-mount wiring for two reasons:
1. It would make what I wanted to do much easier.
2. I really love the look of surface mount wiring.
So I killed the main breaker to the shop and disconnected the switches before using my oscillating tool to make a couple of precise cuts in the wall box, which enabled me to collapse it and pull it out of the wall. I cut the Romex free and set about filling the hole in the wall, as it was too big to cover with the new 2-gang surface mount box I bought.
This was a simple fix. I found a stained off-cut from my toss pile that was the right size, then used a 1" bit to drill a hole through the center. With a little gentle persuasion from a hammer, the plug was a perfect friction fit into the hole in the wall with the wires passing through the hole in the plug.
I set to work rewiring the switches, replacing one with a double switch. Unfortunately I discovered two things: the switch controlling the overhead tube lights is a 3-way switch (I had purchased a stacked single-pole switch), and Home Depot did not have any black or brown double stack switches in stock. So I improvised and moved the outdoor light to the same switch as the new bench lights, with the intention of getting a 3-way/single pole stack switch in the correct color via Amazon. For now though, I just wanted to make sure everything was working.
The next step was building the conduit and wire boxes. This process was dead simple. I started with the light boxes as they were the simplest. I marked the center of the right and left sections of my wall cabinet, then cut the conduit to length with a tubing cutter before attaching them together, marking the height I wanted, making sure they were level, and securing them to the wall. I then mounted the box over the breaker panel, using the hole I drilled in the pallet wood earlier, and used a conduit bender to get the 90-degree angle between that box and the switch box.
I connected the breaker panel box to the first light fixture box, and now I've got a full system in place.
I ran the Romex through next, starting at the end light fixture box and working my way back to the switch.
With the Romex in place, I started making my connections, again starting from the far light fixture and working my way back to the switch. I connected the wires to the fixture, then secured the fixture to the wall box before moving on to the next fixture. I did have to use a few washers I had on hand to reinforce the fixtures a bit, as Amazon's special gooseneck fixture is a touch flimsy. Who knew?
With both fixtures in place, I hooked up the switch and secured the cover to the box before punching out the top center knockout on my breaker box. I ran a short section of Romex through the breaker box up to the surface mount box above it, then hooked up the new wiring to an empty 20A breaker.
I then made the connections between the fixtures, the supply line, and the switch and closed everything up. Aesthetically, it looks great!
I cautiously flipped the main breaker back on and what do you know, it works!
While I was admiring the new progress, I also took the time to hang up my battery charging station. I'm not sure if this will be the permanent home, but it's a good spot for how I have everything set up for now.
Now is probably a good time to mention I have never done any AC wiring before outside of replacing a switch, outlet, or light fixture, so I was really pleased that everything seemed to go off without a hitch. That is, until the breaker popped. A little inspection revealed a problem. Turning on the bench lights also turned on the motion light outside. Turning on both switches popped the breaker. Flummoxed, I disconnected the main breaker and rechecked all of my wiring from the fixtures to the switch. Everything looked good. I inspected the new stacked switch and realized that both circuits were getting power at the same time from their respective sources, but when I turned on the bench lights the power would also be fed to the motion light. Turning on both tried to feed power to both fixture sets with both power sources, popping the breaker.
Damn it. To fix the problem and have the use of the bench lights for now, I disconnected the motion light and capped the wires, causing the double switch to only operate the bench lights. I ordered a three-gang box expecting to add another single switch and just deal with the problem that way. It was about that time I came on here and told of my dilemma with double switches.
@Bob Heine so helpfully then told me about the tab to separate the circuits. Thanks for that Bob!
Having ordered both a new stacked double switch (with one three-way and one single pole switch) and a 3-gang box, I waited for everything to arrive before trying to solve the problem, thinking there would be at least one solution in there somewhere. Either I'd have a three-gang box or I'd get the double switch working.
Well last night I went into the shop to do a bit of fiddling. I opened the new double switch, broke off the separating tab, then wired both the overhead lights and bench lights to that switch. What do you know, they worked! Independently of each other! Hot damn!
I then used the leftover single pole switch to operate the motion light and closed everything up again. Now it all functions as it should,
and I have some extra illumination over the bench! Huzzah!
The extra light is great because it lights up the bench area as well as the cabinet, so it makes everything a lot easier to see. Since the bulbs are only partially shaded, they throw light in other places too, which is a nice plus.
I should note, I used 12/2 Romex on a 20A circuit because the lights over the bench are not the only new fixtures I have planned. More to come on that front. But for now, it's looking pretty nice, and my supervisors are happy with the outcome.
Onward!