c/electricians

TIL my old multimeter has logged over 8,000 hours of use. That's a full year of work time.

Got a call for a panel upgrade and had to choose between aluminum and copper feeders

This was a 200 amp service upgrade in an older home, built in the 70s. The existing feeders were aluminum, and I had to pick between running new aluminum or switching the whole run to copper. The price difference was big, about $400 more for the copper. I went with the aluminum, but I made sure to use the right paste on the lugs and torqued them down to spec with my meter. It's been six months now, and I just did a follow-up check. No signs of heat, everything is tight. I know some guys swear by copper only, but with the right install, the aluminum has been solid. Has anyone else had a long-term service call on a newer aluminum install that changed their mind?

A retired inspector told me to check the neutral at every service call

Ran into a guy named Frank at the supply house who used to inspect for the city. He said he saw more callbacks from loose neutrals than anything else, even on new work. Told me he carries a torque screwdriver in his pocket and checks them out of habit now. Made me realize I only really look at them when there's a problem. Do you guys make that a standard part of your initial walk through?

Talking with my old boss made me miss the old way of labeling panels.

I ran into Frank, who ran the shop I apprenticed at, at the supply house in Tacoma last week. He said 'You know, these new guys can't read a hand-drawn diagram to save their lives, they just want a QR code.' It hit different because I realized I've gotten lazy too, just scanning a sticker instead of really learning the layout. Anyone still drawing out their panel schedules by hand, or is that skill gone for good?

Reading an old code book from the 70s and found a wild rule about knob and tube

I was going through a box of my grandpa's stuff and found his 1975 NEC handbook. I flipped to the section on knob and tube wiring. It said you could run it through thermal insulation as long as you left an air space around it. That's crazy to me because now it's a total no-go and a big red flag for inspectors. The book even had a diagram showing it draped over fiberglass batts. I guess they really thought the air would keep it cool enough. Has anyone else run into old installs done exactly like that and had to deal with them?

Just lost a whole day's pay on a 'simple' panel swap

Got a call for a panel upgrade in a 70s house, quoted it as a one-day job. Opened it up and found a rat's nest of double-tapped neutrals and a dozen unlabeled circuits. Had to spend six hours just mapping everything out before I could even start the swap. Ended up working until 10 PM and ate the extra labor cost myself. How do you guys price jobs when the old wiring is a total mystery box?

My uncle told me to always twist stranded wire clockwise before putting it under a screw terminal. I ignored it for years, then had a 20 amp circuit in a garage keep tripping because a wire backed out.

I was reading an old code book from the 70s and found out aluminum wiring was still allowed for 15 amp branch circuits back then. That just seems crazy now.

Remember when we had to pull wire through old plaster walls with a fish tape and a prayer?

Back in the 90s, doing a rewire in a Chicago bungalow meant hours of drilling and snaking. Now I just use a Greenlee Glow Rod set for most of it, which saves so much time and frustration on lath and plaster. The old way taught patience, but the new tools let me get more done in a day. Anyone else still keep a heavy duty steel fish tape around just for the really stubborn ones?

Appreciation post: my old voltage tester finally gave up on me yesterday

It was a hand-me-down from my first boss, and the display just went blank while I was checking a panel in a 1970s split-level. I had to run to the supply house for a new one, which felt like a small betrayal. Has anyone else had a favorite piece of gear die on them at the worst time?

Spent three hours tracing a phantom voltage in a crawlspace because of a hidden doorbell transformer.

Got called out to a house in Bellingham for a flickering light in the living room. Customer said it only happened at night. Checked the obvious stuff, swapped the switch, no change. Voltage readings were all over the place. Finally, after crawling around for what felt like forever, I found the issue. The old doorbell transformer from a 1970s system was still wired in behind some insulation, and its secondary was shorting intermittently against a nail. The nail was touching a cold water pipe, creating a weird ground path that only showed up when the humidity rose at night. Pulled that transformer out and the flickering stopped immediately. Has anyone else ever had a random old component cause a headache like that?

Unpopular opinion: hitting 1000 service calls without a single callback for a loose connection changed how I see the job

I just checked my log book and realized I've done exactly 1000 service calls since I started tracking them, and not one was a callback for a loose wire nut or terminal screw. That number shocked me. I'm not some genius, I just take the extra 30 seconds to tug-test every connection and use a torque screwdriver on panels. So many guys I work with just crank it down by feel and move on. That stat proves the 'good enough' method isn't actually good enough. How many of you actually track your callback reasons, or is it just me?

A guy on a job in Tacoma told me my wire pulling lube method was making things harder

He said I was putting too much on the cable itself instead of inside the conduit, which just made a mess and didn't help the pull. I tried his way, focusing the lube in the pipe, and the next 300-foot pull went smooth as butter. What's your go-to trick for tough pulls in long runs?

Was looking through old NEC code books at the shop and found something wild

I was sorting through a box of old code books from the 70s that my boss kept. Found a note in the margin of the 1975 NEC about knob and tube ampacity. It said a #14 copper conductor on a knob and tube run was originally rated for 20 amps, not 15. I always thought it was 15 from the start. Checked the actual printed table in that edition and sure enough, it was listed at 20. That changed my view on some old wiring I've seen in houses. Anyone else run into old code notes that made you double check what you thought you knew?

My brand new wire stripper snapped the second I put any real pressure on it, right in the middle of a crawl space.

My uncle told me to always check for backfeed before touching a panel, and it saved my butt

He was an old union guy who retired about five years ago. I was helping a friend rewire a small garage in his house, a job from last month. The main was off, but my uncle's voice in my head made me grab my meter anyway. Sure enough, there was 120 volts coming from a line tied into a solar setup the last owner never told us about. I mean, I would have just started pulling wires. It was a cheap Chinese inverter with no clear labels. I shut it down at the source and the job went fine. Has anyone else found a surprise power source like that in a simple residential job?

I was reading an old code book and saw a rule about knob and tube wiring I never knew

I was looking through a 1940s NEC book at a flea market in Springfield and found a section saying they allowed splices in knob and tube runs without a junction box, just taped up in the wall. I always thought any splice needed a box, even back then. Has anyone else run into old work that followed this rule?

Unpopular opinion: I think the 10-year apprentice rule is a bad idea

I just finished my 4th year and my boss told me I'm ready to test for my journeyman license. I was shocked because everyone says you need a full decade of experience first. I've run my own small jobs for the last 18 months without any callbacks. Why hold people back if they can prove they know the code and do clean work? Has anyone else tested early and felt prepared?

Showerthought: My old voltage tester nearly got me zapped on a Reno job last month

It failed to detect a live neutral on a 240V dryer circuit because the internal fuse was blown, which I only found after a second check with my meter. Anyone have a favorite brand for a reliable non-contact tester that won't ghost you like that?

A plumber in Boise told me to always carry a small bottle of hand sanitizer for cleaning meter sockets before testing.

Can we talk about the push for EV chargers in old apartment buildings?

I was reading a city council meeting report from Portland about making landlords add charging spots. The big thing that got me was a quote from a building owner saying 'the main panel is full and the service drop can't handle more load.' That's the real problem, not just putting in a plug. It means a full rewire and maybe a new transformer from the power company. Has anyone here priced out a full service upgrade for a 60 unit building built in the 70s?

Got schooled on conduit bending by a retired guy at a job in Bend

I was fighting a tricky offset on a 3/4 inch EMT run and this old timer who was just watching from his porch came over. He showed me how to mark the center of the bend with a piece of tape first, which I'd never seen, and it came out perfect. Anyone have other simple tricks for clean bends?

Talked to a retired inspector at the supply house and he dropped a truth bomb about aluminum branch circuits

I was picking up some 12/2 at the local supply house in Springfield and got chatting with this older guy, a retired electrical inspector named Ray. We were talking about old work and he mentioned seeing a lot of aluminum branch wiring from the 70s still in place. He said something that stuck with me: 'A lot of you guys see AL and think 'replace it all,' but if the connections are done right with the right paste and torque, it can be fine. The real danger is when someone just puts a copper device on it and calls it a day.' He told me about a call he went on where a kitchen outlet melted because someone used a standard outlet with aluminum wire and didn't even use a wire nut with the right goop. It made me rethink my own gut reaction to always rip it out. How many of you have run into aluminum branch circuits that were actually done right and held up?

Had a call yesterday that was a real wake up call about old aluminum wiring

Got sent to a house built in the early 70s for some flickering lights. Owner said it had been going on for a while. I mean, I know aluminum branch wiring is a thing from that era, but I hadn't run into a real problem with it myself. Opened up a few outlets and found the classic signs: oxidation, that dull gray color, and one connection at a backstabbed outlet that was literally loose and warm to the touch. The homeowner had no idea. It was just a normal Tuesday for them. I had to explain the whole deal about oxidation increasing resistance and the fire risk. Ended up putting in COPALUM crimp connectors on every connection we could find. Has anyone else had to deal with a full house of this stuff recently? What's your go-to fix now?

Just realized I've pulled over 10,000 feet of wire in my career. That's like two miles of copper.