For years I thought Wagos were a gimmick for homeowners who couldn't twist a nut properly. I mean I figured a good pair of lineman pliers and a solid nut was the only way to go. Then I got a job rewiring a old house in Denver where every box was packed tight with aluminum and copper. After fighting with wire nuts for two hours I grabbed a box of Wagos from the truck just to try it out. That first connection took maybe 10 seconds compared to the two minutes I was wasting before. By the end of the day my fingers weren't sore and I had zero loose joints. Now I keep a bag of them in my pouch for most residential work. Has anyone else had a change of heart on these things after actually using them on a real job?
I always figured smart meters were just a way for the utility to snoop on usage. Then my neighbor got one and showed me the real-time data on his phone, and I saw how tracking my dryer and AC could actually save me money. Anyone else come around to smart meters after being dead set against them?
I was working on a three-phase motor in an old warehouse last Tuesday and kept getting weird voltage readings on my Fluke. The guy I was with, who has been doing this since the 70s, walked over and said my meter was lying. I thought he was kidding at first but he had me check the connections by touching the leads together first. Turns out I had a bad test lead that was giving me intermittent readings about 15 volts off. That hit different because I always assumed my gear was perfect out of the box. He told me he tests his leads every morning before starting a job. Has anyone else had a tool you trusted just give you bad data out of nowhere?
Met this retired electrician at a supply house in Tacoma last month. He said I was wasting time pigtailing every outlet and should just use the device itself as a splice. Tried it on a small job with 12 outlets in a new build and saved almost 2 hours. Has anyone else found that pigtails are actually overkill for standard residential work?
Pulled a 1960s Pushmatic panel in a house near Oak Park and put in a new 200 amp service. The difference in wire management and safety is night and day. Any of you guys still running into these dinosaur panels on the regular?
I was grabbing supplies at the supply house on Johnson Ave last Tuesday and this older guy walks up, it's Dave from my first crew back in '09. We got to talking about running conduit and he goes "you still using that old bender from Klein?" I told him yeah, same one. He laughed and said he switched to a Milwaukee cordless bender a couple years back. Said it saves him like 20 minutes per run on big jobs. I always thought those things were gimmicks but he showed me a video of him doing a 90 in like 10 seconds. Made me wonder how much time I've wasted the old way. Has anyone else switched to the cordless benders and actually noticed a difference on commercial jobs?
Bought a top-of-the-line Fluke last month thinking it would speed up my troubleshooting, but after three jobs I realized the extra features just confused me. Anyone else regret spending big money on tools that ended up being overkill?
I was working on a 200 amp panel swap in an old house near Portland last Tuesday. Got everything buttoned up, turned the power back on, and heard this buzzing sound. Checked the main lug and it was barely hand tight. Must have gotten distracted. Rewired everything and it's fine now but I'm still kicking myself. Anyone else have a close call like that?
I was rewiring a 1960s ranch house in Portland last Tuesday and the supply house was out of Square D, so I had to choose between a Cutler-Hammer and a Siemens panel on the spot. I went with the Siemens because the contractor said he'd used them before, but the knockouts were so tight I bent three of them trying to get the cables in. Has anyone else run into fit issues with Siemens panels, or did I just get a bad batch?
I was chatting with an old timer at the supply house yesterday who told me he's replaced 12 refrigerators this year from one house with no whole house surge. He said a $200 protector could have saved them $4,000 in appliances. Has anyone else started recommending these on every panel upgrade?
Was working on a 3 year old remodel in Austin last Tuesday and found 4 push-in connectors melted in a junction box. Could see the copper was all pitted and loose. Switched to lever Wagos on that job and the connection felt way more solid, plus it's easier to troubleshoot. Anyone else seen failures with the cheap push-ins on high draw circuits?
Had a conversation with an old timer named Dave at the supply house in Phoenix last week. He swore up and down that anyone still using rigid pipe benders is just making extra work for themselves. Said EMT and MC cable are faster and nobody cares about the look anymore. But I've been using rigid for 12 years and I think his way skips too much on durability for commercial jobs. Has anyone else had an old hand try to push you off your go-to method?
I always used a manual bender and just went by feel, but last month I started marking the 90 degree point with a sharpie and measuring every bend against a level. Has anyone else found that one tiny change fixes their accuracy more than expensive tools?
I had a service call last month where a customer's breaker kept tripping for no reason. After 45 minutes of chasing my tail, I realized the neutral wasn't tight in the panel. That one detail convinced me those breakers actually catch real problems, not just nuisance trips. Has anyone else had a similar eye-opener with new code requirements?
I was wiring up a Hunter fan in a 90 degree attic last Tuesday and grabbed a wire nut out of habit instead of sticking with the Wagos I normally use. By the time I got the fan hung and tested it, the neutral had slipped loose and I had to pull the whole thing back down in that heat. Has anyone else had a connection fail because they switched methods in a hurry?
Picked up a Fluke 323 from the supply house last Tuesday for $180. My old Klein one was giving me wild readings on a 3-phase motor call. Turned out the old meter was off by like 8 amps on the highest range. The customer's VFD was actually fine, I just wasted 2 hours chasing a ghost. Anyone else have a cheap meter lie to them and cost time?
I did a full rewire on a 1970s office building downtown last spring, and the before and after on the lighting was crazy. The old dimmers would flicker bad with even a half dozen LEDs, even the ones labeled as compatible. After swapping in some of the newer digital dimmers from Leviton (about $22 each at the supply house), everything smoothed out instantly on a 30-pack of bulbs. Has anyone else noticed how much better the newer dimmers handle mixed loads than that stuff we were putting in a decade ago?
I was at a service call in Boise last Tuesday, replacing a busted GFCI in a kitchen, when the guy leaned over and said "can't you just hook it up without turning off the breaker, I'm in a hurry here." I had to stop and explain that's how guys end up dead or burning down houses, and I refused to touch a thing until the panel was locked out. How do you handle customers who push you to skip safety steps just to save 10 minutes?
Last Tuesday I was troubleshooting no power to a kitchen outlet in a house built in 1982. Checked the panel, tested voltage at the breaker, everything looked fine. Turned out the breaker was internally tripped but the handle didn't flip. Anyone else run into Square D breakers that don't show a trip?
Some guy who's been doing outdoor lighting for 30 years in Phoenix said I was wasting my time with wire nuts on low voltage stuff because they corrode in like a year out here. I ignored him and sure enough 8 months later half the lights were flickering from bad connections at the splices. Anyone else switch to those silicone-filled connectors for outdoor 12v work?
He said if I spent half the time pulling wire that I did moving breakers around, we'd be done by lunch, and after watching him bang out a whole rough-in in 4 hours, I'm starting to wonder if the code book is making me slower not safer - anyone else feel like we overcomplicate residential stuff?
Ngl I was working on a new residential build in Raleigh last month and kept tripping a GFCI breaker on the kitchen counter circuit. I checked every junction box and outlet in the room twice, even pulled out the fridge and dishwasher. After 4 hours of testing with my meter I finally looked closer at the disposal switch. The damn grounding screw on the switch was touching the metal box just barely. Took me 30 seconds to fix. Has anyone else wasted a whole day on something that simple?
I was helping a journeyman swap a 40-year-old Zinsco panel in a basement in St. Louis, and the first 20 minutes were pure chaos with brittle wires snapping. He pulled out a cordless bandsaw and cut the whole mess out in one smooth pass, then landed every conductor neat. Has anyone else found that tool saves you from a rat's nest on old panels?
Back in 2000 when I started out my old journeyman in Phoenix would bend ridgid conduit for hours getting every angle perfect on a job. Now I walk into new builds and its all liquidtight and MC cable stapled up in 20 minutes flat. Anyone else think the speed tradeoff is worth losing the clean look?