The Electrician Issaquah WA Uses for Troubled Circuits
Hi! I am Larry Dimock, The Circuit Detective. When your house gets hit with a circuit acting up, you may want a circuit fixing specialist. Being one of eight electricians cited by KOMO's Consumer news, I don't think you will be disappointed by the trust you put in me.
I won't try to sell you a whole new panel. I keep it simple. I have been in the trade since 1977, in the electrical contractor business since 1982, and limiting my customers to those in need of troubleshooting since 1997. Learn more about me and learn more of what I do for homeowners around the Eastside.
Reasonable Cost?
Because I've become so efficient at solving circuit problems, the average job takes me about 40 minutes. At $1.00 per minute, plus my $40 trip fee, you can see that, most often, under $100 gets the electrician Issaquah needs for circuit fixing.
How Tied Up Am I?
Unlike many other electrical contractors, I don't let myself take on large projects. Because I have been attending to my elderly parents lately, I cannot schedule a time to come to your home, but you can tell me your problem, leave me your contact number, and I will call you if I see an opening. I live just over the hill, in Carnation. You can reach me at 425-333-4400 Mon.-Sat. 8am-9pm.
Wish You Could Solve It Yourself?
I actually encourage and admire the do-it-yourself attitude. So My troubleshooting website gives lots of tips and advice in that direction. It is used by many people around the country. Why bring in a licensed electrician if you don't have to?
Story Problems From Issaquah WA
Recent tough problem toward Cougar Mountain. Downstairs in this mother-in-law apartment, the dining room outlets and light were not working and she was to entertain guests there that evening. This electrician, Issaquah, had to pull out all his tricks for this one, and it took me a few hours (not usual at all). I knew there was a bad connection along the circuit, but when I had checked at all the obvious visible outlet boxes, I began to wonder if this was one of those rare splices in the wall (no box, no cover). My wire tracer showed me where the bad wire went in the walls till it was bad. The suspect place was in a wall behind kitchen cabinets or (other side of same wall) behind a bathroom cabinet. I pulled drawers out. In the bathroom I opened an exploratory hole and felt a wire and a box in the wall. Since it seemed to be facing the other way (toward kitchen), I measured and opened another hole behind the drawers of a kitchen cabinet. There was a receptacle that had been left buried behind these kitchen cabinets when the kitchen was remodeled four years ago. And this outlet was having a problem with one of its connections that was supposed to pass the circuit along. I made the repair and turned that box into a junction box with a blank cover. I think the lady was happy. The whole time she and I had been in each other's way in the kitchen, because for her part she was very busy cooking up some special things for that dinner.
Another tricky one. Michael was preparing for a generator transfer setup by identifying his circuits. Anything would be an improvement over the scant, generic labeling his panel had come with. In the process he found that to turn off a certain set of lights and outlets, he had to turn off two different circuit breakers. If either breaker was on (with the other off) everything still worked. This could be dangerous for anyone working on either circuit, for indeed there were meant to be two circuits leaving the panel. They had been joined to each other somewhere out in the house. But where? A job for the detective. I had just come from a job the day before in Bellevue where I found a similar mixing of circuits at a double-box, a place they have a chance to mix. So I poked my nose into two or three such candidates without any luck. But a fact was nagging at me -- these two circuits left the panel in the same cable with each other, sharing one neutral. Normally, to do that, they would have been given breakers that were 240 volts apart, so as not to overload that neutral. I looked into outlet boxes where this two-circuit cable could be expected to land, but did not see any telltale red wire of the second circuit. Finally I wondered if an outlet had been covered up (like in the story above) by this big bookcase in the family room. No, Michael said, not covered, just behind the books! That was a relief. I promptly found the outlet, opened it up, saw the red wire, and saw that someone (an apprentice?) had connected things there as if he was dealing with a normal single circuit. That must have set up a 240-volt short, which he (or his journeyman) solved (improperly) by moving one of the breakers to the same "phase" as the other (zero volts apart). It was easily separated at this outlet, so that the breakers could once again live 240 volts apart, which their neutral appreciates. The troubles that lie waiting in 98027 and 98029!
THE CIRCUIT DETECTIVE