Question:

I’m an electrical contractor in Toronto, Ontario, Canada. In one of the earlier posts I’ve noticed that you offer a lifetime workmanship warranty. Could you explain to me how it works? As I am planning to implement something similar here. If you can share a copy of you warranty agreement – that would be ideal, but if you cannot I understand that. Any information would be greatly appreciated.

Best, Fred Samson

Answer:

For over 30 years I have offered a Lifetime Guarantee on all my company’s work. Over the years, this has generated a lot of extra sales for our Los Angeles electrical contractor customers. The way our guarantee has been so successful for us is that we have a Lifetime Guarantee on all my company’s [B]work[/B], not the materials used.

We tell customers that we guarantee our own work for LIFE, but we can’t be responsible for materials that we didn’t build ourselves (light fixtures, smoke detectors, dimmers, circuit breakers, etc.). On materials, we back-up whatever the manufacturer’s warrantee is.

I’ll be happy to talk about this with you in more detail if you want. Feel free to call me during business hours M-F.

Good luck with your business.

Visit our company profile.

2. In order to open the headlight housing, it must be heated to soften the glue that seals it. Preheat the oven to 270 degrees Fahrenheit, and place the housing in the oven (top rack). Heat the housing for approximately seven minutes. Note that this time will vary by vehicle manufacturer and that you should be careful not to overheat your assembly. Also note that the headlight will be hot when removing it from the oven, so take care not to burn yourself.

*Please note that this can damage your headlight assembly and that you do so at your own risk.

4. LED angel eye installation will vary by headlight. In this instance, we mounted an

5. Place the second layer back in the housing to ensure that everything is aligned the way you would like. This is also a great time to clean the inside housing, as you will not be able to do so once you reseal it. The cleaner you get it the better; smudges and dirt will be more visible when the lights are on.

8. Now it’s time to reseal the headlight housing. Preheat the oven to 270 degrees again, place the layers together, and put the headlight in the oven (with halo rings installed) for seven minutes. Remove the headlight from the oven, and press the layers together firmly as you work around the lens to ensure all of the edges are sealed (this might require gloves, as the headlight will be somewhat hot). Be careful to only press on the edges so as not to warp the lens.

*Please note that this can damage your headlight assembly and that you do so at your own risk.

10. With the headlight housing installed, complete your wiring, and test connections to ensure proper installation. Be sure to tape/heat-shrink any wiring connections that were added, and clean up any loose wiring.

As the rest of the world is observing Discovery Channel®’s legendary Shark Week 2014, we at Mr. Electric® took it upon ourselves to set aside this time to celebrate what we have endearingly termed Spark Week. While the fascinating facts and featured film clips of the mystifying creatures are fun and interesting to watch, we believe the electric spark is just as deserving of our appreciation for a week as sharks are – especially taking into consideration that electricity wouldn’t exist without it.

As far back as 600 BC, a Greek philosopher by the name of Thales of Miletus discovered that when amber is rubbed with a cloth, it can be electrified and attract other objects and produce sparks. German mathematician and philosopher Gottfried Leibniz made the association of sparks with electrical phenomena in 1671. There were some more experiments performed in 1708 by Samuel Wall with amber rubbed with cloth to produce sparks. And finally, the story we are all familiar with, in 1972 Thomas-Francois Dalibard and Benjamin Franklin each independently demonstrated that lighting and electricity were the same thing. Ben even extracted sparks from a cloud during a thunderstorm with his famous kite experiment.

The discovery of the electric spark encouraged electrical research. Once scientists began to understand how electric sparks occurred in nature, the question became how that power could be harnessed and controlled. This was the beginning of electricity.

Spark plugs begin the combustion in your car’s engine, allowing you to start your car every morning. The discovery of the electric spark led to the development of spark-gap transmitters. While these transmitters are no longer used in radio communication today, they played a large part in the beginning of wireless communication. Without sparks, you would have a much harder time driving, listening to music, and even seeing in the dark. The discovery of sparks is one of the most important scientific advances in history, so don’t forget to celebrate Spark Week!