You're strolling straight through the local home revision store with your lovely bride locked at your elbow, and as you pass straight through the electrical fixture section she says to you, "This ceiling fan is gorgeous! Honey, you would make me so happy if you would install that ceiling fan in our living room." The clerk jumps in at that point and explains the features, and discusses how slick it would be to install the fan speed control, and the dimmer for the light kit. He looks at you at the same time your wife does and he says, "You can handle this one, can't you sir?" You cringe like a frightened canine, and tell her you would love to achieve this scheme for her if you hadn't already made plans to...um...clean off your workbench...all weekend.
Okaaaaay...
SHOCK YOU LIKE AN ELECTRIC EEL
Many Do-it-Yourselfers achieve carpentry, gardening, painting, and even plumbing. But when it comes to home wiring, fear keeps us from completing projects that growth the value of our home, and give us strong personal satisfaction from the beautiful upgrades we could be performing.
Electrical safety is without question, the most foremost aspect of any electrical work. And just like anyone we do in life, fear comes from 'not knowing'. dream what you could achieve if you could achieve home wiring safely and confidently. dream recovery thousands of dollars over the years, if you could do-it-yourself! It in fact just takes a base sense approach, but just as important; it demands your undivided attention. It's very foremost that you do not get in a hurry. Make sure that you have planned your scheme adequately, and that you've allowed plenty of time to unblemished your project, or at least if you have to pull off of it and come back to it later, that you find a convenient stopping point, and that you can live without the circuit that you're working on.
All it takes is one mistake; some think that 120 volts is not dangerous. It's not only dangerous...It is lethal.
* Shut the power off to any circuit that you are working on.
* Confirm the power is off with a uncomplicated pocket tester, a multi-meter, or lamp, blow dryer or someone else similar appliance.
* Keep a flashlight near your electrical panel at all times, just in case of a power loss.
* Use fiberglass ladders for any electrical work that you do. Fiberglass ladders are non-conductive. Don't use an aluminum ladder.
* Never work on electrical systems in the rain, or in damp or wet locations, or where power is not completely shut off.
* Wear rubber-soled shoes when performing electrical work, and when inherent stand on a rubber mat, or dry wooden floors or sub- floors.
* Never work barefoot or in socks or slippers, and don't assume that it's safe to work without rubber-soled shoes on concrete floors. Concrete is conductive, particularly when it's damp (a good reason to never load or unload your washing motor while you're barefoot standing on a concrete floor).
Anything can guide electricity if the conditions are right. Even if by definition it's called an insulator. (A conductor allows the flow of electrons, and an insulator resists the flow of electrons). When you turn off the power to a breaker, tape that breaker off. Osha requires us as contractors to lock it off, and tag it out with a procedure called lock out/tag out. It involves red tags and devices that will lock the breaker off to prevent it from being turned on. (If you have your panel cover off, remember that even when you turn breakers off, there are still energized components in the panel itself!).
In your home, at minimum put tape over the breaker, then close your assistance panel cover, and put a piece of masking tape over the cover, or a sign that says, "Do Not Open," or "Danger", or something similar, so anybody who approaches that panel will immediately know what's going on. Furthermore, inform your family members that you are doing electrical work so that others are completely aware that you are working on the electrical system.
If you are working with fuse panels instead of breaker panels; when you remove a fuse, use only one hand to remove it. Put your other hand either in your pocket or behind your back; it's a good convention to develop anyway. What that does is keeps you from grabbing a circuit with two hands and providing a path for the electricity to flow straight through your heart. Now, electricity can still flow straight through one hand and one foot and pass straight through your heart, but if you've taken the other precautions I mentioned above, you will minimize your exposure to that hazard.
Another foremost aspect of safety that frequently goes unmentioned is tool use. It is well worth spending a minute extra money to buy quality hand tools like your lineman pliers, screwdrivers, wire strippers, and other hand tools that you will use for electrical work. For instance, Good wire strippers will prevent you from nicking or skinning the wires. Good screwdrivers will prevent slipping out of screw heads or rounding them out. You get my point; good tools not only improve the quality of your workmanship, but improve your trust as well. So don't skimp on tools. You can stock your tool pouch with good quality tools for 0 or less. Other safety and workmanship considerations --
Regarding extension Cords and Power Tools;
When you are using extension cords, be sure to use Gfci protection. either that means plugging into a Gfci outlet, or providing a Gfci whip to plug your extension cord in to. Also use Gfci safety for your power tools, particularly if you're using cords or power tools outdoors. A Gfci whip is nothing more than a very short extension cord, if you will, sometimes with multi-tap capability, meaning, that you can plug in more than one cord, and it has a Gfci gadget that's integral to the whip itself. If there's ever a ground fault, it should prevent you from being shocked.
Regarding occasion Sheetrock and other closed Surfaces;
Remember, when you cut, saw or drill into walls, ceilings, and floors, pay very close attentiveness to the depth of your work. Be conscientious because, even though you've got the power off to the circuit you're working on, there are most likely wires behind your wall, and you don't want to get into a live circuit behind your wall.
Regarding safety Equipment;
Safety equipment such as masks for dust, safety glasses for eye safety and gloves to preserve your hands are extremely recommended; and in my business, they're mandatory. I require my technicians to wear safety glasses when they're working inside of a panel in case of an arc, or a short circuit that might flash, or throw sparks. You only get one set of eyes. Also...develop the habit of turning your face away from the panel at the very moment you turn on or off a breaker, on the off occasion a breaker explodes. Odds are against it, but it has happened.
Regarding Grounding;
Never cut the grounding pin off the plug end of an extension cord, or any power tool cord. Tools that have plastic cases may not have a grounding pin, and that's because they're double insulated so a short will not reach the casing of the tool itself. But let's say you have a cord and plug assembly that you're trying to plug in somewhere; for example, to a two-slot receptacle, and you have a grounding pin on your tool or your extension cord, do not cut that pin off. That pin is there to carry a fault away from the tool and safe you, and the wiring. Use an adapter if you have to, and ground fault protection, like I mentioned before (an adapter that has the tab secured to the screw in the cover plate does not ground the cord or appliance, unless the yoke of the receptacle is truly grounded...but then the receptacle should be a 3-slot device).
Electricians' gloves are available. They are rubber gloves with leather gloves that go over the rubber to safe the rubber from being compromised in any way. It protects the rubber from being nicked or slit or cut. And those gloves are rated for different voltages. But...if the rubber has been damaged, even slightly, then that rating has been compromised, and it's out the window because electricity can jump straight through that gap and into your skin. These gloves are bulky and difficult to work with. We use them when we work on electrical services, when we do assistance upgrades, or if we in fact have to work on something live.
My technicians will wear gloves of their selection that are not insulated, but they'll be tight fitting and safe their hands from injury, although they will not insulate them from electric shock. Alot of times when you look in "how to" manuals, you will see pictures where the hands that are performing the work are in fact bare hands, and many of you Diy'ers will be doing electrical work with your bare hands.
In summary;
When we talk about safety we're talking about good, old-fashioned base sense, and taking personal accountability for your own safety. Here are the 7 Steps To Mastering Electrical safety For The Home Wiring Do-it-Yourselfer.
To achieve electrical work safely and confidently;
#(1) Educate yourself on the scheme at hand, and the nature of electrical work itself,
#(2) Make sure the power is off before you start,
#(3) Plan your projects thoroughly,
#(4) Use base sense,
#(5) Don't get in a hurry and stay conscientious,
#(6) Wear protective clothing and use quality tools,
#(7) Continue to learn and strengthen your skillset.
Follow these 7 steps and you will be able to successfully unblemished many home wiring projects without incident.
7 Steps To Mastering Electrical security SHOCK YOU LIKE AN ELECTRIC EEL
0 comments:
Post a Comment