Many would argue that Christmas lights and decorations are one of the most enjoyable aspects of the holiday season; one can’t help but “ooh” and “aah” at all the dazzling lights and angelic sceneries.  In fact, a testament to this is the popular tradition of driving around neighborhoods at night just to see all the different displays homeowners have put up.

When it comes to Christmas lighting and decorations, the possibilities are nearly endless. Whether you decide to go with blown-up animated cartoons such as Frosty and Rudolph, lighted Santa sculptures, pathway lights, or hanging lights such as icicle or snowflake, we guarantee your home will be a beautiful masterpiece by the end of it.

While lighting and decorations are a great way to illuminate your holiday spirit, it’s important to follow safety guidelines to ensure your family and home remain safe.  Homeowners use exponentially more electricity this time of year, which can make way for electrical hazards. Make sure to follow these Christmas tips from the Electrical Safety Foundation International (ESFI).

Depending on what sparked your need for an electrical repair, you might be wondering if you can DIY a solution or whether you need to call a professional. If the fix just means changing a lightbulb or resetting the breaker, sure, go ahead! However, if your problem requires potentially exposing yourself to a live current, the job is probably best left to an electrical repair service. There’s a reason electricians are rigorously trained and licensed — the job can be dangerous.

Do you oftenHere are the signs you need an electrician

At the least, making a mistake while doing DIY electrical repairs could mean subjecting yourself to the discomfort of an electric shock … at the worst, fatal electrocution. Even if you do manage to get the job done, poor wiring or improper installation could also create a fire hazard down the line. There are some jobs it just makes sense to pay someone else to do.

If there are two things you should never mix, its water and electricity. Water actually reduces the body’s electrical resistance. This is why you probably know to never get electrical devices wet; such as bring a radio into the shower with you. It is important to keep yourself safe in the room that has the most water in it. Here are some tips when it comes to running electricity through the bathroom.

Sometimes it can be difficult to light the bathroom properly. With minimal windows or frosted windows, the light just doesn’t come in the same. Lighting is even more important in this situation so you have proper sight to avoid any hazards. You may require ample lighting to keep everything in your bathroom visible at all times. Plus, proper lighting can make your bathroom more peaceful and relaxing.

When installing lights in a bathroom it is important to ensure that they are watertight and water proof. When you have a hot bath or a hot shower there can be a significant amount of steam. If this steam gets into the light fixture or electrical connection it can corrode the wires and increase the chance of electrical surges and fires. If you are installing new lights in your bathroom have an expert check the product and connections to ensure that you are safe.

Blow dryers, shavers, curlers – there are many electrical devices that are commonly used in the bathroom so there needs to be an electrical outlet. This can be a huge risk for electrocution if not properly placed. Electrical outlets should be on their own dedicated circuit. In the event that there is a surge or water contact, only that circuit will shut off. The outlet should also have a GFCI (grounded fault circuit interrupter). Without a grounder, electricity can escape from the device and if you are wet, this is the last thing you want. Lastly, the outlet should be near the sink for functionality, but not close enough that any wires can hang into the water.

Our bathrooms can be a place of peace and escape, but you must respect the danger of putting electricity near water. If you are looking to remodel your bathroom call in an Expert Electrician.

Large factories, refineries, and oil facilities are all industries that require special considerations for their electrical wiring. Heavy-duty applications and hazardous environments must use products built to resist corrosion. Chemicals, rain, snow, wind and other threats damage industrial wiring. As a result, good maintenance and repairs are imperative.

With a properly installed tray system, the next step includes teck cable. This armored cable with an exterior jacket, comes in nearly any combination of conductor sizes, voltages, and cores. Fiber optic, CAT6, and shielded twisted pair cables are available. These are usually color-coded based on their type. Teck cables can be pulled through cable tray, conduits, or buried underground. For buried cable, ensure that it is placed at the appropriate depth, protected by layers of sand, spaced properly, and that buried cable warning tape is conspicuous.

Some clients request protection for buried cables; therefore bricks, concrete slabs, or planks of wood are utilized. Where cables emerge from the ground, they should be protected by a PVC conduit sleeve. Teck cables must be secured to the rungs of the tray using approved Ty-wraps or cable clamps. This not only keeps cables neatly arranged, but reduces the chances of damage.

Once a teck cable has been fed to its destination, it is connected by use of a teck connector. These connectors serve two purposes. The threaded end puts tension on the cable by means of a rubber gasket, which holds the cable securely in place. In addition, a small metal star-ring inside the connector makes contact with the metal armor of the cable, bonding it to the connector. This is why, when preparing a cable for the connector, that 3-4 rings of cable armor are left exposed.

In locations with potentially hazardous or explosive gasses, explosion proof connectors must be used. They have a small internal chamber meant to hold an epoxy sealing compound. This seal contains an explosion in the event of a failure. In addition, it prevents gasses from traveling through the small gaps between wires to potentially non-hazardous locations where arcs and sparks cause harm.

Good working knowledge of industrial wiring applications is essential to ensure safe and reliable installation. Finally, with the use of heavy-duty materials, a facility can expect many years of problem-free service.