Decorating for Halloween involves jack-o-lanterns, cobwebs, ghosts, ghouls, witches, skeletons and more. One of the most exciting parts of decorating is putting up lights! Different colors, shapes, and sizes can take a home or yard to another level. Along with this new level of appeal comes a new level of safety hazards, though. To ensure your Halloween goes smoothly for your family, Mr. Electric® wants you to know the precautions you should take to safely power tomorrow.

Before decorating, count the number of outlets available and take note of where they are located so you can plan your displays accordingly. This will allow for a safe distribution of use among different outlets and prevent you from having strings of lights stretching across the floor or yard. Those are both huge hazards that can be avoided by planning.

Carefully look over all of your decorations. Any bare wires, damaged sockets, or loose connections could cause very serious shocks or start fires. According to the National Fire Protection Association, about one-third of the house fires involving decorative lighting were caused by electrical failures or malfunctions. You can prevent it by simply taking the time to inspect.

Outdoor lights are made for outdoor use, and indoor lights are made for indoor use. It’s really important to remember this. When decorating, always double-check to make sure that they are meant to be used in that location. The same rules go for extension cords and other electrical decorations.

Just like other electrical appliances in your home, it’s not safe or necessary to have your lights on when you are away from home or asleep. Have them on only when you are able to actively monitor them.

Decorations are so much fun that we often forget that they come with imminent dangers. It’s nothing to be frightened by (like many other Halloween things), but being aware can be the difference between Halloween fun and a night of terror. To explain just how important we think these tips are, we wrote you a haiku.

Halloween is here.

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In the last few years, hybrid and electric vehicle technologies have grown by leaps and bounds. Rather than being a clunky, partially formed technology, it is now possible for many people to own an electric vehicle that is both energy efficient and good looking. One thing that is often overlooked when purchasing an electric vehicle, however, is whether or not your home needs special wiring for your new, highly efficient vehicle. In many cases, you will need to have an electrician Los Angeles come out to perform some relatively simple wiring upgrades to ensure that your vehicle charges safely and quickly.

Home Charging Stations

Depending on your commute, there may be a variety of charging stations between your home and your destination. That being said, every EV owner should have a home charging station so that they can plug their vehicles in at night and when they are not in use. These charging stations are available in two sizes, Level I and Level II. In most cases, both require a certain level of new wiring.

A level I charger is a standard 110 volt outlet that is placed on a dedicated circuit. If you already have an outlet on a dedicated circuit in your garage or carport, that’s great. If not, then you will need to have one installed. While a level I charger will get the job done, it can take much longer than a Level II charger. A level II charger is a specially installed 220-240 volt outlet that is placed on a dedicated circuit. This type of charger helps you make the best use of your cost and time. As opposed to the 8-12 hours required for a level I charger, a level II charger can fully charge your battery in 4-6 hours. This can be make a huge difference when it comes to how you use your electrical vehicle.

Whatever size the EV charger in your home, make sure that you have it installed by a professional electrician in Los Angeles.

One of the least understood terms in LED Lighting is efficacy, or in simpler terms, how efficient is the light. It is typically measure in lumens/watt. Today, efficacy is becoming more and more important because efficacy varies greatly from product to product. What the consumer needs to be wary of is that you should not be mislead into thinking that just because you are switching from HID or fluorescent to LED that you are getting the best savings available. You also need to look at how efficient the LED product is to maximize the savings.

Here is an example of how this works. Let’s look at a two USA Made competitors LED Retrofit Kit compared to our 4th generation LED kit. All three units are designed to replace 400W HID

From this table, you can see that all products produce over 13,000 lumens, with the MyLEDLightingGuide product producing the most at 14,528 total lumens. It also consumes the least amount of energy of the three units at 105 watts, compared to 130 and 135 watts. For the record, all three products come with a 10 year warranty on the head and a 5 year warranty on the driver. MyLEDLightingGuide also offers a 10 year warranty on the driver as an optional upgrade.

But what does this all mean in terms of saving you $’s. Let’s take a typical scenario. Let’s say these retrofits are installed in MyLEDLightingGuide 105W retrofit kit. Multiply this number over 10 years and by the number of fixtures you have to replace, and this is real dollars. And let’s not forget the MyLEDLightingGuide retrofit kit is also much brighter than the competitors products.

So efficacy is important. It saves you money. But a well designed kit will also produce more light. Just think, without efficacy we wouldn’t have as great of savings, nor would we have more light production from the same amount of power.

Efficacy is huge in the world of lighting, and it is only going to get better year by year. Technology improves, lights improve, and thus; efficacy improves. In 10 years, lights that will be made are probably going to be 5x improved then they are today. And since they are already super efficient today, just imagine that times 5. Now that is efficacy!

In these modern times, where a lot of stress is put on the importance of recycling and saving resources, one may wonder if it’s wise to use reconditioned electrical equipment. After all, it is a great way to save money and use materials that would otherwise be thrown out. But one also must consider safety which is key when you are thinking about any kind of electrical materials. Well, that truth is, there are some times when it is safe to use reconditioned electrical equipment, and other instances when it is not. Read on to find out the best ways to determine whether the reconditioned electrical equipment you are using is safe.

Many people believe that reconditioned electrical equipment is not safe. The truth is, sometimes it can be even safer than its original state. This can be the case when old parts are replaced with newer components that are safer and more efficient. However, that doesn’t mean that all reconditioning is done safely. Determining whether or not your replaced parts are in accordance with safety standards. A few prerequisites must be met by the company that is updating the equipment.