Super Bright LEDs employs skilled engineers and experts to test LED lights before they’re sold. Our in-house test lab is stocked with numerous pieces of equipment that provide important specifications about each product, such as brightness, color temperature, and operating temperature. Testing methods include the use of integrating spheres, spectrometers, Forward-Looking Infrared (FLIR) cameras, and an environmental chamber. In addition to this equipment, our technicians perform burn-in tests and durability tests that can last anywhere from two weeks to several months.

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Our state-of-the-art environmental testing chamber utilizes a 30-cubic-foot enclosure to reproduce the full ranges of temperature and relative humidity found within commercial and industrial LED lighting applications. Data collection (photometric & electrical) occurs while a device-under-test cycles through specified environmental extremes. Chamber temperature ranges from negative 35° C (negative 31° F)  to 200° C (392° F), and humidity ranges from 10 to 95 percent.

To ensure that our products will perform under normal and extreme conditions—and to have a little fun—our technicians put them through a round of applicable tests. A selection of LED lights is time tested in the environment that each product is designed for. For example, waterproof boat lights are submerged in water, and weather-resistant landscape lights are installed outside. Depending on the type of product and its impact/weather rating, our technicians might drop, run over, freeze, burn, or even saw it in half to test the product’s durability.

Power overloads are one of the many scenarios an emergency electrician can help a homeowner address and prevent. In the event of an electrical emergency like a power overload, which can be the result of faulty wiring, only a qualified emergency electrician will be thorough enough to find the problem, repair it and help you avoid it in the future.

Overloads, though seemingly minor issues, are, in fact,  one of the most overlooked and dangerous problems you can have with your electrical system. An overload can cause everything from electrical shorts to fires. What’s more, a power overload is one of the most avoidable electrical problems—you don’t have to let it get to the point of electrical emergency.

What is an Overload and What are the Causes?

During a power overload, the circuit gets overwhelmed and shuts itself off. It’s a common occurrence in many homes. For instance, you could have the microwave, a rice cooker and a stove running off the same circuit in your kitchen when you suddenly notice that your power goes out in the kitchen while it stays on in the rest of the house. Then you check the breakers and realize that the breaker wasn’t tripped.

Because they see things like this all the time, licensed electricians can easily identify the source of the trouble. There are generally three main causes of power overloads.

 Power overloads are preventable with a little thought and planning. When ignored, however, they can result in very costly repairs—or worse.

 Electric Man: Emergency Electrician to the Rescue

Are you experiencing a power overload or another issue that requires an electrical troubleshoot? Electric Man’s emergency electrician crew is available 24 hours a day, 7 days a week to respond to your electrical emergency. Give us a call today at 972-792-7270 to learn more about our emergency electrician services. You can also connect with us on any of our social networks!

There are instances where NEC and other regulators recommend dedicated circuits for certain loads. Typical loads to put on individual branch circuits include sensitive electronic equipment such as computers. In addition, water heating systems, large appliances, and other high capacity loads that zap power require a dedicated circuit.

Run cables all the way to the main service panel and avoid connecting to other existing circuits. The same conductor size should be used throughout the branch circuit.

Electric water heaters, HVAC equipment, hot tubs and other appliances should each have a nearby disconnect that is easily visible and accessible. The power disconnect can be provided by the main or sub panel breaker, a dedicated switch, or a power cord that can be unplugged.

The branch circuits should have adequate current carrying capacity, adequate and grounding.

Typical branch currents include:

Compact fluorescent lamps (CFLs) are good substitute to the now being banned incandescent lamps. It is more energy efficient and lasts longer than its counterpart. CFLs are more expensive because the price includes the disposal fee. It was introduced in North America in mid 1990s. Although it is more energy efficient than the incandescent lamps, its composition makes its disposal complicated. CFLs are known to contain mercury which is a very serious threat to the environment once disposed improperly. Mercury functions as the vapor inside the glass tubing of CFLs. Usually CFLs contains around 3-5 mg of Mercury; some have it as low as 1 mg. In essence, Mercury is utilized as vapor in a phosphor tube, which when electricity pass through, it produces short-wave UV (ultraviolet light) which causes the phosphor to fluoresce, therefore making visible light.

Mercury or Hydrargyrum or quicksilver is a liquid metal with a symbol Hg. Mercury is a poisonous chemical that can be derived from major deposits as cinnabar or mercuric sulfide, the reason for vermilion, the red pigment responsible for the reddening of the soil. The poisonous substance can be ingested or inhaled mercury vapor or by eating mercury contaminated fish. Mercury poisoning which is also known as mercurialism or hydrargyria is the disease that can be derived from exposure to mercury or its components. Acrodynia, Hunter Russell syndrome and Minamata disease are among the list of those mercury related diseases. It affects body senses such as impaired vision, hearing and speech. Disturbed sensation and lack of body coordination are also among the symptoms.

Imagine the world full of mercury-filled CFLs, time will come that the number one cause of human fatality is mercury poisoning. Steps are being taken into account for the eradication of CFLs. By the year 2015, the government of the United States of America will implement the banning of use of CFLs to stop the possible exposure to mercury. Although it is expected that many users of CFL will stop this banning procedure, a lot of informative measures are being given to the public to further understand why the government is pursuing this act.

When this thing comes into action and given that the incandescent bulbs will as well be phased-out, what can substitute CFLs as lighting solution? Majority are thinking that LED lamps are the next thing to be on the spot light to cater all the lighting requirement of the world.

LED lamps can be considered a viable means as alternative to the prevailing lighting system which are expected to be obsolete in the years to come. LED lamps are a lot more beneficial to employ than those two. Imagine the comfort one can have if for a long time, around 10 – 13 years, he will not be thinking of replacing bulbs and maintaining it. Additionally, LED lamps are comparatively using very low energy and still can give-out the equivalent brightness and luminance compared to its counterpart. Considering the price of purchasing LEDs, one just have to consider LED lighting as an investment that will definitely pay-off in the years to come.

Ample information should have to be distributed to further inform the public regarding the practical benefits of choosing LED bulbs over the other lighting options available today.

The electrical inspection checklist is perhaps one of the most important documents you’ll want to take notice of if you are building a home or doing significant renovations. In short, it is a rundown of all of the electrical systems in place. It ensures your home’s electrical system meets the requirements set by local codes and overall electrical safety standards. While each contractor and local area may have its own version of this electrical system checklist, it’s important for you to know what to expect.

Generally, this inspection tool is a way for the contractor, local building departments, and licensing agencies to ensure the electrical work completed on a building is safe and done according to industry-wide protocols for safety. It helps home inspectors to ensure that electrical installation meets specific guidelines set forth under local building codes. It also works as a way for contractors and project managers (as well as homeowners) to know what’s been done, what’s going to be done, and what needs attention.

Here’s a look at some of the elements of this electrical inspection checklist you’ll see. You can use this as a basic guide before asking your electrician or building contractor for a copy of your own: