MyLEDLightingGuide.com’s

Each kit measures 6.8″ L x 4.9″ W x 1.5″ H and weighs about 1.5 lbs. These lights come in 100-277 (Standard) | 347-480 (High Voltage), and can be installed in environments ranging from -30°C to +45°C. Three color temperatures are available: 4000K | 4500K | 5000K (Standard). MyLEDLightingGuide stocks 5000K, but can order in 4000K or 4500K.

These retrofit kits are specifically designed for smaller fixtures that have bulbs up to 400W. Three models are available to match the right output with your application. These lights fit well into wall packs, highbays, parking lot lights, canopy lights, low bay lights, flood lights. In fact, the only limitation is the fixture itself.

2 models make up the Large Series of LED Retrofit Kits, the 150W and 200W. These lights are powerful enough to retrofit and replace Metal Halide and High Pressure Sodium bulbs all the way to 400W-750W. These lights are designed to provide more than the normal 400W retrofit replacement kits. There are times when more light is needed, and these kits were designed to provide more light than our normal retrofit kits designed to replace 400W Metal Halide

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Have you ever wondered about the difference between single-phase and three-phase circuits? If you currently reside in North America then you are likely accustomed to single-phase circuit power throughout your home. Although single-phase circuits are popular among residential homes and smaller commercial business buildings, some businesses may consider switching to three-phase circuits in order to reduce long-term electricity costs and improve the efficiency of their building’s electrical power supply. In order to provide you with a better understanding of the difference between single-phase and three-phase circuits, Expert Electric breaks down the difference, advantages and disadvantages of each below:

Single-phase circuits are generally used to power residential homes and smaller business buildings whereas three-phase circuits are common in large industrial buildings that require a more significant amount of electrical power. Not only does a single-phase circuit require a larger electrical current than a three-phase circuit, it is less efficient with its transferal of power. This is because its current only alternates between two wires; therefore, there is a point in the process where the electrical power in a single-phase circuit drops to zero. Since a three-phase circuit transfers the current between three wires, it is more efficient with the transferal of its electrical power and therefore never allows the power to drop to zero. This allows a three-phase circuit to provide electrical power to systems that demand more electricity.

The advantage of implementing a three-phase circuit is cost-savings. Three-phase circuits are more efficient with their transferal of electrical power; therefore, they are capable of powering much more at a lower cost. Office buildings and manufacturing plants can still operate with single-phase circuits although they would be more efficient with their power supply if they made the switch to three-phase circuits. The real difference between single-phase and three-phase circuits can be seen in large data centers and manufacturing buildings. These large facilities require more power to run their operations and will therefore witness greater efficiency and savings by making the switch.

Electricity is such a common part of our world, we rarely think twice when we use it or are around it. Technology and a lot of trial and error has made electricity extremely safe with safeguards built in place on almost everything that uses electricity to run. We feel safe around it and tend to get complacent. Complacency can be extremely dangerous and cost us a home or result in a serious injury. Your electrician in Glendale wants you to keep some things in mind when you are using electricity in and around the home. If you have questions, give The Electric Connection a call.

What NOT to Do

*Never yank a cord out. Always use your thumb and finger placed on the designated area and gently pull.

*Don’t use a cord that has any holes in the protective coating says an electrician. Glendale homeowners can use electrical tape or have the cord properly repaired by a professional.

*Don’t connect several extension cords together. This can damage the appliance as well as cause the breaker to trip.

*Don’t staple or nail a cord to the floor or wall to keep it out of the way. You could damage the protective coating and cause a short.

*Don’t try and fix or work on any appliance while it is plugged into the wall.

*Don’t run a cord under a rug or in a high traffic area. If you need a better placed outlet, have one installed by a Glendale electrician.

*Don’t plug in an appliance if your hands are wet or you are standing in water.

Electric safety is fairly simple, but it is important you are always thinking about what you are doing to avoid silly mistakes that can end up being extremely hazardous. Give The Electric Connection a call if you would like to learn more about how you can make your home’s electrical a little safer.