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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Central forced air heating is by far the most popular kind of Zone heating, also called zone control heating, is a system of dampers installed in the ductwork of your home. The dampers are basically large valves that can open and shut to direct air flow. A damper is installed at each room junction, effectively splitting the house into a number of isolated zones. A thermostat is installed in each room with a damper, allowing that room total control over the air flow into it.

Zone heating is often installed to remedy the two problems mentioned above. Normal central air heating is inaccurate in which rooms it heats, so zone heating isolates each room to allow precise control over their climates. Central air heating causes a lot of uneven hot and cold spots, due to its reliance on a single thermostat. Zone heating compensates for this by installing many thermostats, ensuring that each room can be set to the comfort level of whoever occupies it.

By solving these two issues, zone heating saves energy and makes the rooms in your home more comfortable to be in.

A problem so many people deal with and assume there is no real solution to is bathroom lighting needs in the dead of night. Turning on the light to take care of business can be too much. It is too bright and ends up blinding you before waking you completely up and making it next to impossible for you to fall back to sleep. You may feel like you are forced to choose between complete darkness or too much light, but an electrician in Burbank has another option. The reliable team at The Electric Connection wants to help you take care of your bathroom lighting woes.

Under the Cabinet Lighting

You can add some light to the bathroom without making it completely by blinding by placing it low to the ground. A rope light placed under the lip of the bathroom counter near the floor adds just the right amount of light in an area where you really need it. This is a quick and easy job for an electrician. Burbank homeowners will appreciate the effect the soft lighting gives the room as well as its usefulness.

Outlet Nightlights

These are very handy and shed just the right amount of light over the sink area. The lights are attached inside the outlet cover and do not require the services of a Burbank electrician. The lights work on a sensor and will automatically turn on when it is dark.

Lighted Toilet Seats

These may not be quite as practical, but they are certainly very neat looking. It isn’t the actual seat that lights up, but the hinge of the toilet seat. The soft glow of light illuminates the bowl and gives a person a little direction.

If you would like an electrician to take care of these small bathroom lighting jobs, give The Electric Connection a call today and schedule your appointment.

High temperatures cause conductors to expand and hence increase in length. The converse is true for low temperature conditions. The change in length varies from one conductor to another depending on its thermal expansivity. The length of copper conductors, for instance, changes by 5 feet per 1000 feet of length when the conductor temperature changes from 100 – 0°, while aluminum changes by about 7 feet. The length increases with increase in temperature and reduces with reduction in temperature.

This increase or decrease in length is of great concern when installing power transmission lines between poles and towers, or when installing other power connectors. There must be an allowance for this change in length since it can cause catastrophes if it’s not there.

Weather changes are associated with increase and decrease in temperature and thus affect power transmission lines and other conductors. However, change in temperature is only one factor that affects power lines. Below are the changes that occur to power lines and other conductors as a result of weather changes:

The amount of heat dissipated from power conductors is reduced during hot and calm weather conditions. Basically, if the temperature of air around the cable is low, more heat is lost from the cable to the air. If the air is already hot, the exchange of heat is lesser. This low heat dissipation causes the lines to overheat. However, the rise in conductor temperature (overheating) worsens when cables are transmitting too much power than required. The first effect of this increased conductor temperature is snagging, which is the downward bulging of the cable between two poles, caused by the increase in the length of cables.

Snagging is largest during extreme hot weather (largest increase in temperature) conditions experienced in summer. The increase in length results to downward bulging of the cable due to the effect of gravity. Excessive sagging is dangerous if it goes below the accepted height clearance – cables could come into contact with trees, buildings and other structures underneath, causing electrocution and fires.

Excessive sagging represent an added weight on the power line and this increase may cause the line to fail or to pull down weak poles and towers. The effects can be small but gradual and so the poles and towers will finally come down or require some adjustment/replacement after some time, which is costly. This sagging can also cause the lines to short out. Excessive sagging is also costly since it leads to increased electrical resistance. This means that a sagged power line transmits lesser current than it normally does, thus causing under-feeding of electrical equipment and industries. It is also costly and time consuming to rectify a sag.

When it comes to replacing a main breaker in your home, it may feel like an overwhelming and expensive task, and you likely want to be sure that is your only option before you move forward to schedule the electrical services. Finding an electrician you can trust can help you to decide whether main breaker replacement is your best option, but you may also want to learn the basics yourself so you can make an informed decision on your own.

Let’s take a look at the basics of circuit breakers and the main breaker, how they work, and when you would need to consider replacing a main breaker:

Circuit breakers exist to keep the home’s wiring from getting overheated or catching on fire. The necessary size of the breaker for a home depends on the wiring size as well as the expected electricity load that it will support. When the circuit breakers are in a closed position, they conduct electricity. However, when the flow of electricity (measured in amps) goes beyond what the breaker can handle, it trips or opens. This activity “breaks” the circuit and stops the energy from flowing.

You can reset the circuit breaker by closing it, but repeated tripping and the need to reset the circuit over and over can wear down the breaker, which can end up reducing its capacity.

The main breaker is the circuit breaker that serves as a safety feature to protect your electrical panel from overload. Overloading can then lead to overheating, which is obviously a fire hazard. This breaker is usually located at the top of the smaller circuit breakers in the electrical panel. Some main breakers are locked in place, while others snap or slide in. The main breaker serves to turn on and off power that is incoming to the home. Without a well-working main breaker, you will likely have major power problems, and it may even shutdown altogether.

While sometimes your main breaker will fail without any warning, you will usually have signs that point to it wearing down. Here are the typical warning signs that will clue you into something being wrong:

If you are noticing several of the signs above, it’s time for a main breaker replacement. If you are only experiencing one or two symptoms, you may just need some repairs. However, in either case, you need to call a professional electrician for an appointment immediately. An expert will be able to assess the situation and determine exactly what is going on and provide you with a plan of action to get your electrical services running smoothly and safely once again.