CCT indicates the hue and tone of white light emitted from a specific bulb or fixture. It’s measured in Kelvins (K), which is similar to degrees in Celsius. Different temperatures on the Kelvin scale represent different colors. For example, light at 2000K-3500K looks more orange/yellow and is called ultra warm or warm white, and as temperature increases in Kelvins, color changes to more of a “paper white” known as natural or neutral white (between 3500K and 5100K) and finally into a bluish-white known as cool white (5100K+).

As a light source’s color temperature increases, brightness often increases. While shopping for LED lights, pay close attention to the color temperatures that are available for any one bulb or fixture. Choosing a warm white bulb with a color temperature around 3000K might mean sacrificing some brightness. Whereas, if you choose the natural white version, it’s likely that it will have a higher output.

Any room can benefit from light strip, globe bulb,

In order to understand nanometers, you must first understand the electromagnetic spectrum and wavelengths. The electromagnetic spectrum is the entire range of invisible and visible light, and a wavelength is the distance between peaks of light waves. Wavelengths are measured in nanometers, which are simply units of length that indicate colors of light within the spectrum. Nanometers will tell you how red, green, yellow, purple, etc. a light source really is. These measurements start lower at ultraviolet and increase from green to blue, yellow, orange, and then red. The wavelength of a colored light can be found in the light’s specifications table.

MR16 beam angle in degrees (left to right): 36, 24, 15

Fixtures or bulbs that emit wide beams, such as BR LED bulbs for can lights are great for areas that require a lot of light, such as basements, kitchens, or living rooms. Narrow beam angles like those from can lights with MR LED bulbs are best for highlighting decor or small areas. Globe bulbs, such as G30 LED vanity bulbs, have 360-degree beam angles, which means that they throw light in all directions. Globe bulbs are the perfect choice for centralized light fixtures.

The electrical system of a home is often a greatly underrated, underappreciated, and under cared for part of any home. As long as it’s working, why worry? However, your electrical system can very easily cause big problems if it hasn’t been cared for. Buying a home is a big investment, and you shouldn’t leave anything to chance. Depending on what your home inspection says when you get it back, it’s never a bad idea to ask for a licensed electrician to come out and do an electrical system inspection prior to committing to the purchase so that you know exactly what you’re getting. Consider the following reasons you definitely want to ask for an electrical system inspection before committing to a home purchase in Longview.

It’s important to have a circuit breaker panel inspected regularly, including when you’re looking to buy a home. The circuit breaker panel is a critical safety feature for any home electrical system. Your electrician will check to make sure it’s in working order, that there are no recalls on it, and that there is plenty of power in order to power all the appliances and more. Making sure this critical element of the home is working properly is the most important part of an electrical system inspection.

When you have an electrical inspection completed on a prospective home to buy, you’ll get a good sense of what the current state of the electrical system looks like. This will give you a good idea if you will have to invest in the electrical system in the future and when that may need to happen.

Your electrician can help you figure out if you’re making a good investment from that side of the home buying experience. Electrical problems can quickly add up to large sums of money if you end up having to replace much of the wiring, outlets, and lighting fixtures in order to improve the house and reduce any chance of an electrical fire. Understanding what the electrical risks are will help you know if the house will be worth the money or not.

Often times, when you buy an older home, you may be considering adding a dishwasher, upgrading the washer and dryer, or opting to either add or upgrade the air conditioning system. These are all great ideas to add value to your home, however, an upgrade can quickly turn into a much larger project when you need to install a new electric panel or upgrade the wiring because it can’t currently support your home improvement projects.

Smart homeowners are always looking for ways to lower their electricity bills. Not only do you save money, but you reduce your environmental footprint as well by decreasing your reliance on fossil fuels. Lowering your electricity and other utility bills can increase the value of your house and even correspond with living a happier life. There are endless tips and tricks available to help you cut back on your electricity usage, but be prudent -- there are some persistent myths out there about home electric use that won't actually help you save energy, and could end up costing you. Read on to find some common claims about electricity that simply aren't true.

Energy efficient light bulbs are too expensive: Light bulbs cost more to buy in the store than they used to, it's true. Thanks to federal regulations, traditional, cheap, incandescent bulbs have all but disappeared from the market,  replaced with options like compact fluorescent bulbs, LEDs and halogen bulbs that all have a higher price tag. However, the modern bulb options use far less electricity and have longer life spans that the incandescents of yore, meaning you will actually save money in the long run. The average household should save about $75 each year by replacing old light bulbs with newer, more efficient versions, according to the U.S. Department of Energy.

You don't need to power off your computers and other electronics when you aren't using them: Most computers, televisions and other modern electronic devices go into sleep or hibernation mode when they haven't been used for a period of time. However, hibernating is not the same as fully powering down. Leaving a computer in sleep mode still draws electricity. Furthermore, even in sleep mode, electronics experience tiny but cumulative wear and tear. Save electricity and prolong the life of your devices by shutting them off and unplugging them when you don't need to use them for several hours.

Setting the AC to frigid will cool your house down fast: Wrong. Your air conditioner cools at the same rate regardless of how hard it has to work to meet your thermostat setting. So if you turn the dial to its lowest setting, you won't cool off any faster, but you will waste electricity once the machine passes your desired temperature and keeps on trucking to cool the house even further.

Solar panels aren't an option for me: While solar panels produce best in climates with a lot of clear, sunny days, homes in cloudy or rainy regions of the country can also benefit from them. Fog and clouds block some of the sun's energy, but not all of it, so residents of famously weather-obscured cities like Seattle and San Francisco can still get good value by installing a solar array on their roofs.

To separate what's real from what's false in the world of electricity efficiency, hire an expert to conduct a home energy audit. A trusted professional can evaluate your home and appliances, show you where you can make cost-efficient upgrades and steer you away from useless or counterproductive measures.

The electrical field is one that has seen a number of remarkable discoveries over the decades. One very important lesson has been the aspect of grounding of electrical currents. It’s true that we need electricity for almost everything in our daily lives and can’t even imagine a world without it. However, it continues to be one of the most dangerous elements on earth. If you haven’t already properly grounded your home’s electrical systems, you are taking a significant risk by not doing so.

Every electrical circuit has an active wire which supplies power; there is also a neutral wire which is responsible for carrying the power back. There is a third wire (grounding wire) that can be attached to the power outlets & the electrical appliances and devices; this wire is connected securely to the ground in your breaker box.

This third wire is the additional path that the electrical current can pass through to be safely returned to the ground, in case there is a short circuit; this prevents any harm being caused to anyone. In the event that a short circuit occurs, the current flows through into this grounding wire and it’s when you notice a tripped circuit breaker or a blown fuse in the electrical main board on your property. If this wire hadn’t been grounded, it would have resulted in a fatal shock.

This is one of the most important reasons to ground electrical currents. It’s the best way to protect your family members from electrical surges when they are operating any electrical appliances in the house. In case a lightning strike causes an electrical surge on your property it can result in extremely high electrical voltages in your system. When the wiring has the proper grounding, all the excess electricity gets diverted into the earth, rather than burning everything that’s connected to your electrical system.

When your installation is grounded, it becomes very easy for the power to get directed exactly to where you need it; this allows the electrical currents to efficiently & safely travel across your home’s electrical system.

A properly grounded system makes it much easier for the power to be distributed in the right amount to the right places. This plays a significant role in ensuring that there is no overload in the circuits. The earth becomes the common reference point for all the different sources of voltage in an electrical system.

One of the primary reasons why grounding is extremely effective in keeping you safe is because the earth is an excellent conductor, and electricity always takes the path that has the least resistance. When you ground your electrical system, you are giving it a path that it can easily take, rather than into you; this can potentially save your life.

If your home’s electrical system isn’t properly grounded, you are just risking the appliances and equipment that are connected to your system, being burnt beyond repair. If the situation gets out of control that can also result in a fire risking your property and causing physical injury, sometimes even death.