These LED lights attach easily to the front and rear of your bike. The white light clips to the front break cables to help you see where you’re going, and signal to others that you’re heading their way. The red light clips to your seat rails, brightly marking your bike’s rear. They both operate in steady beam and continuous flash modes, visible from up to a mile away. They’re weather resistant and have a long battery life.

2. Twist On Bike Lights

From the 1950s to the 1980s, the Federal Pacific Electrical Company (FPE) installed electrical panels in millions of homes across the country. Unfortunately, these electrical panels are basically recipes for disaster—over the years, electricians and home inspectors have found that FPE panels often fail to protect homes from overcurrent or short circuits. The danger seems to happen randomly: even if panels have been installed and working properly for years, a single incident can quickly cause the panel to overheat and create a major fire hazard.

Remember—circuit panels trip in response to unusual surges of electricity. If they fail to trip, as FPE panels often do, those electrical surges cannot be stopped or shut off manually and will move through your home until they run out of fuel or until the wires burn out. This could cause the panel to overheat and catch fire, leading to a potentially serious disaster.

FPE panels may not be up to modern safety codes – electrical safety standards have been updated significantly since the 1980s, and experts say that FPE panels, which were produced from the 50s and into the 80s, do not meet these updated standards. Some of the deficiencies noted by home inspectors include:

FPE panels may have serious design flaws – not only do FPE panels not meet modern safety standards, but they also came with some serious design flaws that weren’t even common among panels built around the same time. Some of the most significant flaws include:

FPE panels may have manufacturing defects – as if that weren’t enough, the Consumer Product Safety Commission (CPSC) has noted a number of defects that make FPE panels unfit for homes, including weak materials used to construct the breakers that may prevent them from tripping and could cause the panel to catch fire.

If you live in an older home and you’re worried your panel might be a danger, call Kolb Electric. Our trained electricians are familiar with the potential hazards of FPE and other outdated panels and can replace your existing panel with a modern panel that will keep your home safe for decades.

For more information about circuit panel replacement in Maryland, Virginia, or Washington, DC, call Kolb Electric today.

Electrical transformers come in various sizes and shapes and there is a distinct possibility that you have seen one in the area your business is located in. The larger transformers are typically grouped together and are found in power plants and isolated and fenced-off areas.

While most people know that they shouldn’t get too close to these installations, most aren’t sure what the purpose of these transformers is and how they work. Here is some more information that will give you clarity about this.

These are essentially electrical devices that are used in transferring electricity from a higher voltage to a lower one and vice versa. Most of the electrical transformers are designed to serve the latter function. Without using too much of technical terminology, here is a short explanation of what they do – The process via which energy is transformed is called electromagnetic induction; this uses a magnetic field right through the process.

There are transformers of different types and they all serve different purposes, based on the scale of the project and output requirement. In household applications, they are used to power equipment and appliances as well as kid’s toys. The power that is generated from the large power plants is generally just too powerful for the application it is to be used in. This is where a transformer comes into the picture. It downsizes the electricity and turns it into the required voltage which then gets transferred via coils.

Apart from powering equipment and appliances in your home, electrical transformers also have a massive impact on our daily lives. Most homes and businesses aren’t situated close enough to a power plant. How then do these establishments and homes get the amount of energy they require to function correctly?

This is the point at which transformers come in use. The technology used to drive these transformers gives them the ability to transfer energy across long distances at quite an impressive speed.

Transformers are categorized in many different ways, based on their application, construction and purpose. The different types of transformers are:

Aside from these, the types of transformers used in residential and smaller commercial uses are: