If you are working with electricity, it is important to know how to safely install an organized electric wiring layout.  Fires and accidents can be caused by faulty electric wiring layouts, so it’s important to be able to recognize potential hazards and avoid them whenever possible.

Although this job may be The electric wiring layout for your home will vary according to what room you are doing the wiring for. In any case, it’s a good idea to draw a diagram of the layout first. The diagram will help you determine what lighting or appliances are needed, where they will be located and what sort of outlets will be necessary for each item.

Next you should determine which tools and Because it is so important to have your electric wiring layout installed safely, here are a few tips you should be aware of during the installation process:

Of the top five U.S. cities most likely to encounter major storm activity such as a hurricane, two of them are in the state of Florida. Residents of the Sunshine State also endure their fair share of thunderstorms, tornadoes, and tropical storms, all of which can cause a great deal of damage to a home’s electrical system. The key to weathering any storm is being prepared, so neither you, nor your home, is left powerless.

During a power outage, you may be left without a number of resources, including electricity, water, or heat. Plan ahead to ride out the storm safely and comfortably, using these tips:

We can’t understate the importance of properly-functioning main electrical panels. If this is one aspect of your electrical system you haven’t got checked recently, it’s crucial you do so without delay. When the cooler/extremely hot season rolls in, people tend to spend more time indoors and that results in higher energy usage as the HVAC systems are operated for longer periods of time. At this time, the last thing you want is a malfunction in the main electrical panel; that can prove to be a hazard for you and your family members.

Today, most homes have a large number of electrical installations and the electrical panel plays a key role in connecting and powering all of these. This means, if the latter either malfunctions or stops working altogether, that can impact all the electrical systems on your property; they may be rendered unsafe or may fail to work. When you ensure that the electrical panel is in working order, it ensures these systems are able to keep up with the electrical usage patterns on your property.

It’s not uncommon for homeowners to keep on adding electrical appliances to their home; but this isn’t something you can do unendingly. Your home’s maximum electrical output is limited, as well as determined by the electrical panel installed on your property. In simple terms this means if you are planning on making some additions/extensions to your home or are considering adding some heavy-duty electrical appliances, it’s vital that you consult a reliable local electrician before you do so.

They will inspect the system, test its output and assess whether the existing panel would be able to bear the load of the new, potential output. Even if the former is below the maximum potential output, it might be a better idea to get the main electrical panel upgraded anyway.

It will ensure you are able to enjoy an uninterrupted power supply even if you have multiple heavy load electrical appliances operating simultaneously on your premises. If you are doubtful about whether your electrical panel needs to be upgraded, contact your electrician and get their advice on what the best plan of action would be.

While having an older main electrical panel isn’t necessarily a bad thing, there are certain aspects you should watch out for, such as:

Even the semi-modern panels that have the flappable circuit-breakers are able to keep your appliances as well as your home protected from high electrical surges. When it comes to electrical systems, it’s never a good idea to compromise on the safety aspect and keeping the main electrical panel upgraded is the one way to maintain that.

If you are considering adding any extensions to your home, growing your home’s living space in any other way, are concerned about the safety of your existing electrical panel or are adding any electrical appliances or installations on your property, call us at AllRound Electrical for a consultation today.

Museums have a hard line to walk, exhibiting items for public education and enjoyment while protecting those same collections from damage. Today’s museum also carry the additional weight of safeguarding the future of the environment – as well as their financial future – against the dangers of unnecessary energy consumption. What advancements have been made in preservation lighting technology to help accomplish these goals?

Light, including all three types: ultraviolet (UV), infrared, and visible light, causes permanent and irreversible damage to museum pieces. Cumulative and dependent on the intensity and duration of exposure, light affects chemical composition, physical structure, and, the appearance of a collection. There is no conservation treatment that can repair it. Light damage is forever.

Only complete darkness ensures conservation, since exposure to light in any form naturally breaks down items. However, keeping pieces locked away in the dark defeats the mission of the museum – sharing those works with the public. It is thus a museum’s dilemma to find a suitable solution that balances the best of both worlds, in addition to considering energy costs and the environmental impact of its lighting selection.  

In your search for preservation lighting, you will find that a great deal of lighting solutions involve UV (ultraviolet light), the most energetic and destructive form of light. These include natural light, fluorescents, HID, and tungsten halogen lighting. Fortunately, the effects of UV can be controlled with simple filters, offering a greater variety of lighting options. UV filters are hard plastic tubes or soft sleeves wrapped around bulbs/light sources, which filter and block up to 98 percent of UV light, preventing its damaging effects. NOTE: UV filters lose efficiency over time and must be replaced every eight-10 years.

Specific, detailed recommendations for preservation lighting levels based on your collection type can be found from various sources, including the Library of Congress, National Park Service, UNESCO, and more.