Technology is advancing at a dizzying pace. What used to be the ‘latest’ and ‘most advanced’ devices yesterday becomes redundant today. When people embrace any technology, they do so because it adds convenience, comfort and safety to their lives in one way or the other. When it comes to your home, all these three aspects matter a great deal. It’s why many people are now veering towards the smart home concept.

Sure, many homeowners already have Internet-based security systems and landscape irrigation systems that are connected to timers etc; but smart homes are designed and set up to do much more than that. Having a smart home is a lot about Wi-Fi connectivity and more. Take a look at some concepts; this will help you create a plan for your smart home.

It’s not uncommon for companies that launch smart home products to say that connecting their devices to the Internet is a breeze. Sure, they are bang on spot most of the times, but what actually matters a great deal is the Wi-Fi connectivity in your home. These are some of the things you will have to keep in view while planning your smart home:

This is vital, and it’s something you should keep in view while planning your first smart home. The longer the distance the radio waves have to travel, more the connectivity issues. The best way to overcome this kind of an issue is to install the Wi-Fi router at the center of your property and on the ground floor.

You will find a number of products which claim they are able to extend the Internet connection in your home. The simple fact is that multimedia over coaxial power-line adapters, network extenders etc tend to slow down the signal by around 50% and that reduces the consistency of the network. Of course, you won’t find any issues with driving a motion sensor or a smart bulb; however, you might just find it challenging to stream a movie to your tablet/laptop, only because it can’t figure out which Wi-Fi router it should connect to.

At times, installing a network of Ethernet cables turns out to be the best solution. You can use cable runs to install your smart home hub devices in spots that are more accessible. The devices that are connected to these hubs will function more smoothly if you do this. If your home is already wired for telephones, hardwiring for Ethernet won’t be too difficult. You will need to speak with your electrician and check whether he would be able to run an extra cable to the point you need it at, without too much of drilling and sawing.

When you are planning your smart home, ensure there are sufficient power points at different places in your house. While certain devices may be battery-powered, many aren’t. So whether it’s a Wi-Fi router/extender, web security camera etc, you will need a power point to plug them in. And of course you don’t want power cords dangling all over your smart home.

Very simply put, if you are building a new smart home or remodeling your existing one, sit down and plan not just for the current smart devices you plan to install, but for future ones as well. Map out a detailed plan and get some advice from the installer too. Coming back to the first point – focus on getting a very good Wi-Fi router and ensure its positioned at the right point on your property.

Very importantly, get a professional to do all the wiring work once you have your entire smart home plan in place. For more information about smart home device and hardwiring solutions, call Allround Electrical at 1300 169 263. You can also drop us a line via email or by filling out this contact form.

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Cold winter months bring opportunities for cozy moments indoors  — but also some potential hidden dangers. More than 45,000 electrical fires occur in homes each year, according to thea licensed electrician update any damaged or two-prong outlets.

Sometimes it’s hard to tell if you have old and unsafe wiring because electrical work is mostly hidden behind the walls of your home. Remember, however, that wiring problems are a major fire threat. Pay attention to these signs of hidden electrical issues and then get safe by

Lamps and other light fixtures provide necessary illumination but can also pose a risk. Placing a bulb with a higher wattage than a fixture can handle poses a risk for igniting a fire. Heed the maximum wattage allowed for all fixtures and decrease the wattage or replace ones that seem to get excessively hot when lit.

Never decorate a lamp with paper or cloth that could ignite, and keep fixtures away from textiles, like bedding or curtains. Replace cords that are frayed or damaged.    

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.

Electrical contractors and electricians work with electrical wire color codes on a daily basis. But if you’re not one of these professionals, you might be wondering what the different colors of electrical wiring signify.

The simple explanation is that every color used for electrical wiring has a specific meaning, with different colors indicating different circuit types and purposes. Electrical contractors and electricians understand the color codes, but a simple guide can help you understand their significance.

Before beginning, though, it’s important to realize that different countries use different wiring color codes. In some countries, all permissible wiring colors are specified by the applicable governing body, but in others only a few specific types of wiring are required to have specific colors. In those countries, the colors used for some types of wiring are simply established by local practices followed by electrical contractors and electricians. Again, electrical contractors and electricians will be familiar with the wiring colors used in their localities.

So, the meaning of any given wiring color may vary from country to country. It can all get a bit complicated, but here’s a helpful guide to the significance of various colors used for common types of AC (alternating current) electrical wiring in different parts of the world.

American electrical contractors and electricians are required to follow the National Electrical Code (“NEC”) with regard to wiring colors. NEC imposes the following electrical wiring color standards:

In theory, wiring conducting live current in the U.S. is permitted to be any other color, although in practice, electrical contractors and electricians follow these local conventions:

Most countries in Europe, including the U.K., now follow the color conventions established by the International Electrotechnical Commission (“IEC”). These color conventions are as follows:

Electrical wiring in Canada is governed by the Canadian Electric Code (“CEC”). The following wiring color requirements apply in Canada:

It’s important to remember that the above color information applies only to AC circuits. Completely different color standards apply to wiring used in DC circuits.

When looking for a home a lot of homebuyers flip the light switches, check the outlets, briefly look at the electrical panel, and think that the electrical system is perfectly fine. However, this is not always the case and it is important to have an expert come in for inspection.

Your home’s electrical system will age, just like your plumbing, roof,  air conditioning and heating system.  Those systems can have unexpected issues and problems, and so can your home’s electrical system.

Over ten years, the reliability of your homes’ electrical system can deteriorate greatly. Certain components can expire, like smoke detectors. Other items can wear out and not function properly like light switches, receptacles can wear and lose retention, GFCI outlets and smoke detectors may not be operable and may not be there when you need them most. Here are a few electrical components that can change over time and here is some information regarding other problems associated with older homes electrical systems.

A ten year checkup is a good idea. We always will perform a complete inspection with every service call. But if you haven’t needed to call in an electrician for a while, it’s a good idea to have one come in at least every ten years and provide a comprehensive check of your electrical systems.