Home automation is the latest trend in electrical installations; it allows you the functionality to control various devices in your home, via a mobile device from any location (in your city or even from across the world). It’s true that the term home automation could be used for various programmable devices such as sprinkler systems and thermostats.

However, home automation is much more than that, and it encompasses a number of things in a home including:

All of these are connected to a network that can be remotely controlled. From the perspective of home security, this includes fixtures such as the alarm system in your home, as well as the windows, doors, smoke detectors, locks, the CCTV cameras as well as the other sensors that are connected to it.

Even up until the recent past, it was only commercial systems and high-end homes that had automated centrally-controlled systems. Typically, these included only the heating & cooling systems, lighting systems and they hardly ever provided anything more than just the standard controls, monitoring functions as well as scheduling actions. In addition, these were accessible only from certain control points from within the very same building.

While this was a definite convenience and advantage, home automation takes this concept and technology one step further; and is popularly called the – ‘ Internet of Things’. In this type of system, everything has a specific IP address that can be accessed and monitored remotely.

Smart devices and various smart appliances are the most obvious things that get connected to the LAN via Wi-Fi or Ethernet. However, it’s possible to incorporate electrical outlets and light switches into your home automation network.

In addition to the convenience factor, the energy efficiency factor is what makes home automation such an attractive option. While modern appliances provide convenience and comfort, many of them are also power guzzlers; home automation systems also address this issue. Thermostats help monitor the heating and cooling system in your home; similarly the lighting systems can also be programmed and set for various target temperatures.

This helps keep energy usage at the minimum levels during the times when you aren’t really going to be using them. In fact this scheduling can be broken down at a more micro level to distinguish between the seasons of the year and the weekends etc., in some instances. If required, ‘macros’ can also be programmed into the system and these can be controlled remotely as required.

In fact, you can add settings – like “coming home” etc. that can activate various appliances, equipment and installations at the tap of your smartphone and you can have the opposite set as a “leaving home’ event. This ensures you use only as much energy as required, which adds to the overall energy efficiency of your home.

If you are considering getting smart automation solutions for your home, it’s important that you get experienced and credible electricians to handle the job for you. We at Allround Electricals are a company that has been operating in this space for a number of years and know what it takes to provide our customers with the kind of solutions they need.

For any more information about home automation or simply speak with the experts at our company. You can take our advice on various aspects of electrical and wiring installations. The number to call is – 1300 169 263. You can also write to us at this email address.

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Aluminum LED profile housings allow you to create customized light fixtures with LED strip lights. Our Klus brand LED channels are available in many different styles, including recessed-, or flexible, O-shaped, and more. Available in 1- and 2-meter lengths, the channels can be easily cut for any application from under-cabinet lighting and bookshelf lighting to showcase lighting and transition strip lighting. They’re available with a variety of lens options, such as clear, frosted, and etched that complete the profiles. We’ve put together a step-by-step guide for using these channels to create your own light fixtures. Please note that your specific channel might vary from the one used in this tutorial.

Materials needed:

1. With a pair of clippers, carefully clip through the clear plastic heat shrink as shown in figures A-C. You will want to take your time and be careful not to cut the strip’s wires while removing it.

2. Lay the LED strip into the channel, and position it along the bottom so that the ends of the strip and the channel are lined up (fig. A). Now, remove the paper from the strip’s adhesive backing (fig. B), and adhere the strip to the LED channel—starting at the lined end and working your way to the other end of the strip. Be sure to leave roughly 1/4-inch free at the end of the channel so that you can install the end cap as shown in figure C.

3. If one of your end caps doesn’t come with a pre-drilled hole, you will need to drill your own to allow the wires of the LED strip light to come through. In this case, we used a Dremel tool, but other options are viable as well. Regardless of the tool you choose, it is helpful to mark the end cap where you would like the wires to come through. Start the hole small, and increase the size as necessary.

4. Place the end cap on the wired side of the strip by threading the wires through the end cap as shown in figure A. Insert the end cap into the end of the light bar, and push firmly until it is fully in place (fig. B).

5. On the open end of the bar, slightly peel up the end of the LED strip (fig. A); this is necessary to install the end cap. Now measure your channel lens, and trim off the excess with clippers (fig. B). Be careful when trimming to avoid cracking the plastic. Excess material can be lightly sanded off. Once the lens has been cut to the proper length, slide it into the channel, and install the end cap as shown in figures C and D.

6. That’s it! Your customized LED light fixture is complete and ready for installation, which we will cover in the next step.

7. Mounting this LED profile is as easy as applying double-sided tape to the back of it and sticking it to your intended surface. Be sure to cut the tape to fit the back of the LED profile and to leave the tape backing on the side not attached to the channel until you are ready to mount it.

For most LED profiles, mounting clips are available for a more permanent installation.

If you have questions, don’t hesitate to call us toll free at 866-590-3533. Our customer service and technical support teams are available from 8:30 a.m. to 8 p.m. CDT Monday-Thursday and 8:30 a.m. to 4 p.m. CDT on Friday.

When you’re purchasing LED strip lights, there are numerous details and specifications upon which to base your decision. Color, length, and intensity are some of the major deciding factors, but there are many unthought-of product aspects that further customize light strips and what they’ll require when it’s time to install them. For example, a decision between 24-volt strip lights could change the products needed for your project.

While it depends on a light strip’s current draw, LED type, and number of LEDs, 24-volt LED strip lights tend to have longer maximum runs than 12-volt strips. This is because higher voltage carries more power. All strips have a maximum run, which is the length of continuous strip that can be powered without experiencing voltage drop. Voltage drop happens when the supplied energy of a power source is reduced as electric current flows through wire (or any other pieces of equipment that do not supply voltage on a circuit). If a run of strip is too long, reduced energy across the strip will lessen its intensity near the end.

Because they can handle more power, many 24-volt LED strip lights tend to have brighter LEDs, dual-row LED configurations, or single-row configurations of more LEDs. In these instances, maximum run might be the same as a 12-volt strip. However, keep in mind that these are more powerful strips with more LEDs or higher LED intensities. An identical 12-volt LED strip light would have a shorter maximum run.

Make sure to check any light strip’s specifications or description for its maximum run.

If you have questions, don’t hesitate to call us toll free at 866-590-3533. Our customer service and technical support teams are available from 8:30 a.m. to 8 p.m. CDT Monday-Thursday and 8:30 a.m. to 4 p.m. CDT on Friday.

Recently, Digital Trends profiled a Paolo di Trapani, and his work has a lot of people excited. For all the rapid progress that has been made with LEDs, no one else has made this important step towards recreating natural light.

The article explains how lighting innovations have allowed people to use artificial light in a number of amazing ways. We can change the color temperature of a light bulb with a smartphone, and we can grow food indoors, but we haven’t yet been able to mimic the way the atmosphere scatters the sun’s natural light…until now.

According to Digital Trends, di Trapani’s technology scatters the light of a panel of white LEDs with “a clear plastic panel studded with nanoparticles that are invisible to the naked eye.” What’s a nanopartical? A nanoparticle is what it sounds like: A really small particle. Nanoparticle research is currently hot because there are tons of ways that nanoparticle research could be applied in biomedical, optical, and electronic fields.