Large factories, refineries, and oil facilities are all industries that require special considerations for their electrical wiring. Heavy-duty applications and hazardous environments must use products built to resist corrosion. Chemicals, rain, snow, wind and other threats damage industrial wiring. As a result, good maintenance and repairs are imperative.

With a properly installed tray system, the next step includes teck cable. This armored cable with an exterior jacket, comes in nearly any combination of conductor sizes, voltages, and cores. Fiber optic, CAT6, and shielded twisted pair cables are available. These are usually color-coded based on their type. Teck cables can be pulled through cable tray, conduits, or buried underground. For buried cable, ensure that it is placed at the appropriate depth, protected by layers of sand, spaced properly, and that buried cable warning tape is conspicuous.

Some clients request protection for buried cables; therefore bricks, concrete slabs, or planks of wood are utilized. Where cables emerge from the ground, they should be protected by a PVC conduit sleeve. Teck cables must be secured to the rungs of the tray using approved Ty-wraps or cable clamps. This not only keeps cables neatly arranged, but reduces the chances of damage.

Once a teck cable has been fed to its destination, it is connected by use of a teck connector. These connectors serve two purposes. The threaded end puts tension on the cable by means of a rubber gasket, which holds the cable securely in place. In addition, a small metal star-ring inside the connector makes contact with the metal armor of the cable, bonding it to the connector. This is why, when preparing a cable for the connector, that 3-4 rings of cable armor are left exposed.

In locations with potentially hazardous or explosive gasses, explosion proof connectors must be used. They have a small internal chamber meant to hold an epoxy sealing compound. This seal contains an explosion in the event of a failure. In addition, it prevents gasses from traveling through the small gaps between wires to potentially non-hazardous locations where arcs and sparks cause harm.

Good working knowledge of industrial wiring applications is essential to ensure safe and reliable installation. Finally, with the use of heavy-duty materials, a facility can expect many years of problem-free service.

Do you have a smart phone? What about a smart watch? Tablet? Laptop computer? Backup battery? Each of these devices needs frequent charging, which means the charger will take up a precious electrical outlet somewhere in your home for hours at a time, and could prevent you from having to plug in something else that you may need. What’s worse, what happens when you lose your charger and are left with nothing more than a typical USB cable? You can’t plug that into the wall, so what good will it do?

Well, that’s not exactly true anymore. In recent years, because the USB platform has become so popular for smartphone and other device charging, electrical component companies have begun to make wall sockets with USB plugs already built in! These combo outlets give you the best of both worlds, allowing you to plug in your devices with a regular USB cable while keeping your electrical sockets open for additional plugs.

A USB combo outlet is remarkably simple, and can be retrofitted to fit nearly any already-existing outlet. Essentially the two electrical outlets are exactly the same, but they also have two USB outlets squished right in between them. When the electricity is fed to the outlet, it also feeds directly into a step-down circuit, which brings the voltage down from 110 volts to about five, which is the standard for that particular plug technology.

The other benefit is you don’t have to worry about a large or bulky charger potentially blocking up the other outlet. While most manufacturers have gotten pretty good about keeping their wall chargers small, some larger units can take up a big chunk of space on your wall, potentially hindering access to the other charging unit. Getting rid of these units entirely and charging off a USB port keeps both plugs free and open for other uses.

Think something like this would be far too expensive? Think again. The average cost of a USB wall socket is generally anywhere between $10 and $25 each, making them remarkably cost-effective. When you consider you don’t usually need any more than three to four of these outlets, you can make this switch for at most about $100.

That is, provided your home can support these new devices. A wall outlet sits inside a small metal case that’s mounted inside your wall, known as a junction box. Most modern junction boxes are fairly large, and upgrading to these new outlets isn’t a big issue. But some older homes were built with smaller junction boxes that won’t be able to fit the increased size of a USB outlet, which is normally roughly twice as deep as a traditional standard outlet.

This month of our LED industry link roundup is for the month of October of 2016. Also, we couldn’t forget… Happy Halloween!

This month we’ve seen lots of news about schools converting to LED and how cucumbers are seeing positive results from LED technology, along with some really great news about MyLEDLightingGuide. The news regarding the LED industry is ever increasing in excitement, and as the technology grows, expands, and simply gets better; the news will continue to be better and better.

Without further ado, here is the second addition of A Month in The LED Lighting Industry Link Roundup…

our retrofit kit LEDs without any penalty (because well, the complaint has been dismissed with prejudice by GTL). This allows us to continue selling all of our lighting fixtures as usual, and we will continue to do so with even more persistence now that this has passed.

LEDs Will Light Up Homer Harbor Next Year

Yet another city in the process of upgrading their cities lighting system over to LED technology. Next year Homer Harbor is going to be making the switch over to LED, which will surely inspire even more cities and towns to do the same.

San Francisco to install LED lights in street lamps to minimize maintenance, improve safety

Interesting enough another big city is about to convert over to LED technology. The reasoning for them is to reduce maintenance due to longer lifespans in LED technology as well as to improve safety. Read this article to discover more of the reasoning behind the conversion and what is driving this major city to make the conversion.

B.P. Schools Still Looking for Savings via LED Lighting and Solar

This school is seriously making a huge sustainable decision with LED lighting and solar. That will provide a highly sustainable situation, depending on how much of that solar power goes to powering the school lighting system. Since LED lights use much less energy to run, this could produce a very high ROI situation for this school and any others that follow suit.

Interesting Reads

Here are some interesting reads that we found this month. They aren’t exactly news we should all know about per se, but they sure are interesting for anyone interested in LEDs!

Trials see cucumbers gain from LED lighting

LED plant lighting systems are being tested and proven to show positive results to crops indoors. This post is an interesting read for anyone who’s interested in how LED technology is effecting the indoor grow industry, this one specifically with cucumbers.