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.

With all of the Read more on retrofitting vs replacing here.

Undeniably the best technology for any business is a LED retrofit. Why is this? For many reasons:

What is LED Retrofit and it’s Benefits?

LED Retrofitting is one of the biggest lighting upgrades building are doing these days. Companies want to get rid of technology like LED with retrofit kits can bring along many is an organization that tests lights and either deems them of being quality and efficient or not. If your industrial lights you are inquiring about are not on the DLC or EnergyStar, you should avoid these at all costs.

An important component in your main electrical service panel is commonly known as the breaker. If you’re a homeowner, surely you have visited yours a few times over the years. But what exactly is it? And what does it do? Let’s go over the importance of the breaker and what its doing for your home.

If you read our article on the home electrical system a few months back, you will know which step the service panel comes in receiving electricity for your home. The service panel is the gateway for all electricity in your home. After electricity comes through underground or overhead power lines, it goes to your electrical meter and then to the service panel. Electricity branches off from here and travels to the rest of your home. Within the panel are circuits for different areas for electricity to travel. Shutting down a circuit can cause power loss to a part of the home, maybe a room or two. But because the home is on many different circuits, power can remain active in the rest of the house.

After electricity arrives at the service panel, it travels to a circuit. The circuit is a loop in which electricity travels from one end to the other. The breaker splits up to 100 amps or more into the circuits to distribute the power. Usually each circuit in a common residential home operates at 15 amps. The breaker is designed to “trip” if it receives an excess of electricity. If a power surge occurs on the outside of the home, for example a lightning strike, the service panel will stop the flow and turn off. If a surge happens on a circuit within your home, the breaker will also shut down that loop to protect the rest of the house.

Over time if work on a service panel is not completed correctly, the circuits could blow more frequently due to overloading. Parts in the panel can become outdated, loosen, or get burned out. If a service panel is not maintained and up to code, it also poses specific risks, making your home more susceptible to fires and electrical surges.

Electrical installation testing is a practice that has become more important over time. This is due to the increasing complexity of installations in both commercial and residential spaces. When it comes to electrical work, the top priority is always going to be safety. This focus is the reason electrical standards and wiring regulations exist in the first place. Electrical installation testing serves the purpose of identifying any possible deficiencies. These shortcomings could be areas in which an electrical system doesn’t meet regulations.

It’s important to have older electrical systems looked over to ensure they’re still in good working condition. At the same time, new installations need an inspection to make sure they conform to today’s stringent standards. You might also feel inclined to have testing done if you’ve recently purchased a building with preexisting installations. If you’re curious about what makes electrical installation testing so complex, or if you’re wondering why only a professional should be doing it, read on for more information.

There are different phases of an electrical installation to keep in mind. The first step is to perform a visual inspection, which is exactly what it sounds like — an expert will confirm the permanently wired electrical components are compliant with safety regulations. He or she will make sure there are no outward signs of damage, and that the required safety measures are present.

After the visual inspection, electrical testing begins. This is where having a qualified individual working becomes even more critical. Everything from specialized training to safety-oriented clothing is necessary for this aspect. In fact, non-authorized people might have to keep a certain distance away from the testing itself.

The testing will cover a building’s wiring, as well as its various components. This can include electrical panels, outlets, distribution boards and lighting. Essentially, the examination covers all systems that conduct electricity within a building. The electrician will use the tests to make sure every necessary precaution is in place to reduce the risks of injury or death due to electrical shock.

In some cases, the testing will call for exploratory work to complete the job as effectively and safely as possible. Parts of the system might need to be temporarily shut off for this. This means you should make sure you don’t have something important — and electricity-based — going on while the installation testing is taking place.