A common concern for those involved in home renovations or purchasing a new home is, “What is the state of the electrical system in the walls”. Some homes may not have had construction or renovations done since the original – this means the original wiring is still in place. Having original wiring in place can be concerning, especially if it is aluminum wiring. This type of wiring is commonly found in older homes and can be very dangerous. Read on to find out what you need to know about aluminum wiring and the dangers associated with it.

In the 1950’s to 1970’s, many homes were being outfitted with aluminum wiring. The reason for this was because the prices of copper (material normally used for electrical wires) had increased and the use of aluminum would undercut the high costs. Aluminum is also much more conductive than copper and was used in larger industrial/commercial electrical lines like power grids and airplanes.

Despite the reduced cost and increased conductivity, aluminum wiring has many potential issues. Aluminum wiring is much softer than standard copper wiring. This means that it is vulnerable to being broken, cut, and damaged which can leave live electrical wires exposed. Another issue is that when aluminum rusts, it is not as conductive as copper. Copper that rusts can remain conductive and continue its flow of power. However with aluminum wiring, rust in wiring will impede the flow of electricity and can cause a number of other issues. Aluminum also expands and contracts when it becomes hot. This constant flux in size will result in the wires loosening themselves and connections become loose. For all of the above listed reasons, aluminum is prone to overheating and electrical fires.

If you are unsure if there is aluminum wiring in your home, we have listed a number of warning signs that can indicate a hidden problem

The energy saving power of lighting has quickly grown over the years, and still is to this day. In the commercial and industrial lighting space, a lot of companies are making the switch over from older technology lighting fixtures like metal halide and other HID lights over to LED fixtures.

On top of the energy savings LED can bring over older types of lights, commercial dimmers can yield even great energy reduction and thus a greater reduction in your facilities utility bills month to month.

So what is a dimmer, do dimmers save energy, and should I use a dimmer switch? Let’s find out!

A dimmer switch for LED lights gives you the control through a simple panel to change the amount of light that a lighting fixture (or fixtures) produces. You can dim lights as low as you so desire or as high as your light was designed to allow.

By having a commercial dimmer switch at your disposal, you can change the lights to match the mood, atmosphere, or even time of day to your needs and facilities guidelines.

Now onto the question you’ve all been waiting for, do commercial dimmer switches save energy?

The short answer is yes, dimmer switches do save you energy. But let’s discuss the history of dimmer switches and how far they have came.

Back in the day LED dimmer switches did not reduce energy because of the way they worked. Instead of reducing the amount of energy being used, they simply converted the energy not being used into heat instead of full illumination capability of the light bulb. Nowadays, dimmer switches for LED lights work by actually reducing energy used and only uses enough energy that it needs to power the light bulb at the setting of your dimmer.

Some of today’s dimmer switches use something called a “Triac Switch.” This Triac Switch works by cutting off power to the light fixture up to 120 times (variable) per second. Thus, the human eyes cannot detect a flickering and just see’s a constant flow of light. But while triac switches are used for smaller bulbs, bigger lighting fixtures use something called a send us a message and we will for sure help you out with that decision!

Electrical conduits are an electrical piping system made of plastic, metal, or fiber, that are used to provide wiring or cable route to protect it. The use, form and installation details for electrical conduits are specified by the wiring regulations such as the US National Electrical Code (NEC) or other national or local code.

The location of an electrical conduit will usually determine what kind of material may be used. Since electrical conduits are used mainly in the outer wall surface in exposed locations, they are made of a material that is either flexible or rigid.

The following are the most commonly used materials:

Rigid steel The type of conduit system that is to be applied depends upon the wall thickness, mechanical stiffness and the material used to make the tubing. The material can be chosen for mechanical protection, corrosion resistance and for cutting the costs on installation charges. As far as wiring regulations for electrical equipment in hazardous areas are concerned, certain kinds of conduits need to be used depending on the regulation specifications.