Scheduling regular electrical inspections is critical to the operation and safety of your major home devices. Having a licensed electrician check out all your systems can not only help prevent house fires and shocks, but will also ensure your refrigerators, computers, lights, and entertainment systems are running effectively and without issue. Your electrical inspection can also help you identify any issues with your systems before they become more severe, saving you money on costly repairs and preventing a breakdown at the worst possible time.

When you schedule an electrical inspection for your home in Maryland, Northern Virginia, or Washington, DC, you can expect the electrician to:

Upon completion of your electrical inspection, your electrician may recommend repairs for any issues they notice during the visit. Minor issues may be remedied on the spot, but more extensive problems will likely require you to schedule a separate appointment.

At Kolb Electric, we want you and your family to be safe in your home at all times. An electrical inspection can give you the peace of mind that comes with knowing your home is safe and all your major appliances are running properly. We can also help you address any electrical issues we may discover during the inspection, saving you the major hassle of a complete breakdown in the future.

To schedule your electrical inspection in Maryland, Northern Virginia, or Washington, DC, call us at 877 287-1179 or fill out an online contact form. We’ve been helping Mid-Atlantic homeowners like you with all their electrical needs since 1925!

We all know or at least heard that converting from Metal Halide (High Intensity Discharge) to LED will save you money.

But how much? Are there any other reasons or difference you should know about?

In this article, we break down all the factors that you should be aware of before making a decision to convert from Metal Halide to LED. Here are the 9 reasons we think LED wins over Metal Halide.

Let’s take a look at the information on a typical 400 watt metal halide bulb. While specifications may vary, a visit to a popular online website that sells Metal Halide bulbs shows that a brand new bulb has the following specifications:

We have just as many customers wanting to convert to LED because of maintenance savings as they do for energy savings. Think about what we discussed, over the life of the LED retrofit kit, a customer would have to do 5-6 Metal Halide replacements. The higher the installation height, the higher the cost of replacement. And if you have a facility loaded with lights, this becomes a significant budget amount every year that you must take into consideration. Now, we know that reduced maintenance time on lights does not translate into dollars saved because it is highly unlikely that people will lose their jobs over the fact there is much less work to do. However, these people will have time to now work on things that matter, like fixing the machines that make the company money instead on replacing lights that cost the company money.

When you take a measurement of light with a light meter, it reads lumens. And this measurement of all the lights that contribute to the light at that location creates a measurement called foot candles. But let’s think about that light that is being measured. Metal Halide creates all sorts of light, in all spectrum’s, visible or otherwise. This includes UV and IR spectrum’s, visible to the measuring device but not visible to the human eye. LED, on the other hand, does not produce UV and IR. Therefore, its readings using the same light meter is only picking up visible spectrum’s.

So there is a fun little test you can do. Have 2 light sources, LED and Metal Halide. And first ask, which one is brighter? And if the right LED source was selected, they should say LED. And then use a light meter, and the light meter may say the Metal Halide area is producing more foot candles. And so now you know part of the reason, but wait, there’s 2 other pieces of information you need to know.

Click here to see our infographic on Retrofitting vs Replacing.

Conclusion