Every year it seems that the home is becoming “smarter” and more “automated”. We have televisions that can be interacted with remotely, speakers we can play in another room, and thermostats that can be adjusted across the country. These programmable and remotely adjustable thermostats are not only convenient, but they are efficient.

Most homes that haven’t seen electrical upgrades in a few years are likely equipped with an older thermostat that has to be adjusted manually. This has been acceptable for many years as we integrated the adjusting of the thermometer into our nightly routines. Each night before going to sleep many people would lower the thermometer to reduce their electrical usage at night.

Now, with programmable thermostats you can set schedules so that it automatically increases or decreases the temperature in the home. This helps build the optimal schedule for your home and reduce electrical waste by heating the home only when it is needed.

With the increased adoption of smart devices and wi-fi in homes all over the world, “smart” thermostats are the latest and greatest in home automation. These little devices connect through the home’s wi-fi network, which allows you to control them through a smart phone app. This enables them to be adjusted from anywhere. For example, if a day trip is going long and you won’t be home until late in the evening, you can lower the temperature in the home earlier than scheduled to maximize efficiency. With your home’s thermostat at the touch of a finger anywhere – savings are completely in your control.

Installing a new thermostat can seem like an easy job, but once the old one is removed the amount of wires can be overwhelming to the average handyman. Depending on the age of the home and wiring, the wires going to the thermostat may need to be upgraded for compatibility with the new thermostat. When shopping for a new thermostat don’t just review the features of the product, but ensure you are familiar with the specifications and requirements. For assistance in understanding the requirements of a new thermostat and electrical installation, contact your local Expert Electric.

There are many different ways to start saving on electricity in your home. Smart decisions can lead to big decreases in monthly energy bill. Smart thermostats are just one of the ways that savings can be put back in your hands. Contact you local Expert Electric at 604-681-8338 for more information.

Microwave ovens revolutionized kitchens across America when they came on the market in the 1970’s. Since then these technological marvels have come a long way, with more features, compact sizing, and greater cooking power than ever before. With greater power comes greater power usage, but if your microwave is tripping the breaker in your home, it’s a sign that the appliance is overloading the electrical circuit. The questions is, why, and what can be done to solve the problem?

Do you own electrical equipment that is overheating? If you’ve noticed any of your electrical devices, like a toaster or a radio, overheating you may have a serious electrical problem on your hands. Fortunately, at Kolb Electric, we have just the tools to diagnose and fix the problem.

Overheating of electrical devices can be caused by a number of problems. From faulty wiring to an outdated electrical system, it’s important to get to the bottom of an overheating electrical device.

At Kolb Electric, we offer thermographic inspections for your home or business. A thermographic electrical inspection will test the equipment’s temperature against the temperature of surrounding components. Significant variations in temperature indicate electrical problems in your appliances and equipment. Temperature abnormalities are often due to defective or failing components. By catching problems early on, they can be corrected before they can cause even greater damage later.

If you manage a home-based business that relies on several pieces of electrical equipment, it is especially important that you routinely schedule thermographic electrical inspections in MD, VA, or DC in order to prevent your important equipment from malfunctioning.

A thermographic inspection is completely non-contact and safe to perform on energized electrical systems. Thermographic electrical inspections can be conducted while your equipment is still in operation, which means you won’t lose time by having to shut down your equipment.

When combined with traditional home inspection techniques, the infrared thermography inspection method reveals considerably more about your house than can be seen with conventional inspection tools. Some things our infrared thermography inspections have detected include:

Water leaks: using an infrared camera to scan the inside of your home can reveal moisture leakage around plumbing systems, the roof, any windows, etc. We’ll be able to see them because areas with more moisture will appear darker than surrounding warmer, dry areas.

Insulation deficiencies: our scanners will reveal large temperature differences within your home where insulation is deficient or absent.

Roof leaks: we’ll be able to spot water and moisture intrusion and accumulation below the surface of your roof, which can help you pinpoint leaks and lessen their effects before they do major damage to your home.

Electrical system problems: one of the best things about an infrared thermography scan is that it helps you see any deficiencies in your electrical system, including loose connections that could cause certain appliances to run inefficiently (or to not run at all).

Structural issues: finally, infrared thermography scans will help locate structural issues within your home, including poor heat transfer, bad conductivity, and more. We may even be able to detect missing or damaged structural components.

For all your infrared thermography needs in Maryland, Virginia, and Washington, DC, contact the electricians at Kolb Electric today—877-287-1179877-287-1179 or click here!

If you work in hazardous locations and conditions, you would understand the need to promote safety and ensure that the risk of explosions is reduced. It is crucial that you eliminate one or more component of the ignition triangle to minimize the chances of an explosion. The 3 protection methods listed below are widely used in hazardous locations, in the process control industry:

Before we delve a little deeper and understand these techniques, let’s take a quick look at the role electrical enclosures.

Electrical enclosures are cabinets containing different electrical components such as switches, sockets, plugs, knobs, transformers and controls. These keep the surroundings safe from any kind of electrical hazard. Such enclosures are resistant to spark and shock and they have a high tolerance to extreme temperatures. They must be used in hazardous locations as they keep an interior explosion from spreading to the external environment and damaging life and property. Let’s see how they are relevant in the Containment method of protection:

What is a spotlight? What is a floodlight? Knowing the difference between the two is important for properly lighting any application. Before you can understand the difference, you must know what a beam pattern is. Beam angle or pattern is a measurement of the angles that are formed between a cone of light’s brightest point (the center) and the points on both sides of the center where the light’s intensity is 50 percent as bright.

PAR30 bulb that is available with a spot or flood beam pattern.

Fixtures, such as retrofit LED can lights may also look similar to one another while functioning as either spotlights or floodlights. Some light bars are even capable of emitting flood, spot, or combination beams. There are, however, certain fixtures that we imagine when we think of floodlights and spotlights.