Homeowners in Allen and other parts of North Texas know what time of year this is—and they keep the phone number for their top Allen electrician handy. Why? Springtime in North Texas is well-known for its potentially severe weather. Severe storms, along with extreme temperatures and lightning are just a few of the conditions responsible for rolling blackouts, power surges and power outages. Our weakened power grid and a growing population does nothing to alleviate the situation, which is why many turn to their top Allen electrician for tips on how to deal with the storm season.

Storm Season Tips

With the weather in North Texas being so unpredictable, how can you be sure that you are prepared to tackle what Mother Nature dishes out? Follow these simple tips to protect your home, your electrical system and your family from dangerous and frightening conditions.

#1 Have your electrical system checked regularly. With this storm season upon us, it is extremely important that you get in touch with your Allen electrician and have him look over your circuit breakers, wiring and outlets as part of his regular maintenance. Flaws in your electrical system, be it with breakers, wiring or any other aspect, combined with unpredictable weather, is the recipe for a very, very bad situation.

#2 Use power surge protectors on all your appliances. Did you know that, even a lightning strike that hits miles from your home can affect your appliances? Power surge protectors show up often in storm season tips everywhere, and there’s a reason why. Power surges can be deadly for your appliances and anything else hooked up directly into the outlet, particularly during lightning storms.

#3 Install a built-in surge protector on your circuit panel. This will protect everything hooked to the circuit panel from potentially damaging surges. Even when the power is restored after an outage, it often still does not come on right away; instead, it flickers, which shoots and cuts off electricity randomly to your appliances, ultimately causing damage.

#4 Always keep a weather radio handy. Weather alert radios are an invaluable addition to your home’s severe weather kit. In case of an emergency, an outage, lightning strike or blackout, you will have access to weather updates, evacuation information (if necessary), and instructions on how to keep your family and home safe in the event of bad weather.

#5 Invest in an indoor generator. Indoor generators are a great way to take a little pressure off of the overloaded power grid during a power surge or blackout. When there’s a blackout, the indoor generator kicks in, keeping a steady flow of electricity going to your home and keeping your appliances from getting damaged. Some generators are solar-powered, which can save you energy, time and money.

ElectricMan: Helping You Prepare

Severe stormy weather doesn’t have to be scary, inconvenient, dangerous or costly. Following these simple storm season tips can ensure that you and your family are spared the expenses and headaches that come with unpredictable weather in North Texas. For 27 years, ElectricMan has dealt with all sorts of electrical issues resulting from severe weather. Call us today at 972-301-2630 to learn more about how we can help you prepare for a stormy season. For more helpful tips on keeping your home’s electrical system running well, keep checking in with us at blog.electricmaninc.com or check out our website at www.electricmaninc.com today!

There are many benefits to living in an older home - from antique architectural detailing to the rustic aesthetic that is present within many historic properties. However, the older the home, the greater the likelihood that structural issues will arise that may cost owners a lot of money in the long run.

Many of the more common and costly malfunctions that plague older houses occur in the property's wiring. This is especially true of homes that were constructed in the 1960s and 1970s, when builders would use cost-cutting alternatives to quality copper wiring that proved extremely faulty. Perhaps the worst material used was aluminum wiring, which was installed primarily during the middle part of the last century before builders realized the material's true potential for damage.

The real hazard with aluminum wiring is the fact that it will easily corrode when it comes into contact with charged copper. Since copper is the most common wiring used in residential construction today, many homes that feature an aluminum electrical grid are likely to also feature copper wiring at certain junctures that will likely react negatively with the rest of the electrical system. When these wires corrode, they create a large risk of electrical arcing that could likely spark a fire.

A significant number of homes in Baltimore and Bethesda, MD, Alexandria, VA, and Washington, DC built between the mid-1960s and the first half of the 1970s have hazardous aluminum wiring rather than copper. During that time, aluminum wiring was considered safe to use and viewed as a cost-saving measure. The U.S. Consumer Product Safety Commission (CPSC) now believes aluminum wiring poses a safety hazard in homes that still have this type of wiring.

The biggest danger associated with aluminum wiring is that unanticipated fire hazards arise from the oxidation and deterioration caused at the points where aluminum wiring is connected at outlets, light fixtures, and splices. While this can cause overheating and arching that won’t trip a circuit breaker, it can cause a fire. Aluminum wiring was used in an estimated 2 million homes between 1965 and 1973—and many of these homes are located in the MD, VA, and DC area.

If you’re concerned about dangerous aluminum wiring, pay attention to the following warning signs:

All of these signs indicate a potential fire hazard for standard aluminum wiring.

Aluminum wiring should be thoroughly evaluated by a qualified electrician who is experienced in inspecting and correcting wiring problems. The CPSC recommends a few methods for correction. The first is to rewire the home with copper wire, an expensive option that really only makes sense if the homeowner is already in the process of completely remodeling or doing deep renovations. The second option is to use the Copalum crimp method to correct the problem. This involves attaching a piece of copper wire to the existing aluminum wire with a specially designed metal sleeve and powered crimping tool. It is a permanent repair option that will eliminate the dangers posed by aluminum wiring. A third option is to use a UL listed copper to aluminum connector to attach a copper wire to the existing aluminum wire.

Only an experienced electrician can accurately determine the level of danger a home with aluminum wiring faces, and then fix the problem in an efficient, timely manner.

If your home has aluminum wiring, we recommend that you call Kolb Electric or contact us online. We will send one of our expert electricians out to evaluate the aluminum wiring in your home to determine the best option to make your home as safe as possible. We’ve been serving Baltimore and Bethesda, MD as well as Alexandria, VA and Washington, DC since 1925. You can count on our experienced electricians to get the job done right the first time.

RGB LED strip lights are a great way to add a pop of color to your above-ground pool. These low-voltage LED lights can be applied to the inside rim of your pool or around your pool deck. With RGB LED strip lights, you can choose from a ton of dynamic color-changing and single-color modes with adjustable brightness and speed control. They’re great for parties or late-night swims and can be easily installed. We’ve included installation instructions for our waterproof LED strip lights. Some cities require above-ground pool lighting to meet National Electrical Code (NEC) Article 680 standards, which would limit possible pool lighting installation locations. Before you purchase LED pool lights, check your city’s code requirements. We also recommend that you have a certified electrician install your lights.

1) Before ordering your LED strip lights, measure the diameter of your pool and multiply by 3.14 to find its circumference; this number indicates the total length of strip that you will need. The 21-foot pool used for these installation instructions has a circumference of 65.94 feet and requires 4 runs of 16-foot LED strips.

You will also need to measure the distance between where your power supply will be and both sides of your pool where the amplifiers will be installed (see the setup and wiring illustration below). These distances will tell you how much 18-gauge wire you’ll need for connecting the amplifiers to power. Make sure to account for the distance of any dips or turns that the wires may take along their paths.

Lastly, measure the approximate distance that will be between your controller and where your strip lights begin. This distance will tell you how much 22-gauge wire you’ll need for connecting the controller to your strips. You will also need two small sections of this wire for connecting your first and second strip lights to the amplifiers.

2) Before you’re ready to install your LED strip lights, be sure to drain your pool. Begin by creating or locating a dry area away from your pool for the power supply. The power supply should be contained in a weatherproof box. Power supplies should be installed between a ground fault circuit interrupter (GFCI) protected circuit and the pool’s junction box. It’s crucial to use a GFCI protected circuit as it shuts off if current flows where it’s not supposed to.

Wire the included plug to the power supply, but do not connect to power until the installation is complete.

3) Connect your RGB LED controller to the power supply. Cut the barrel off of the controller wiring. Strip back the remaining wires, and connect its wires to the power supply.

4) Cut the LC2 connector off of the remaining end of the controller, and strip back the wires. Run 22-gauge four-conductor wire to connect the controller to your low-voltage pool lights; use dolphin connectors to join like-colored wires. Connect your first two LED strip lights to the controller by joining each set of like-colored wire with a dolphin connector. You should be connecting four wires of each color (red, blue, green, and black) together. For added protection, cover all wire connections in this installation with electrical tape.

5) You will apply strip 1 clockwise around your pool rim and strip 2 counterclockwise. If you have a flat surface, use mounting clips to secure the strips in place as you go. If you want to mount the strips under your pool rim, drill small holes in the trusses approximately every 2 feet. Use cable ties to anchor the strip to the truss. You can also use speed nuts or cotter pins for strip anchoring to avoid drilling holes.

Solder a small section of 22-gauge four-conductor wire onto the strip’s end terminals. To reseal the LED pool light strip, slide wires through the holes of a 10-mm end cap, fill the cap with silicone, and slide it into place on the end of the strip. Be sure to cover all of the exposed conductive traces to ensure water resistance. Allow a minimum of two to three hours for the sealant to cure.

7) Once the new end wires are attached to the strip, you will mount the amplifier. Use the double-sided 3M foam pad to mount the amplifier in the middle of strip 1 and strip 3. For best results and added security, apply 3M adhesion promoter to the amplifier and its installation location on the pool wall.

8) Using a dolphin connector, join each like-colored wire on strip 1 to the same color on one end of the amplifier. Do the same when connecting strip 3 to the other side of the amplifier. You should be connecting three wires in each color (red, blue, and green) together on each side of the amplifier. The black strip wire will be joined with white amplifier wire. Note that the separate group of just black and red wires are meant to be connected to the power supply. Follow the same instructions for connecting strips 2 and 4 to the amplifier on the other side of the pool.

9) Use 18-gauge wire and dolphin connectors to connect the amplifiers to your power supply.

10) Plug the power supply’s attached cord into an outlet, and enjoy your LED pool lighting system! Refill your pool with water, but make sure to leave space between the water line and the lights.

For more LED pool lighting options, see our entire selection of waterproof color-changing LED strip lights.

For technical questions, don’t hesitate to call us toll free at 866-590-3533. Our customer service and technical support teams are available from 8:30 a.m. to 8 p.m. CDT Monday-Thursday and 8:30 a.m. to 4 p.m. CDT on Friday.

Winter is slowly taking over here in Maryland. And after the summer we had, no one’s complaining (just yet)! But while the holidays offer up lots of fun, and the cool of winter is currently quite welcome, the season has its fair share of electrical worries unique to itself. Want to be prepared for anything winter might toss your way? We can arm you with some common winter electrical problems in Baltimore. Read on with the electricians at Kolb Electric!

Need the services of a dependable Baltimore electrician? Contact Kolb today for any electrical repair, installation, or service you need!

Keep wary of these concerns, and you’ll find yourself comfortably enjoying the finer points of the season this year:

Is your home prepared and equipped for all of your burgeoning winter electrical needs? If not, contact a Baltimore electrician from Kolb Electric today to get the dependable services you need!