The good news is that heating systems in modern homes are safer than they’ve ever been before. But while many people never experience any major risk to their safety due to a furnace or boiler, it’s still a possibility. Any heating system that uses combustion to work, like a natural gas furnace, could potentially leak a dangerous gas called carbon monoxide (CO, for short) into the home.

The heat exchanger is where combustion produces a flame as natural gas ignites. This heat is contained within a heat exchanger made of aluminum or steel. It is essentially a curved tube, and the smoke and carbon monoxide byproducts vent through the other end and out of the house. Air blows over the heat exchanger to heat up and is sent to the ducts running throughout the home.

Unfortunately, over time, the heat exchanger can become damaged. This is especially true if you have anyone but a professional technician work on your furnace, but it can also happen with time. You should have HVAC technicians inspect your heating system each and every year to check for leaks and cracks.

Carbon monoxide is an odorless, colorless gas. That means you wouldn’t have many ways to notice if it were in your home. It is poisonous, and sometimes people don’t know about it until people in the house start to get sick.

Carbon monoxide detectors save lives. A CO detector near each room where people sleep (and throughout your living spaces) should be tested each month and replaced every 5-10 years. You should also replace the batteries for your CO and smoke alarms every 6 months (even if the test works).

When it comes to replacing a main breaker in your home, it may feel like an overwhelming and expensive task, and you likely want to be sure that is your only option before you move forward to schedule the electrical services. Finding an electrician you can trust can help you to decide whether main breaker replacement is your best option, but you may also want to learn the basics yourself so you can make an informed decision on your own.

Let’s take a look at the basics of circuit breakers and the main breaker, how they work, and when you would need to consider replacing a main breaker:

Circuit breakers exist to keep the home’s wiring from getting overheated or catching on fire. The necessary size of the breaker for a home depends on the wiring size as well as the expected electricity load that it will support. When the circuit breakers are in a closed position, they conduct electricity. However, when the flow of electricity (measured in amps) goes beyond what the breaker can handle, it trips or opens. This activity “breaks” the circuit and stops the energy from flowing.

You can reset the circuit breaker by closing it, but repeated tripping and the need to reset the circuit over and over can wear down the breaker, which can end up reducing its capacity.

The main breaker is the circuit breaker that serves as a safety feature to protect your electrical panel from overload. Overloading can then lead to overheating, which is obviously a fire hazard. This breaker is usually located at the top of the smaller circuit breakers in the electrical panel. Some main breakers are locked in place, while others snap or slide in. The main breaker serves to turn on and off power that is incoming to the home. Without a well-working main breaker, you will likely have major power problems, and it may even shutdown altogether.

While sometimes your main breaker will fail without any warning, you will usually have signs that point to it wearing down. Here are the typical warning signs that will clue you into something being wrong:

If you are noticing several of the signs above, it’s time for a main breaker replacement. If you are only experiencing one or two symptoms, you may just need some repairs. However, in either case, you need to call a professional electrician for an appointment immediately. An expert will be able to assess the situation and determine exactly what is going on and provide you with a plan of action to get your electrical services running smoothly and safely once again.

These LED lights attach easily to the front and rear of your bike. The white light clips to the front break cables to help you see where you’re going, and signal to others that you’re heading their way. The red light clips to your seat rails, brightly marking your bike’s rear. They both operate in steady beam and continuous flash modes, visible from up to a mile away. They’re weather resistant and have a long battery life.

2. Twist On Bike Lights

Out of all of the challenges winter presents, there’s one small, quiet issue that plagues us all on a routine basis. We’re talking, of course, about static shock! Have you ever noticed that little zap is a lot more common in the colder seasons? Have you ever wondered why? If you answered yes to either or both, read on to learn a bit from the Columbia electricians at Kolb Electric!

Need reliable, top-quality electrical services for your home or business? Contact the team at Kolb online today!

There’s probably no one in the world that hasn’t encountered a static shock. It’s that small, surprisingly little jolt that you can often get when stepping out of your car or touching a door handle in your home. But though it seems like a simple incident, static shock (or more specifically static electricity) is actually a lot of science going on all at once.

Put very simply, since to explain it in detail would be, frankly, a bit involved and boring, a static shock is the product of an imbalance in electrical charge. Everything is constantly exchanging electrons.

Everything. All of the time.

And when you happen to be exposed to an insulator, which naturally holds onto electric charge (like rubber, or wool) you basically start scraping charge off of everything around you. This collects on the surface of your body, and the next time you come into contact with a conductor of any type, typically metals, that built up charge will jump to the conductor, producing that somewhat agitating shock.

So why is it that when winter hits, we see a lot more static electricity? The answer is pretty simple, actually! In seasons like summer, moisture in the air called humidity tends to be far higher, and those water molecules actually act as a great grounding barrier, helping you mitigate building an excessive static charge.

But when winter sets in, we see a lot less moisture in the air. And what is there tends to be frozen, thus a solid and no longer part of the air content. This cold, dry air is a breeding ground for static, allowing your body to pull in massive amounts of electrons which will ultimately result in that startling shock.

And did you know your furnace actually makes it worse by sucking out what little moisture your home retains? That means bad times for those of us with a furnace system and wool carpets!

As a Columbia electrician knows well, our winters can get really dry, and really cold, which means wrestling with a lot of static electricity. Looking for ways to reduce your shock factor? Try these tips out:

It’s all about adding a bit of moisture, and avoiding materials that present the properties of an insulator!

We can’t do a whole lot about the static in your home (save maybe some sage advice), but if you’re looking for a trusted team of top-class Columbia electricians for electrical installation and repair, there’s no team better than Kolb! Contact us online to learn more about our electrical services, or to learn more great tips, tricks, and handy info, keep up with our blog!