Older homes generally have a character quality that can’t be seen in newer houses. These homes offer great value, and renovation improvements can bring new life into them. Unfortunately often enough the electrical wiring is never inspected during these updates for years at a time. To ensure that all your hard work is going to be safe, look for these common dangers that could threaten your older home.

From the 50s to 70s many homes were built with aluminum wiring. This was used because it was cheaper and more conductive than copper wiring. Unfortunately many pitfalls were found with aluminum wiring after it was used. Overheating and cracking are common problems with aluminum wiring. If your home was built in this time period, have your wires inspected. There could be a number of hazardous points behind your walls that may cause major issues. For more information and hazard signs of aluminum wiring, read our blog article.

Knob and tube wiring was used in homes in the early 1900s and even as early as 50 years ago. It is possible that these homes still contain knob and tube wiring in them. This wiring can be dangerous as it is more likely to crack and result in electrical fires.

The dangers of these two out-dated wiring systems are that they were installed without worry and the problems were not realized until years later. The electrical wiring systems in these homes were left untouched and so did the problems that came with them. Electrical fires, are especially dangerous as the fire starts and spreads quickly and out of sight. By the time the fire is visible it is too late and the damage can be done.

Over the years homes can see additions: new rooms added onto the home, new electrical lines added, hot tubs, etc. If a licenced electrician did not perform these additions there can be a mess of wire connecting the additions to the original home. This problem comes to a head at the service panel. If it is not properly maintained the breaker will trip constantly and electrical outlets will be overloaded. This is very dangerous as the electrical panel is in charge of keeping your home safe from electrical hazards. It is very important that the electrical panel is upgraded in order to provide the correct control of electricity throughout the entire house, old and new. This also means the panel is properly labelled so it is easy to maintain if further updates are being made.

While there is nothing wrong with purchasing an older home, we recommend that a licenced electrician inspect the electrical system in order to identify potential electrical hazards. One of our expert electricians can provide you with a list of items that should be handled. This will help you have peace of mind that your family is safe in their home.

Limit switches, as the name suggests, are precision switches that are designed to work as limiting devices. The switch is typically snap-action and designed to sense the presence, absence, or be triggered by an excess or lack of physical contact at the position where it is installed.

The flexibility and adaptability of limit switches to different tasks and environments has made them very popular as components of conveyor belt systems.

Industrial conveyor belts are considered to be amongst the greatest inventions for boosting production, as well as reducing time, costs and manpower requirements. They are commonly used in production, mining, assembly lines and just about every major industry or sector today.

They typically consist of a number of pulleys that rotate under a continuous belt. Some of these pulleys are powered and they drive the belt, keeping any material on top continuously moving towards its destination.

Conveyor belts can be broadly classified into two classes, which are:

These conveyors are used for transporting smaller volumes of material like packaged goods, or lighter materials like boxes.

These are heavy duty conveyor systems which are designed to carry heavier loads or bulky materials, like industrial and agricultural goods.

While conveyor belts can tremendously increase efficiency, they are prone to jamming from over-loading unless the correct safety measures are put in place. Limit switches help prevent this by measuring the height or number of individual products passing through the conveyor system. In case the switch senses an object that may cause an obstruction, it shuts the system down to prevent damage or spillage.

Depending on the environment and purpose, there are a variety of limit switches which can be used in conveyor systems:

I’ve saved hundreds of dollars on electricity in the last couple of years. During the summer in Los Angeles, the biggest dollar gobbler on our household electric bill is air conditioning. My wife and I need a cool bedroom at night or we don’t sleep well — 75 ̊or lower. I learned a trick with a bedroom ceiling fan that really saves on electricity.

Ordinarily, a ceiling fan lowers the temperature a couple of degrees. When it’s 82 ̊at bedtime, that helps a little, but we still have to run the A/C. In earlier summers, we just turned on the air conditioning and set the thermostat for 75 ̊. All night long, the compressor on the roof turned on and off, and was on about half the time. It’s a 4-ton air conditioner, so every hour it costs us 50₵ ( If it’s on for 4 hours, that’s $2 a night or $60 a month. That’s just for nights, let alone hot summer days.

Some homes have even larger air conditioners. Depending on the size of yours, air conditioning will run you 18-67₵ per hour for electricity. That’s $22-$80 a month if it’s on four hours a night.

I got wise the last two summers. In L.A., most nights, the temperature drops below 75 ̊. If we’re not using the A/C upstairs where the bedroom is, as soon as it’s cooler outside than in, I open a few windows. I don’t run the A/C at the same time that the windows are open for obvious reasons. I don’t want to make it hard on myself, so I open only four upstairs windows that slide easily. One is a tiny window in the bedroom. I also open doors so that air can circulate from the open windows into the bedroom. Then, I turn on the ceiling fan in our bedroom, just enough to get the air moving throughout the upstairs. That draws in cooler air through from outside. I leave the windows open and the ceiling fan on low the rest of the night.

I still set the thermostat on the air conditioning to 75 ̊ and sometimes when I first go to bed, it comes on. But usually only briefly. This ensures that the bedroom is down to 75 ̊or lower all night long.

Except during bad heat waves, the temperature is usually down to about 70 ̊ in the upstairs by 7 a.m. Then, first thing in the morning, I close all the windows and turn off the A/C. Closing the windows keeps the house cool into late afternoon. So, we’re actually saving on electricity during the day, too. (It helps a lot that we have a huge ash tree shading our roof.)

You might wonder how much running a ceiling fan is going to cost for maybe 10 hours each night? One thin dime. It’s 1₵ an hour — probably even less as I run the fan at the lowest speed. If I used an electric fan in my home office during the day instead of the A/C, that would run 2₵ an hour. Or if I wanted to splurge and use a whole house fan, that would run 4₵ an hour. Compare that with 18-67₵ for air conditioning.

My strategy will work for you if you live in a part of the country where it cools down at night during the summer. You should have screens on the windows to keep out mosquitos and other bugs. If worse comes to worse, you can buy screens that you can put in place each night between the jamb and the sill. Your hardware store should carry something like that.

Of course, you’ll also need a ceiling fan in your bedroom. We’re lucky — our house was built in the ’70s, when ceiling fans were the rage in L.A. But they’re not a big ticket item. You should be able to find a high quality ceiling fan at a lighting store or on the Internet for as little as $35. They run more if you want one with light bulbs and, of course, you can spend a few hundred for a special look. They come in all different colors and styles. Hunter and Casablanca are among the better brands. Installation runs about $100 though occasionally more if your ceiling isn’t built to easily take a fan and a new electrical junction box is needed. Ceiling fans almost never break. They’re pretty much like the Eveready Bunny.

If you haven’t already tried this strategy for saving on your electric bill and decide to try it (it’s not rocket science!), let me know how it goes.

For more information about ceiling fans and a photo, click here. If you’re in L.A. and would like a ceiling fan installed, please give us a call at (800) 990-9400 from 8-5. We’ll be happy to help you save electricity, money, and the planet.

Kim Hopkins CEO, The Electric Connection

The question of whether or not to repair or replace a furnace can be a challenging one. However, there are some key factors that can help you decide which is best for you and your home. One thing to keep in mind is that heating system replacement is a great opportunity to increase your energy efficiency and comfort. Should you decide to replace your furnace in Brighton, make sure that you hire trained professionals to perform the installation. The experts at FB Electrical Services can install both electric and gas furnaces, so call us today!

Reasons to Consider Replacement

Here are some reasons why it may be better to replace than continue to repair your current furnace:

Constant Repairs

If your furnace needed a lot of repairs last winter, and you are looking at more repairs this winter, it may be time to consider replacement. Nursing an ailing furnace along can add up quickly, sometimes even up to the cost of a new furnace. You may need to determine where your money is better spent.

Rust/Corrosion

Furnaces do not use water in any way, so if your unit has considerable rust and corrosion on it, it may need to be replaced. If rust and/or corrosion is localized, it may be repairable, but if the corrosion is significant, it can’t be repaired. Excess corrosion can be dangerous in gas furnaces because cracks and holes can potentially leak toxic fumes, which are very dangerous to your household.

Age

Age always plays a role in whether or not it’s time for replacement, and for good reasons. Aging systems can be challenged to effectively and reliably heat your home, and often do not have good energy efficiency. The average lifespan of a gas furnace is 15-20 years; for electric furnaces, it’s 20-30 years. If your furnace is at or over the average lifespan, it may be time to consider replacement.

Your furnace should be reliable, energy efficient and provide the Call FB Electrical Services today and schedule an appointment for your furnace with one of our heating specialists.