If you think that all thermostats are created equal, think again. With a Nest thermostat, you can easily set different temperature programs, and your thermostat will learn your heating and cooling habits to make energy-saving adjustments. You can also set your thermostat remotely if necessary, and you’ll get alerts of issues that could lead to problems, such as temperatures low enough to warrant concern. Plus, you can get updates on energy usage via reports, information which can help you to tweak your habits in order to further boost energy savings.

Fires and CO exposure are among the biggest dangers to homeowners today. Not only does the Nest Protect CO + Smoke detector last up to a decade and feature and industrial grade smoke detector, but it also tests itself automatically. You can hush it from your phone, should you have a false alarm, and you can also receive alerts via your phone. If you are serious about keeping yourself and your family safe, this is a product well-worth your consideration.

Modern life is hectic, and you may be away from your home more than you’d like. Don’t worry about what your pooch is getting up to or about packages sitting out all day any longer, though. Get a Nest Cam, and keep an eye on your home with a 24-7 feed. Set yourself up for alerts as well, for added peace of mind.

Today is December 2nd, which means as of yesterday it’s officially the most wonderful time of the year! Families across the country have begun putting up their Christmas trees, decorating their homes with dazzling lights, and baking the day away. Over the next few weeks, we’ll be focusing on decorating safety – for your beloved tree, as well as for the interior and exterior of your home. Our goal is to ensure that you have a safe and happy holiday!

When it comes to decorating your tree, it’s important to follow certain guidelines so that you can help prevent electrical and fire hazards.

When the power goes out, it is a bit of a novelty. It can be kind of romantic and does bring families together for a short while. You may pull out a couple of candles and sit around and chat for a bit about your day or your child’s day. It isn’t bad and is almost a welcome respite from a fast paced world. And then after about an hour or so, you and the kids start to get a little bored. You are probably thinking of the 101 things you need to get done, but can’t because you don’t have power. The batteries on the various gadgets that have been keeping the kids occupied will die and you are going to be left with some bored, cranky family members. An electrician in Los Angeles can help you avoid all of that with the installation of a standby generator. At The Electric Connection, you will discover a team of knowledgeable and professional staff who are ready to help you.

A standby generator keeps your home powered during a power outage so you can continue with life as you know it. You can choose the size of your generator based on the size of your home and your home’s power needs. If you want to power just one room and the essentials like your refrigerator and freezer, you can or you can buy a generator that will power the entire house.

Families with small children who may be afraid of the dark and don’t appreciate candlelight dinners or reading a book by candlelight will certainly benefit from a generator installation. Because there is some Los Angeles electrical wiring involved, the generator will need to be hooked up to the home’s main power by an electrician. This ensures your generator is safe to use. If you would like to learn more about generators, give The Electric Connection a call today.

Take a few minutes to look for and correct electrical hazards in your home. It does not take too long to check the insulation on a table lamp cord, check for the correct wattage light bulbs and install a GFCI (Ground Fault Circuit Interrupter). Take the time. It will prevent an electrical safety hazard and save you and your loved ones lives.

Unsafe conditions such as overloaded circuits and damaged insulation as well as the misuse of extension cords and electrical devices create fire hazards and may result in serious electrical injury.

Studies of residential electrical fires show that the majority of serious fires could have easily been avoided. The conditions that caused the fires probably would have been detected by an electrical inspection. These problems were not detected or corrected because no inspections had been made for several years. In a number of cases homes ranging from 30 to 100 years old had not been inspected since they were built. A safety inspection should be performed by a qualified licensed electrician.

One good tip to determine when your electrical system was last inspected is to examine the door and cover of your electrical panel. The panel should contain a label or tag with a date, a signature, or initials on it. If there is more than one date, the most recent one should be the date of the last inspection. DO NOT remove the service-panel cover. This is a job for a qualified electrician. If the date is older than ten years, its time for a inspection and correction of any problems that show.

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Electric motors power everything from tiny electronics to massive industrial pumps. Yet, they all work on the same basic principles. Though AC motors seem ordinary, there are complex activities going on behind the scenes.

The simplest types of motors are three-phase AC motors. They convert a rotating magnetic field into mechanical rotation. The basic parts of an AC motor are the stator, rotor, bearings, drive shaft, and frame. The supply power is connected to coils of wire that are wrapped around laminated iron cores in the stator; the stationary part of the motor. When the coils of wire receive current, they generate a magnetic field known as poles. Each phase of power has the same number of poles; the poles are spaced evenly around the stator.

Historically, speed control of three-phase induction motors was very difficult. The only way to change the operational speed is to change the frequency of electricity supplied. Today, this task is accomplished by use of a variable frequency drive or VFD. This device is made of three main components: a rectifier, a DC-Link, and an inverter. The rectifier takes the incoming AC voltage and converts it to DC voltage that can be used by the electronics in the VFD. The DC-Link then uses capacitors to help smooth out the DC voltage from the rectifier and feeds it to the inverter.

The inverter then converts the DC voltage back to AC voltage. The inverter also controls the output frequency of the AC power by sending precisely timed pulses of DC power at specific voltages to rebuild the AC sine wave.

With a VFD, not only can the output frequency be controlled, but it can be slowly ramped up. This allows for smoother starting and can be adjusted to keep a motor spinning at a specific frequency. VFDs can produce three-phase power from a single-phase source, or even a DC source, to power highly efficient three-phase motors in locations without a three-phase supply. VFDs can also be incorporated into a PLC system to allow for automatic or remote control.

The combination of a VFD and AC motors offers a wide variety of functions and increased efficiency. Basic understanding of these technologies is essential for any electrician.