Electric cars are becoming very common. If you have visited a car lot lately, you will see the selection has increased dramatically and Prius is no longer the only game in town. It is the future of cars and there is no time like the present to start learning the ropes of using an electric car for your transportation needs. A Santa Monica electrician is here to help you make the most of your new electric car or make your old one a little better with the installation of a Level II charger at your home. The team at The Electric Connection can assist you in getting the most out of your gas-saving car.

One of the problems with electric cars is their inability to drive long stretches on the battery alone. They are great for commuters with short distances to travel. Most electric cars can go anywhere between 40 to 100 miles on a single charge. Unfortunately, it can take a full day for a car to get a full charge when using a Level I battery charger. An electrician in Santa Monica can install the 240-volt outlet you need to run the Level II or fast charger in your own garage. This means, every day you get home from work, you plug in the car and it is fully charged and ready to go the following morning.

The faster chargers are a bit more expensive up front, but when you factor in the gas savings, it is an investment that will pay off over time. It is also more convenient in general. Because the charger requires more electricity to run, you will need an electrician. Santa Monica homeowners can decide where they want to charge their car and have the outlet installed nearby. Give The Electric Connection a call today and schedule your installation.

The controller keeps on monitoring the application requirement in a continuous control loop. It then commands the inverter to produce the required voltage and frequency to meet the application requirements. To do this, the controller, comprised of a microprocessor, takes the input signal from the sensor and compares this with a reference signal. It then generates the appropriate control signal for the inverter to vary its output power.

In a typical application, the controller will monitor process parameters such as pressure, flow rate, temperature or liquid level. For example, an oxygen sensor in a boiler provides a signal to adjust the speed of the fan and control the amount of oxygen in the boiler system.

Today’s drives, using microprocessors, semiconductor power switches, and SMDs are now smaller, compact, cheaper, more reliable and efficient. A typical drive will also include a filter to suppress harmonics generated when converting the DC to AC voltage.

Whether you’re doing industrial wiring or residential wiring for electricity, you’ve got a complex task ahead of you. Needless to say, industrial wiring is essentially a much more complex form of residential wiring. This article will assume that you have some elemental electrical wiring knowledge or aptitude, and it will simply provide you with a very basic overview of what you need to understand with regard to residential wiring and industrial wiring.

It will be up to you to look up your local building and electrical codes for your home or office space. Also, check your local laws to see if you are even permitted to do your own amateur wiring before you proceed. Above all things, approach any wiring project with this knowledge at the forefront of your mind: “electricity can be deadly.” Put your safety ahead of all other concerns.

Red wires and black wires are usually “hot”. This means that there is a current (amps) flowing from the circuit breaker to the electrical box or the appliance in question.

The white wires usually are “returns”. This means that they allow current (amps) to flow back to the circuit breaker after the electricity has passed through the load or appliance in question.

White wires should not be connected together with ground wires, with the exception being back at the circuit panel bus bar. If you fail to observe this rule, then every single time the load is energized (such as turning on an appliance), electricity will flow through the ground wire and the return wire simultaneously. This is very dangerous.

A ground wire is usually bare and attaches to an appliance’s frame. Under normal circumstances, current should not be passing through it. Only when there is a short circuit should electricity pass through the ground wire; this happens so that the circuit breaker will kill the flow of current to the site or appliance.

Smart industrial wiring is based on 3-phase electrical power. 3-phase electric allows less workload to be placed on each wire involved while at once allowing them to work together to give you maximum results. With 3-phase electric, the wires are smaller and the motor is smaller than a typical single-phase motor. These factors allow greater efficiency and longer lasting motors and wires.

There are four types of 3-phase electrical power:

No matter which type of 3-phase electrical power you choose to use, you’ll need a voltage meter in order to determine the actual voltages that are available to you. The type does not determine this.

Industrial wiring typically runs through metal conduits, armored cable, or a raceway. These enclosures are the safety ground–never the neutral wire.

The above information should give you a nice guidepost for doing more research into and getting more practice with either residential wiring or industrial wiring. Again, safety comes first!

We’re finally through another summer in Texas. Our air conditioners are being turned off for the first time in months, and we’re all looking forward to watching that power bill drop. Now that your electrical system is under less stress, it’s the perfect time to make sure that the system is working the way it should.

Nobody should go years without performing maintenance on their vehicle. It just makes no sense to throw away the investment you made on a vehicle. And yet, people regularly go years and years without having their electrical system inspected on their home. Typically you spend a lot more on your home than a vehicle, yet both can be dangerous if you don’t do regular maintenance!

With this in mind, I wanted to share some important Electrical System Maintenance with you that can help keep you safe and even keep your power bill low! Keep in mind that the things I’m going to share with you aren’t really things you can do on your own; you should always contact a Licensed Dallas Electrician to implement any of these tips.

With that in mind: