Breaker panel wiring is perhaps one of the most important parts of your home’s wiring system. If there is a problem here, it could lead to a fire as well as the risk of your electrical system failing extensively. The only way to know for sure that your electrical system is working properly and that your breaker panel wiring is safe is to have an experienced, licensed electrician take a closer look at it.

The breaker panel wiring in your home is the hub of your electricity. This panel helps to direct where and how electricity flows through your home, and it can play a very important role in keeping your electricity functioning well. It also has a lot of electricity running through it. If you are unsure of whether or not it is working, it is always best to call an electrician. Troubleshooting this panel on your own can be risky.

Just by looking at your breaker panel’s wiring, you may be able to pinpoint specific areas of concern. There are a few key things to look for and to take action against if you do spot them. This includes:

Electricity may either be connected by 230 or 240 volts (these are called single phase circuits that are installed in most residential applications), or 400 & 415 Volts (3-phase). The latter are typically best-suited to provide power to heavy-duty appliances and equipment and in industrial settings as well as larger commercial applications.

Some people have electric kilns installed in their homes or garages because they indulge in making pottery or ceramics products. Certain homes have very elaborate and large, ducted air-conditioning systems. In all these situations, a 3-phase circuit would be required to support this heavy power usage.

The type of circuit used is dependent in the equipment or appliances installed on your property. It is important that you check the power & voltage requirements of the installations properly, before deciding what type of circuits you need. In most instances, even massive ovens and high energy-consuming heaters are typically singe-phase.

This current in amps has to be multiplied by the voltage to give you the power in watts. If a 3-phase supply is available, the total voltage of 24,000 watts will be divided by 3; this means 8000 watts will be used in each phase. This means the current in each phase is lower than 1/3rd of what it generally is in a single phase power supply (about 30 amps in each phase instead of 100).

The aspect to keep in view here is that if you have a 3-phase electrical connection, you will end up paying higher connection fees for it. In addition, you would have to pay fixed annual charges for 3-phase as well, so you shouldn’t be considering it for your new home unless it’s really needed.

Depending on the locality you live in, your property may also be connected to a SWER electrical line and many country areas have them. The SWER (single wire, earth return) delivers single-phase power. It is a very economical way of power distribution since it requires only a single transmission or active line. The earth is used as the return conductor and there is no neutral line.

In case you need to use any 3-phase motors in these settings, you would have to get a single-phase to 3-phase converter installed. Choosing the right phase is crucial to the optimal working of your equipment and for the safety of your property as well.

Electrical engineers usually have a huge responsibility in implementing safe electrical conduits to ensure safety and efficiency in designs of power substations. Conduits are the means in which power cables run from the ground to the electrical equipment and appliances. In addition, conduits provide protection of medium-voltage circuits in the power substation. Examples of circuits that need this protection are collector circuits entering the substation and distribution circuits leaving the substation to feed residential and commercial power needs.

My dad might just be the most difficult person I know to find gifts for. Unlike other dads, who might enjoy fishing, golfing, or watching football, mine rides and restores vintage motorcycles for fun. What’s so difficult about that? Well, there are only so many spark plugs and screwdrivers he needs, and only so many specialty parts I can track down before I’m in over my head.

That’s why I went out on a limb this Christmas, and decided to give him one of our

As you can see, the light’s long neck lets it curve and reach to illuminate the motorcycle’s body for detailed work.

Make sure that the voltage of your LED light is compatible with the truck’s operating voltage. For example, you wouldn’t want to use a 6-volt light with a 12-volt system. That bulb will burn out very quickly. Or say you use a 24-volt light on a 12-volt truck—if you get any light output at all, it wouldn’t be near what is possible from that light.

When you’re installing new LED truck lighting, lubricate sockets, terminals, or any associated electrical connections with dialectic grease to seal out moisture and prevent corrosion. Because the grease can dry up, you should check connections periodically. It’s important to keep connections lubricated to maintain the functionality of your light. However, too much grease can interfere with the terminal/socket connection and prevent a light from functioning.

Be sure to know and understand the rules set in place in the light’s warranty. Doing unauthorized repairs or disassembling the light will most likely void its warranty. A driver should also know the correct person to contact about their LED truck lighting in case of light malfunctioning. The point of contact could be the fleet’s parts department, the purchaser, or the company from which the light was purchased.

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.