Have you recently had a home inspection completed or are you getting ready to purchase a home and don’t understand the inspection report? A certified electrician can remedy:

These problems may be eyesores, or perhaps you don’t notice them at all, but almost all of them can be hazardous and require immediate attention by a certified electrician. Before you start worrying about your latest home inspection and get knee-deep in all the repairs at once, ElectricMan can help you decode each project and give you a quote on needed repairs. Remember, it’s about your family’s safety, so it’s always best you pick your electrician based on the quality of work and his reputation rather than letting the seller pick the repairman.

If you suspect your home is subject to some of these problems, or for help interpreting your home inspection contact a certified electrician at ElectricMan today. ElectricMan is a trusted, local ElectricMan website and don’t forget to ‘like’ us on Twitter, YouTube.

Electrical conduits are an electrical piping system made of plastic, metal, or fiber, that are used to provide wiring or cable route to protect it. The use, form and installation details for electrical conduits are specified by the wiring regulations such as the US National Electrical Code (NEC) or other national or local code.

The location of an electrical conduit will usually determine what kind of material may be used. Since electrical conduits are used mainly in the outer wall surface in exposed locations, they are made of a material that is either flexible or rigid.

The following are the most commonly used materials:

Rigid steel The type of conduit system that is to be applied depends upon the wall thickness, mechanical stiffness and the material used to make the tubing. The material can be chosen for mechanical protection, corrosion resistance and for cutting the costs on installation charges. As far as wiring regulations for electrical equipment in hazardous areas are concerned, certain kinds of conduits need to be used depending on the regulation specifications.

More people have been thinking of trying to switch from oil-dependent vehicles to electric cars. However, many of the same individuals are also intimidated by the numbers of gas vs. charging stations available near them. While this might not be a problem in larger cities, more rural locations can run into charging issues. This is why charging your vehicle at home is so important. Around 88% of electric vehicle drivers refuel at home or at work.

Depending on your car, you might need different levels of charge. A level 1 charger uses wall sockets in the average home. However, 1 charge could take about 22 hours to complete. A level 2 charger is a little better. It works with a 240-volt wall outlet and can give you around 70 miles per charging hour. You can use the same outlet as your washer and dryer, but having a dedicated outlet for your car can help you prevent potential problems from alternating electricity flows.

A level 3 charger is the fastest and most efficient option for charging an electric car. Level 3 chargers, also called DC fast chargers, use a special charging port to get power to the battery while bypassing the car’s onboard charger. With this kind of station, you can fully charge your vehicle in a half hour.