The phrase "getting your electrical wiring up to code" is often heard nowadays, in particular when looking at the renovation of older homes. However, although many people understand that upgrading a home's electrical wiring that it is standard with all the national requirements and local building codes is a good thing, they do not always understand what the term actually means. As a matter of fact, bringing wiring up to code can vary from house to house because of the varying electrical installations. Here's a listing of some of the most common wiring situation to take into account when considering upgrading to bring your electrical wiring up to code.
Electrical Upgrades For The Basement
A lot of homes which are older don't have basements wired based on current electrical codes. Probably the most commonly identified code violations in basements is standard electrical outlets. Even if your basement is unfinished, you need to have your basement outlets protected with GFCIs. Basements have a tendency to be damp, so GFCI outlets is an important safety consideration.
Electrical Upgrades To The Kitchen
The kitchen is yet another room in the older home which frequently suffers from electrical code violations. For safety purposes a microwave oven should be placed on its very own circuit in the event that it should generate a surge or spark, or if it overheats. Additionally, all electrical outlets accessible from the kitchen countertop area and near the sink need to be upgraded to a GFCI outlet if they are simply regular outlets.
Bathroom Electrical Updates
In regards to electrical code upgrades, bathrooms and kitchens will be in the same category. In the interest of safety around water, all outlets should be upgraded to GFCI outlets. Or, decide to protect the whole circuit which supplies the restroom using a GFCI breaker. When lighting is installed in the bathroom, #12 gauge wire must be employed to meet electrical codes.
Attic Electrical Updates
When you're trying to meet all building and electric codes, your attic is yet another place that may have issues. An example is when the attic has any home equipment like cooling or heating systems, then a light needs to be installed. The same is the case when the room is used for storage. With regard to safety, you should plan on installing the light near to the equipment or storage area.
Other Things To Consider For Safety
As discussed, a lot of electrical code requirements are centered on safety issues. As a matter of fact, this really is one of the greatest reasons why electric codes exist in the first place - to safeguard the security of the public. If you are upgrading all of your electrical issues, it is also a good idea that you upgrade your fire protection. To be safe, every bedroom must have its own smoke detector. There should also be an individual smoke detector on each floor of the home. While you are concentrating on the wiring in your house, you can go the extra mile and connect the many individual smoke detectors for added safety.
The injuries related to electricity are caused by electrocution. Electrocution can result in: minor shocks, which can cause other accidents like falls; medium shocks, which can result in burns and even critical burns and major shocks which can result in death in the same way as in some American prisons.
The victim can be given an electric shock by coming into contact with a live wire or by the electricity from a live source arcing out - in essence finding earth through that person's body. Most electric shocks are not serious and are over before you know that it has happened yet they are frightening afterwards.
A fall ensuing from a mild electric shock almost certainly has greater potential to be fatal than the shock itself. For instance, if you were changing a light bulb from a step ladder and you thought that the power was off, and it was not, you may receive a short sharp shock, and it could make you to fall off the ladder and break your back.
On the other hand, high voltage electric shocks can result in burns deep in human tissue whilst leaving just minor signs of the injury on the outside. It is very critical not to become complacent about electricity, because, like the open sea, it does not suffer fools gladly. Here are a couple of electrical safety pointers to help keep you safe.
1] Always check power tools for damage and damaged plugs or frayed cords before use. You may have damaged it last time you used it and got away with it that time
2] If you are working in the same area as others, particularly on a building site, do not leave your leads trailing across the floor - try to tape them to a wall or a bench, because people may step on them, run wheel barrows over them or spill water on them.
3] Always use the correct gauge cable and fuse for your apparatus.
4] If anything becomes warm while you are using it, be aware that it might be a sign of an approaching problem. Leave warm apparatus or sockets to cool down, if it occurs again, get them checked by an electrician. Do not over load electrical sockets.
5] Try to use a dry wooden ladder if you are working near cables, because wood does not conduct electricity.
6] If you are using any apparatus that produces heat or strong light, do not train it on anything that might catch fire.
7] Fit fast-reacting circuit breakers between your equipment and the source of electricity to reduce the shock that you might get. These devices sense a faulty earth and turn the appliance off in milliseconds.
If your appliance or electrical equipment has a button for checking the earth, use it every day and if you are going to work on a light socket, an electrical socket or the fuse box, test it first with one of those electrical screwdrivers with a small bulb in it. You poke it into the circuitry and the bulb lights up, you have just had a narrow escape. Be more cautious next time!
Bringing power into a building from the electrical lines that run from the street a single phase converter controls the flow of energy inside the building. Where an office might be set up with a series of computers that are backed up with emergency batteries and have surge protection the single phase system may not be sufficient to handle the load that the energy consumption requires. inide an industrial shop that is using a number of different machines to fabricate various products a 3 phase converter can make the difference between straining the electrical use and allowing each station in the manufacturing shop to be operating at full power throughout the day.
The installation of a rotary 3 phase converter allows drill presses, saws and other pieces of equipment to be run without adding to the energy costs or the electricity that is being pulled from the power grid. Adding to the energy efficiency of a business that is relying on the constant drain of the utility the converter is connected to the breakers that bring in power to the building and are loaded to increase the output of electricity without adding to the use of energy. The lower cost and higher output allow industrial manufactures to make the most of their utility consumption.
Hooked up to woodworking and steel machining equipment the converters are able to provide all the electrical power that heavy duty machines need to operate in a non-stop environment. Running air compressors, hoists and lifts and air conditioning or heating systems much more efficiently the addition of a 3 phase converter is able to boost the production of many manufactured goods without altering the amount of energy that is consumed by the building. In offices where server farms are required to manage the data flow that is coming into the system the converters can be added to the electrical equipment to make them more efficient in their use of electricity.
Available in three sizes that can manage different loads and deliver the same level of energy consumption to commercial and industrial complexes, the full capability of the 3 phase converter can be determined with an inspection of the property and the electrical usage needs of the business that is looking for a way to cut their utility bills down to size. Offering an alternative to paying for the rising cost of electricity that seems to increase each year the converters are the best way for a business to manage all of their energy consumption needs without adding to their utility bills.