As mentioned in Part 1, GFCI requirements have been updated in the NEC 2017 edition. Changes to NEC code regarding GFCIs have been included with every new release since 1971. Part 2 will discuss GFCI protection for areas Other Than Dwelling Units and Miscellaneous. Remember to call an experienced and licensed electrician for all home electrical projects for your safety and the best results.
A hazardous ground fault occurs when an unintended electrical path between an electrical current source and a grounded surface forms. If a person touches a part that is energized, electrical shock can result. GFCIs or ground fault circuit interrupters, significantly decrease the chances of shock by instantly shutting down an electrical circuit when it represents a shock hazard. The information below summarizes the updated GFCI requirements of the NEC (National Electrical Code) 2017 edition. For safety and the best results, rely on an experienced and licensed electrician.
Standardized electrical codes from the NEC (National Electrical Code) are for the safety of homeowners and their families. We’ll discuss the typical codes applicable for new homes and remodels and those that would increase safety in older homes. Discuss how to comply with local codes as well with an experienced and licensed electrician.
More than one circuit is required because people will often have several items running simultaneously. A combination heater, light, and fan should be equipped with an individual 20-amp circuit. An appliance like a hair dryer will also require its own 20-amp circuit. A GFCI (Ground Fault Circuit Interrupter) for each circuit will be necessary for safety because of the presence of water.
Every closet will require a covered light fixture controlled by a wall switch. Dated fixtures with exposed bulbs are hazardous.
At least one wall switch should operate a ceiling light, independent from the garage door opener light. A separate circuit should be installed, along with a minimum of one GFCI wall outlet. Exterior outlets require GFCI protection.
Hallway and Stairway
At each end of a hallway or stairway, a 3-way switch is required. Hallways longer than 10 feet should have a general purpose wall outlet. Full lighting is required for stairways for safety. Landings and turns may require additional lighting.
Every major appliance, including the dishwasher, refrigerator, microwave, and garbage disposal will require a dedicated 240-volt circuit. Above the countertop, there should be a minimum of two circuits with outlets.
The washer and dryer will require their own 20-amp circuit. A separate 240-volt circuit will be needed for an electric dryer.
Living, Dining, and Bed Room
Every room should have a wall switch next to its door to let people turn on the light when entering. Ceiling fixtures should be operated by a wall switch, rather than a pull chain that may detach or break. Wall receptacles will require installation within 12 feet of each other. A dedicated 20-amp circuit may be required to provide power to a window air conditioner, microwave, or entertainment center.
Electrical Peace of Mind
Providing professional electricians since 1988 in Maryland, Cook Electric is the company you can rely on for all your electrical service needs. For knowledgeable, fair, honest, reliable, and conscientious service, call Cook Electric today at (410) 266-9040. We will be very glad to help you.
As mentioned in Part 1, a kitchen remodel, electrical design and installation can not only improve the quality of everyday usage, but it can also increase your home’s resale value. Part 2 will discuss Kitchen Lighting, Electrical Circuits, and Contractors.
An excellent layout of switches and electrical lighting circuits can significantly raise the functionality and pleasure of using a new kitchen. In addition, it can help reduce energy use as well. Creating work areas will help you determine a plan for switches and lighting. One idea is a handful of recessed lights illuminating a work island. Another design idea is track lighting for a counter dining area. One notion is installing one light over the sink connected to a dimmer switch.
Rewiring an older home and adding or replacing electrical components will help ensure your family’s safety and convenience. Over time, wiring becomes worn out or outdated. Frayed electrical wires are especially hazardous because they may cause a fire. Make sure not to work on these yourself and risk electrical shock. Call a reputable licensed electrical services company that has the skills and experience to repair or replace electrical wiring. The following will discuss several home features that involve replacing wiring and adding or replacing electrical components.
Fall is coming soon, and now is a good time to schedule an electrical safety inspection to help ensure the safety of your home before the holiday season brings the greatest risk of electrical fire. Licensed electricians will inspect each room and space in your house and perform electrical repairs wherever they find something unsafe or not up to code. At the end of this thorough process, you and your family will have electrical peace of mind. The following are eight tips for electrical safety for your indoor and outdoor areas this fall.
You might need a heavy-up if your home was built more than 30 years ago. Basically, a heavy-up will raise amperage entering the home through its electrical service panel to allow its system to manage a greater load. Some older homes will also need an electrical system upgrade to meet modern demands. When older homes were constructed, many devices did not yet exist, appliances were smaller, and homes consumed much less electricity.
As discussed in Part 1, the new edition of the National Fire Protection Association (NFPA 70), places more emphasis on new technologies and worker safety.
The National Electrical Code (NEC) undergoes revision and expansion every three years. The NFPA received more than four thousand public suggestions, resulting in 1,235 first revisions.
A commercial building’s electrical service capacity is primarily based upon the building’s wiring system capacity and any connected electrical equipment’s load calculations. The breaker or fuse box size can also provide an estimate of service capacity. An electric service upgrade may also include replacing the underground cables that are connected to service panels and meters.