Jeff Calcamuggio

Jeff Calcamuggio

Jeff is an Editor-at-Large for Buildipedia.com who writes and edits Featured At Home and Knowledgebase content. Prior to joining Buildipedia, Jeff's work experience included carpentry, construction documentation, specification writing, construction administration, project management, and real estate property inspection. Jeff is a member of the Construction Specifications Institute (CSI) and an educator at Columbus State Community College and enjoys challenging DIY home improvement projects.

 

Arc Fault Circuit Interrupters

Wed, Jan 25, 2012

Arc fault circuit interrupters (ACFIs) de-energize circuits when an arc fault is detected, preventing overheating and possible combustion. ACFIs enhance safety in any home and are required for some new construction, varying by state.

Over the past decade or so, a discussion about arc fault circuit interrupters and their required use in residential construction has raged among officials, organizations, corporations, and individuals related to the construction industry. Change can be difficult but “only the wisest and stupidest of men never change," as Confucius said. Change has occurred consistently in residential electrical systems since Thomas Edison unveiled the first electric light on New Year’s Eve, 1879. Knob and tube, cloth-braided, PVC-jacketed, two wire then three wire, fuses then breakers… the list goes on and on. Change happens. Most of that change can be attributed to our steadily increasing understanding of electricity since we were first electrified. With its increasing use in our homes, and the considerations of inhabitants’ safety and the prevention of property damage, it is not surprising that regulations have continued to change. So why do we resist? We should expect change and grow with it, particularly when it is in the interest of our own safety and can prevent the loss of property.

Arc Fault Circuit Interrupters

Thu, Dec 22, 2011

Arc fault circuit interrupters (ACFIs) de-energize circuits when an arc fault is detected, preventing overheating and possible combustion. ACFIs enhance safety in any home and are required for some new construction, varying by state.

Over the past decade or so, a discussion about arc fault circuit interrupters and their required use in residential construction has raged among officials, organizations, corporations, and individuals related to the construction industry. Change can be difficult but “only the wisest and stupidest of men never change," as Confucius said. Change has occurred consistently in residential electrical systems since Thomas Edison unveiled the first electric light on New Year’s Eve, 1879. Knob and tube, cloth-braided, PVC-jacketed, two wire then three wire, fuses then breakers… the list goes on and on. Change happens. Most of that change can be attributed to our steadily increasing understanding of electricity since we were first electrified. With its increasing use in our homes, and the considerations of inhabitants’ safety and the prevention of property damage, it is not surprising that regulations have continued to change. So why do we resist? We should expect change and grow with it, particularly when it is in the interest of our own safety and can prevent the loss of property.

Energy-Efficient Gas Water Heater Replacement Options

Thu, Dec 01, 2011

Tankless hot water heaters are popular line items on most “green home improvements” lists. Does installing a tankless water heater pay off and, if so, how long does it take to see a return on your investment? That depends on your usage rate and other factors… check out the cost comparisons below.

Most of us take hot water for granted – but we really shouldn’t. According to the U.S. Department of Energy, heating water accounts for 14%–25% of the energy consumed in our homes. If you’re like most people, you have a conventional gas storage water heater that serves your household. When it fails, you’ll likely replace it immediately with another conventional gas storage water heater, because that is the least expensive option and it will quickly mitigate any potential for another cold shower. Iinstead of waiting until your heater breaks, you should plan (now, while the water is hot!) for your water heater’s replacement. We’ll provide basic information about some of your options by taking a look at two types of ENERGY STAR-qualified water heaters: high-efficiency gas storage and whole-home gas tankless. Then, when your water heater fails, you’ll be able to make an educated decision and purchase an energy-efficient replacement.

Pipe Insulation

Wed, Nov 16, 2011

Do you know what to do if you have a frozen pipe -- or even how to tell if that is the problem? Learn how to identify and remedy frozen pipes or, better yet, prevent them from freezing in the first place.

According to The Old Farmer's Almanac, this upcoming winter will be a season of unusually cold and stormy weather. While homes in the north are more likely to experience longer durations of cold temperatures, homeowners in the south shouldn’t ignore the potential for one or two cold spells. During the cold winter months, frozen pipes are a serious risk to your health and home. With Old Man Winter right around the corner, now is the time protect your home and prevent frozen pipes.

Prevent Basement Flooding with a Backup Sump Pump System

Wed, Nov 09, 2011

It’s no fun to end up with wet feet when you step into your basement, not to mention the fact that extensive flooding can cause real damage. Even if you have a sump pump, it is a piece of equipment that can fail just when you need it most. Find out what your options are for a backup pump and what it will cost.

"An ounce of prevention is worth a pound of cure." — Benjamin Franklin

Houses with in-ground basements, if they were built after the 1980s, commonly have AC-powered sump pumps installed. The sole purpose of such a pump is to discharge groundwater that is collected in a sump, then direct it outside and away from the foundation. The anticipated life span of a pump depends on how often it’s used, as well as the size, type, and quality of the pump installed. Unfortunately, there is no definitive duration of time that one can expect a sump pump to last; it may operate for 5, 15, or even 30 years. No matter the age of the pump, it won’t operate during a power failure, and such failures are common enough occurrences during severe storms. For these reasons, a sump pump’s failure to operate cannot be planned for. The best work-around is to put in place a preventative measure, such as a battery or water powered backup sump pump system, to insure that groundwater is collected and removed.

Applying Finishing Touches to Concrete Foundation Walls

Fri, Nov 04, 2011

Adding a finished surface to your basement wall will make it feel more like a "real" room. Learn the how-to steps here and find out what material choice would work best for you.

An unfinished basement can be a dark and damp place that is rarely used for anything other than storage. Although the basement is commonly left unfinished when a home is built, at some point during the life cycle of the home the residents usually require additional living space; the square footage of a basement typically provides ample space for a family room, home office, or even a playroom. A key component to finishing a basement is applying finishes to the exterior foundation walls. Understanding what types of finishes are available will assist you in creating a fully habitable, comfortable, and healthy living space.

Beneath Bathroom Finishes: Substrates That Manage Water and Moisture

Wed, Oct 05, 2011

The bathroom is one area of the home that is extremely vulnerable to water damage. Showers, tubs, toilets, and vanities provide hundreds of gallons of water on demand every day. In addition, evaporating water and steam from baths and showers significantly increase indoor humidity. Properly designed bathrooms should incorporate substrate materials under surface finishes that effectively manage water and moisture to prevent structural problems and resist mold growth.

Bathroom Caulking 101

Fri, Sep 09, 2011

Preventing water damage inside our bathrooms is just as important as directing water away from our homes. Caulking, as part of routine homeowner maintenance, prevents avoidable damage around the multiple fixtures and different building materials located inside a bathroom. To get started all you need to know are the areas inside a bathroom that need to be regularly maintained, how to remove existing caulking, and how to apply a new bead of caulk.

Tile Flooring 101: Considerations

Wed, Aug 17, 2011

Tile flooring can be installed in a variety of locations. Prior to buying tile for your flooring project take the time to answer a few questions: Is the tile going to be located indoors or outdoors? What is the room going to be used for? Is the tile going to be installed in a wet area? How much foot traffic does the room experience on a daily basis? Identifying answers to these questions will define a floor tile that will have the specific characteristics to meet your needs.

Tile Flooring 101: Care and Maintenance

Wed, Aug 17, 2011

Tile floors are an extremely durable, long-term investment that should be regularly cared for to preserve both their appearance and value. In fact, a well cared for tile floor can last a lifetime. According to the Study of Life Expectancy of Home Components, which was prepared in 2007 by the National Association of Home Builders (NAHB), the average life expectancy of a ceramic tile floor is 75 to 100 years, while natural stone such as marble and granite can last more than 100 years.

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