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    We offer the most comprehensive Home Inspection service available.

    We start at the roof and evaluate not only the roof surface, but also the chimney, the ventilation system, the electrical service entrance, the plumbing stack, and any other systems or components located on the roof.

    Our next step is to inspect the exterior of the home. We use a macro and micro approach to look at both the big picture and all the details.

    We then move inside the house, and starting at the bottom, work our way up through the home into the attic. While inside, we address such things as the structure, the heating and cooling systems, the electrical and plumbing systems, the interior finishes, the insulation and ventilation, and accessories such as fireplaces.

    Our evaluation is then communicated through a detailed inspection report, which includes descriptions of all the systems in the home, as well as any recommended improvements. This will help you prioritize the improvements and develop a blueprint for your future in the home.

    Best of all, our services don’t end with the inspection. For as long as you own the home, you can call with any additional questions .

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  • The Importance Of Ground Fault Circuit Interrupters

    Ground fault circuit interrupters (GFCI’s) are outlets with the colored "Test" and "Reset" buttons specially designed to better protect people than ordinary outlets. GFCI's have been used in houses since the 1970's.

    Why Are They Used?

    GFCI's are designed to shut power off if there is a very small leak of electricity (a ground fault) which ordinary outlets wouldn't notice. Normal outlets are shut off by a fuse or breaker if more than 15 amps flow. This prevents fires, but since people can be killed by 1 amp or less, fuses may not protect people from shock. GFCI's shut off power if a leak as small as .005 amp occurs.

    How Do They Work?

    A GFCI detects a leak by comparing how much electricity comes back through the white wire to how much was sent in the black wire. When everything is working correctly, the current flow is the same. If a little electricity is leaking out, it may be going through a ground wire or through part of the house. If this happens, the black wire will have more electricity than the white wire. Electricity, like most people, will follow the path of least resistance. If a person touches a leaky electrical system, they may present a better route to ground for electricity, since they may offer very little resistance.

    Another way of saying this is that the person may be a very good conductor or the person may not be well insulated. The electricity will flow through the person, giving them a shock. Without a GFCI, this can be fatal. With a GFCI, the little leak would be detected and the power would be shut off.

    Where Are They Used?

    In Canada, GFCI's are now required by Code for outdoor outlets, bathroom outlets and whirlpool outlets. Electrical systems for swimming pools are also GFCI protected. In the United States, kitchen outlets within six feet of the sink must also be GFCI protected.

    Can The Outlet Be GFCI Protected If There Is No Button?

    Yes, if for example, the circuit breaker back at the panel has a "Test" button, it is a GFCI breaker. This will protect everything on that particular circuit. Any outlets wired downstream of a GFCI outlet are also protected if the GFCI is wired correctly.

    Can They Be Added To Older Houses?

    Yes, GFCI's can be added to any electrical system. They are more expensive than regular outlets ($15-$20 vs. $1-$2), but are inexpensive insurance. While they do not replace grounding systems exactly, some Codes do allow GFCI's in lieu of grounding in some cases. It is safe to say that a circuit protected by a GFCI is better protected than one without.

    Line drawings are from the Carson Dunlop Home Inspection Training Program and Home Inspection Software Tool – Horizon