Happy Engineers Week
The Importance of a Home Inspection: What Buyers and Sellers Need to Know
Get your home inspected
When buying or selling a home, a home inspection is a crucial step in the process. It provides valuable insights into the property’s condition and helps both parties make informed decisions. Whether you are a buyer looking for peace of mind or a seller wanting to avoid surprises, a home inspection can save time, money, and future headaches.
What is a Home Inspection?
A home inspection is a thorough examination of a property’s structural and mechanical systems, conducted by a licensed professional. Inspectors assess key components such as the roof, foundation, plumbing, electrical systems, HVAC, and more. Their findings help identify potential issues that may require repairs or replacements.
Checking Widths
Roof Static Vents
Why Home Inspections Matter for Buyers
For
buyers, a home inspection ensures they are making a sound investment. Here’s why it’s essential:
Electrical Voltage
Why Home Inspections Matter for Sellers
Water Pressure
Sellers can also benefit from a pre-listing home inspection. Here’s how:
What Happens After the Inspection?
After the inspection, the we will provide a detailed report outlining any issues found. Buyers and sellers can then discuss how to proceed, whether through repairs, credits, or renegotiating the price. While no home is perfect, understanding its condition helps both parties make informed decisions.
FAA Licensed
Final Thoughts
A home inspection is an essential step in the real estate process, providing valuable information that can save money and stress in the long run. Whether you’re buying or selling, investing in a professional inspection by a Certified Master Inspector is a smart move that leads to a smoother transaction and a better homeownership experience.
Certified Master Inspector
At Middle Tennessee Inspections, I always stress the importance of being prepared for emergencies. One essential tool every home should have is a fire extinguisher. If you’re in the market to purchase one, here are some tips to ensure you make the right choice for your home.
Fire extinguishers are your first defense against small fires, potentially saving your home and loved ones from disaster. They help contain fires before they spread, giving you time to call for help and evacuate safely.
fire extinguisher types
When purchasing a fire extinguisher, it’s crucial to know the different types available. Here’s a quick breakdown:
For most homes, a multi-purpose ABC extinguisher is the best choice, covering the majority of fire risks you’ll face.
fire extinguisher
You can purchase fire extinguishers at most home improvement stores, online retailers, and specialty safety equipment suppliers. Some popular options include Home Depot, Lowe’s, Amazon, and local hardware stores.
fire extinguisher parts
Remember the PASS acronym:
Investing in a fire extinguisher is a small step that can have a significant impact on your home’s safety. Make sure to choose the right type, place it strategically, and maintain it regularly. Being prepared can make all the difference in an emergency.
Stay safe and be prepared!
Have you recently purchased a fire extinguisher? Share your experiences or any tips you have in the comments below. Let’s help each other stay safe!
#HomeSafety #FireExtinguishers #FireSafety #MiddleTennesseeInspections #HomeInspection #ManchesterTNChamber #TullahomaTNChamber
Aluminum Wiring is it dangerous to have
Most likely it is but if your home was built tween approximately 1965 and 1973, aluminum wiring was often substituted for copper branch circuit wiring in residential systems. This was due to the sudden rise of the price of copper. Aluminum is a good conductor, and at the time seemed like a reasonable choice. Unfortunately homes built with aluminum wiring are 55 times more likely than those with copper wiring to overload and increase the possibility of a fire due to the inherent qualities of the metal. This risk increases every year. Last year more than 24,000 home fires were caused by faulty electrical wiring.
The potential signs of electrical overheating to watch out for are:
Aluminum Wiring Arcing
Some of the risks of aluminum wiring include:
Breaker with aluminum wiring
Having aluminum wiring does not mean that the house is at a medically unsafe as there are many ways to mitigate risks associated with aluminum wiring. If your house has aluminum wiring it is recommended to have inspected by qualified electrician determined if any remedial actions are necessary.
It’s important to note that any remedial actions should be undertaken by a qualified electrician who has experience working with aluminum wiring. They will be able to recommend the best course of action for your specific situation, and ensure that the work is done safely and up to code.
CopAlum Connectors installed
Aluminum wires are a silver-ish color and more shiny whereas copper wiring is more orange-ish. Often the word” aluminum” or the letters “AL” May be embossed or printed on the wire insulation. If your house was built between 1965 and 1973 there is a very good chance you have aluminum wiring.
Aluminum Wire Comparison
Having aluminum wiring in your home does not necessarily mean that you will have a fire, but you should be aware, check, and prepare. The inspector engineers at Middle Tennessee Inspections are InterNACHI Certified and can quickly let you know if you have aluminum wiring.
Call the engineers at Middle Tennessee Inspections today
Whether you’re looking to sell your house or just want it to look like a million bucks lawn care and landscaping is a great way to add curb appeal to your property.
The most obvious benefit of lawn care is that you’ll get to enjoy your lawn in its most beautiful form. A great-looking lawn can be an awesome gathering place for friends and family. Perhaps a more enticing benefit for some is the promise of a higher property value. A great-looking lawn is the first impression for potential buyers. This can help you move your house off the market faster, and ideally at a higher price.
There are many tips to keeping your lawn looking great, and one of the biggest ones is maintaining your trees and shrubs. To further increase the resale value of your home, consider adding trees and shrubs to your yard. When well maintained, this type of greenery can increase your property value by up to 15%.
Maintaining this greenery is essential to keeping your yard looking great. One of the more important landscaping tips you can get is to keep your shrubs and trees pest-free. Managing these pests can take stress and pressure off of trees and let them look healthier and more appealing to your potential buyers. Giving your shrubs and trees and healthy environment to thrive is one of our top landscaping tips.
These days, everybody is busy. After a long work week, the last thing you want to do is spend hours tending to your lawn every weekend. Instead, let professionals take care of it so that you get all the benefits of a beautiful yard without the hassle of doing it yourself. Professional, licensed lawn care technicians are able to care for your lawn all year long so that come summer, it looks as good as it possibly can.
Coming home each day to a well-manicured lawn is about more than that feeling of pride of ownership. When it comes time to find a new home, a healthy lawn will make your property more attractive to potential buyers by adding curb appeal.
A professionally maintained lawn does more than just attract interested buyers. It can also increase the value of your home. And it’s a good investment, too. It has been estimated that lawn care provides a 300% return on your investment. How is that possible, you may ask. Consider the selling price of a nearby home similar to yours, but with a poorly maintained lawn. Now take your lawn care cost, triple it, and add it to your house price. You’ll see the price of your house, considering your beautiful landscaping, is definitely worth it.
Take some time after spring has arrived to give your home a thorough inspection as well as its annual spring cleaning. Including these home maintenance recommendations in your daily routine will help your home run more smoothly.
Have a professional HVAC contractor come out and perform a tune-up on your air conditioning system. You should do this once a year to ensure the system is operating at its manufacturer-rated efficiency, which can help you save money on your energy costs and keep you cooler on those soon-to-be-here hot Tennessee days. Check the condensate drain hose on your system as well, since we live in a humid region. Mine becomes blocked with algae and debris and I have to clean it regularly. You can save money by inspecting the hose yourself on a regular basis. Try to flush any debris out then suction any remaining obstruction with a wet-vac.
Because the strong Middle Tennessee Summer heat may quickly destroy shingles on a roof, you should call a contractor if you haven’t inspected it in several years. You can take a look from the ground or at gutter level for any loose shingles or screws. Remove any leaves or other material that has accumulated on them or in your gutters. There are many ‘gutter cover’ companies. I did get a quote from one once; then went to my local hardware store and bought and installed them myself. This just depends on your comport level on a ladder. Double-check to verify if your gutters are securely secured and free of leaks. Look at the fascias and trim. To avoid a potential basement flood, make sure that downspouts guide water away at least six feet from the house’s foundation.
Before the spring rains arrive, inspect the foundation around your home to ensure that your basement is adequately protected. Remove any leaves that may be around it. Look for cracks or defects and seal them or, if required, get a contractor to fix these issues. In addition, search for low spots in the yard near the foundation that could collect water during a severe downpour. Fill up the depressions in your yard with compacted earth to make them level. Keep an eye out for any additional “ponding” spots in your yard, as well, because standing water might form after a very heavy rain. Mosquitoes can spawn in these pools, making them a breeding site. This will also make your Summer more enjoyable.
Check your outside faucets for freeze damage. Make sure your window screens have no damage, and rechaulk doors and windows if necessary. We have a lot of squirrels in Middle Tennessee so make sure all house entry points are sealed. Now’s a great time to make sure your lawn mower is running; better to get it into the shop now instead of when everyone needs repairs. Spring is also a great time to think about planting trees. Last year we got a bunch and planted them around the property. Check out https://www.tn.gov/agriculture/forests/seedlings.html
If you have a patio deck, look for stains, discolorations, or warping in the wood before using it. If you discover any, you may want to consider resealing the deck. For confirmation that your old treatment is still functional, pour some water onto a dry deck and watch to see whether it beads up in any way. Generally speaking, deck-sealer manufacturers recommend that you reseal your deck once a year; I do mine every other year. If there are no obvious problems that need to be addressed, you may likely wait until the next spring to reseal. Examine the wood for any sharp edges, splintered wood, or rotten wood before proceeding. In addition, search for rusted nails or screws, or any that are coming loose or causing their connections to weaken or come loose. Inspect the deck posts for any signs of decay. Also, make sure that the railings and steps are secure and not shaky before you start using the space.
Spring is a good time to check your smoke detectors and Fire Extinguishers. We have all heard that your smoke detector batteries should be changed twice a year but did you know your home fire extinguishers should be checked at least monthly. Spring is a great time to make sure they are okay.
These simple steps will help you and your home enjoy the cool Middle Tennessee Spring weather.
What are AFCIs?
An arc-fault circuit interrupter (AFCI) or arc-fault detection device (AFDD) is a circuit breaker or receptacle that breaks the circuit when it detects the electric arcs that are an indicator of loose connections in electrical wiring. Loose connections, which can develop over time, can sometimes become hot enough to ignite house fires. An AFCI selectively distinguishes between a harmless arc (incidental to normal operation of switches, plugs, and brushed motors), and a potentially dangerous arc (that can occur, for example, in a lamp cord which has a broken conductor).
What are AFCI testers or indicators?
AFCI tester indicators (sometimes called AFCI testers) are portable devices designed to test AFCI functionality. They create waveform patterns similar to those produced by actual arc faults, thereby causing working AFCIs to trip. AFCI indicators are considerably larger and more expensive (by several hundred dollars) than ground-fault circuit interrupter (GFCI) indicators and are of questionable effectiveness. For these reasons, they are not used as widely as GFCI indicators.
Why are AFCI indicators important?
While an AFCI circuit breaker comes with a test button that performs a role similar to a portable AFCI indicator, this button cannot test for arc faults within individual portions of the branch circuit. An AFCI indicator, however, can test any individual receptacle within the branch. InterNACHI inspectors should use AFCI indicators to inspect receptacles observed and deemed to be AFCI-protected.
How do they work?
AFCI indicators should be inserted directly into the receptacle. Some AFCI indicators offer a number of testing options. This indicator creates eight to 12 pulses of 106 to 141 amp charges in less than a second which should be recognized by the AFCI as a dangerous arc and cause it to open the circuit that it serves. The indicator can also test for nuisance tripping, the annoying tendency of an AFCI to open its circuit when it detects a safe, shared neutral connection. For this test, it produces a 300mA arc that should not cause the AFCI to trip. Some AFCI indicators conveniently incorporate a GFCI indicator into their design.
AFCI indicators are somewhat larger than GFCI indicators but they are operated in the same way. An inspector simply inserts one into a receptacle and navigates the menu in order to produce the desired electric current. The user will know that the circuit in question has been tripped if the AFCI device loses power. If this occurs following an AFCI test, the AFCI is functioning properly. The user should then go to the electrical panel to reset the AFCI breaker. If the test results in the failure of an AFCI breaker to open the circuit, then a qualified electrician should be contacted.
How effective are they?
It is important to understand the distinction between an AFCI indicator and the test button on an AFCI device. The latter produces an actual arc fault and can be relied upon to assess the functionality of the AFCI. An indicator, by contrast, creates waveforms that are not true arcs but are characteristic of them and are thus not a completely reliable measure of an AFCI’s functionality. As a result of this distinction, an indicator might not cause a perfectly functional AFCI to trip. Although commonly called testers, it is more appropriate to refer to them as indicators, despite terminology that often appears in AFCI “tester” user guides.
Underwriters Laboratories, a product-testing organization that develops product standards, requires AFCI indicators to include the following information detailing this limitation in their product manuals:
CAUTION: AFCIs recognize characteristics unique to arcing, and AFCI indicators produce characteristics that mimic some forms of arcing. Because of this, the indicator may give a false indication that the AFCI is not functioning properly. If this occurs, recheck the operation of the AFCI using the test and reset buttons. The AFCI button test function will demonstrate proper operation.
This caution implies that an AFCI is working properly if the indicator causes it to trip, but the reverse is not necessarily true. An AFCI that does not trip as a result of an indicator may actually be perfectly fine. The test button on the circuit interrupter can be used to confirm its malfunction in the event that the indicator does not cause it to trip. Manufacturers claim that their AFCI indicators provide a universal method to test AFCIs that are produced by different companies.
Summary
AFCI indicators help ensure that AFCIs are properly monitoring the circuits that they serve for dangerous arc faults. These devices create electrical waveforms characteristic of those produced by an actual arc. As their effectiveness has been debated, they should be viewed as a complement to the test button on an AFCI, rather than a substitute.
Original Article Copied with Permission from InterNACHI – https://www.nachi.org/3.htm
Because IR cameras help inspectors rapidly and precisely find and document faults, thermal imaging has become a crucial tool for the engineers and inspectors at Middle Tennessee Inspections. Infrared thermal imaging cameras detect slight but significant temperature changes in various sections of a home, indicating problems that the human eye would never notice and that a visual inspection might only guess about. Its capacity to read heat as color and show that information in an easy to understand way for homeowners. Many full color IR photographs will be included in your Middle Tennessee Inspections inspection report.
Moisture is a major concern that these examinations identify, including hidden mold sources, roof leaks, and posts that indicate termite nests. Electrical issues, heat and energy loss, foundation fissures, structural concerns, missing insulation, ventilation issues, and rat infestations are all uncovered. Let’s go over a few of the most common camera issues we encounter, which might save you a lot of money.
William Herschel, the British astronomer best known for discovering Uranus, discovered infrared light almost 200 years ago. After World War II, IR pictures were utilized by the military as a reconnaissance tool, with cameras attached aboard planes collecting photographs. IR technology had advanced to commercial and industrial applications by the time of the Vietnam War. The practical uses of thermography have constantly risen as the technology has evolved and become more portable and less expensive. Thermal imaging has become highly popular for building inspections because it can find and document faults in ways that provide more data and accuracy than many of the more traditional equipment and procedures.
During an inspection, thermal imaging is mostly employed as a non-contact temperature measurement method. This method of measuring temperature differences allows for a fast assessment of huge areas. During building inspections and energy audits, infrared cameras can be used to discover problems by observing temperature changes, which the camera interprets as infrared radiation and displays as gradient colors. Infrared radiation is emitted by all objects, which is invisible to the naked eye but detectable by thermal imaging. Inspectors can use this information to uncover flaws that would otherwise be more difficult and time-consuming to locate. Understanding the data displayed by the camera is critical to properly exploiting IR technology to its full potential.
Infrared cameras are mostly employed in the inspection business to determine what is known as “apparent” temperature. Because of the varying levels of emissivity of different areas and objects, as well as other factors that can affect data, such as wind and weather conditions, determining the e
xact temperature of an anomaly with infrared alone can be difficult, which is why the most common use of thermal imaging in inspections is to locate and document problems.
A dark region in the thermal image of a ceiling, for example, could suggest moisture above it. A moisture meter can be used to confirm moisture penetration once this has been seen. The wet spot’s pattern can be recorded with the camera, and the region above the ceiling can then be studied with infrared to try to figure out where the leak is coming from. Many moisture meter readings and infrared photographs will be included in your Middle Tennessee Inspections report.
In a situation like this, when infrared is frequently employed in inspections, the precise temperature measurement — the quantitative value — is irrelevant. What matters is that the apparent temperature difference alerted the inspector to a problem location that could be reported and investigated further. As a result, IR camera examination is a qualitative rather than a quantitative measurement. Thermal imaging is used to find abnormalities in the form of temperature variations,
evaluate the patterns, and document the problems.
In most inspection reports, thermal pictures are utilized to visually document faults discovered on site. The ‘visible-light snapshot’ as well as the IR picture are included as a background in the FLIR IR cameras utilized by Middle Tennessee Inspections, along with a description of the issue that was detected. Because it displays any clear, visible problems, the addition of standard, digital photographs makes side-by-side comparisons easier for both inspectors and clients to understand. IR, on the other hand, does not stop at the obvious. The infrared image accurately depicts a fault that the digital camera was unable to capture. For example, a digital image may show a dried water stain at a wall-ceiling junction, whereas an infrared image may show a black spot in the same location. While the digital image appears to show an old stain, the IR image reveals that moisture is still present, necessitating more study to discover and repair the problem.
Middle Tennessee Inspections’ engineer inspectors are InterNACHI Infrared Certified.
Recently I inspected a property here in Coffee County, TN with a newly installed attic hatch. At Middle Tennessee Inspections we always take a lot of InfraRed (IR) pictures and I’m glad I did here. The attic was insulated, but the door was not. It lacked a ‘weatherstrip
Attic Door using IR Camera
ping seal’ to close up the gap between the door and the frame. A quick trip to Lowes or Home Depot might save a lot of money for the homeowner.
Attic hatches have a hidden issue in that they may look to be in good working order but actually still leak a lot of energy. Even if the woodwork and paint on an attic hatch are immaculate, it can still be a gigantic heat leak. Although your attic is probably insulated, there’s a strong possibility your entrance hatch isn’t. In the Summer, it will radiate heat into the home, and in the Winter, it will release heat and let warm air out. Despite the fact that attic hatches can be the source of massive air leaks and radiant heat loss, they are rarely repaired.
Here are two suggestions for saving energy and you some money. Increase the thickness of the insulation on and around the door itself. Then, and this is frequently the most important step, close the space between the door and the hatch to prevent air flow and heat loss. For this example, we’ll utilize a standard plywood hatch with finish molding over the rough-cut hole.
Fiberglass insulation on the top of the door will help, but a better long-term option is to construct a box out of solid insulation that fits over the framed opening of the door, as well as any folded steps if you have them. Rigid insulation is more effective than fiberglass in terms of sealing the box. Plus, when you open the hatch, none of that fiberglass will fall into your house. There are commercially available alternatives. For attic stair insulation, your local hardware store has everything from ready-made reflective foil tents to complex covers manufactured from thick expanded polystyrene (EPS). You can also readily purchase pre-cut kits at hardware stores or on-line. They come in a number of sizes to fit a variety of attic door styles. Over time, that initial investment will save you a lot of money.
The weather-stripping on the hatches is frequently missing or insufficient. Even if it was fitted, there’s a good chance it’s been damaged as a result of use over time. When they dry out, they lose their effectiveness as well. Examine the weatherstripping and gaskets surrounding your attic hatch’s opening. If they appear to be damaged or dried out you should consider replacing them. It’s possible that they’ll simply rip away from the frame but if the weatherstripping was fastened with nails or screws, simply pull them out with a screwdriver or plyers. A wire cutter works to remove all of the fasteners as well. Two inch wood stays should be installed all the way around the opening if the attic hatch sits directly on the molding. These stops allow you to apply fresh weatherstripping with more ease. Hook and loop fasteners are a great idea to secure your door and hold it close to the weatherstripping.
After removing the old weatherstripping, or if there was none to begin with, you’re ready to install new weatherstripping. Cut it to fit snuggly on all four sides along the bottom edge of the trim as well as the other three edges. It’s much easier to use self-adhesive weatherstripping. When finished, completely close the door/hatch and press down on the gasket to create a complete seal.
Let the engineers and inspectors at Middle Tennessee Inspections assist you in minimizing your heating bills. We have the experience, knowledge, and equipment necessary to quickly diagnose problems and save you money.
Check out this great article for more information and some tips – https://ygrene.com/blog/property-improvements/7-ways-make-your-attic-more-energy-efficient
Attic Door Frame with no Weatherstripping
Call our inspection engineers for a professional and expert evaluation of your home.
Middle Tennessee Inspections provides services in the following counties: Coffee, Rutherford, Cannon, Warren, Bedford, Franklin, Moore, Lincoln, Grundy, and Marion.
inspections@tenninspect.com
931-674-4400
615-486-4500
Google My Business
Threads