Massachusetts Home Inspections

Saturday, June 28, 2008

PURCHASING A HOME WITH ALUMINUM WIRING



This picture is a perfect example of the problems that are associated with Aluminum wiring. Note letters A and B (the insulation jackets are melted), which I will explain "Why" in the third paragraph and C (mixing copper wiring with aluminum wiring on the same breaker). Aluminum wiring can not be mixed with copper wiring and breakers can not be double tapped with two wires, unless designated by manufacturer and the breaker connnection will contain a special clip for double tapping. Aluminum wiring is very easy to identify due to it's obvious aluminum color. Aluminum wiring is not to be confused with tin coated copper which looks similar to aluminum wiring but aluminum wiring has distinguishing characteristics and is a solid conductor.

During the 1970's, aluminum (instead of copper) wiring became quite popular and was extensively used throughout the United States. Since that time, aluminum wiring has been implicated in a number of house fires, which caused jurisdictions to no longer permit aluminum wiring in new installations. I highly recommend that you do not use aluminum wiring for any type of new installation. But don't panic if your house does contain aluminum wiring. Aluminum wiring, when properly installed, can be just as safe as copper wiring. Aluminum wiring is, however, very unforgiving of improper installations. I will cover a bit of the theory behind potential electrical problems, and what you can do to make your wiring (in your home) safe.

The main problem that exists with aluminum wiring is a phenomenon known as "cold creep". When aluminum wiring warms up, it expands. When it cools down, it contracts. Unlike copper, when aluminum goes through a number of warm/cool cycles it loses a bit of it's tightness over time. To make the problem worse, aluminum oxidizes (or corrodes) when in contact with certain types of metal, so the resistance of the connection will go up. Which causes the aluminum wiring to heat up and corrode/oxidize even more. Eventually the wire may start to become very hot and melt the insulation jacket (shown in the picture above) or the fixture that it's attached to, and possibly even cause a fire.



Since people usually encounter aluminum wiring when they move into a house that was built in the 70's, I will cover the basic points of safe aluminum wiring. I suggest that, if you're considering purchasing a home with aluminum wiring or have discovered aluminum wiring after moving in, that you hire a licensed electrician to inspect the wiring for the following:


1) Fixtures (eg: outlets and switches) directly attached to aluminum wiring should be rated for it. The device will be stamped with "Al/Cu" or "CO/ALR". The latter supersedes the former, but both are completely safe. These fixtures are somewhat more expensive than the ordinary fixtures.


2) Wires should be properly connected (at least 3/4 way around the screw in a clockwise direction). All connections should be tight. While repeated tightening of the screws can make the problem worse, during the inspection it would pay off to snug up each connection.

{Note that stranded aluminum wiring is still often used for the main service entrance cable at your main panel. It should also be inspected.}


3) The "push-in" terminals are an extreme hazard with an aluminum wires. Any connections using the push-in terminals should be upgraded with the proper screw connections immediately.


4) There should be no signs of overheating: darkened connections, melted insulation, or "baked" fixtures. Any such damage should be repaired by a licensed Electrician and the connection should be upgraded.


5) Connections between aluminum and copper wire need to be handled specially. Current codes require that the connectors used must be specially marked for connecting aluminum to copper. The NEC requires that the wire be connected together using special crimp devices, with an anti-oxidant grease. The tools and materials for the latter are quite expensive - not practical to do it yourself unless you can rent the tool.

{Note that regulations are changing rapidly in this area. Suggest that you discuss any work with an Electrical inspector if you're going to do more than one or two connections.}


6) Any non-rated receptacles can be connected to aluminum wiring by means of a short copper "pigtail". See #5 above.


7) Shows reasonable workmanship: neat wiring, properly stripped (not nicked) wire etc.


If, when considering purchasing a home, my inspection of the exposed wiring (in your prospective home) shows no problems, you can consider the wiring safe. If there are signs of electrical problems in many places (which will be noted on your home inspection report), I suggest you consider a complete electrical inspection and possibly upgrading all branch wiring throughout the house. If the wrong receptacles are used, you can replace them with the proper type, or have the Electrician use pigtails. Having this professionally done by a licensed Electrician can run close to $10.00 per receptacle/switch plus hourly labor.



UPGRADING ALUMINUM WIRING

Monday, June 16, 2008

PURCHASING A HOME WITH LEAD PAINT OR PIPES

Lead - What is it?

Lead has been mined, smelted, and compounded for thousands of years. Lead is a neurotoxin metallic element that was historically used in paint, gasoline and plumbing materials for many years. Lead was easy to work with for a variety of purposes, which is why mining and smelting of lead has caused millions of tons to be spread into our environment. Lead poisoning occurs only when too much lead accumulates in the body.

Generally, lead poisoning occurs slowly, resulting from the gradual accumulation of lead in bone and tissue after repeated exposure. However, it is important to note that young children absorb 50% of a lead ingestion while adults absorb only 10%. Pregnant women should be especially cautious of lead exposure. The presence of lead dust can cause difficulties during pregnancy. Lead enters the bloodstream and can pass the placental barrier from the mother to the unborn child. The fetus can then be poisoned before birth.

Lead is very dangerous for children under the age of six because it is absorbed more readily into their blood and stored more easily in their bones and internal organs. Lead can be absorbed by the body, primarily through the lungs and stomach. If a child is overexposed to lead it can cause disastrous consequences including the possibility of irreversible brain and nervous system damage. Lead poisoned infants, children, and fetuses can suffer from permanent learning disabilities, behavioral problems, hearing problems, developmental delays, reduced hand-eye coordination and other serious health conditions. Even children who appear healthy can have lead poisoning. If you think your child or other family members may be at risk, contact your physician or local health department for testing, immediately.



WHERE CAN LEAD BE FOUND?

DRINKING WATER - is a potential source of lead. This is usually from lead in solder, fixtures and lead piping in the home. Some water pipes in homes built before the 1930's were made of lead, especially the main water pipe that penetrates the foundation. In both old and new homes, lead solder was also used in copper piping. Both of these can be a source of lead in your drinking water. I will be inspecting all visible piping within the building and any lead piping that is found, will absolutely be noted and highlighted in the PLUMBING section of your inspection report.

A variety of lead pipes




HOUSE PAINTS - Most houses built prior to World War II had lead-based paint applied to the interior or exterior surfaces. It was used until 1978, when it was banned. Some of these paints still remain inside older homes and may be particularly hazardous if in poor condition (chipped or peeling) or if disturbed by sanding or abrasion (creating lead dust).

Lead was used in paint because it lasted forever in the environment and never broke down into a harmless substance. The amount of lead in paint was reduced in 1950 and further reduced again in 1978. Houses built before 1950 are very likely to contain lead paint while houses built after 1950 will have less lead in the paint. House paints sold today have very low levels of lead.


Lead paint that needs immediate attention



Lead dust is released from chipping and peeling paint; home renovation projects that disturb lead paint; and lead paint ground up by friction, such as on window sashes, porch floors, etc. Because children naturally engage in hand-to-mouth activities, they are more likely to accidentally ingest lead.Over many years, painted surfaces usually crumble into household dust. This dust clings to toys, fingers and other objects that children normally put into their mouths. This is the most common way lead gets into your child's system.




Children also get dangerous lead levels into their bodies by chewing on lead painted surfaces. Some young children even eat paint chips that are peeling or chipping. The taste is what makes them come back for more. Believe it or not, Lead paint taste sweet, so children and pets are attracted to the taste of lead paint. In accordance with Massachusetts law, any unit or single family home with an occupant who is less than six years old must be deleaded.



TESTING FOR LEAD PAINT

To determine the presence of lead in paint, dust, water, and soil is best done by trained professionals. Massachusetts requires all lead inspectors to be state-certified.

Professional testing companies use three basic methods to measure lead in paint:

1) X-ray fluorescence (XRF) uses portable detectors that X-ray a painted surface to measure the amount of lead in all the layers of paint. This type of testing is done in the home and disturbs little, if any, paint.

2)Laboratory testing of paint samples involves removing samples of paint from each surface to be tested, usually from an area of about two square inches. Samples are sent to laboratories for analysis. This method leaves a bare spot on each surface tested.

3)Spot checks are performed with swabs. Swabs do not tell you how much lead is present and their reliability at detecting low levels of lead has not been determined. Professional testing for lead in paint is highly recommended. If you are seeking a professional lead inspection in order to obtain a Certificate stating that a specific home is free of Lead paint, I do not issue lead Certificates. You must contact a Lead Abatement company from your area.



Despite efforts to reduce lead in the average American home, the Department of Housing and Urban Development estimated that as of December 2004, 38 million homes in the United States still contained lead paint to some degree. HUD also figures that 25% of the country's residential buildings contain significant lead-based paint hazards. That's about 24 million homes with either deteriorating lead-based paint or lead-contaminated dust.

In 1992, the Lead-Based Paint Hazard Reduction Act required disclosure of known lead hazards at the time a house is sold or leased, if that home was built before 1978. (Houses built before 1960 are classed as high risk and are almost certain to have at least some lead-based paint.

Problems with the 1992 act stem from the lack of testing in many older homes. If you purchase an older home, the interior and exterior need to be tested thoroughly for the presence of lead-based paint before you can occupy the home safely.

Wednesday, April 02, 2008

Energy Efficiency (Heat and Energy Loss)

I know everyone works very hard for their money (in order to pay the bills), but what you don't realize is how much of your hard earned energy dollars are actually slipping right through the cracks of your home. Keeping your home at a comfort level (by conditioning it) can be very costly. I know everyone would like to reduce their energy bills in our freezing winter months and then again, in the summer cooling months? Well, a good place to start would be a professional infrared home-energy efficiency inspection. My infrared inspection will actually show you where you are wasting your hard earned energy dollars, and at the same time, I will demonstate how you can properly seal those areas that are pulling your energy dollars to the outside of your house.

There are many building envelope anomalies that can generate significant heat and air conditioning loss, which causes your energy dollars to be wasted in a not-so-tight home.



Sources of Air Leakage in a Typical Home







My infrared camera allows me to perform a comprehensive energy efficiency inspection within your home by locating and pin-pointing those areas where unconditioned air is infiltrating into your living areas. Most air infiltrations are located at wall penetrations (such as windows, doors, vents, etc), and at transition areas of fully insulated walls, ceilings and floors. My thermal scan will identify the smallest of insulation breaches and fissures within the concealed cavities of your walls and ceilings. I will literally show you where you are wasting your precious energy resources and your hard earned dollars. My IR camera enables me to point out exactly where your costly energy dollars are being lost. I will then assist you in determining how to properly insulate those breached areas with minimum damage to your surfaces, so you can get the most out of your heating and cooling systems for many years to come.





No access to the top side of this ceiling, but infrared detects missing insulation





An infrared inspection detects a radiator conducting heat to the exterior.




During a Re-hab, infrared imaging detects missing insulation above ceiling




An infrared home energy efficiency inspection can be used to verify problems caused by poor design, poor workmanship, or material failure. With the ridiculously high priced heating fuel today, my energy audit can pay for itself in as little as one year. This is the ideal inspection to conduct for numerous situations in a typical home…

1) Use my infrared services while I’m performing your Standard home inspection. This valuable option is not included in my standard home inspection fee.

2) You can hire me immediately after completion of your newly constructed home while the home or building is still under warranty with the building contractor. I can also scan your new home on construction stage inspections. (In many cases, those moisture stains on your basement walls are explained away by the builder as "during construction" moisture. It pays to confirm this before the builder’s warranty expires.)

3) If you own an older home that is costing you too much in energy dollars due to excessive air drafts, I can pinpoint those problem areas where cold air is infiltrating your living space. Then, it’s best if you contact a building contractor to upgrade those specific areas that I will be clearly identifying throughout your home. All efficiency information and pictures will be transferred onto a professional thermal report for your convenience.

4) An infrared energy inspection will easily locate any missing insulation behind your finished walls and ceilings. Then, you can contact an insulation contractor to upgrade the areas that I will be identifying throughout your home. These areas will also be clearly identified on a professional energy efficiency report. During this inspection, I can show you how you can insulate specific areas without removing walls or ceilings.

5) I am able to detect potential mold problems behind walls and ceilings. All moisture issues must be mitigated immediately. As I stated previously, infrared imaging does not detect the actual Molds behind your walls and ceilings, but it will detect the issues associated with Mold build-up.

6) Infrared Thermography provides you with a unique opportunity to assess the energy efficiency of your HVAC (heating, ventilating, and air conditioning) systems, including the tightness of the duct work that is located behind your walls and ceilings. In order to prevent deadly carbon monoxide poisoning, this inspection will also test for leaks throughout the vent pipes.

7) An infrared camera will locate those thermal panes that are at the beginning stages of leaking insulated gases. I am able to locate any broken seals in double/triple pane windows that do not visually show signs of condensation as of yet.

Windows look great visually, but infrared detects three thermal barrier leaks




As you can see, having an infrared energy efficiency inspection makes it much easier to positively pinpoint problems throughout your home, instead of simply making an educated guess without the camera. An IR inspection also allows me to communicate my findings with greater understanding to you (the homeowner) instead of just “speaking another language.” As one client had put it very clearly, “This inspection lets my eyes make sense of what my ears are hearing.” Now that makes perfect sense, Right?

The dark blue areas indicates that insulation is missing in this area




Thermal imaging pictures combined with digital photographs can greatly enhance your understanding of just what the problem is and how to go about having it repaired with minimum damage to the home. My final energy efficiency report will enhance your ability to deal directly with the contractors that may be performing the repair work for you. All you have to do is show your contractor the infrared energy efficiency report and they will fully understand your issues. After your contractor completes their upgrade, and before you make any final payment, you can then contact me to perform a final scan to verify that all work was performed correctly.

Looks great visually, until I detect insulation defects with thermal imaging

Friday, March 21, 2008

Infrared (Thermal) imaging Applications

There are a host of applications for infrared cameras and there are many issues (throughout the average building) that can be easily detected through infrared imaging.I would like to go explain the many applications that can be detected with infrared imaging. I will start with...

Detecting Hidden Moisture Intrusion



Moisture is the leading cause of costly building upgrades today. Scanning interior surfaces of your building can reveal excess moisture due to roof leaks, plumbing leaks, moisture entering your building at wall penetrations, leaks around windows and doors, locating hidden dampness under resilient flooring, and many other susceptible areas throughout your home.

Moisture on most building materials can easily destroy the structural integrity of a building and nurture Mold within days. The first step in any moisture problem remediation is to quickly and accurately locate and remove all sources of moisture in order to prevent wood rot and Mold. I’ll be able to instantly detect the ultimate source and exact location of any moisture entry area with little or no physical dis-assembly of the premises and minimal disturbance of anyone living in the home. This prevents building owners from ripping out entire walls and ceilings in order to pinpoint a problem area or to repair a leak somewhere inside the surface.

The moist areas of building materials cool when energy is transferred during the water evaporation process; therefore (during a thermal scan), a wet “cooler” area will stand out from the surrounding dry “warmer” surfaces. If I do locate moist areas in your home, I will be taking both digital and thermal pictures of these areas of concern in order to include these findings into your infrared report. Specified sections of wall or ceiling coverings can then be removed in order to perform the repairs that caused the moisture build-up. I will be alleviating the need to remove large sections due to pinpointing the exact location of the moisture build-up. Once the coverings are removed and the source of the leak has been properly repaired and all wet materials have been removed from the building, corrective measures must be taken for drying out the area before any materials can be re-applied. I am able to monitor the drying process for you, and confirm when your building’s damaged area is completely dry (Mold-free) and ready for re-construction. Then your building contractors will be able start installing your finished areas to your specifications.

My infrared camera does not detect the actual Molds behind your walls and ceilings, but will detect the issues associated with Mold build-up. When basement walls are covered by finish materials, thermal imaging can give you a definitive answer as to whether or not there are moisture issues behind these materials. An infrared camera is basically an on-board computer and a display screen that will show me the thermal images and temperatures that quickly identify the moist, cold or warm areas where molds are likely to be growing. Once I successfully locate an affected area, an invasive inspection at that exact location is then recommended. Required corrective actions are now able to be taken immediately, in order to alleviate extensive damage and any Mold accumulation.

You can also hire me for Moisture contamination evaluations after a severe flood, broken water lines, and equipment failure or even before acquiring real estate suspected of having hidden moisture damage. (Hint: Don't believe the story about the house that has musty odors because it has been vacant and closed up for a while. Musty odors are caused by moisture.)

Sunday, January 20, 2008

INFRARED (THERMAL) IMAGING

ITA (FLIR) CERTIFIED THERMOGRAPHER

Wouldn’t you just love to have the ability to actually observe what’s going on behind those finished walls and ceilings of your existing or prospective home? Well, with today’s outstanding technology, I am now able to make this possible for all my clients. As part of my on-going commitment to reliability, I am now offering a valuable preventive and predictive maintenance option. It’s called…Infrared Inspections, also known as Thermal Imaging.

There is so much information regarding this spectacular technology that I’m going to break this down into sections in order for you to fully understand infrared technology, and its uses and applications. Thermal imaging (IR) is highly advanced technology that was originally developed by our high tech military for use in enhancing night vision in advanced weapons systems during the Korean War. It was used extensively by our ground forces for general theatre scanning, target acquisition and sighting enemy objects in the midst of darkness. This truly amazing camera technology is so astonishing, that it is slowly migrating into the residential and commercial inspection field. Thermal Imaging is quite possibly, the most important technology to be utilized in the Residential and Commercial inspection profession today.

In the hands of Certified, Trained and Experienced Thermographers (such as myself), an infrared camera allows me to detect hidden issues behind finished surfaces of any building by evaluating the camera’s images and temperature readings. Thermography is basically the use of an infrared imaging and measurement camera that can actually "see" and "measure" thermal energy emitted from an object. The camera can only sense the temperature difference that transfers to the most outer surface of a wall, ceiling or floor (and if the Delta T, or temperature difference, cannot conduct this difference to the outer most surface then I am unable to see it clearly with an infrared camera). So it’s crucial to have a temperature difference of at least ten degrees Fahrenheit between inside and outside temperatures. Most materials that are moist or located inside inaccessible surfaces will have an absolute temperature difference in a seasonal situation due to conditioning the living areas with heat in the winter and A/C in the summer. In New England’s ever-changing weather, the inside and outside temperatures will contain sufficient differential most of the time. If the A/C or heat is not conditioning the home, and the outside temperature is the same as the inside temperature, then the infrared camera can not perform its intended function. Temperature differential is absolutely necessary for me to better interpret the camera images and its indicators.

Now that you understand what Thermography is, I’m going to be more explicit as to “How this technology actually works”. Thermal, or infrared energy, is light that is not visible because its wavelength is too long to be detected by the human eye; it's the part of the electromagnetic spectrum that we perceive as heat. Unlike visible light (in the infrared world) everything with a temperature above absolute zero will always emit heat. Even very cold objects (such as ice cubes), will emit infrared images. The higher the object's temperature, the greater the infrared (IR) radiation emitted. By detecting those differentiating thermal patterns that are invisible to the naked eye, I’m able to point out concealed issues that need attention now. These findings enable homeowners to perform repairs in a predictive fashion rather than in a reactive manner, which is going to be far more expensive and time consuming when these invisible issues finally become apparent. Everything from faulty wiring whether it is in the wall or exposed, to the presence of concealed Termites, or concealed wet insulation and Mold build-up will affect the surrounding temperature of a surface. Heat-sensitive photography (IR) can reveal these and many other serious issues that cannot be seen by the naked eye or with conventional or digital photography.

My infrared camera enables me to detect extremely small but crucial heat patterns from one area of a structure to another. Even though thermal anomalies are invisible to the eye, temperature variations will clearly show up on my infrared camera’s view screen as “cold” or “hot” spots. These spots will contain color variations along with excessive temperature differentials if hidden issues are lurking behind surfaces of your building. The spectrums of light will allow me to analyze what’s going on in specific areas throughout your building. As you and I walk through your building, I will be pointing out any areas of concern and then interpreting my camera readings to you. Once my infrared inspection is finalized, my findings will be compiled into a professional report which will contain plenty of pictures and descriptions for easy understanding.

In order for me to complete your formal report in a professional manner, I have specially designed software that allows me to present your infrared findings and your digital photos in a side-by-side photo comparison format. This type of reporting system allows you to view both, the real time digital photo alongside the highlighted thermal photo of the area of concern. There will be no confusion in comprehending my easy-to-understand report. I will be including close-up infrared photos of all issues of concern along with digital wide angle views, so that everyone reading my infrared report will understand the exact location of the issues in question. Directly under these images, you will find my interpretations of what’s actually going on behind particular surfaces of your home. SEE SAMPLE REPORT

I am an expert who has a solid understanding of heat transfer laws, thermal dynamics and properties of why objects are hot or not or appear to be hot or not. Thermal imaging allows me to identify hidden problem areas much faster and (in most cases) can avoid building owners from using invasive and destructive measures in order to pinpoint problem areas behind finished surfaces. Scanning a building with my infrared camera provides me with crucial information about issues that may be hidden behind walls, ceilings, roof surfaces or any other inaccessible finished areas throughout your building. In providing this optional infrared service, I am now fully able to detect, interpret and document hidden faults and anomalies for immediate corrective action. I can even prioritize specific repairs to certain concealed areas of your building if the issue is serious. Without utilizing my infrared camera, there may be hidden defects that can normally go undetected in the course of my standard visual inspection.

Infrared cameras are the latest technology being used today for fast, reliable, and accurate building diagnosis in the entire range of building problems. It is now recognized as the most effective and least intrusive of all building diagnostic procedures. Thermal imaging allows me to easily locate an array of hidden building conditions with astonishing speed and accuracy. There are a host of applications for IR cameras and there are many issues that can be easily detected.

CHECK OUT MY WEBSITE at ..... http://www.massinfrared.com

Wednesday, October 10, 2007

Maintaining Your Home in Massachusetts

Home Maintenance

Your home is one of the single biggest investments you'll ever make, so be sure you that you do all you can to care for it properly. A well-maintained home usually sells more readily and usually brings a higher price. It's also more comfortable and regular care minimizes any unexpected repair work and expenses. Regularly scheduled small repairs and upgrades to your home can and will keep costs from becoming exorbitant.
This comprehensive maintenance schedule I'm presenting to you is simply a general guide for you to follow. The actual timing is left up to you to decide, and you may want to further divide the list of items (for each season) into months. Now, let's get to work.

FALL IS NOW HERE....

And another freezing winter is right around the corner. So before any of that cold weather arrives here in New England, here's your annual checklist of items that should be performed in order to get your home ready for the change of season.
Have all your heating and cooling systems checked by a qualified service person once a year or according to the manufacturer's warranty and service recommendations. Failure to perform manufacturer-recommended servicing may void warranties.

FURNACE: Examine the forced air furnace fan belt for wear, looseness or noise; clean fan blades of any dirt buildup (after disconnecting the electricity to the motor). Then clean the dust build-up from around the air grills (registers) and try to vacuum the supply ducts behind these grills. Open the furnace humidifier cover (if equipped) and clean the inside parts of the humidifier. Hire a licensed HVAC technician to inspect the thermostat, electrical components and controls, inspect the heat exchanger, check flue, air flow and air fuel mixture, adjust the burner and oil the motor and circulating fan. The exhaust pipe should be checked for loose or corroded sections. Have your ducts completely cleaned at least every 5 to 6 years, this keeps your furnace clean and it will increase the life expectancy. Make sure the exposed duct work id free of cracks or leaks and seal seams (where needed) with aluminum tape.

BOILER: Bleed the air from hot water radiators. Older circulating pumps should be lubricated twice during the heating season. Expansion tanks should be drained annually. The heat shield (located where the burner enters the heat exchanger) should be checked to ensure that it is not loose or corroded. Burn marks around the heat shield or soot on the top front of the burner area may indicate a draft or combustion problem. A Plumber should be contacted to correct any issues.

OIL FURNACES AND BOILERS: Oil systems should be checked by a qualified technician on an annual basis. Oily soot deposits at registers of forced-air systems may indicate a cracked heat exchanger. A technician should be contacted immediately. The exhaust pipe from the furnace or boiler should be checked for loose connections or corroded sections. The barometric damper on the exhaust pipe should rotate freely and not be left in the open position. The chimney clean out (located at the lower portion of the chimney) should be cleaned out of any debris. The oil tank filter area and it's belly should be inspected for leaks. Soot on the front of the furnace or boiler may indicate a draft or combustion problem. A technician should be contacted to correct any issues.

Paint interior rooms while it's still warm enough to leave your windows open. Ditto for shampooing or replacing any carpets.

Remove all window air-conditioning units and store them in a safe area. If they are not removable, cover them with plastic to protect them over the winter and insulate the wall opening to prevent freezing winds from entering the wall cavity.

Check smooth functioning of all windows and lubricate them as required. For single pane widows, remove or slide all screens in the up position and then slide the storm windows into place. Examine all hardware and locks on your windows and doors, and lubricate any moving parts. Each exterior door should have a one-inch deadbolt lock for safety.

All yard care power equipment should be drained of it's fuel in the late fall or early winter and serviced according to manufacturer's instructions.

Cover outdoor furniture or store it inside a shed.

Clean and repair garden equipment after the last use of the season. Remove dirt and rust, then store in a dry area. Upcoming winter will be a good time to file rough spots on hoes and shovels and to apply linseed oil to the handles of all garden tools. Thoroughly rinse pesticide and herbicide sprayers to prevent clogging, and rinse fertilizer spreaders to prevent corrosion.

Ensure that all smoke detectors, carbon monoxide detectors and fire extinguishers are in good working order. Replace the batteries in appropriate devices as needed, or at least twice each year. Massachusetts regulations require detectors to be installed on every habitable level of your home and within 10 feet of any bedroom.

Check gauge on all fire extinguishers; recharge or replace if necessary.

Check fire escape routes, door and window locks and hardware, and lighting around outside of your house; ensure that your family has good security habits.

Again, Check the basement floor drain to ensure the trap contains water. Refill with water or oil if necessary.

Take care of known issues with pipes that may freeze. Heat tape/wire can be used to keep them warm during extremely cold weather or insulate them to improve freezing conditions.

Drain and store all outdoor hoses. Drain the hose bib (exterior faucet), unless your house contains frost proof hose bibs. Do this by opening the valve supplying the outdoor faucet, then turn off this supply from inside your home. This will allow all water to leave the piping. Install freeze-proof faucet covers as needed.

Drain the sprinkler systems (if applicable): Now is the time to be thinking about having your sprinkler and irrigation systems blown out and shut down. You can rent a compressor and do this task yourself or simply contact a irrigation system installer and they will handle this task for you.

Ensure that all doors to the outside shut tightly, and check other doors for ease of use. Renew door weatherstripping if required. If there is a door between your house and the garage, install or check the adjustment of the self-closing device to ensure it closes the door completely, without you having to pull it closed manually.

Disconnect the duct connected to the dryer and vacuum the lint from duct, the areas surrounding your clothes dryer and your dryers' vent hood outside.

Ensure that all windows and skylights close tightly. Remove screens from the inside of casement windows to allow air from the heating system to keep condensation off window glass.

Again, Clean leaves from eaves troughs (gutters) and roofs, and test downspouts to ensure proper drainage from the roof. Ensure that these downspouts carry all rain water away from the foundation area at least 6 feet. Downspout extensions will improve any basement seepage conditions. If you do not like the ugly appearance of the long downspout extensions, underground Dry Well installations will hide all your drainage piping.

Check chimneys for obstructions such as nests. Have your wood burning fireplaces and appliances inspected annually and cleaned/swept and repaired as required to prevent chimney fires and carbon monoxide poisoning.

WINTER

Clean or replace your furnace air filters every other month during the heating season. Periodically check the ventilation area outside (intake and exhaust) to make sure they are not blocked by snow or debris. Then go back inside and vacuum all the heating supply registers, return grills, baseboards or radiators.

After consulting your hot water tank owner's manual, carefully test the temperature and pressure relief valve to ensure it is not stuck in the closed position. (Caution: This test may release hot water that can cause burns and it may also cause the valve to develop a slow leak due to sediment build-up not allowing the valve to close fully. This will require a plumber to replace the TPR valve). In some areas, sludge may accumulate in the bottom of the water heater. Draining approximately 1 gallon of water from the clean-out spigot at the bottom of your tank will indicate the presence of sludge and the necessity for regular draining to control sediment and maintain it's efficiency. Be sure to shut off the power or fuel supply before draining any water from the water heater.

Clean the humidifier internal parts (if equipped), two or three times during the winter season. These parts become clogged very easily.

Vacuum bathroom fan grille or any other registers you may have in your home. I recommend removing the register grills and vacuuming inside the duct work also, (as far in as possible).

Vacuum all fire and smoke detectors, as dust or spider webs can prevent them from functioning.

Dust all ceiling fan blades.

Vacuum radiator grilles at the rear of refrigerators and freezers. Empty and clean the drip tray underneath the refrigerator.

Check inside bathroom vanities and kitchen sink cabinets for signs of moisture. Look for leaks at shut-off valves at sinks, toilets, laundry equipment, and main water shut-off valves. Carefully inspect all pipes for condensation or slow drips. Repair the plumbing system if necessary.

Remove mineral deposits from faucet aerators and shower heads by removing them and soaking the parts in white vinegar and scrubbing them with an old toothbrush.

Examine attic for frost accumulation. Check roof for ice dams or ice build-up. If either of these do occur, this is a sign of inadequate insulation and/or improper ventilation. Have these corrected accordingly.

Check all electrical cords, plugs and outlets for all indoor and outdoor seasonal lights to ensure fire safety: if worn, or if the plugs or cords feel warm to the touch, replace immediately. Check the operation of all ground-fault circuit interrupter outlets by pushing the "Test" button. The "reset" button should automatically pop out, indicating the receptacle is operating properly. Now press in the "Reset" button. Check the AFCI circuit breakers inside the main electrical panel (if your home was built after 2002). Press the white "Test" button to make sure it trips. Then reset these after testing. Have a licensed Electrician replace these if they are not tripping.

SPRING

Celebrate spring by cleaning up your garage. Hold a yard sale, or organize a community yard sale with your neighbors. Dispose of old paint thinners, household cleaners and pesticides properly. Contact your city's department of public works to find out when the next scheduled collection of hazardous materials is.

Check and clean or replace your furnace air filter.

Shut down and clean the internal parts of the furnace humidifier (if applicable), and close the furnace humidifier damper, as this will not be needed until next heating season.
Have the central air-conditioning unit checked according to the recommendations of the unit's manufacturer or every two or three years. Replace the filter in the forced-air handler Make sure the arrow (on the filter) is pointed towards the blower compartment. Clean debris and vegetation from the exterior condenser or heat pump.

Check de-humidifier(if applicable) in the basement and clean if necessary. Always make sure the drain hose is draining into a waste pipe of some sort. Collecting water in the equipped bucket only sends moisture back into the basement air. You're basically recycling the moisture back into the air.

Turn "OFF" gas furnace and fireplace pilot lights where possible.

Have your well water tested for quality (if applicable). It is recommended that you test for bacteria every six months.

If you are on a Septic system, have it fully pumped and inspected by a Septic specialist.

Check smoke, carbon monoxide and security alarms and replace all batteries.

Clean windows, screens and hardware. If your home is equipped with single pane windows, slide the storm windows in the "up" position and slide the screen in the "down" position. Check the windows for cracked or broken glass and broken weighted ropes and replace if necessary.

Upgrade any loose or cracked putty around the glass panes. Repair holes or bent frames in the screens. Thermal windows should be checked for evidence of moisture between the panes. This is indicative of an argon gas vapor leak and needs replacement. Clean out any slider door tracks and ensure that the drainage holes are clear. Then apply oil (preferably WD-40 spray) to the tracks.

Fix squeaks in floors and stairs by applying weight to the area (having a partner stand on it) and driving an 8d or 12d galvanized finish nail through the flooring into a floor joist or stringer. This will leave small holes in the floor which need to be filled with wood filler, so it's best if you have access to the floor from underneath. You can insert wedges between the floor boards and joists or toenail through a floor joist or stringer.

Open valve to outside hose connection after all danger of frost has passed.

Examine the foundation walls for cracks, leaks or signs of moisture, and repair as required.

Check to make sure your sump pump works properly by pouring water into the pump silo to raise the float and activate the motor. Ensure discharge pipe is connected and allows water to drain away from the foundation and inspect the hose line for obstructions or visible leaks.
Re-level or repair any exterior steps or decks which moved or were damaged due to winter frost or settling.

Check for damaged or improperly sloped gutters. Clean out all gutters and downspouts. Make sure they are free from leaks and rust and ensure all spikes, straps and clips are tightly fastened. Seal any loose joints and seams. Make sure downspouts are not damaged and carry all roof water at least five feet away from the foundation. Downspout extensions will improve any basement seepage conditions.

Clear all drainage ditches and culverts of debris.

Undertake spring landscape maintenance and, if necessary, fertilize young trees.

SUMMER

Inspect window putty on the outside of glass (single panes) and replace if cracking or falling off.

Lubricate all door hinges and tighten screws as needed. Lubricate squeaky door hinges with lightweight machine oil. Free sticky doors by trimming edges or shimming hinges with thin pieces of cardboard.

Deep clean all carpets and rugs.

Check caulking around all sinks, bathtubs, and showers. Some types of caulking become brittle with age, and therefore useless as a water seal. Replace with a long-lasting resilient caulking material, such as silicone or latex.

Vacuum bathroom fan grille.

Monitor basement humidity and avoid relative humidity levels above 60 per cent. Use a dehumidifier to maintain safe relative humidity. Clean or replace air conditioning filter, and wash or replace ventilation system filters if necessary.

Inspect the crawl space or basement walls after rains for water accumulation or excessive moisture. Look for signs of water damage on the sub floor and joists beneath bathrooms, the kitchen and laundry. Find and fix leaks now or pay the price later.

Check basement pipes for condensation or dripping, and take corrective action, for example, reduce humidity and or fully insulate all accessible cold water pipes.
Examine main support beams, support columns, and floor joists for evidence of bowing or warping.

Probe visible wood structural members such as sills, joists, beams, and columns, with a screwdriver, pocket knife or ice pick, to be sure wood is solid and free from decay and wood boring insects.

Make sure all shut-offs are marked appropriately (heating, plumbing and electrical)
If you have a plumbing fixture that is not used frequently, for example, a laundry tub or spare bathroom sink, tub or shower stall, run some water briefly to keep water in the trap. This prevents sewer gases from entering the living area. You can use cooking oil to replace water, as it will not evaporate like water will.

Check the basement floor drain to ensure the trap contains water. Refill with water or oil if necessary.

Check security of all guardrails and handrails throughout house (interior and exterior). Install bracketry or hardware if loose.

Lubricate garage door hardware and ensure that it is operating properly and lubricate the automatic garage door opener motor, chain, etc. and ensure that the auto-reverse mechanism is properly adjusted. Make sure all bolts and screws are properly tightened and secured. I highly recommend that every homeowner install an auto-closer on the hinges of the fire rated door between the garage and the house.

Check and replace damaged caulking and weatherstripping around all exterior windows and doors.

Inspect electrical service lines for secure attachment where they enter your house, and make sure there is no water leakage into the house along the electrical conduit. Check the seal at the house penetration area.

Ensure that the ground around your home slopes away from the foundation wall, so that rain water does not drain towards your basement walls. Soil should slope four to six inches for a distance of six feet out from the foundation walls.

Inspect masonry foundation walls (inside and out) for cracks or weakened, crumbling mortar. Repair if necessary. Also check for signs of termite mud tunnels.

Check exterior wood siding and trim for signs of deterioration such as peeling or cracked paint.

Remove any wood/soil contact to prevent rot and wood boring insects. Clean, replace or refinish as needed. If you decide to repaint your house yourself, you can cut this job down to size by painting just one or two walls per year. Typically, the paint on the south and west-facing walls deteriorates faster and requires more frequent re-coating than paint on north or east-facing walls. Check for and seal off any holes in exterior cladding that could be an entry point for small pests such as bats, mice, squirrels and chipmunks.

Clean and seal decks. Ideally, you'll need three consecutive warm, sunny days. On day one, dry out the deck. Apply deck cleaner and scrub the deck on the second day and let it dry 24 hours.
On the third day, apply deck sealer.

Repair and paint all fences as necessary.

Remove or trim any plants, shrubs or vines that contact any house siding.
Climb up on your roof or use binoculars, to check its general condition and note any sagging that could indicate structural problems requiring further investigation from inside the attic. Note the condition of roofing material for possible repair or replacement, and examine all roof flashing's such as at the chimney, roof joints, vent stacks, dormers and skylights for any signs of cracking or leakage.

Check the chimney cap and the mortar between all bricks. Tuck point between the bricks if necessary.

If you have access to attic spaces, check underneath the roof for stains that indicate leaks, especially from "flashed" areas. Tar these exterior flashing areas if necessary. Also, check all soffit vents to make sure insulation is pulled away from these areas. The attic area should always be the same temperature as the outside.

Trim back tree branches that scrape against or overhang the roof. Keep branches away from chimney to avoid fire hazard and allow proper draft for safe and efficient chimney operation.

Driveways and sidewalks should be checked for cracks and deterioration. Settling which will result in surface water run off towards the house should be corrected as should uneven sections which pose a safety hazard to pedestrians.

Clean and repair cracks in concrete driveways using epoxy patching material. Repair asphalt driveways using asphalt patching material. Seal asphalt driveways every other year.

Repair any damaged steps that present a safety problem.

And last but not least, In the event of fire, flood or other disaster, it will be important in filing an insurance claim. Photographs or video of your possessions can also be helpful. Store this in a safe place off site...maybe a relatives home.

Good Luck in Maintaining your home.

Friday, September 14, 2007

PREPARING YOUR HOME FOR THE SALE



Many home buyers peruse neighborhoods looking at listed properties from outside the home before inquiring with the listing agent to show them the inside. Keep in mind that Buyers appreciate a clean look in the homes they are viewing. Within 15 seconds, a Buyer has quickly developed an opinion of your property at first glance. A first impression is hard to shake and if the prospective Buyer doesn't like the looks of the house from the outside, they probably won't inquire at all. You'll never get a second chance to make that first impression. In order to get prospective home Buyers past your front door, you need to add some curb appeal.
Prospects would rather see how great your home really looks, than hear how great it could look, "with a little work". So, allow me to assist you in showing your house off to it’s fullest potential. Here's a list of items that will definitely add value to your home...

OUTSIDE MAINTENANCE
A well-manicured lawn, neatly trimmed shrubs and a clutter-free porch will welcome prospects. If it's Autumn rake the leaves. If it's winter, shovel the walkways with a nice neat edging. The fewer obstacles between the prospects and the true appeal of your home, the better.
Scrape and paint all those wood surfaces that are worn, peeling or cracking. Dress up your front door with a fresh coat of paint and add a seasonal wreath. Remember...Curb appeal is crucial.

Clear your gutters and downspouts of debris (leaves, sticks, pine needles, etc.) that may block the flow of water from your roof to the ground area.

Properly grade the area under your downspouts and around your house, so rainwater flows away from your foundation and basement area. Installing five or six foot downspout extensions will ensure that the rainwater (from the roof) flows away from the foundation/basement area to prevent any seepage.

Plantings and bark mulch should be set away from the foundation to ensure regular watering does not add to soil moisture around the basement. Lawn sprinklers should not hit the house or the area next to the foundation.

Ensure that the grading around the foundation starts at 8 inches down from the top of your foundation wall or siding and slopes away from the home approximately 5 to 6 feet away. Failure add sloped grading may cause moisture to build up at or around the foundation (which causes basement seepage) and promotes the environment for mold growth and wood boring insect activity.

Keep mulch, dirt and other landscaping material away from veneer drainage system weep holes commonly found on, but not limited to veneer masonry and stucco homes. The veneer drainage system diverts water away from the interior of the exterior wall system and the weep holes allow the water to escape from the wall. If the weep holes are blocked or clogged with debris, mold may form on the interior of your exterior walls. The weep holes are found at the bottom course of the finished veneer.

Sidewalks, steps, stoops and all exterior foundation cracks should be filled. sealed or parged with mortar in order to bring up to date. Prospective Buyer's don't want to see cracks everywhere.

Caulking around windows, doors, foundation, chimney gap at the siding transition and other common leakage points is necessary to prevent any moisture intrusion.

Repair any broken fencing that you may have around your property. Painting this fence will make it appear newer.

During the Summer months, add colorful plantings and bark mulch around exterior of the home, but not next to the foundation.

INSIDE MAINTENANCE
Clean everything in sight. The kitchen, bathroom, bedrooms and general living spaces, and clean/test household appliances and equipment. Don't forget to clean the grout at all tile locations. No matter what physical condition the property is in, it should be clean, tidy and uncluttered.

Bathrooms sell homes, so let them shine. Check and repair damaged or unsightly caulking and silicone in the tubs and showers. For added allure, display your best towels, mats and shower curtains.

Wake up prospects to the cozy comforts of your bedrooms. For a spacious look, get rid of and store all excess furniture off-site. Colorful bedspreads, comforters and curtains are a must.

You want buyers to view your home as their potential home. Therefore you want to downplay your personality and neutraliuze your decor. Put away family photos, artwork, sports trophies, collectable items, knick-knacks, books and souvenirs. Put them in a box or a rented storage area for a few months. Then, it's always good to replace those personal items with a few decorative touches throughout your home.

Buyers are impressed by space and light and are disappointed by cramped spaces. Living and dining rooms, in particular, usually contain too many chairs and belongings. In addition, too many heavy pieces of furniture make a room look and feel "crowded" to a buyer. Taking things away is very important, it opens up the house. Temporarily store all unwanted items. And remember, potential buyers will be looking for more than just comfortable living space. They're looking for storage space, too. While your storing your unwanted items, Make sure your attic and basement are clean and free of unnecessary items.

Homeowners learn to live with all kinds of self-set booby traps: roller skates on the stairs, toys thrown in a corner, slippery throw rugs and low overhanging lights. Make your home as non-perilous as possible for uninitiated visitors.

Put away any extra items like out-of-season clothing, extra linens and small appliances. Stack boxes neatly in an unobtrusive spot, such as the garage, basement or even better, a temporary off-site storage unit. Keep only enough furniture to enhance the space and show how the rooms can be used. You want buyers to see the fireplace (not the sofa), and the view, not the big-screen TV.

Shampoo and deordorize all carpets. If your carpet is heavily soiled, you may want to have it professionally cleaned. If your carpet is badly worn, outdated or stained, consider replacing it.

Polish all hardwood floors and wash all non-hardwood floors and walls with household cleaners and disinfectants. Use a broom to clear cobwebs from the hign and low corners of all rooms and closets.

Nothing makes a home look newer faster than painting. Painting your walls and wood trim and removing any outdated wallpaper may be the best interior improvements you can make. For a broader appeal, paint in neutral colors such as beige, white, off-white or any soft color. These colors will suggest newness and cleanliness and can brighten a dull or outdated room.

Brighten the interior of your home by cleaning all windows, blinds and draperies.

Repair those small things now. Tighten and polish all hardware. Repair dripping faucets and waste pipes, as this suggests faulty or worn-out plumbing. Clean, or re-grout tiles and replace any missing or cracked tiles. Upgrade all silicone at the transition areas.

Clean all hanging light fixtures and add the highest-wattage bulbs allowed. Burned out bulbs leave prospects in the dark. Replace every burned out light bulb. Don't let little issues detract from what's right with your home.

Properly insulate attic (12 to 14" of Blanket insulation or 8 to 10" of blown-in insulation) and make sure that your attic has the proper ventilation.

If you (or a family member) are a smoker... clean, prime and paint any nicotine stained walls, wood trim and ceilings thoroughly and refrain from smoking in the home.

If cabinets or closet doors stick in your home, you can be sure they will also stick in a prospects mind. Don't try to explain away sticky situations when you can easily fix them. Repair (hand-plane) all sticking doors and windows now. Replace all broken, worn or ripped screens. A little effort on your part can smooth the way toward an easy closing. While your there checking your closet doors, now is the time to box up those unwanted clothes and donate them to charity. The better organized a closet, the larger it appears.


BASEMENT
Neaten up the basement. A cluttered basement is not what a potential buyer wants to see.

Clean up and professionally correct any water problems in your basement. To include upgrading the foundation with mortar parging on loose brittle areas and tuckpointing any loose cavities and cracks.

Test the Sump Pump float.

I recommend you have a professional Exterminator inspect for wood boring insects before the Buyers Home Inspector locates them, which will cause serious delays in the close of escrow.

THE DAY OF THE SHOWING
Before you leave your home for the Buyers, turn on all the lights (both inside and outside-when showing your home in the evening) and open all the curtains to let in as much light as possible, but screen out any unappealing views. You want your prospects to see how bright and cheery your home is. Lights add color and warmth, and make prospects feel welcome.
It's always very important to have a good smell to your home. Aroma is the first thing prospective buyers notice when they step inside your home. Keep your home smelling fresh by burning candles or potpourri, boiling a pot of cinnamin sticks or applying a dab of vanilla on cold lights before turning them on. Vanilla will also give the house a fresh cookie baking smell when placed inside an oven on a dish. Another option would be to cook a fresh batch of cookies or even bake a cake before the showing. Any good smell in your home is important to potential buyers.
Light Classical or instrumental music (playing in the background) can also be effective in creating a pleasing atmosphere.

Now that big bright "SOLD" sign will be posted out front of your home in no time.