Originally posted 2010-03-28 02:18:50. Republished by Blog Post Promoter

In the past, homebuyers would see a seller’s home pretty much as they lived day to day – with a messy kitchen, well used furniture, and clutter throughout the house. Sprucing up a home to appeal to a homebuyer was a foreign concept at the time. Today the real estate industry has learned that by making over or “staging” a home before it hits the market, buyers will be dazzled into paying a lot more for a home.

Fixing up a home to draw a homebuyer wasn’t practiced much in the old days. Today’s cutthroat real estate market has forced the industry to think of creative ways to get a homebuyer to offer more on a property. If you’re trying to purchase a home, make sure you aren’t distracted with the dazzling presentation of the home. Let’s discuss the 7 tips to help you choose the best home:

1) Will It Accommodate All Your Furnishings? – If you’re viewing a home and appreciate the spaciousness of the floor plan, you may want to take a second glance. Homes that are staged use select pieces of furniture to enhance the spaciousness of a room. As you view a home, imagine how roomy a home will appear with your own furniture. For example, picture the homes master bedroom with your own king-sized bed, dressers, and nightstands.

2) Are They Low On Everyday Sundries and Accessories? – A well stocked utility or laundry area will display laundry detergent, softener, laundry baskets, and a folding ironing board. A staged home may only carry a single wicker basket full of towels. Make sure the home has plenty of space for all your daily accessories and mini-appliances such a ironing board or clothing steamer.

3) What Catches Your Eye? – As you enter a room, observe how you’re drawn to the focal point of a room. Could there be a reason your eyes are diverted away from a defect in the house such as a dreary hallway?

4) How Big Are The Closets And Cabinets? – With a perfectly clean and clutter free home, you might not notice a missing hall closet, linen closet, storage space, attic, or basement. Be sure to gauge whether there’s enough storage room for your things.

5) Does The Decor Match The Home Style? – If you’re desiring a particular style of home, be sure the decor matches the exterior styling. Homes can be staged to imitate a certain style, yet the true style of the home will be something different. Stagers can even dress up a plain 1960′s tract home to appear like an Arts and Crafts bungalow.

6) Are There Enough Electrical Outlets? – When viewing a home for sale, be sure all lamps next to a bed or sofa turn on. It’s not uncommon for older homes to have an inadequate number of outlets. Be sure all kitchen and major appliances have a nearby outlet.

7) Do You Get That Home Sweet Home Feel? – As you inspect a home, don’t let the aroma of potpourri smells and the relaxing sound of music playing in the background distract you from honestly evaluating a home.

Staging a house isn’t necessarily deception, you may even pick up some great ideas on how you could decorate the place if you bought it. You just don’t want to be distracted into paying more than a house is worth just because it looks great.

Are you looking to get into an Orange County home? Then check out this website to search for Anaheim Hills Homes For Sale

Originally posted 2008-09-21 07:47:00. Republished by Blog Post Promoter

Floor Drain Primer Line – What is this??

Have you ever just been casually looking around in your basement, typically around your furnace area, and thought: what is this?

Well the “what is this?” is infact a priming line for your floor drain.

Let’s start at the beginning here. According to the Ontario Building Code and the National Plumbing Code, a floor drain must have something called a trap seal, what this means is that there must be water in the trap to prevent sewer gas from coming into the house.

What is a trap? It is a pipe that is either formed or pieced together to form the letter P (this is one of the common traps that we’ll discuss) . They are found in such places like under sinks, under showers, and of course they make up part of the floor drain. But because the traps in the floor drains do not get used as much as traps elsewhere in the house, the trap seal dries up and allows sewer gas and other smells into the house. This is the importance of a priming line.

So what’s a priming line? A priming line is a plastic or metal water line that is attached at one end to something that when in use, supplies water to another location. In most cases the priming lines are connected to the taps on your laundry tub, the taps in the kitchen (under the counter) and attached to the toilet tank (running up the back side of the tank). From their connection point they run through another pipe and eventually end up connected to the floor drain to maintain the trap seal – stops in the intrusion of sewer gas.

What if you don’t have a primer line – what do you do? You can make sure that all traps have water in them simply by running the taps for a few moments. Take a container, pour it down the floor drain, if you have a bathroom in the basement that you hardly use, run the taps in the sink and tub/shower. If there is a laundry tub that is not used to often… again, run the taps, get that trap seal working again.

By doing all of the above, you will maintain the trap seal, you should be minimizing the chances of sewer gas into the house and eliminating any unpleasant odours that make occur.

Brought to you by: The Alliston Home Inspector

Sphere: Related Content

Originally posted 2008-09-07 09:55:45. Republished by Blog Post Promoter

Your furnaces heat exchanger is the most valuable part of your furnace. The heat exchanger creates the separation of harmful gases and the warm air used for heating. The four main problems encountered with heat exchangers are Rust, Cracked, Clogged and Overheating.

Rust – This is by far the most common problem found with heat exchangers. Air conditioners and humidifiers mounted above the heat exchanger are two of the major causes of rust creation.  A leaking air conditioner drip tray, a condensate line leak, both of which can cause rust and eventual failure of your heat exchanger. Humidifiers are by far the most common source of rust in your furnace.  Cheap design and hard water, coupled together, create the perfect match for allowing moisture and water into your furnace. The common drum humidifier which rolls through a tray of water, the level of which is controlled by a float, commonly gathers calcium and other hard water particles, which then causes the float to fail and water enters your furnace.  The majority of humidifiers I inspect have no inside parts and the water line has been disconnected or turned off. The cold air return plenum usually has signs of water leakage from the humidifier down to the furnace. This is always an indication that a furnace technician should be called in to throughly inspect the heat exchanger. A visual inspection can not be relied on to detect all possible damage and partial dismantling of the furnace is usually required.

Cracked – Furnaces can be damaged by careless shipping or by being dropped by the installer. This can lead to a cracked heat exchanger that would not be visible to the naked eye or casual visual inspection. High temperatures can also cause cracks in the heat exchanger or maybe a faulty casting or fault in the alloy.

Clogged – This condition is usually caused by accumulation of condesate or soot. Having flue passages cleaned in high efficiency furnace heat exchangers can be a very expensive process.

Overheating – One of the common causes of overheating is the lack of air flow across the heat exchanger. Having a new furnace installed without ensuring adequate duct sizing is a common cause of this problem. Always ensure work is done by competent technician who will ensure duct size and fan blower is adequate for the furnace being installed.

Regular Maintenance will prolong the life and efficency of your furnace. Annual maintenance is the least recommended time span between cleaning and tune-ups.  Save your self money and un-needed agravation by having your furnace seviced by a qualified professional.

CAVET EMPTOR – BUYER BEWARE

BROUGHT TO YOU BY THE ALLISTON HOME INSPECTOR – Carl Kolbe

Location
As per section 9.33.4.2 of the Ontario building code, where a fuel-burning appliance is installed in an occupied residence, a carbon monoxide detector must be installed adjacent to each bed in the bedroom. If you have a fuel-burning appliance installed in a service room that is not a bedroom, a detector must also be installed. The city of Mississauga’s by-law defines a service room as any room located in a multiunit residential structure, which is not a dwelling unit or within a dwelling unit.
Installation
Section 9.33.4.3. requires that a carbon monoxide detector be permanently connected to an electrical circuit and it should not be disconnected; all detectors should be activated within your residency suite, and it must be equipped with an alarm that will be heard within the bedrooms when the doors are closed. It is your responsibility to ensure that a detector is in proper working order.

With the increased winter chill comes a rise in the danger from deadly carbon monoxide gas – “CO”. The odourless colourless tasteless
two molecule Carbon Monoxide gas is a by-product of incomplete combustion and combustion without proper ventilation. It accounts for
greater mortality and morbidity than all other poisonings combined. It is a sly and silent killer. Carbon Monoxide gas can quickly build up
to dangerous levels and knock you out before you realize what is happening.

Carbon Monoxide enters blood system through lungs and displaces oxygen. Carbon Monoxide quickly binds with hemoglobin with an
affinity 200 ~250 times greater than that of Oxygen to form Carboxyhemoglobin resulting decrease in arterial oxygen content. Fetal
hemoglobin has much higher affinity for Carbon Monoxide than adult hemoglobin; thus a fetus may be more susceptible to toxic effects
than mother. Pregnant women with only moderate Carbon Monoxide poisoning have had devastating fetal outcomes. Carbon Monoxide
is also an abortifacient and a teratogen, resulting in physical deformities and psychomotor disabilities. Intracellular uptake of Carbon
Monoxide is a mechanism for neurologic damage and cognitive defects, particularly in memory and learning, and movement disorders
that may not appear for days following the initial poisoning. The brain and heart are very sensitive to Carbon Monoxide poisoning; other
organs are also affected.

Awareness of the symptoms of Carbon Monoxide can lead to early intervention and prevent needless deaths. The symptoms of Carbon
Monoxide poisoning are headache, dizziness and nausea.

In 2003 in Ontario, 9 people were seriously injured and 4 died from Carbon Monoxide poisoning. From 1999 to 2003, at least 17 people
have died from Carbon Monoxide poisoning in Ontario. From 1998 to 2001, The Ontario Fire Marshall investigated 47,278 Carbon
Monoxide incidence, though the vast majority were not serious cases.

Incomplete fuel combustion and a vent system that does not adequately remove the exhaust are the two basic failures to all combustion
appliance Carbon Monoxide problems and very often these two failures are interrelated. For example, during backdrafting all the
products of combustion spill into the room housing the appliance leads to the appliance to breathes its own fumes, which causes
incomplete combustion and Carbon Monoxide is produced.

Faulty Home heating systems, propane, kerosene or gas heaters, car exhaust including plugged tail pipes, barbecues and blocked
chimneys can cause a build up of Carbon Monoxide.

Preventing indoor Carbon Monoxide problems is not impossible. Proper installation and regular maintenance of combustion appliances
by trained and qualified heating contractors reduces the possibility of Carbon Monoxide emissions and venting failures. Installing reliable
Carbon Monoxide detectors is the simplest way to detect the presence of Carbon Monoxide. But only 40% of homes have Carbon
Monoxide detectors. And of the homes that have the detectors, only about 25% check their batteries regularly. Carbon Monoxide
detectors should be installed near heating system and in sleeping areas. Properly installed detectors monitor Carbon Monoxide levels
over time and are designed to sound an alarm before an average, healthy adult would experience symptoms of poisoning.

Carbon Monoxide detectors do have limitations. Some may not provide adequate warning if Carbon Monoxide increases to very high
levels. Infants, the elderly,and people with heart or breathing problems are at increased risk for low level poisoning and may experience
symptoms before an alarm sounds. Thus, a Carbon Monoxide detector is not a substitute for proper use and regular maintenance and
inspection of all potential sources of Carbon Monoxide.

Many Home owners report Carbon Monoxide detector going off, but find their contractor unable to diagnose the cause since Carbon
Monoxide sources elude the contractors. Identifying the source of Carbon Monoxide is not simple. Many contractors misdiagnose the
problems. For example they may claim the problem was Carbon Monoxide detector though Carbon Monoxide problem was evident or
say the problem was caused by freak occurrence in the weather and would not happen again.
The causes of Carbon Monoxide are varied as unvented appliances, use of gas cookers for heating, portable space heaters, hibachi and
charcoal cookers, heat exchanger failures, lack of combustion air, overfiring, depressurization of the combustion appliance zone causing
back drafting, vent failures or vehicle running in the attached garage. Any of these might set off a Carbon Monoxide detector, but
conditions may have changed by the time the contractor arrives at the house to identify the source. For example, back drafting of furnace
might set off a Carbon Monoxide alarm but if a window is opened, the pressure in the combustion zone will change. This could reverse
the backdrafting and change the reading on the Carbon Monoxide detectors. Down drafting of combustion appliances, running vehicles
in the garage, depressurization from kitchen fans, bathroom fans, dryer, central vacuum & attic vent fans, wind and charcoal grills are
usually intermittent problems and easy to overlook during investigation.

Combustion products usually go up the vent, but certain conditions may cause them to spill at the draft diverter or out the burner ports.
Buoyant (lifting)forces that cause combustion products to vent result from temperature differences. The buoyant forces are small and
easily over powered by other, more powerful forces. The buoyant force is usually around 5Pa, is only 1/6 oz in a 4in diameter round vent
pipe. Wind forces, exhaust fans and the furnace blower are all more powerful and can reverse the flow in the vents. Combustion
appliances also compete for air. For example, when a fireplace and furnace are both operating they both need combustion air. If the
house is tight, they will compete with each other for combustion air they need.

Technicians often hold a match near the draft hood to check for proper draft, and this method is suggested by some manufacturers.
However holding a match is not good way to check, because the match is a hot source, and the smoke will tend to rise even if it is not
being pulled up into the draft hood. Instead, technicians should use a smoke stick of neutral density, such as those used to check for
infiltration during house leakage tests.

Vent failures are often sporadic, intermittent and difficult to reproduce. Because pressure differences are small, it takes only a small
change to cause warm gases to vent incorrectly. Often a down draft will occur when house is closed. Simply opening the front door once
can change the pressures, allowing warm air to go up the vent again.

A properly adjusted gas furnace or water heater produces hardly any Carbon Monoxide. When too much gas is supplied to the burner,
sufficient oxygen does not flow to the burner and Carbon Monoxide is produced. I find overfiring to be the more common cause of
Carbon Monoxide problems in a Home than heat exchanger failure. Overfiring often occurs in conjunction with intermittent vent failure and
is therefore difficult to diagnose unless proper procedures and equipment are used. Overfired units typically still burn with a blue flame.
Too often, without proper test instruments, the heating contractor will assume that the unit is burning clean.

The difference between a properly adjusted furnace and a overfired furnace are extreme. An overfired furnace can produce more than
4500ppm Carbon Monoxide in the vent. A simple reduction in gas pressure, which takes two minutes to perform, can bring Carbon
Monoxide levels back to below 20ppm.

How do excess gas pressures occur? Sometimes, the gas regulator can fail, or in some cases the installing contractor does not perform
the initial gas pressure adjustment. In yet other cases, the heating contractor or homeowner, desiring more heat, may increase the gas
flow by changing the gas pressure adjustment. Overfiring may also caused by improper orifices, which can result when units are changed
from propane to natural gas or from natural gas to propane. Manufacturers typically desire no overfiring beyond a tolerance of +2%. Yet I
find units 25% overfired. Because overfiring can not be diagnosed by flame colour, it is vital that all heating contractors perform the
following steps:
1/ Check the rate of gas flow to the burner, and check for overfiring by clocking the meter(In other words using the test dial on the gas
meter to verify that the appliance is using the proper amount of gas)
2/ Check manifold gas pressure using an accurate manometer.
3/ Ensure gas orifices are correct
4/ Measure Carbon Monoxide concentrations in the combustion products.

Holes or cracks in the heat exchanger which keeps the furnace exhaust from mixing with house air, can cause Carbon Monoxide
problems. Holes and cracks can allow exhaust to enter the duct system and be distributed throughout the house and also allow air from
the blower to enter the burner chamber and disrupt burner operation, increasing the amount of Carbon Monoxide produced. Airflow
through large holes or cracks can cause combustion products spillage at burner ports – a very dangerous situation. High efficiency
furnaces also have a secondary heat exchanger, which removes heat from exhaust gases causing them to condensate.

Some of the causes of premature heat exchanger failure are:
1/ Incorrect temperature rise – The temperature can be either too high or too low caused by incorrect blower speed selection,
restricted or insufficient duct work, dirty filters or missing filters. The correct range for temperature rise is on the information plate of each
furnace.
2/ Contaminated indoor air – Contaminants like chlorine fumes from the nearby laundry machines, paint thinners and aerosol sprays
are hard on high efficiency furnaces as they create acids in condensation, which attributes to corrosion. Use sealed combustion to
prevent corrosion from contaminants.
3/ Incorrect gas flow rate – Many units are overfired, running rich and hot. Overfired units do not have sufficient air for complete
combustion. Cracking of heat exchanger, sooting and Carbon Monoxide can result from overfiring.
4/ Oversizing – This causes rapid on / off cycling without sufficient time to heat the furnace exchanger or vent. Condensation forms
and does not get evaporated out. The “wet time” is excessive.

Carbon Monoxide poisoning is the leading cause of poisoning deaths in North America. To often people think that CO poisoning can not
happen to them, since they live in a drafty older house or have a new furnace. This is not true as Carbon Monoxide poisoning can occur
in older loose houses or newer tight houses and can be caused by new furnaces as well as old ones.

It is really fantastic to cook in a kitchen that’s well prepared and has nice pots in the cupboards. Many individuals would rather hang their pots from the ceiling so that they can grab them and go with the flow of their fast-paced kitchen environment. There might be tiered racks full of garlic and produce items that are used on an everyday basis.

The view of an organized kitchen is refreshing and galvanizes cooks to go the extra mile in giving their families mouth-watering treats in record time. For the seasoned cook, there might be a still mixer that greets them each time they enter the kitchen. Naturally, a cook always likes to commence the day with a good coffee and will actually have a coffee grinder in reach to grind and brew in seconds. Each prepared kitchen looks clean and splatter screens could be the explanation.

A good cook knows that what stays in the frying pan doesn’t make it onto their floor and walls, and their cleaning time is cut in half by a simple screen. Other cooks want to employ a pot large enough for the whole gang. A self-serve night is really a noteworthy night for a cook who only prepares a soup the entire family can enjoy. A fast steak and a baked potato and salad would be all that is’s wanted to tide everyone over for the night.

Again, clean up would be easy and there would still be masses of time left over for the family to enjoy a good motion picture together, complete with popcorn from their high fashion popper at the end of the night. Home life can be extremely entertaining if you understand how to use your kitchen as the fun portal across the home.

A smart cook can surprise their kids with cookies that are uniquely decorated by their own hands, on a crisp Winter morning, that they can present to the teacher prior to the first bell rings. These decorated masterpieces will certainly add fun to the day and the teacher will be really appreciative of your effort. Keep your kitchen stocked with cutlery, pots, grills and kitchen tools that may be employed in such a big amount of different ways. They know they have what they have to get the task finished, and they also know that it is going to be done right everytime. The kitchen collection that you are so eager on would make excellent gifts for others in your life. With your enthusiastic review of any item found in your kitchen, how do they go screwy using it in their kitchen.

Now, discover some pieces you will really want to find out about waring appliances

Originally posted 2010-01-14 12:42:45. Republished by Blog Post Promoter

Working smoke alarms save lives. Don’t be foolish enough to think a barking dog will awaken you or that you will smell smoke – don’t bet your life on it!

SMOKE KILLS:
Toxic smoke and fumes kill. In a house fire, it is the flames that do the structural damage, but smoke is the primary danger to people. The majority of deaths in fires come from smoke poisoning.

Modern homes contain many materials, such as wood, wool, nylon and plastics, which when burning, produce heavy smoke and toxic fumes such as carbon monoxide and cyanide gas. These materials can smoulder for extended periods of time, producing substantial smoke and fumes before they burst into visible flames.

If you are asleep when a fire starts, you could suffer from smoke inhalation before you wake up. In fact, the combination of toxic smoke and gases and reduced levels of oxygen in the air can make waking up extremely difficult and in some circumstances, tragically impossible. So, it is essential to install and maintain working smoke alarms that will detect the smoke and sound an alarm.

Recent research indicates that house fires today burn faster and kill quicker than house fires 30 years ago. Research in the 1970s showed a safe escape time of 17 minutes. In 2005, this has decreased to an escape time of 3 minutes, or less in some circumstances. This drastic drop in escape time is primarily due to the contents of our modern homes, such as furnishings, that burn faster and more intently. This reduced escape time highlights the need for home fire escape planning and performing periodic practice drills.
SMOKE ALARM FACTS:
• Over 90% of residential fires in Ontario are preventable.
• An injury is reported in 1 out of every 17 preventable home fires, and not all injuries are reported.
• 1 out of every 100 preventable residential fires is a fatal fire.
Research from 1995 to 2004 regarding preventable, fatal residential fires in Ontario indicates:
• 35% of fires – a smoke alarm was present and operated.
• 25% of fires – a smoke alarm was present and did not operate.
• 21% of fires – no smoke alarm was present.
• 19% of fires – smoke alarm operation was undetermined.
This research pertains to 609 fatal fires that occurred in Ontario from 1995 to 2004. In about 50 per cent of fatal home fires, there was no smoke alarm warning. In the majority of these fatal home fires, it was determined a dead battery or no battery installed was the reason for the smoke alarm failing to activate.

Statistics also indicate the holiday season between November and the end of January to be the highest point of the year for fires and related fatalities. From November 1, 2004 to January 31, 2005, alone there were 35 fire fatalities in Ontario. This highlights the need to exercise extra caution during the holiday season when we may be most distracted.

(Statistical Source: Office of the Ontario Fire Marshal)
Visit the Ontario Fire Marshal’s website to learn more about Ontario Smoke Alarm Status in Residential Fires 1996 to 2005

SMOKE ALARMS vs. SMOKE DETECTORS:
Often you hear people using the terms smoke alarms and smoke detectors interchangeably. However, there is a difference between the two. What’s the difference?

A smoke alarm is an all-in-one, self-contained device, with a detector, which senses the products of combustion (smoke) and sounds an audible, and sometimes visual warning or alarm. Smoke alarms are widely used in residential settings. Put simply, a smoke alarm detects smoke and sounds an alarm.

A smoke detector is strictly a sensing device only, which senses the products of combustion (smoke) and sends a signal to a building’s fire alarm system to activate an audible, and sometimes visual warning or alarm. Smoke detectors must be connected to a building’s fire alarm system and are NOT a stand-alone unit. Put simply, a smoke detector senses smoke only and must be connected to a fire alarm system control panel. Smoke detectors are a detection device only – not an alarm.
SMOKE ALARM TECHNOLOGIES AND FEATURES:
Technology:
There are two types of technologies used in smoke alarms to detect the presence of smoke or the products of combustion. Smoke alarms will employ one or both of these types of technologies. Each type of detector has its advantages and disadvantages.

Ionization smoke alarms activate more quickly for fast, flaming fires with little visible smoke. Photoelectric smoke alarms are particularly more responsive to smouldering fires and the dense smoke given off by foam-filled furnishings.

When properly installed and maintained, both types of alarms alert you to a fire and save lives. As in all things relating to your family’s safety, buy the highest quality smoke alarm your budget will allow. Do not select a detector based solely on its low cost.

Smoke alarms are designed to be battery-powered or powered by a permanent connection to the household alternating current (AC) electrical supply (110v).
It is important when replacing smoke alarms that the correct type is installed. Smoke alarms that are installed with permanent electrical connections, also known as direct-wired or hard-wired smoke alarms, cannot be replaced with battery-powered units.

When purchasing a smoke alarm, look for a product that has been manufactured and tested to an acceptable standard, indicated by a marking for the Underwriters Laboratories of Canada (ULC), or Underwriters Laboratories Incorporated (cUL).

Ionization Smoke Alarms
Ionization smoke alarms use a small amount of radioactive material that ionizes the air between two electrically charged plates, causing a current to flow between the plates. When smoke enters the chamber, it changes the flow of current, which is detected and activates the alarm.

Ionization smoke alarms activate more quickly for fast, flaming fires with little visible smoke.

Advantages:
• Cheaper than other types of smoke alarms
• Very good with fast flaming fires with little visible smoke
• Suitable for general use
• Less prone to false alarms due to dust and steam
Disadvantages:
• Very susceptible to nuisance alarms due to cooking
• May be slow to respond to slow smouldering fires
• Contain radioactive material

Photoelectric (Optical) Smoke Alarms
A photoelectric (optical) smoke alarm “sees” the smoke. NOTE: The term photoelectric does not refer to the power source for the smoke alarm. The power supply can be battery or direct-wired on the household electrical current (110v A/C). Both types are available to the consumer. Photoelectric (optical) smoke alarms operate on the principle of light scattered from the surface of particles. Smoke entering the sensing chamber reflects light onto the sensor, which triggers the alarm. Because large particles have much more surface area than small particles, a photoelectric smoke alarm is more sensitive to the large smoke particles produced in a smouldering fire.

Photoelectric (optical) smoke alarms are particularly more responsive to smouldering fires and the dense smoke given off by foam-filled furnishings.

Advantages:
• Good for smouldering fires and dense smoke
• Not as prone to cooking nuisance alarms
• Contain no radioactive material
• Suitable for general use
Disadvantages:
• Prone to nuisance alarms from dust and insects – must be kept clean
• More expensive

In the normal case, the light from the light source shoots straight across and misses the sensor. When smoke enters the chamber, however, the smoke particles scatter the light and some amount of light hits the sensor, activating the alarm.

Learn more on the HOW STUFF WORKS WEBSITE at http://home.howstuffworks.com/smoke1.htm
Combination Ionization / Photoelectric (Optical) Smoke Alarms
Combination Ionization / Photoelectric (Optical) alarms combine the two technologies, ionization and photoelectric, to detect the presence of smoke or products of combustion. An alarm can be activated by either of the sensors within the unit. A combination Ionization / Photoelectric (Optical) alarm gives you the benefits of both types of technologies.
Combination Smoke Alarm / Carbon Monoxide Alarm
Smoke alarms that combine carbon monoxide detection and smoke detection capabilities are also available in a single unit. These units incorporate different sounding alarms, or in some cases voice alerting of “Fire / Fire” or “Warning Carbon Monoxide” when detecting the presence of smoke and/or carbon monoxide. If a combination smoke alarm / carbon monoxide alarm is used, it must be installed on the ceiling to ensure that it will detect smoke effectively. Follow the manufacturers instructions.
Battery-Operated Smoke Alarms and Direct-Wired or Hard-Wired (A/C) Smoke Alarms
A 9v alkaline battery powers most battery-operated smoke alarms. Some manufacturers also offer battery-operated smoke alarms powered by a long-life lithium battery.

The Ontario Building Code has required direct-wired smoke alarms be installed in all new home construction since 1986, with amendments and additional requirements over the years.

When smoke alarms are being replaced, the replacement unit must not reduce the level of detection required by the Building Code in effect at the time of construction of the residence, or by municipal by-laws in effect before the Fire Code adopted this requirement. This requirement is contained in Sentence 6.3.3.5.(1)of the Fire Code. In other words, existing direct-wired or hard-wired smoke alarms or electrically interconnected smoke alarm installations must be maintained to provide the same level of protection as originally required. Any replacement smoke alarms must be of a type comparable to the original or better. Any smoke alarms installed in addition to the requirements of Section 2.13 of the Fire Code are permitted to be battery powered.

Direct-wired smoke alarms can be “interconnected” or linked to one another, which means that should one smoke alarm activate in the home it will automatically sound the alarm on all smoke alarms within the home that are connected. People who sleep with their bedroom doors closed or may have difficulty awakening to a smoke alarm sounding outside the sleeping area should strongly consider installing interconnected direct-wired smoke alarms in their home.

Remember, smoke alarms connected directly to your home’s electrical power supply (A/C) will not work during hydro outages unless they have a battery back up feature. Some older models of these alarms do not have an internal battery backup. Find out what type of alarms you have in your home and ensure you are protected by battery operated smoke alarms in the event of a power failure in your home.
Smoke Alarms for the Deaf, Deafened or Hard of Hearing
Both the Ontario Building Code and Ontario Fire Code require the installation of smoke alarms in residential occupancies. By definition, a smoke alarm must sound an audible alarm to alert the home’s occupants. Unfortunately, an audible alarm may not alert an individual who is deaf, deafened or hard of hearing.

There are numerous smoke alarms available on the market today that address the specialized needs of these individuals. Some devices utilize a bright flashing strobe light, as well as an audible alarm, to alert the residents in the event of a fire. Due to the electrical supply requirements to operate these strobe lights, they must be wired directly into the home’s 110v A/C electrical system. Some models have a 9v battery backup that will ensure the audible alarm will activate in the event of a power failure, however the battery will not activate the strobe light.

Additional options also exist that allow the individual to connect their smoke alarms to an alerting system that may incorporate a flashing strobe light, vibrating pager and/or vibrating bed shaker to alert the resident to the emergency. Other suitable options are also available.

A catalogue detailing all available options for the deaf, deafened or hard of hearing is available through The Canadian Hearing Society. You can contact The Canadian Hearing Society in Windsor by calling 519-253-7241 (TTY: 519-254-1704). Their Head Office contact numbers are 1-800-465-4327 (TTY: 1-800-537-6030) and their website is www.chs.ca.
Smoke Alarms featuring “HUSH” Control Feature:
Cooking vapours and steam can sometimes activate a smoke alarm when no fire emergency is present. These are considered nuisance alarms and are the primary reason for people illegally disabling their smoke alarms by removing batteries or disconnecting the power supply to their smoke alarms. This practice of disabling a smoke alarm is extremely dangerous and against the law!

The Office of the Ontario Fire Marshal has introduced a website, http://www.makeitstop.ca/ , giving detailed instructions on ways to eliminate nuisance alarms. As well, smoke alarm manufacturers offer smoke alarms with a “HUSH” or “PAUSE” feature that allows the resident to temporarily silence the nuisance alarm. Generally, the HUSH feature will silence the alarm for approximately 7 minutes and then automatically reset itself. The smoke alarm will indicate that it is in HUSH mode by use of a periodic “chirp” or a visual indicator, such as a flashing LED light.

NOTE: Dense smoke will override the “HUSH” control feature and sound a continuous alarm to alert you to a fire emergency.
CAUTION: Before using the “HUSH” feature, identify the source of the smoke and be certain a safe condition exists.
ONTARIO FIRE CODE REQUIREMENTS FOR SMOKE ALARMS:
The Ontario Fire Code requires all single family, semi-detached and town homes in Ontario, whether owner-occupied or rented, have a working smoke alarm on every storey of the residence and outside all sleeping areas. Failure to comply with the Ontario Fire Code smoke alarm requirements could result in a ticket of $235 or a fine of up to $50,000 for individuals or $100,000 for corporations. The Ontario Fire Code specifies that “no person shall intentionally disable a smoke alarm so as to make it inoperable”. This includes, but is not limited to, removing the battery. A tenant, or any other person, who intentionally disables a smoke alarm is guilty of a provincial offence and may be subject to a fine.
Homeowners
Homeowners are responsible for installing and maintaining smoke alarms.
Landlords
Landlords are responsible for ensuring their rental properties comply with the law. They must also provide tenants with a copy of the smoke alarm manufacturer’s maintenance instructions. A “Smoke Alarm Maintenance Checklist” can be downloaded from the Ontario Fire Marshal’s website.
Tenants
Tenants of rental properties should contact their landlord immediately if their occupancy does not have the required number of smoke alarms, or if there are any problems or concerns with the alarms. A “Smoke Alarm Maintenance Information for Tenants and Occupants in Rental Units” information sheet can be downloaded from the Ontario Fire Marshal’s website.
SMOKE ALARM INSTALLATION:
• The Ontario Fire Code requires all single family, semi-detached and town homes in Ontario, whether owner-occupied or rented, have a working smoke alarm on every storey of the residence, including the basement and outside all sleeping areas. Smoke alarms are not required in individual bedrooms unless required by the Ontario Building Code at the time of construction. However, to help ensure ultimate protection, we encourage smoke alarms be installed in each bedroom within the residence. Where bedroom doors are closed at night, smoke alarms should be installed in each bedroom.

• One smoke alarm is required to be installed in each storey of a home and adjacent to any sleeping areas within the home. As illustrated below, a storey can consist of more than one level. When a home contains multiple sleeping areas, a smoke alarm must be installed to protect each separate sleeping area. This may necessitate additional smoke alarms on some levels of a split-level home. The following illustrated example of a split-level home, indicating required smoke alarm placement, is provided for clarification. Note that since smoke rises, the smoke alarm serving the 1st storey is installed in the upper level of that storey.
ALTERNATE WORDING
• One smoke alarm is required to be installed in each storey of a home and adjacent to any sleeping areas within the home. When a home contains multiple sleeping areas, a smoke alarm must be installed to protect each separate sleeping area. In some home construction, such as with split-level homes, a storey may consist of more than one level. Normally, one smoke alarm would suffice to serve both levels of a split-level storey, except in the case where both levels contain separate sleeping areas. In that instance a smoke alarm must be installed on both levels containing sleeping areas.

The following illustration of a split-level home and the required smoke alarm installations is provided for clarification.
NOTE: Both the upper and lower levels of the 2nd storey require smoke alarm installation due to separate sleeping areas contained on both levels. However, only one smoke alarm is required to service both the upper and lower levels of the 1st storey since neither level contains a sleeping area. Also note that since smoke rises, the smoke alarm serving the 1st storey is installed in the upper level of the 1st storey.

• Read and familiarize yourself with the manufacturer’s instruction manual. Always follow the manufacturer’s instructions for installing, testing, and maintaining smoke alarms.
• Smoke, heat and combustion products rise to the ceiling and spread horizontally. In order for the smoke alarm to properly sense the presence of smoke, the ideal location is on the ceiling in the centre of the room. Ceiling mounting is preferred in ordinary residential construction.
• When installing the smoke alarm on the ceiling, ensure it is a minimum of 10cm (4 inches) from any wall.
• If wall mounting is necessary, use an inside wall, ensuring it is a minimum of 10cm (4 inches) below the ceiling, but no lower than 30.5cm (12 inches) below the ceiling.
• If the hallway serving the bedrooms is more than 9 metres (30 feet) long, install smoke alarms at both ends of the hallway.
• Install smoke alarms at both ends of a room if it is more than 9 metres (30 feet) long.
• In stairways with no doors at the top or bottom, install smoke alarms anywhere in the path of smoke moving up the stairs. However, always install smoke alarms at the bottom of closed stairways, such as those leading to the basement. Dead air trapped near the closed door at the top of the stairway could prevent smoke from reaching the smoke alarm if installed at the top of the stairway.
Locations To Avoid:
• Do not install smoke alarms in “dead air pockets”, for example within 10cm (100mm – 4 inches) of where a ceiling meets a wall or a corner of a room.

• Do not install a smoke alarm within 1 metre (3 feet) of a doorway to a kitchen or bathroom, forced air ducts used for heating or cooling, ceiling or ventilation fans, air conditioner units or other high airflow areas.
• Do not install the smoke alarm where drapes or other objects may block the sensor.
• Do not install in the peaks of vaulted ceilings, “A” frame ceilings or gabled roofs. For “A” frame type ceilings, install the smoke alarm 10cm (4 inches) below the peak. See the illustration below for clarification.

• When installing a smoke alarm in a room with a sloped ceiling, position it 90cm (36 inches) horizontally from the highest point, as illustrated below, since dead air at the peak may prevent smoke from reaching the unit.

• Electronic “noise” may cause nuisance alarms. Install smoke alarms at least 30 cm (12 inches) away from fluorescent lighting.
• Avoid excessively dusty, dirty, greasy or insect-infested areas. Dust particles and insects may cause nuisance alarms or failure to alarm.
• Do not install in areas where the temperature is colder than 4.4ºC (40ºF) or hotter than 37.8ºC (100ºF). Extreme temperatures may adversely affect the sensitivity of the alarm, as well as diminish the lifespan of the battery, if so equipped.
• Do not install in areas where the relative humidity is greater than 85% or within 3 metres (10 feet) of showers, saunas, dishwashers or any other steam-producing appliance. Very humid areas along with steam can cause unwanted nuisance alarms and adversely affect the battery, if so equipped.
• Do not install smoke alarms in your garage. Combustion particles produced when you start your automobile will cause unwanted nuisance alarms.
DEALING WITH NUISANCE ALARMS:
• Avoid installing smoke alarms in or near kitchens and bathrooms where steam or cooking are present;
• If a smoke alarm is installed within 6 metres (20 feet) of a cooking appliance it should be a photoelectric (optical) smoke alarm or one that incorporates a “HUSH” silencing feature;
• Keep ovens and stovetop burners clean to eliminate minor smoke flare-ups;
• Clean out accumulated crumbs from the bottom of toasters and/or toaster ovens and turn down the timer setting;
• Use the kitchen vent hood fan, that exhausts to the outside, when cooking to remove steam and smoke during cooking;
• Use bathroom ventilation fans, that exhaust to the outside, to remove steam build-up;
• Relocate the smoke alarm from the ceiling to a spot on an adjacent wall;
• Move the alarm further away from the source of the nuisance alarm;
• Replace ionization type alarms with photoelectric (optical) alarms.
• NEVER DISABLE A SMOKE ALARM BY REMOVING THE BATTERY OR SHUTTING OFF THE ELECTRICAL SUPPLY! If your alarm does not have a “HUSH” feature, use a towel or newspaper to fan the alarm to dissipate the smoke or steam.
Visit the O.F.M. “MAKE IT STOP” WEBSITE at www.makeitstop.ca, TO LEARN MORE ABOUT NUISANCE ALARMS
TESTING AND MAINTENANCE OF SMOKE ALARMS:
• Read and familiarize yourself with the manufacturer’s instruction manual. Always follow the manufacturer’s instructions for installing, testing, and maintaining smoke alarms.
• Ensure the smoke alarm is secure and unobstructed.
• Test all smoke alarms monthly by pressing the “TEST” button. Pick a familiar, meaningful date to help remind you each month, such as a birth date or anniversary. A broom handle or cane can be used to depress the test button eliminating the need to climb a ladder or stand on a chair.
• Test all smoke alarms after being away from home for more than 3 days (alternate 7 days). The low battery “chirp” may have activated while you were away from home and the battery is dead, leaving you without protection.
• Once a year test your smoke alarms with smoke from a smouldering incense stick or a smouldering cotton string placed in an ashtray or other suitable noncombustible container. CAUTION: Smouldering materials used in this test should be disposed of in a manner that does not create a fire hazard. No open flames from matches, lighters or candles should ever be used to test smoke alarms. Doing so may damage the smoke alarm as well as start a fire in your residence.
• Install a fresh battery in your smoke alarms at least once a year or whenever the low-battery warning sounds. Fire Prevention Week, which is the week of Thanksgiving, is an ideal time of year to replace your batteries annually.
• For proper operation, smoke alarms must be kept clean and free of dust, cobwebs, etc. Never clean your smoke alarms using cottage“target=”_blank”rel=”external”title=”Cottage Inspections” >water, solvents or cleaners as they may damage the unit. Be sure to follow the manufacturer’s cleaning instructions at all times. Clean your smoke alarms by gently vacuuming them using the soft brush attachment on your vacuum. For battery-operated smoke alarms vacuum the outside only; do not try to open the unit. For electrically connected (direct-wired) smoke alarms, disconnect the power to the unit, open the alarm cover and gently vacuum the inside of the alarm, and then reconnect the power supply to the alarm. This cleaning should be done at least twice a year. Test your smoke alarm after cleaning to ensure it’s working. (OFM SITE – AC powered smoke alarms should only be vacuumed externally and no attempt should be made to open the case. Be sure to follow the manufacturer’s instructions at all times. If specifically recommended by the manufacturer, open the battery cover on battery operated smoke alarms and gently vacuum the circuit board.)
• Clean the exterior of the smoke alarm to remove dirt and grease following the manufacturer’s instructions. Most manufacturers suggest using a damp cloth only.
• Never paint a smoke alarm. Paint can seal the vents and interfere with the sensor’s ability to detect smoke, hampering its proper operation.
• Replace smoke alarms if they fail to operate properly when tested.
• Replace smoke alarms every 10 years from the date of manufacture. The date of manufacture is noted on the smoke alarm.
CHILDREN AND SMOKE ALARMS:
Ensure that your children recognize the sound of your home’s smoke alarms and know what to do when they hear that sound. Develop and practise a home fire escape plan with your family. LINK TO HOME FIRE ESCAPE PLANNING
Research has shown that children tend to sleep much more deeply and longer than adults. The sound of a smoke alarm may not penetrate the deep sleep patterns of children. As children can be “deep sleepers”, caregivers should never assume that activated smoke alarms would awaken and alert their sleeping children. As part of their home fire escape plan, caregivers must make it their responsibility to awaken and evacuate children in the event of a fire.

You may have recently seen news reports on television showing children sleeping through the sound of smoke alarms, but awakening rather quickly to the sound of a familiar, abrupt voice coming from a smoke alarm with voice recording capabilities. Although smoke alarms with voice recording capabilities may seem like a good idea, the Ontario Fire Marshal’s Office is not aware of any voice recording smoke alarms that have met the Canadian standard for smoke alarms, CAN/ULC-S-531, Standard for Smoke Alarms, or that they will consistently awaken sleeping children. We understand that Underwriters Laboratories (UL) is currently reviewing this product, and that Underwriters Laboratories of Canada (ULC) approval will be sought in the future.

Anyone who purchases one of these alarms should use discretion when recording a message. It is important that the message be applicable to any and all fire situation.

DISPOSAL OF SMOKE ALARMS:
Residential ionization smoke alarms contain an extremely small amount of radioactive material, americium 241 (33 kilobecquerel – kBq). This is comparable to the background radiation already present in many materials.

The Canadian Nuclear Safety Commission has confirmed that individual smoke alarms containing americium 241 may be disposed of in the regular garbage. However, if the smoke alarm contains radium or if there are large numbers of smoke alarms to be disposed of, more than 10 units, they should be shipped to the Low Level Radioactive Waste Management Office for disposal. Their contact number is 613-998-6748.

Originally posted 2008-11-13 08:52:00. Republished by Blog Post Promoter

Clean Your House – Change Your Furnace Filter

Recently I had my heating ducts cleaned in my house after finishing a renovation project. The duct cleaning company used a video camera to inspect my ducts before and during cleaning, what a sight to behold!   There were pieces of drywall left over from the original construction and of course lots of dust. I talked to many companies prior to choosing Anderson duct cleaning, and as they explained,  the main difference is two fold; one if you don’t use a service that actually contacts all the areas of your ducts you will not remove the dust that is attached to your ducts, and two; using a camera guarantees that all the dust and debris is being removed. Shawn, the owner,  also gave me a great tip, when doing any kind of work in your home that can generate dust, close off your cold air returns to stop any dust from entering your duct work.

A typical house contains dust from pollen, spores, pet dander, lint, bacteria, etc. Even regular home activities like cooking or dusting add to the dust in the air inside the house. Such dust particles results in irritation of eyes and on entering the respiratory system, may cause respiratory disorders, damage to the lungs, or in unique cases, even cancer.

I now have two transparent inspection plates in my furnace, one on the cold air return and the other on the supply side duct work. As Shawn explained, after the major duct cleaning, I will now only have to have my cold air ducts cleaned when I can visibly see dust starting to collect in the duct work.   Considerably cheaper than having whole system cleaned. The secret to keeping your supply side duct work clean is using a proper air filter. Shawn recommended staying away from cardboard edged filters as they often collapsed inside the cold air return and allowed dust and contaminates to pass.

Washable/Reusable Filters- These are meant for extended use, and with regular cleaning and maintenance serve a very long life. Their downside is that it is nearly impossible to get completely cleaned and therefore adds resistance to the airflow. These types of furnace filters are also not very effective in trapping very small particles.

Pleated Filters- These are a modified kind of panel filters that have pleats or folds to increase its surface area. This design change makes it more efficient at trapping dust particles due to increased surface area. However, here too, the furnace filter starts resisting airflow once it starts collecting dust particles and thus should be replaced regularly.

High Efficiency Pleated Filters- These filters have an additional component of electrostatic charge that is designed to capture extremely small particles and various allergens, which make-up 99% of the particulate composition of the air. However, even these should be changed at regular intervals to maintain the air quality, and the airflow. Alternatively, refillable furnace filters are also available in this type.

Choosing an air filter can be a daunting task with the number of filters and varying prices. One tip is common with all the experts that I read and watched on TV, if you can see through your filter then it no good. Most recommended the pleated type of filter which gives you more surface area of filter. These filters can then be chosen by the size of particulates that they will pass.   The more particulates they filter the more expensive they become. Electrically charged filters were recommended to be one of the better filters as they also come in a washable model. My particle model has a pretty standard 16 X 25 X 1 inch filter but there are cartridge filters available that are up to 5 inches thick.

Electronic air filters charge the particles as they pass which then attracts them to the filter. These filters can then be removed and cleaned in your dishwasher. Both the larger cartridge filter and the electronic air filter have to be custom fitted to your furnaces cold air return.

Remember to periodically to check your furnace filter as the more particulates they collect the more frequently they should be changed as they will affect the air flow to your furnace.

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Originally posted 2010-02-18 03:18:19. Republished by Blog Post Promoter

Ants are probably the most bothersome organisms in a house and it is quite difficult to remove them completely from your premises. However, there are some simple methods by which you can make sure that these creatures keep out of your residence and do not lead to any nuisance. Some home-based methods that you can easily apply for getting rid of the problem of ants are given below.

The best way of eliminating ants is by keeping your residence clean and hygienic. It is vital to remember that the ants feed on various food items available to them in the house and if these are locked away from them, then they will not bother you.

Hence, you should clean the kitchen racks and other shelves using vinegar or some gentle bleach solution. Rinse and clean your utensils and ensure that every edible item is kept inside an airtight case. This will deprive them of the food and they will not have any desire to visit your house again.

You must also close the points used by the ants to come inside. Figure out the track taken by them and close every hole that they frequently use. Sprinkling deterrents like talc, boric powder, chalk, and even salt prevents ants from invading your home. But, when making use of such products, you should ensure that the kids or animals in the residence are at a safe distance from them. My mother used to put ant traps in the house to kill them, but as I explained to her, she was luring them into the house by using these traps.

Last but not the least, getting rid of the ant nest is another simple way to remove ants, provided you have an idea of their nesting place. Destroying the nest with cold water ensures extermination of all the ants inhabiting the nest and more often than not it removes them permanently. Finding and killing the queen ant and scout ants is another really successful technique. But, to successfully do this you would probably need the assistance of a pest control agency, which can send experts to your house to deal with the problem.

Learn more about the most effective methods of eradicating mosquitos and other pests from your homes or offices.

The 6th biggest city in Canada and the fastest growing as well, located at the west of Toronto and at the north of the Lake Ontario.

The proximity of the city to the airport is one of the major factors in the ethnic diversity of Mississauga, one example of these are the cultures that have made Mississauga their home, many British, Chinese, Asian, Jamaican, Indian and Portuguese s mix together to give this city a touch of uniqueness.

The largest airport in Canada, Lester B. Pearson, is situated in Mississauga, at the northeastern corner of the city. The area around the airport is one of the significant industry including logistics companies, courier service companies, and freight management companies.

The city of Mississauga has a very good public transportation system, Go train and Go buses are very well connected, Square one is the heart of the city, this is one of the biggest indoor malls in Canada and with its high end fashion outlets, specialized shops and big screen theaters is a key part of the social life of the city.

Mississauga real estate spectrum varies from the small 2 bedroom apartments to the “monster homes” from the Lakeshore avenue to the north part of the city. There are several options to live in Mississauga, the tenants who do not want to pay the property maintenance fees may chose to live in one of the following options: apartment buildings, town-home complexes and condominiums.

Mississauga is a bedroom community of Toronto. As a planned community, there are huge subdivisions of brick houses surrounded with well-maintained gardens.

Apartments for rent in Mississauga are available with variety of options like 1 bedroom, 2 bedroom,3 bedroom and facilities like windows covering, ceiling fans, air conditioning, cable and internet connection ready, student friendly desks, laundry facilities, dishwasher, washer, dryer, fireplace, close to amenities like schools, shopping, parks, churches, hospitals, restaurants, banks, and Go stations. Many Apartments on rent have hardwood floors, Fridge, Stove, Balcony, Indoor parking, Outdoor parking, swimming pool, Playground, Elevator, easy highway access, drug store, hardware store, pizza store, grocery store, library, recreation centre. There are many well maintained affordable Apartments for rent in Mississauga that have plenty of landscaping, family environments and a quiet neighborhood.

The diversity in the culture of Mississauga is one of the key components for people to be interested in this place as their residence, for those that culture is important Mississauga is a most to consider when choosing a place to live, their art galleries, theaters, concert halls and museums make a great difference.

Toronto population has described Mississauga as their suburb nevertheless this description is quite misleading, a better description would be to call Mississauga as an “adjacent center of growth”. The city has many head offices for pharmaceutical companies, this area is called “Phill Hill”; some other companies that have their head offices there as well, Mary Kay, Microsoft, Menu Foods and ready Bake are among other large companies that are located in the northwestern section of the city. The social and economic development of this city are there to make Mississauga an important grow center.

To get more info about luxury apartments in Mississauga visit Miguel’s site, it has more information about aparments for rent Mississauga

Originally posted 2009-09-14 03:39:07. Republished by Blog Post Promoter

There are several tiny day by day things in life that can be annoying, but one of the more irritating things is a sticking terrace door. The good news is that so long as you have a bit of general repair knowledge and basic common sense, this is a repair handled on your own. Patio doors can be removed quite simply by simply lifting straight up. The door should be in a position to be lifted up and swung out of the bottom aluminum track, and then the top should come out equally as easily.

Sometimes the sticking door is the results of the door’s gliding system malfunction, or the hardware is corroded, or has tightened. This is often fixed by adjusting the bottom track roller or glider. A screw that holds the wheel in place may need to be loosened slightly but use caution since this hardware is typically fragile and can break easily. Replacement glides or rollers can be purchased but be sure to take the old one with you so a proper spare is bought. Once the wheel has been altered, re-install the door to work out if this solves the issue. If not, it could be time to get a replacement glide or roller. It’s also recommended to oil all working hardware to stop further sticking or keep any of the metal parts from rusting up, making more issues down the road. Ensure that you do this before replacing the door in its frame.

Frequently the sticking door is the result of a grimy track, which is also a fast and simple fix for house owners. Again, take away the patio door from the frame and put it somewhere safe from accidents. Use a brush or a whisk broom to clear the large debris away from and out of the track. Once that’s done check the track for holes. These holes are purposefully put there to help keep water drained away from the track. With a little piece of wire or an opened up paper clip, clear any dirt from those holes.

Now it is time to find the vacuum cleaner or dust buster and give the tracks a fast vacuuming to make certain the smaller bits of dust are all cleared out. Wash the tracks out and off using a mild detergent and water and wash them with clear water once the 1st washing has been completed. Once the washing has been completed, let it air dry or wipe dry with a lint free fabric. To help forestall further sticking, rub the track with a waxy door lubricator or just employ a candle to coat the tracks with a light waxy coating to help in keeping the tracks lubricated to roll on. Now you are prepared to re-install the door and give it a test run!

Sometimes the door is tough to slide as the rollers or glides became filthy. You can decide to replace them, but with a minimal amount of effort, it might be just as fast and straightforward to clean them instead. You can use kerosene or charcoal lighting fluid or mineral spirits to wash off dirt and gummy materials from the rollers with the help of an old toothbrush. Make sure that you work in a well ventilated area when using these products and wear rubber gloves to protect your hands and goggles in case you scrub a bit too vigorously! Again, after they are cleaned and dry, add a touch of lubricant to keep them working openly and forestall any corrosion from building up on them.

In each instance make efforts to check the doors movement after the re-installation to be certain your repairs did the trick, then sit back, and feel proud of a good job.

If you liked this piece about Sunrooms in Dallas,