With a vacuum you can clean the condenser coils, you can sometime also remove these and simply clean them by hand. One tip is to spray water and detergent onto the coils. But, if you are doing this without removing be very careful that you do not spray the electrical components.

By Cleaning the blower’s fan blades this will help keep the air conditioner operating quietly

If you have mounting bolts try tightening this if needed. Cleaning the evaporator and also check that your condenser drain is clean.

You need to check for condensation at the surface. You’ll need to use something to make sure the area is dry like the rag, place some newspaper under the toilet’s tank and leave it there for a few minutes this is a great way for checking for leaks.   If there are no signs of leaks but you still see water around the base the wax ring is probably causing the problem.

Before you start to try to repair the leak make sure you buy a new wax ring.

1) Switch off the water supply using the valve which you will find behind the base of the toilet.

2) Make sure to flush the toilet so you drain as much water from the tank as possible.

3) Remove the plastic covers that cover the flange nuts that mount the toilet to the floor.

4) Remove the nuts from the bolts with a wrench, make sure to turn them counterclockwise.

5) You will now be able to move the toilet moving it back and forth will make it become loose.

6) You’ll need to remove the old wax from the bottom of the toilet, if you have a putty knife this will do the trick.

7) Place the new wax ring on the base of the toilet, they sure the collar is pointing down.

8 ) Place a toilet back onto the flange, you may need help us as you need to make sure that the bolts go into the mounting holes and be careful because you do not want to damage the wax ring.

Answer: Even if your home was a Victorian, tri-level, colonial or whatever, I will have the same answer for you. The attic in any house that is traditionally built gets heated up with direct sunrays. I have found it difficult to breathe in attics during mid-summer. The attic resembles a blaze that within seconds my skin burst out in sweat. The temperature, I guess, should have been around 130F.

Countering infrared heat and high temperatures is indeed a challenge in Cape Cod style home. The roof rafters are steep and its bottom usually rest atop the walls of the first floor. A lesser livable space is created on the second floor as the roof rises to meet at the centre of your house. Knee walls or small vertical half walls meet beneath the rafters. The ceiling area of a good number of Cape Cod style homes have a ceiling area that is small and flat in the midst of the living area of the second floor. The underside of the roof rafters creates the remaining ceiling space.

A major problematic area is the slanted ceiling. Several Cape Cod roofs are bordered with 2 x 6s and on odd instances, 2 x 8s. Carpenters can use rough lumber of smaller dimensions because of the small vertical knee wall. Space for insulation and the free space required above the insulation are hardly there with the small lumber. It is necessary to have free air space above insulation. It is the channel through which cool air can flow through the attic space.

Hot attic air should be expelled continuously to keep your attic sufficiently cool so that this makes sure that the completed living space is cool. The air gets hot in the attic resembling the heating in a furnace.  The noon temperature on a summer day with direct sunlight can heat up the roof surface to as much as 190F. This severe heat then passes on to the wood rafters and wood roof sheathing. The amount of heat radiated is large though it does not glow like a cooking element of an oven. The heat is collected by the air in the attic which then is transferred to the insulation which in turn gets hot and the heat is transferred straight to the completed ceiling. The transfer of heat is known as conductive heat transfer.

I prefer to rely on Mother Nature and would rather use wind power to expel hot air accumulated in the attic. Large quantity of hot air is pulled out from the attic spaces b turbine vents that are wind-powered. It hardly takes 30 minutes by your roofers to install these cheap devices. Installing them on the rear of a roof will also make it hardly visible when one looks from the front yard. Do not purchase turbine vents with internal braces. You should get one with external bracing instead.

Large volume of air is also moved by electric-powered attic ventilation fans or what is called as PAV fans. The problem with these fans is that they may cause great suction that they then draw air even from the interior of your home. In case you are operating air conditioning then the cool air can be drawn to your attic from the finished living space. Low-roof static pot vents or soffit ventilations required in abundance by both turbine vents and PAVs. This assists in the cooler air from the outside easily enters and replaces the hot air that is expelled in your attic.

I installed radiant barrier chips to increase the comfort at my home. The heat is reflected back to its origin by these thin plastic pieces that functions like mirrors and are highly reflective. In another sense, this works similarly like the aluminum foil that is used to cover a casserole dish. However, any radiant barrier that is of single layer would lose its potential to reflect heat if it is covered with dust. The chips offer this advantage as it does not create this kind of problem. On installation of chips, thousands of thee drift down against the insulation. You will find that there are six or seven layers of radiant barrier lying one on top of the other. Even if the top layer gets dirty, it does not matter as the layer below acts as though they are new.

The house will not become necessarily cooler with more of the insulation. When the sun sets, these can increase the heat load. The heat transfer is slowed by the insulation as it is designed for this function. If your home is warm and you do not want the cold attic to receive the heat, then this is the thing for you. The insulation should be as cool as is possible, especially the ones that reach up and contacts with the ceilings. The heat finds its way back to the attic if the insulation is hot.

You need to move large volumes of air through the attic space for keeping the insulation cool. The outside temperature of 90-98F is definitely much cooler than 140-160F. the extreme temperatures if your attic can be thwarted by your air conditioner in your home. If you are able to make sure that the attic temperature is lowered by even 15-20F you will not only be cooler but also saving money.

Answer: Those vents are actually superb devices for ventilation. Leave them alone. A long time ago I installed the very same vents in my second home. These have turned out to be hardy ones that Mother Nature operates. These vents are there on my home even now drawing air every time when the slightest of breeze blows, from the attic space.

The turbine vent as also the traditional metal pot vents and the commonly liked ridge and soffit ventilation systems are passive ventilation systems. Unlike these, the active ventilation could be electric powered such as the powered roof ventilator or the whole house fan. The advantages with the passive vents are that invariably these are silent when it operates and do not need electricity. They work for free.

Stuffing insulation into the vents is something you should do as a last measure. It is more important to often vent the attic space in winter than in summer months. Water vapor may float up and move into the attic space from inside of your home. This water vapor should be exhausted as soon as possible to the outdoors. If this is not done in time, they may condense beneath the cold roof sheathing and roof framing. When the condensation is too much, this may lead to dripping from beneath the roof. With temperature further sliding down, frost could form inside the attic. Such moisture conditions may result in mold growth and wood rot.

The volume of humid air that the turbines expel depends on the outdoor wind speed and the vent diameter. 347 cfm (cubic feet of air per minute) can be removed from the attic space with 5 mph (miles per hour) wind speed using a turbine vent with only a 12 inch diameter. 1,342 CFM of air are expelled with a turbine vent by means of a single 14 inch diameter at wind speed of 15 mph. The air drifts upwards and moves out of the attic space when the wind is still but in small volumes.

It is not true at all that warm air is removed from attic spaces by the turbine vents during winter months. If it is cold outside and the attic space is quite warm, there is something wrong. The insulation might be inadequate. Or it is a sunny day with the hot sun blazing through into the attic space.

Checking the attic temperature once the sun has set at is best. The outdoor temperature and the temperature in the interior of your attic ought to be in the same range or almost the same if the insulation in your attic is proper.

The conditioned air may be drawn in by the turbine vents from indoors. Sofftit ventilation vents are mandated in both model building codes and current building principles for intake of air. When the ridge vent, turbine vent or any other electrically powered fan draws in air from the attic space, an equivalent air should stream into the attic space where the roof goes by above the outside walls of your home. A partial vacuum will be created by the vent if sufficient quantity of soffit air is not entering. The vacuum, in order to release the build up of pressure, will then begin drawing air from the interior of yoru house. This of course is not good.

You should be buying aluminum turbine vents for your roof if you decide on adding extra turbine vents. This is to avoid rusting of the vents. The roof pitch will have to be the maximum that would work well with the turbines. The spinning part of the turbines can be adjusted as they are adjustable so that they are level even if the roof is sloping. All the roof pitches are not suitable for all the turbines. The box label indicates the maximum roof pitch that suits that turbine.  You need to always make sure that the ball bearings are kept sealed and lubricated. Otherwise you will have to face a roof turbine that squeals all through on a windy night.

If you’re looking to make some savings on home decor accessories you’ll get some good tips. Nice article on Tool Sharing and I guess how you could save money, this might catch on at some stage.

Thats it for the moment hope you find something

The logic with which crawl space ventilation operates is not so difficult to decipher. Place a clear plastic piece on the dry ground in your yard. Place some boards on the edges of the plastic to keep it on the ground so that air does not get under the plastic sheet. You can see the results immediately if it is a sunny day.

A slight fog begins to appear within minutes underneath the plastic sheet. This fog after some time begins to turn into water droplets. Though the ground seems dry, actually the soil in your yard liberates water vapor constantly. This is the same case with crawl spaces. The moisture is pulled from the ground due to the natural evaporation, wind and sunlight.

The humidity in the soil produces the water vapor. The water vapor that escapes from the ground in the extremely arid parts of Southwest USA for most part of the year is very little. The soil gets wet during the monsoon season anyway. But for those who live in the Midwest, Northeast, Northwest and Southeast, water vapor actually streams out of the soil all the year round.

The water vapor that emerges out of the soil in your yard escapes into the atmosphere. This happens where the yard has open parts. The water vapor collects in the case of crawl space on the under side. This then condenses on the subfloor structure and the foundation walls. If the subfloor were to be wood, then mildew results from the water. Wood rot will ultimately develop.

It was believed that crawl space vents should be installed to make sure that outside air enters the crawl space in order to reduce the relative humidity. From my experience with being in a number of crawl spaces which has a large number of open vents is that I felt that I am in damp cave. I surmise from this that the vents hardly circulate sufficient outside air into the cramped crawl space.

Besides installing the foundation vents that passes the required building code, it will be a good idea to install an efficient vapor retarder in the crawl space over the soil. The vapor retarder is secured on to the wall which has wood that is resistant to rot or a treated lumber and lapped up to the sides of the foundation. Superior vapor retarders have a special tape which permits you to seal all seams permanently where the vapor retarder laps over itself. Or it may be cut around those objects that stick through the ground in the crawl space.

The water vapor is blocked by this vapor retarder. This makes the crawl space vents redundant. But then you need to check out whether what I just said satisfies the building code that is applicable in your area when you are adding another room. May be the building code insists in the installation of the crawl space vents. Whatever may be the case, it is always better to make sure that you completely comply with the applicable building code for your locality.

There are some building departments which permits what I have just suggested. They permit vapor retarder installation in just the way I have described and moreover do not need any foundation vents. The side walls of our crawl space require to be insulated in case vents are not installed. Conditioned air in small amounts has to be piped in by the heating contractor into the space. In addition, the foundation insulation should either be covered with material that is fireproof or it must be fireproof.

You need not bother about vents if the high-performance vapor retarders are installed correctly. It really does not make any difference if you keep them closed or open.

The crawl space ventilation represents minimum specifications of building code. The regulatory function of the building code is great in setting standards. But this in no way means that these standards are the best nor does it allow better way of doing things. There are innumerable instances where the builders could go beyond what the code specifies. They can also use materials that are better or put in that additional work that will make sure that a home could go beyond 40 to 70 years and stretch to a few hundred years.

Residential construction encounters water related major problems. Leaks can create despair and havoc. It may be even a little water in the exterior walls, attic farming, floor joists or the crawl space that could pose major problems in due course. Preventing the water from entering the crawl space completely and keeping them in the soil is the best protection against problems from water vapor. This is also applicable for concrete slabs. Vapor retarder that has a high efficiency should always be kept under the slabs to prevent water vapor seepage through the concrete

With modern homes being just a structural manifestation of an idea, it is rare that you come across a room or a place, which literally makes you stop and notice. An area with an aura and appeal with a sense of belonging is rare to find. It is not clear as to why interior decorators and designers cannot understand the difference simple wallpaper can add to the space. You can see how they add that lively splash to your dreary and lifeless walls.
The best new is that these wallpapers have a wide range in terms of variety. They come in different colors, designs and fashion that would certainly strike a chord with your choice. You name it and you have the one of your preference. All of us have different tastes and personally, I like the ones with a set theme woven around it. Most of the selections at home are done by my wife. She has flair to go for the ones not only stunning but also nearly perfect in terms of design and motif.

Our home is a Queen Anne Victorian style my wife managed to match the lobby with a large, heavily designed paper, which gels well with the Victorian age. When I was going through the pattern book, it could not even give a clear picture of how the wallpaper would look like, as the print was too large. I was not sure about going for this one, till I was shown a large frame with the similar pattern on a finished wall by the makers. Once installed on the wall, I am amazed by the affect it has. Now, every time someone walks in through the grand opening, they are never short of praises and compliments for our taste.

I feel that if you do not have the confidence, go for an expert’s opinion. You may take along family members or friends. If that doesn’t help either, seek help from professionals who have ample knowledge and the understanding to give you the right suggestion. Either they would have photo albums of their previous works or the finished ones in your area to make sure that you get the best deal.

It has been seen that people go about taking a lot of efforts to research and decide whether or not to get the wallpapering done. In certain cases, they simply recoil because of doubts in mind like the walls will be wrecked or may be it would be difficult later to alter or make any changes, once established. If you keep in mind the basic points and the fundamentals in place, it should never go wrong. One of the crucial steps is to first paint the wall with a good quality primer and then fix the wallpaper on it.

The reason, I emphasis to use a special primer is because the ready made ones in the market usually come with pre-pasted adhesives. These have a tendency to infiltrate the wall paint and take hold of the paper pasted on the drywall. This is not true for the high quality primers. You can experience it when you take off the wallpapers at home while going through a renovation. Using the pre-pasted glues would make large chunks of the drywall come off easily whereas using the special primers would avoid this disaster. It has to be applied as a base before getting the wallpapers fixed over it and for your knowledge these primers would not burn your pockets. They are always within your spending limits.

You would always find a set of instructions or guidelines stating how to go about the wallpapering process. Most of them would advise to use water as a paste activator, however, I would suggest try brushing on the wallpaper paste activator. One more fact, I have discovered is that if you try a mixture of the special primer-sealer and the paste activator, it would stay for long. This would give you enough time to fix the wallpaper in the right position and thus, no need for you to hurry. The paste activators make the paste glued to the wallpaper and not in the container.

You would need to ensure that the walls are all set before you try and hang wallpaper. There are chances that when applying the primer-sealer, some minute fragments might be left on the walls and they have to be smoothen out. Before fixing it up on the walls, book your wallpaper, which would be a method to fold the paper back into itself. Keep it aside for sometime, when it would swell and then relax. If you avoid the ‘booking’ process, it would mean an invitation to fizzes and simmers all around. Once done, paste the wallpaper and give the walls a wrinkle free look.

Some things you need to look for when purchasing a fan make sure that the fan is well designed and is made from high-grade materials.  Make sure the warranty is good possibly up to 10 years longer warranty, check the motor and fans come with several speeds.

Fan are rates by the amount of air that they can, although these are measured in cubic feet a minute to not really relevant question is no set the standard.  Something else you should look out for is to make sure that the motor is strong and silent type.

From the technical side motor should have sealed bearings that require no lubrication, this type of more should last for 10 years and up.  The movement of air is a key factors to the pitch length also the number blades and how far they are from the ceiling.

Some of the best motors made by American companies like Emerson and General Electric, but of course you can get high quality motors that come from China and Taiwan for example.

The vent had angled covers for directing the air down. Until then I had simply ignored how the vent works. But then now I wanted to make sure that the mouse did not set up house there. Hurriedly I scrambled back into the house and got the dryer going for a minute. My desire was to scare the mouse away. But then I did not see any sign of him outside. I reckoned that he got away. Or may be still holed up there, but would sneak out when he is hungry. This incident took place a couple of days ago.

But today I was overwhelmed with a terrible stink when I entered the laundry room. I just knew it. The worst has happened. I got the dryer out after prying open the flexible metal duct located between the wall and the dryer.
I took it outside cautiously and I saw the dead mouse at the back of the dryer sitting in the 90-degree angle fitting attached to it. That was barely an inch away from the inside of the dryer.

There is a big flap in our exhaust vent under the external angled cover. It was open about half an inch with years of lint accumulated there. The mouse must have jumped up and put the nose into this half inch gap and squeezed himself inside. But then it had squeezed in too far inside. There was a U pattern upside down inside the flexible ductwork. He must have crawled up the incline to the top of the inverted U from the hole in the wall after which he must have fallen down the other side. He must have tried to climb back to the top of the inverted U from where the exhaust exits the dryer at the floor level, but failed. Bad luck!

After cleaning it thoroughly, I reinstalled the duct back to its old self. Since then I am careful and I check the exhaust vent when I take the trash out every week. I made modification to the path of the flexible duct to a U pattern to dissuade future intrusions.

So this is a tiny year to give you take a facelift and do it now before it’s too late in the winter sets in.  As I’m sure you are aware unprotected once in some moisture which in turn can lead to serious damage.  The last thing you need is to have the word of your deck exposed to severe weather elements like sun, rain, snow.

Inspecting your deck

Do you know what you are deck is built from?  If it’s built with pressure treated lumber and rated it from ground contact is most likely very resistant to rot.  If however you think is built with cedar, redwood, or possibly other woods it could be at risk to rot. The key to treatment is to know what to deck is made from (just about any wood can rot is left in the rain long enough.

Making repairs

If you discover rot you will need to assess the damage, is less than half inch deep the board will not need replacement.  However it is damage is excessive you may need to replace the board.  You can do this yourself or as needed hiret a carpenter.

Replace any nails may have popped up do not hammer them back into place. The same goes for screws or anything else.

The fight against future rot

To help maintain your deck try and keep it free from leaves and dirt from getting between the boards.  It’s heavy rain gathers on the boards try sweep this away if possible.

Any debris between the boards may soak up water which will help our friend Mr. Rot.  Try keep this as keen as possible.

Sealing your deck

so you have spent time getting your deck ready, so you need to check as soon as possible if the wood needs sealing. Drop some water onto the wood is to warm soaks in you need to get busy ceiling your deck.

Pay a visit to your local DIY store they can give you the best advice and get the proper seal for you wood. Make sure it contain either oil or paraffin to keep moisture from soaking into the wood, another tip is to make sure it has UV blockers or pigment to help keep rays of the sun from turning the deck gray.

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