Heat Pump Systems
For climates with moderate heating and cooling needs, heat pumps offer an energy-efficient alternative to furnaces and air conditioners. Like your refrigerator, heat pumps use electricity to move heat from a cool space into a warm, making the cool space cooler and the warm space warmer. During the heating season, heat pumps move heat from the cool outdoors into your warm house; during the cooling season, heat pumps move heat from your cool house into the warm outdoors. Because they move heat rather than generate heat, heat pumps can provide up to 4 times the amount of energy they consume.
The most common type of heat pump is the air-source heat pump, which transfers heat between your house and the outside air. If you heat with electricity, a heat pump can trim the amount of electricity you use for heating by as much as 30%–40%. High-efficiency heat pumps also dehumidify better than standard central air conditioners, resulting in less energy usage and more cooling comfort in summer months. However, the efficiency of most air-source heat pumps as a heat source drops dramatically at low temperatures, generally making them unsuitable for cold climates, although there are systems that can overcome that problem.
For homes without ducts, air-source heat pumps are also available in a ductless version called a mini-split heat pump. In addition, a special type of air-source heat pump called a "reverse cycle chiller" generates hot and cold water rather than air, allowing it to be used with radiant floor heating systems in heating mode.
Higher efficiencies are achieved with geothermal (ground-source or water-source) heat pumps, which transfer heat between your house and the ground or a nearby water source. Although they cost more to install, geothermal heat pumps have low operating costs because they take advantage of relatively constant ground or water temperatures. However, the installation depends on the size of your lot, the subsoil and landscape. Ground-source or water-source heat pumps can be used in more extreme climatic conditions than air-source heat pumps, and customer satisfaction with the systems is very high.
A new type of heat pump for residential systems is the absorption heat pump, also called a gas-fired heat pump. Absorption heat pumps use heat as their energy source, and can be driven with a wide variety of heat sources.
Air-Source Heat Pumps
An air-source heat pump can provide efficient heating and cooling for your home, especially if you live in a warm climate. When properly installed, an air-source heat pump can deliver one-and-a-half to three times more heat energy to a home than the electrical energy it consumes. This is possible because a heat pump moves heat rather than converting it from a fuel, like in combustion heating systems.
Although air-source heat pumps can be used in nearly all parts of the United States, they do not generally perform well over extended periods of sub-freezing temperatures. In regions with sub-freezing winter temperatures, it may not be cost effective to meet all your heating needs with a standard air-source heat pump.
However, new systems with gas heating as a backup are able to overcome this problem. There is also a "Cold Climate Heat Pump" which shows promise, but is currently facing manufacturing problems. In addition, a version called the "Reverse Cycle Chiller" claims to be able to operate efficiently at below-freezing temperatures.
In cooling mode, an air-source heat pump evaporates a refrigerant in the indoor coil; as the liquid evaporates it pulls heat from the air in the house. After the gas is compressed, it passes into the outdoor coil and condenses, releasing heat to the outside air. The pressure changes caused by the compressor and the expansion valve allow the gas to condense at a high temperature outside and evaporate at a lower temperature indoors.
How They Work
A heat pump's refrigeration system consists of a compressor and two coils made of copper tubing (one indoors and one outside), which are surrounded by aluminum fins to aid heat transfer. In the heating mode, liquid refrigerant in the outside coils extracts heat from the air and evaporates into a gas. The indoor coils release heat from the refrigerant as it condenses back into a liquid. A reversing valve, near the compressor, can change the direction of the refrigerant flow for cooling as well as for defrosting the outdoor coils in winter.
When outdoor temperatures fall below 40°F, a less-efficient panel of electric resistance coils, similar to those in your toaster, kicks in to provide indoor heating. This is why air-source heat pumps aren't always very efficient for heating in areas with cold winters. Some units now have gas-fired backup furnaces instead of electric resistance coils, allowing them to operate more efficiently
The efficiency and performance of today's air-source heat pumps is one-and-a-half to two times greater than those available 30 years ago. This improvement in efficiency has resulted from technical advances and options such as these:
In heating mode, an air-source heat pump evaporates a refrigerant in the outdoor coil; as the liquid evaporates it pulls heat from the outside air. After the gas is compressed, it passes into the indoor coil and condenses, releasing heat to the inside of the house. The pressure changes caused by the compressor and the expansion valve allow the gas to evaporate at a low temperature outside and condense at a higher temperature indoors.
Thermostatic expansion valves for more precise control of the refrigerant flow to the indoor coil
Variable speed blowers, which are more efficient and can compensate for some of the adverse effects of restricted ducts, dirty filters, and dirty coils
Improved coil design
Improved electric motor and two-speed compressor designs
Copper tubing, grooved inside to increase surface area.
Most central heat pumps are split-systems—that is, they each have one coil indoors and one outdoors. Supply and return ducts connect to a central fan, which is located indoors.
Some heat pumps are packaged systems. These usually have both coils and the fan outdoors. Heated or cooled air is delivered to the interior from ductwork that protrudes through a wall or roof.
Selecting a Heat Pump
Every residential heat pump sold in this country has an Energy Guide Label, which features the heat pump's heating and cooling efficiency performance rating, comparing it to other available makes and models.
Heating efficiency for air-source electric heat pumps is indicated by the heating season performance factor (HSPF), which is the ratio of the seasonal heating output in Btu divided by the seasonal power consumption in watts. Cooling efficiency is indicated by the seasonal energy efficiency ratio (SEER), which is the ratio of the seasonal heat removed in Btu per hour to the seasonal power consumption in watts.
The Heating Seasonal Performance Factor (HSPF) rates both the efficiency of the compressor and the electric-resistance elements. The most efficient heat pumps have an HSPF of between 8 and 10.
The Seasonal Energy Efficiency Ratio (SEER) rates a heat pump's cooling efficiency. In general, the higher the SEER, the higher the cost. However, the energy savings can return the higher initial investment several times during the heat pump's life. Replacing a 1970s vintage, central heat pump (SEER = 6) with a new unit (SEER=12) will allow the use of half the energy to provide the same amount of cooling, cutting air-conditioning costs in half. The most efficient heat pumps have Seer’s of between 14 and 18.
To choose an air-source electric heat pump, look for the ENERGY STAR® label, which is awarded to those units with Seer’s of 12 or greater and HSPFs of 7 or greater. If you are purchasing an electric air-source heat pump and are uncertain whether it meets ENERGY STAR qualifications, look on the bright yellow Energy Guide label for an efficiency of 12 SEER/7HSPF or greater. For units with comparable HSPF ratings, check their steady-state rating at -8.3 degrees C, the low temperature setting. The unit with the higher rating will be more efficient.
Consider buying a heat pump with an HSPF of at least 7.7. In September 2006, the U.S. Department of Energy will begin enforcing a new standard that will require central heat pumps to have a minimum rating of 7.7 HSPF. In warmer climates, SEER is more important than HSPF; in colder climates, focus on getting the highest HSPF feasible.
These are some other factors to consider when choosing and installing air-source heat pumps:
Select a heat pump with a demand-defrost control. This will minimize the defrost cycles, thereby reducing supplementary and heat pump energy use.
If you're adding a heat pump to an electric furnace, the heat pump coil should usually be placed on the cold (upstream) side of the furnace for greatest efficiency.
Fans and compressors make noise. Locate the outdoor unit away from windows and adjacent buildings, and select a heat pump with an outdoor sound rating of 7.6 bells or lower. You can also reduce this noise by mounting the unit on a noise-absorbing base.
The location of the outdoor unit may affect its efficiency. Outdoor units should be protected from high winds, which can cause defrosting problems. You can strategically place a bush or a fence upwind of the coils to block the unit from high winds.
Performance Issues with Heat Pumps
According to a report on research funded by ENERGY STAR‚ more than 50% of all heat pumps have significant problems with low airflow, leaky ducts, and incorrect refrigerant charge.
There should be about 400–500 cubic feet per minute (cfm) airflow for each ton of the heat pump's air-conditioning capacity. Efficiency and performance deteriorate if airflow is much less than 350 cfm per ton. Technicians can increase the airflow by cleaning the evaporator coil or increasing the fan speed, but often some modification of the ductwork is needed.
Refrigeration systems should be leak-checked at installation and during each service call. Room heat pumps and packaged heat pumps are charged with refrigerant at the factory. They are seldom incorrectly charged. Split-system heat pumps, on the other hand, are charged in the field, which can sometimes result in either too much or too little refrigerant. Split-system heat pumps that have the correct refrigerant charge and airflow usually perform very close to manufacturers listed SEER and HSPF. Too much or too little refrigerant, however, reduces heat-pump performance and efficiency.
For satisfactory performance and efficiency, a split-system heat pump should be within a few ounces of the correct charge, specified by the manufacturer. The technician must measure airflow prior to checking refrigerant charge because the refrigerant measurements aren't accurate unless airflow is correct. When the charge is correct, specific refrigerant temperatures and pressures listed by the manufacturer will match temperatures and pressures measured by your service technician. Verify these measurements with the technician. If the manufacturer's temperatures and pressures don't match the measured ones, refrigerant should be added or withdrawn, according to standards specified by the EPA.g you always can come back to re-register yourself on my website again. |
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INSTALLATION IN PICTURES
Some of the visitors of my website are very sophisticated DIY-rs. They don’t need long and detailed explanations; they just want to see how it supposed to be done so they can do it!
Therefore, I've come up with an idea to make some installation pages without any explanations or with brief explanations to them. The pages have pictures of all necessary materials, tools and actual installation. If you click on the link you will see a part of the page. If you would like to see the page as a whole you should click on the "Buy Now" button below it. Price for installation in pictures is $2.00. If you would like to see the full scale explanation you can click on another "Buy Now" button below it. Price for a detailed explanation is $2.50.
New! Buy any products from Amazon.com total value of $100.00 on my site and get any paid page up to $4.00 value free of charge! Got questions? Ask them here. Get more info here. (01/24/2012)
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Attic Ductwork Installation
 This page is dedicated to the attic ductwork installation, running of the ductwork in a chase, furnace and garage tube heater installation. You can see 71 high quality pictures that represent a project in the making!
So, if you would like to see all these pictures presented on the page please pay $2.00 (two dollars).
Now with brief explanations the page is twice as valuable!
In order to gain an access to this page you will have to pay the access fee of $2.00. Just click on the “Buy Now” button below. Once you pay, you will gain an instant access to the page!
Instant Access
After you have purchased a paid page, Pay Pal will bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
Important: After you have purchased any Paid page or Download page and PayPal brought you back to my website, the first thing that you should do is to save that page to your Favorites. Then if something went goes you always can come back to re-register yourself on my website again.
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Top of the Line House Ductwork Installation page– if you are planning to build a beautiful and expensive house this page is just for you!
So, if you would like to see all these pictures presented on the page, 122 of them, please pay $2.00 for the instant access to the page. ( Now Free - 10/27/10)
Maybe you are not planning to build a 10,000 square feet house and spend something around $85,000.00 for the HVAC installation in the foreseeable future, but you're definitely may find some interesting ideas which even I wasn't familiar with!
For example:
What would you do if you do not like all these ugly wall registers, and of course a lot more!
Furthermore, if you just bought the "Attic Ductwork Installation" page you may find another way of running ductwork in the attic.
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My DIY Projects
 In ten years of living in my house, I was involved in the numerous DIY projects. For example – I painted the garage, insulated the attic, planted the sod, and did a landscaping.
On the My DIY Project page you can see pictures of the other projects I was involved in. In addition, there you can find three YouTube players with the videos related to my projects, enjoy! |
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Ductwork Relocation
 People who want to finish their very low ceiling basements must fight for every single inch of it space! Unfortunately, most of the heating contractors, while they are installing ductwork, do not consider it.
On the pages dedicated to this issue, on one page you can look at the 15 pictures without any explanations and see entire project in the making. In addition, you can purchase another page with a full-scale step-by-step explanations to it.
What you can see in the picture above is the installation before I made some changes. Of course your case could be different, so after you read on the page Pay Pal will provide you with my e-mail address and then you can send me some pictures and ask all your questions about installation in your particular case!
Price for the installation in pictures page is only $2.00
Price for the page with explanations is only $2.50
Just click on one of the “BuyNow” buttons below. Once you pay, you will gain an instant access to the page!
Instant Access
After you purchased a paid page, PayPal will bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
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Ductwork Relocation in Pictures $2.00
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| Ductwork Relocation with Explanations $2.50 |
Double Cold Air Return Installation
 On this page you can see pictures of all materials and tools necessary for installation. Pictures, which represent installation are set in a sequence in which the installation should be executed. There are 40 pictures on the page.
Detailed explanations for this topic is also available!
Installation on the paid pages might not exactly describe your upcoming project. However, it will give you an important example of how this type of installation should be done. In addition, it will open the gates for as many questions as necessary to make sure that the job is done right.
In order to gain an access to the Double Cold Air Return Installation in Pictures page you have to pay an access fees of $2.00.
In order to gain an access to the Double Cold Air Installation with Explanations you have to pay an access fee of $2.50.
Just click on one of the “BuyNow” buttons below. Once you pay, you will gain an instant access to the page!
Instant Access
After you purchased a paid page, PayPal will bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
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Double Cold Air Return Installation in Pictures $2.00
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Ducted Cold Air Return
 On this page you can see pictures of all materials and tools necessary for installation.
The pictures, which represent installation are set in the sequence in which the installation should be executed. There are 20 pictures on the page. Price for the instant access to the page is $2.00.
Detailed explanation for this topic is also available. Price for the page with explanations is $2.50.
Installation on the paid page might not exactly describe your upcoming project. However, it will give you an important example of how this type of installation should be done. In addition, it will open the gates for as many questions as necessary to make sure that the job is done right.
In order to gain accesses to these pages you have to pay access fees: $2.00 or $2.50. Just click on one of the “BuyNow” button below. Once you pay, you will gain an instant access to the page!
Instant Access
After you purchased a paid page, the PayPal will bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
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| Ducted Cold Air Return Installation in Pictures $2.00 |
| Ducted Cold Air Return Installation with Explanations $2.50 |
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Rerun of the Heat Run
 On this page, you can find a description of how to re-run a heat run, which is set in the middle of the basement's ceiling and by exterior wall in a more suitable area for your finished basement project place. Here you can see pictures of all materials and tools necessary for installation.
Pictures and explanations that represent installation are set in the sequence in which the installation should be executed.
If you are doing a finished basement project, most likely, that you are going to deal with this problem on your hands. So, stop inventing a bicycle! If you are finishing your basement off yourself you are already saving a lot. Just give yourself a bit of respect – save some time and some money on the unnecessary mistakes!
Installation on the paid page might not exactly describe your upcoming project. However, it will give you an important example of how this type of installation should be done. In addition, it will open the gates for as many questions as necessary to make sure that the job is done right.
There are 36 (two more pics added (01/07/11) pictures in the "Re-run of Heat Run" in pictures part and 19 pictures in the "Re-run of Heat Run" with explanations page.
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Rerun of the Heat Runs in Pictures $2.00
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Rerun of the Heat Runs with Explanations $2.50
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Furnace Replacement in Pictures
 As you may know on the “Furnace Book” page I am selling Paul E. King's book – “The Furnace Book”!
In order to help you all to come up with a decision to buy it, I have made the “Furnace Replacement in Pictures” page!
So, here is how I can help you out:
If you come on my website with the questions: Can I install my own furnace? What is a furnace installation? How do I install a furnace vent? Can I see pictures of furnace installation? How do I install 80% furnace? – Now you have a clear opportunity , for the very low price of only $2.50, you can buy an instant access to this page and see all 137 pictures, which include pictures of the tools you may need for the replacement project and pictures of the 80% and 90+% efficiency furnaces replacement with the filter box installation and bypass humidifier replacement!
Furthermore, if you decide to buy “The Furnace Replacement” chapter from my "Ductwork Installation Guide" without purchasing the “Furnace Replacement in Pictures” page it is already included in the package anyway!
Installation on the paid page might not exactly describe your upcoming project. However, it will give you an important example on how this type of installation should be done. In addition, it will open the gates for as many questions as necessary to make sure that the job is done right.
In order to gain an access to this page you have to pay an access fee of $2.50. Just click on the “Buy Now” button below. Once you pay, you will gain an instant access to the page!
Instant Access:
After you have purchased a paid page; PayPal is going to bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
Important: After you have purchased any Paid page or Download page and PayPal brought you back to my website, the first thing that you should do is to save that page to your Favorites. Then if something goes wrong you always can come back to re-register yourself on my website again.
A Guide to Residential Wood Heating
Heating with wood can be challenging because it takes more active involvement than with other heating systems. Special knowledge and skills are also needed to successfully use this hands-on home heating option. If you heat with wood or are considering doing so, this comprehensive guide will provide you with the information you need to make sure your wood heat system is safe and efficient. You will also find helpful tips on how to effectively operate and maintain it.
Free Download Included |
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Combustion Air Intake Installation in Pictures
 For years, I was preaching about high necessity of the combustion air intake, but did not have one installed in my own house. I have both - high efficiency furnace and a water heater and a water heater that was working just fine, recently I've discovered why! My builder left narrow, but long gap in the overhangs under the bay window and fireplace shaft, and this was my combustion air intake!
Therefore, I've decided to install one, figured out its size, bought materials, took some pictures and posted them on this page.
Also, in order to make this page more informative I included several pictures from another finished basement project. They're, just like the pictures taken from my home installation show step-by-step sequence of installation, in addition I've included some brief explanations, which made this page twice as valuable!
Pictures from "How to Stop Cold Air from Fresh Air (Combustion Air) Vent in Furnace Room" paid page included.
In order to gain an accesses to the Combustion Air Intake Installation in Pictures page you have to pay an access fee of $2.00. Just click on the “Buy Now” button below. Once you pay, you will gain an instant access to the page!
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After you have purchased a paid page; PayPal is going to bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
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Basement Cold Air Return in Pictures
 On this page, you can see pictures of all materials and tools necessary for installation. Pictures, which represent installation, are set in a sequence in which the installation was executed. There are 15 pictures of tools and materials and 13 pictures of actual installation.
As you can see in the picture on the left the original builder put a window too close to the furnaces! He probably thought that all this aria - from the furnaces, down to the window's end will be just enough for an entire storage-mechanical room, but a homeowner had a different opinion. However, because of that I didn't have enough room for a cold air return to the left, so I ran it to the right.
In addition I've included some brief explanations, which made this page twice as valuable!
Installation on the paid pages might not exactly describe your upcoming project. However, it will give you an important example of how this type of installation should be done. In addition, it will open the gates for as many questions as necessary to make sure that the job is done right.
In order to gain an access to the Basement Cold Air Return Installation in Pictures page you have to pay an access fee of $1.86. Just click on the “Buy Now” button below. Once you pay, you will gain an instant access to the page!
Instant Access:
After you have purchased a paid page; PayPal is going to bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
Important: After you have purchased any Paid page or Download page and PayPal brought you back to my website, the first thing that you should do is to save that page to your Favorites. Then if something went wrong you always can come back to re-register yourself on my website again.
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Return from Exterior Wall in Basement (Installation in Pictures)
 Sometimes you do not have a choice, but must use an exterior wall for a cold air return in your finished basement. This type of installation requires a different approach, which I have employed for this project.
On the page, you can see 11 pictures of the tools and materials and 16 pictures of installation that represent it in the step-by-step manner.
In addition I've included some brief explanations, which made this page twice as valuable!
In order to gain an access to the Return from Exterior Wall in Basement (Installation in Pictures) page you have to pay an access fee of $1.86. Just click on the “Buy Now” button below. Once you pay, you will gain an instant access to the page!
Instant Access:
After you have purchased a paid page; PayPal is going to bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
Important: After you have purchased any Paid page or Download page and PayPal brought you back to my website, the first thing that you should do is to save that page to your Favorites. Then if something goes wrong you always can come back to re-register yourself on my website again.
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Bathroom Heat for Finished Basement (Installation in pictures)
If your bathroom is located somewhere in the middle of your finished basement, you do not need to supply too much air into it. You just need a vent to compensate air losses to the bath fan and not much else.
On this page, you will learn how to tee-off an existing duct, which is working for the adjacent storage room in order to rout some air to the bathroom.
On the page, you can see 12 pictures of the tools and materials and 7 pictures of installation that represent it in the step-by-step manner.
In addition I've included some brief explanations, which made this page twice as valuable!
In order to gain an access to the Bathroom Heat for Finished Basement (Installation in Pictures) page you have to pay an access fee of $1.86. Just click on the “Buy Now” button below. Once you pay, you will gain an instant access to the page!
Instant Access:
After you have purchased a paid page; PayPal is going to bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
Important: After you have purchased any Paid page or Download page and PayPal brought you back to my website, the first thing that you should do is to save that page to your Favorites. Then if something goes wrong you always can come back to re-register yourself on my website again.
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Tapping Two Heats for the Finished Basement (Installation in Pictures)
 On this page, you can learn how to tap into an existing supply duct to add registers in two rooms for your finished basement project. One of the heats was tapped into the duct's top, another into its side. In addition, one of the heats can be considered as a "straight shot", while another has two "jumpers".
On the page, you can see 19 pictures of the tools and materials and 32 pictures of installation that represent it in the step-by-step manner, in addition I've included some brief explanations, which made this page twice as valuable!
In order to gain an access to the Bathroom Tapping Two Heats for Finished Basement (Installation in Pictures) page you have to pay an access fee of $2.37. Just click on the  “Buy Now” button below. Once you pay, you will gain an instant access to the page!
Instant Access:
After you have purchased a paid page; PayPal is going to bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
Important: After you have purchased any Paid page or Download page and PayPal brought you back to my website, the first thing that you should do is to save that page to your Favorites. Then if something goes wrong you always can come back to re-register yourself on my website again.
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Two Cold Air Returns from Interior Wall (Installation in Pictures)
 On this page, you can learn how to connect a cold air return to the wall that sits directly under the cold air duct and to the wall located under the panning.
On the page, you can see 17 pictures of the tools and materials and 16 pictures of installation that represent it in the step-by-step manner, in addition I've included some brief explanations, which made this page twice as valuable!
In order to gain an access to the Two Cold Air Returns from Interior Wall (Installation in Pictures) page you have to pay an access fee of $2.37. Just click on the “Buy Now” button below. Once you pay, you will gain an instant access to the page!
 Instant Access:
After you have purchased a paid page; PayPal is going to bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
Important: After you have purchased any Paid page or Download page and PayPal brought you back to my website, the first thing that you should do is to save that page to your Favorites. Then if something goes wrong you always can come back to re-register yourself on my website again.
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Venting of Two Bathroom Fans (Installation in Pictures)
 Usually when people finish their basements off they make a bathroom or two, but sometimes in addition to the bathroom, they build a steam room and sauna. In this case, one fan isn't enough and another fan should be mounted in a dress room in front of the steam room.
On this page, you will learn how to exhaust both fans in a single pipe and how to vent it through the brick wall.
On the page, you can see 12 pictures of the tools and materials and 13 pictures of installation that represent it in the step-by-step manner.In addition I've included some brief explanations, which made this page twice as valuable!
In order to gain an access to the Venting of Two Bathroom Fans (Installation in Pictures) page you have to pay an access fee of $1.86. Just click on the “Buy Now” button below. Once you pay, you will gain an instant access to the page!
Instant Access:
After you have purchased a paid page; PayPal is going to bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
Important: After you have purchased any Paid page or Download page and PayPal brought you back to my website, the first thing that you should do is to save that page to your Favorites. Then if something goes wrong you always can come back to re-register yourself on my website again.
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Finished Basement Kitchen Hood (Installation in Pictures)
On the rare occasion, people who finish their basements off put an additional kitchen. This kitchen as any other may have a microwave hood or kitchen hood and on this page you can learn how to install it.
On this page, you can see illustrations of all installation in the making except installation of the kitchen hood itself. However, if you would purchase this page by the time you will be ready to mount one I will make all necessary additional pictures and invite you back to this page.
On the page, you can see 20 pictures of the tools and materials and 9 pictures of installation that represent it in the step-by-step manner.
In order to gain an access to the Finished Basement Kitchen Hood (Installation in Pictures) page you have to pay an access fee of $1.34. Just click on the “Buy Now” button below. Once you pay, you will gain an instant access to the page!
Instant Access:
After you have purchased a paid page; PayPal is going to bring you back to my website. In order to see the paid page you have to click on the “Register” button, fill out the form, choose your own Username and Password, click on the arrow at the top of the page, move the form up and click on the “Register” button at the bottom of the form – congratulation, you are now on the page you have paid for!
Important: After you have purchased any Paid page or Download page and PayPal brought you back to my website, the first thing that you should do is to save that page to your Favorites. Then if something goes wrong you always can come back to re-register yourself on my website again.
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How to run ductwork from basement to attic, |
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