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Central Vacuum Systems
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| Q: |
How does a central vacuum system work?
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| A: |
A central power unit sits in an out-of-the-way area such as your
garage, basement or utility room. Wall inlet valves are then installed
in various locations throughout the home and connected to the power
unit through tubing. After installation, the system can be activated
by simply plugging the lightweight hose into a wall inlet. The system
then carries the dirt, dust, animal dander and allergens out of the
room into the main power unit and deposits all of the debris into
the canister. |
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| Q: |
Is it easy to install a central vacuum system in an existing
home? |
| A: |
| Yes. Whether in a new or existing home, an AirVac
central vacuum system is easy to install. In an existing home,
tubing can be run through the attic, basement or cold air returns
- then dropped behind interior walls to complete the installation.
Installing an AirVac system in a new home is even easier. |
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| Q: |
How many wall inlet valves should I have installed? |
| A: |
Typically one inlet valve should be installed for every 600 square
feet of a home. Your household cleaning needs, the number of stories
and convenience determinations may impact the number of inlets you
choose to have installed. Just be sure inlet valves are strategically
placed to reach all areas of your home. A central vacuum installer
can help you to determine the best plan for your home. |
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| Q: |
How far apart do vacuum outlets need to be? |
| A: |
Unless you require additional length to reach the top of drapes
or ledges, two hose lengths is the maximum distance that should separate
two inlet valves. The first inlet valve should be located at a point
the farthest distance from the power unit. From this location, additional
valve locations can be selected that will allow reach in all rooms
with a standard 30-ft. hose. Remember, walls and furniture can shorten
the distance serviced by a valve in some areas, so be sure to locate
inlets with furniture and walls in mind. |
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| Q: |
What are the benefits of a central vacuum? |
| A: |
(1) A healthier environment inside your home. Using a central vacuum
in your home is a good way to reduce allergy-causing agents and indoor
air pollutants. (2) Convenience. No more hauling heavy and awkward
canisters up and down stairs and through the house. (3) Power. AirVac
power units provide up to three times more cleaning power than canisters
or uprights because they are built with larger, more rugged motors.
(4) Performance. Better vacuum performance and ease of use lead to
a cleaner home, longer life for your carpets and furniture and an
overall more desirable living environment. |
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| Q: |
Which is better, a disposable bag or bagless system? |
| A: |
Both systems are efficient. It's really a matter of convenience.
If you don't mind dumping and cleaning the dirt canister, then consider
the bagless AirVac Red Series.
If you would rather toss out the full bag and replace it, then the
disposable bag AirVac Platinum Series is for you. |
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| Q: |
How often do I need to change the bag? |
| A: |
How often the bag needs to be changed is dependent upon use. Normally,
bags need to be replaced once every three months. |
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| Q: |
Where can I purchase replacement bags for my AirVac Central Vacuum? |
| A: |
Replacement bags can be purchased at our online store by clicking on
the STORE button above. We also have bags that fit many discontinued AirVac
power units. |
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| Q: |
I have plush carpeting. Can I get by with just a turbine
brush? |
| A: |
No. A turbine brush is primarily designed to sweep the surface of
the carpet. A powerhead brush is better suited to separate and get
into the nap of plush carpeting. |
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| Q: |
What is the difference between a wire-reinforced and crushproof
hose? |
| A: |
The "wire-reinforced" hose has a rigid wire coiling through
the hose to keep it from collapsing. If it were to get crushed (like
a soda can) it would not recover and would remain crushed. The "crushproof"
hose has no rigid wire and is lighter and more flexible. If it were
to get crushed, it would recover to its original shape. |
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