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The
pool cover is more used in the winter time, since it is not
advisable to drain the swimming pool because a imbalance between
the pressure of the water and the land takes place, on the
other hand it can avoided the dirt of the leaves and the risks
of young small Childs or animals falling in the water. The
dimensions of the cover generally are greater than the same
swimming pool; this is because their anchorages must be done
covering including the coronation stone.
Our covers allows a person to walk upon
her without running a risk, the characteristics are the following
ones:
Blue Canvas P.V.C outside and Black on the inside, to avoid
that the light transfers and reproduce bacteria’s in
the water.
550 gr./m2" Weld high frequency.
lateral Eyelets for possible anchorages.
Central Grids of water evacuation.
SWIMMING POOL ROLLERS: |
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order to facilitate putting in to place the cover we offer
the aluminium rollers. They are located in the lateral of
the swimming pool allowing this way a easy use of the same
one. It exists the possibility of rolling the canvas manually
or inclusively adapting a motor to him. |
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ANCHORING SYSTEMS.
We offer two types systems:
A Traditional system with anchorage and elastic rubbers and
our new system with no need to open hollows around the swimming
pool; using for it an aluminium tube that rests on the coronation
stone and goes inside the canvas, positioning the tubes throughout
the swimming pool.
RECOMMENDATIONS TO MEASURE THE
AREA OF A SWIMMING POOL
In order to calculate the amount of
canvas necessary to cover a swimming pool it is necessary
to measure the perimeters of the swimming pool and to add
approximately 50 CMS to them to each side to be able to also
cover the coronation stone. To almost all the swimming pools
the area can be determined to them starting off formulates
of the area of the rectangle, nevertheless all we cannot measure
them this way is for that reason that we can use others such
as:
HOW TO CALCULATE THE AREA OF
A SWIMMING POOL:
Nomenclature:
l = length
a = width
RECTANGULE:
( L + 0,50 margin coronation stone) + ( a + 0,50 margin coronation
stone ) = total area
Circle:
( Diameter + 0,50 margin coronation stone) x
( Diameter + 0,50 margin coronation stone) = total area
DOBLE RECTANGULARS:
(( length 1 + 0,50 margin coronation stone) x ( width 1 +
0,50 margin coronation stone )) + ((length 2 + 0,50 margin
coronation stone) x width 2) = total area
OTHER TYPES:
( L + 0,50 margin coronation stone) + ( a + 0,50 margin coronation
stone) = total área
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