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Area-elastic
plywood sprung floor - type ES20 MXB - extra flat
special design |
Extra-flat
plywood
sports floor according to DIN / ISO EN 18032-2 - 2001-4. Subject to continous quality control according to DIN-CERTCO.
Fully ventilated
design for structural heights from 37mm- to 200mm.
Suitable for the installation of underfloor heating.
Proof
Certificate - no 103205/37016. |
Model
of a plywood sprung floor - type ES20 MXB >>> |
Sandwich
structure with large-area ventilation
- caused by grid-like arranged elastic
pads, which are used as sprungfloor
modules.
Because of it's extra
flat structure, the ES20 MXB
is particularly suitable for gymnastic
halls, when the dimensions, specified
do not permit a higher structure of
the installed sports floors. |
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Technichal
specifications of WAGNER
sports floor - type ES20 MXB
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Noise
and sound propagation
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Due to the design
- low noise and acoustic propagation and low propagation of vibrations. |
Equipment sleeves and manholes |
Equipment
pods and hooks, consisting of frame and cover -
made of plastic or aluminum - coated with the top layer of the hall surface.
Clear passage up to 330mm.
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Connections
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Transitions to rigid floors in adjoining rooms by elastic profiles - wall connections as hardwood skirting
boards. |
Load distribution layer |
F2-layers
- BFU 9mm plywood panels
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Multi-purpose
use
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Suitable
flooring recommended - like 4mm sports linoleum
etc.
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Load-bearing capacity |
according
to
DIN 1055-3 / 6 - vertical and evenly distributed load
- 5kN/m2
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Sectional drawing
of ES20 MXB >>> |
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1.
design and structure of the sports floor:
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1.1
Moisture resistant base layer, made
of reinforced bitumen on top of
a flat and smooth
industrial floor.
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1.2 Area-elastic
bearing layer - hardboard with caoutchouc.
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1.220
x 2.260 x 18mm
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1.3
PE(polyethylene)-poil
as moisture / vapour barrier and acoustic
protection.
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0,1mm
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1.4
Centre layer: 7-layer plywood panels due to
DIN/ISO/EN 636.
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1.525
x 1.525mm
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1.5
Top layer: 7-layer plywood panels due to
DIN/ISO/EN 636.
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1.525
x 1.525mm
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1.6
Surface
layer made of (4mm) LINOLEUM or parquet.
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2.
technical inspection DIN / ISO /
EN 18032
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required
DIN V 18032/2
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minimum
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maximum
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average
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2.1
shock absorbtion KA55
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min.
53%
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61%
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64%
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66
%
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2.2
vertical standard deformation StVv
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min.
2,3mm
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2,9mm
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3,4mm
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3,7mm
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2.3
deflection W500
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direction
1
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max.
15%
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3%
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20%
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12%
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direction
2
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max.
15%
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11%
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20%
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15%
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direction
3
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max.
20%
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11%
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18%
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14%
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direction
4
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max.
20%
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12%
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19%
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15%
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2.4
rolling load VRL (axial force without
damage)
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1500N
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1500N
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1500N
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1500N
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2.5
ball reflection
BR
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min.
90%
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93%
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96%
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91%
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