
#
Optimal path
Two safety cables can overlap in the
same path if they maintain a certain
vertical and horizontal distance.
Standard distance between
a safety cable and wall.
Minimum horizontal distance
between safety cables.
Minimum vertical distance
between safety cables.
a
a
>19cm
>6cm
>20cm
b
b
c
c
Parallel Safety Line
CBS example
in a park with
two heigh levels
pte 3
0%
pte 30
%
1
,7
<
x
<
2
(
m)
1
,7
<
x
<
2
(
m)
1
,7
<
x
<
2
(
m)
1,6m
x>6º
x<6º
1
,7
<
x
<
2
(
m)
Safety cable height.
1 7 0 t o 2 0 0 c m a b o v e
Beginning.
aprox 160cm above
The safety cable can be
installed at heights lower
than those shown in the
diagram
Non-Return Type D
for cable slope > 6º
1
B. PARCOUR DESIGN
Optimal path. This is the most
optimal configuration for the
safety line. Installation is done
easily and quickly. It is very
safe during use.
Attention. In configurations
where the safety line moves
from exterior to interior
positions. Each case
requires a specific
installation
Invalid path. The safety line
p o s i t i o n i n g m u s t b e
consistent with the path of
the MCD Incorrect points
may occur.
The MCD is positioned
contrary to the anchorage
at this point.
Attention. If the trajectory
runs internally a proper
c u r v a t u r e m u s t b e
executed by positioning
anchors on articulated
arms.
Summary of Contents for RiDER
Page 29: ...135º 135º 135º 135º 135º 45º 45º 90º 90º E F G H E F H G G H A F J ...
Page 30: ...135º 45º 45º 90º 90º 30º 135º 115º 115º K L G H H K J J G ...
Page 31: ...120º 60º M M M M M M N N N O M N O ...
Page 33: ...Q Other examples of park entrances and exits ...
Page 34: ...R R Zipline Other examples of park entrances and exits ...
Page 35: ...S S Other examples of park entrances and exits Zipline ...
Page 36: ...U T V Other trajectory situations ...
Page 39: ......