CLiC-iT RiDER Instructions for use

CLiC-iT RiDER
CONTINUOUS BELAY SYSTEM
INSTRUCTIONS AND MAINTENANCE MANUAL Rev B // 27-11-2023

a. components
1. CLiC-iT RiDER components compatibility
2. Anchor
3. Anchor wedge
4. Articulated arms
5. Positionners
6. Anchor plate for trees
7. Non-returns
8. Inverters
9. Cable connector
10. Route swapper
B. PARCOURS DESIGN
1. Optimal path
2. Installation according to different slopes and inclinations
3. Safety line height
4. Ziplines
5. Safety line cable installation
C. RESPONSABILITY & general recommendations
D. Control & MAINTENANCE SHEET
GLOSSARY
MCD: Mobile Connection Device.
Technical denition that describe
a pulley-type product according to
EN17109...
IMN&CLiC-iT CBS: Continuous
Safety Line Systrem of IMN &
CLiC-iT
INDEX 3
3
4
6
8
11
12
13
14
15
16
17
17
18
18
19
20
22
24

1
A. COMPONENTS
Clic-it rider components compatibility
The CLiC-iT RiDER continuous belay system is compatible exclusively with the CLiC-iT RiDER pulley. Do not use any other type of pulley on this lifeline. To
ensure safe installation, use only components and rope supplied or recommended by CLiC-iT or IMN. Using other components (screws, shackles, cable,
etc.) may affect the safety or durability of the continuous belay system. Please refer to the CLiC-iT RiDER Pulley, PIN-LOCK, Lanyard, LE CLOU Lifeline,
Spacer and Platform instruction manuals for full operating instructions. To avoid premature wear of the pulley, observe the installation recommendations
(distances, radii, angles, slopes, etc.). Failure to do so may result in the pulley rubbing against components (anchors, positioners, etc.). To avoid prema-
ture wear of the pulley, it is essential to check before opening the course that the pulley passes the anchors and positioners without impact or friction
over the entire course. For further information and to test your course design, please contact us.
Type: 6x19 + IWRC (steel core compacted)
Core: steel
Surface treatment: hot-deep galvanized
Nominal diameter: 12mm
Resistance: 127 kN
Real diameter: Ø = 12mm
1
4
3
2
1
2
3
4
CLiC-iT RiDER Pulley
PIN LOCK Carabiner
Anchor
Cable
Réf :
CR-CA-LDV

2ANCHOR
Reference: CR-AN
Anchor allows a continuous movement
for CLiC-iT RiDER Pulley along the entire
game course. Its function is to guide the
IMN&CliC-iT SafetyLine cable and kee-
ping it xed at a certain point. To do this,
3 gripping pieces press the cable and
prevent any movement.
2.1 Description
2.2 ANCHOR COMPONENTS
2.3 ESSENTIAL INSTRUCTIONS
2.4 CLEANING RECOMMENDATIONS
2.5 ASSEMBLIES
The Anchor installation and maintenance requires the use of
a calibrated torque wrench.
The installation of the anchor on the anchor wedge or on the art-
culated arm is carried out using the components 5, 6, 7 & 8 accor-
ding to the assembly procedure of this manual.
• Don´t clean Anchor with soap or water.
• To remove dirt from Anchor use compressed air or a damp cloth.
• Avoid long exposure of the product in saline environments.
Anchor and Anchor
Wedge assembly
Anchor and Articulated
arm assembly
! The use of an impact
wrench is not allowed.
! Never exceed the indi-
cated torque.
! Ignoring these indica-
tions can lead to anchor
fracture.
To x the safety
cable, you must exert
a torque of 40 N / m
on each M10 screw.
A torque wrench must
be used to not exceed
this value.
Finally, manually tighten the nuts of each screw.
Required tools:
Manual or Digital Torque Wrench
Ex: Irimo
17mm Hexagonal head
17mm Hexagonal socket
or
40N/m40N/m40N/m
8
1
2
3
4
5
6*
7
Anchor body
Fastening part
ScrewM8x35 A2
DIN912
Fixing screw
M10x40 ISO4017
geomet 500A
Bottom nut
M10 ISO4035
geomet 500A
Self-locking nut
M8 DIN985
Washer
M8 NFE25514
*Only to be used when assembled on articulated arms
8Cap nut M8 A2 DIN1587 3. 4.

2.6 TRACEABILITY AND MARKING
Standard for personal protective
equipment against falls in height.
It establishes the technical require-
ments necessary to cover the possible
health and safety risks associated with
the use of the product.
Compliance with European Direc-
tive 89/686/EEC: Personal protective
equipment (PPE).
UNE EN 795:2012
Anchorage designed for safety lines
equipped with 12 mm diameter steel
cable.
ESSENTIAL
TECHNICAL SPECIFICATIONS
Limit load capacity established by the
manufacturer for use in the indicated
direction.
Code respective to the production bat-
ch and correlative to the part version.
062020
Individual identication code.
(A):part denomination.
(XXXX): unique numeric code.
A0854
Essential instructions for
product use described in the
manual.
Marking a line on cable will indicate if the cable has slipped.
Marking a line on the screws will indicate if the anchor
loosens over time.
The screws will not be tight if the line is not straight.
Use a permanent marker in a visible,
weather-protected color
Ø12mm
20kN

3ANCHOR WEDGE
Reference: CR-AW
Anchor Wedge is a piece of cast steel
whose function is to provide the ideal in-
clination of 35º for Anchor. This is the
standard connecting element for atta-
ching the Anchors to the structural poles
of an adventure park.
3.1 Description
3.2 ANCHOR & ANCHOR WEDGE ASSEMBLY
ASSEMBLY ORDER
1ST STEP
2ND STEP
Required tools:
Spanner - ISO/DIN13mm
Tighttened 20 N/m
Required tools:
Hexagonal torque wrench -
6mm (7/32’’)
Tighttened 20 N/m
Anchor Wedge Screws
DIN 933 M8x35
Anchor
Anchor Wedge
Self-Locking nuts
DIN 985 M8
x8
Washer
M8 NFE25514
x8

The location where the IMN&CLiC-iT CBS
elements will be installed shall meet the
following requierements:
• Must have sufcient mechanical
strength to install the system
• A vertical surface is required to install
Anchor Wedge
• This vertical surface must have the
necessary holes to screw Anchor
Wedge
Holes dimensions to
install Anchor Wedge
3.3 ANCHOR WEDGE INSTALLATION
The connection of Anchor Wedge on a vertical surface is carried out according
to the following scheme:
Required tools:
Spanner - ISO/DIN13mm
Example for structural parks
Anchor + Anchor Wedge + Connection part
Example of
connection part
design for struc-
tural parks
Anchor Wedge
holes dimensions
Before the purchase of IMN&CLiC-iT CBS
items it is necessary to know the park cha-
racteristics and design the structural com-
ponents necessary for the installation of
the system
Example on anchor
adapted for trees
Anchor + Anchor wedge +
Anchor adapted for trees
6.
Example on wedge adaptator
LE CLOU
Anchor + Anchor wedge + Wedge adaptator
LE CLOU (ref. CR-AN-AD) +
LE CLOU SPACER (ref. CL-CBUM22)
For starts and nishes courses only

4ARTICULATED ARMS
Reference: CR-SAL
Simple articulated Arm (Left side)
4.1 ARTICULATED ARMS. TYPES AND CONNECTIONS
4.2 ANCHOR AND ARTICULATED ARMS ASSEMBLY
Reference: CR-SAR
Simple articulated Arm (Right side)
Reference: CR-DAL
Double articulated Arm (Left side)
Left arm
The front part falls to the left side
4.3 ARTICULATED ARMS installation in structural parks
Reference: CR-DAR
Simple articulated Arm (Right side)
Right arm
The front part falls to the right side
The arm is installed with one or
two 1/2 inch shackle with safety
bolt depending on the case.
For vertical structural
connections, one
For horizontal structural
connections, two shackles
Required tools:
Spanner ISO/DIN13mm
Hexagonal torque wrench
6mm (7/32)
Anchor
Articulated arm
For a smooth passage of the pulley over the anchors,
install articulated arms with this part vertical
TO BE USED TO FIX
ARTICULATED ARMS
The shackle nut must be
installed on the opposite side to
the anchor
Shackle with safety bolt CMU2T MR 1/2 inch
Reference : CR-MLA

4.5 ARTICULATED ARM INSTALLATION ON TREES USING LE CLOU system
FOR AXIAL LOAD ONLY
To install an Articulated Arm on a tree, a a sling with a
strength greater than 2000 Kg is recommended.
The remaining length after the knot should protrude
between 10 and 15 cm.
Be sure to measure the diameter of the tree at the height
where the installation will be made.
LE CLOU SAFETY LINE M22
Reference: CL-CLV
4.4 ARTICULATED ArM INSTALLATION ON TREES USING LIFTING SLING
Slings are measured end to end
Ø Tree10-15cm
Lark’s head
Articulated Arm
+
Anchor 2.000Kg
Lifting Sling
1/2 (inch) Shackle with safety bolt
FOR AXIAL & RADIAL LOAD
M22 1T2
Female lifting eye
Reference: CL-ALM22
Articulated Arm
+
Anchor
1/2 (inch)
Shackle
with safety
bolt
Junction link
MR Ø10-8 CMU
3T150 Type
Reference: CL-MJ
1/2 (inch)
Shackle
with safety
bolt
Articulated Arm
+
Anchor
+
LE CLOU SAFETY LINE M22
Reference: CL-CLV

4.7 INSTALLATION of articulated arm on tree with CABLE SLING
4.6 INSTALLATION OF ARTICULATED ARM ON TREE WITH RACTHET STRAP
Articulated arm
+
Anchor
Articulated arm +
Anchor
The shackle in direct contact
with the cable must be posi-
tioned with the screw facing
the tree.
CABLE SLING
Preferred for zipline installations
Double SHACKLES
Ratchet strap 3m
Référence : CR-RT-30
1/2 (inch)
Shackle
with safety
bolt
1/2 (inch)
Shackle
with safety
bolt
Articulated arm +
Anchor
1/2 (inch)
Shackle
with safety
bolt

5POSITIONERS
Positioners are an economical option to
guide the safety line cable at points where
the structural strength provided by an An-
chor is not required.
This devices can rotate to accommodate
the path inclination required by the safety
line.
5.1 DESCRIPTION
5.3 HOW TO USE POSITIONERS
Positioners xes cable
using two M5x5 set
screws.
DIN 7380 Set Screw
M5x5
A2
DIN 933 Self-Locking nut
M8
8.8
x2
x1
x1
5.2 REFERENCES
There are two types of Positioners, depending on whether a vertical or horizontal installation is required.
DIN 7380 Set Screw
M8x20 (min.)
A2
Rondelle M8 A2 x3
Vertical positioner
Reference: CR-VP
Horizontal positioner
Reference: CR-HP
Vertical positioner for
LE CLOU SPACER
Reference: CR-PO-AD
Ex: Installed on anchor
adapted for trees
Ex: Installed on a column
structure
Ex: Installed on LE CLOU
Safety line
Universal vertical
positioner
Reference: CR-VP-STD
Vertical positioner
cable clamp
Reference: CR-VP-SC
Compatibility :
- Anchor adapted for trees
- LE CLOU Spacer
- Cable clamp
a = 180° + 6°
NO POSITIONER
a > 200°
1 OU 2 POSITIONERS
a < 180°
1 POSITIONER
a > 45°
NO POSITIONER

6ANCHOR PLATE FOR TREES
Reference: CR-AP
Anchor Plate for Trees is used in adven-
ture parks installed on trees. On this are
mounted the necessary elements to drive
the IMN & CLiC-iT CBS in the desired di-
rection. The installation system prevents
damage to the natural environment.
6.1 Description
6.2 VERTICAL POSITIONER AND ANCHOR PLATE FOR
TREES ASSEMBLY
6.3 ANCHOR PLATE FOR TREES INSTALLATION USING
RATCHET TAPE
Required items:
The ratchet strap must be located in an inaccessible position to the user
x1
x2
x2
x3 x3
Connection
for Anchor Wedge
Connection
for Vertical
Positioner
Anchor Plate for Trees
Vertical
Positioner Parts
Self-Locking nuts
DIN 985 M8
Vertical Positioner Screw
DIN 7380 M8x20
Required tools:
Spanner - ISO/DIN13mm
Hex Key - 6mm (7/32’’)
Ratchet Tape
1.500Kg x (?)m
Width 35mm
Wood Plank
Tree protector
Secure the ratchet
with a cable tie
Plastic tube
Ratchet tape protector
D32mm x L160mm

7NON-RETURNS. Types and connections
AW non-return VP non-return IN non-return
For LE CLOU wedge adaptator For vertical positioner and anchor
adapted for trees
For Inverters
Reference: NR3-V1
Non-Return devices are used to stop and prevent the MCD move back at certain points in the
path. It is useful in inclined sections, in entrances or exits of the park or to control the ow
of users in ziplines.
Depending on the type of anchorage, there are different types of Non-Returns.
Non-Returns Type AW, VP and IN consist of a folded sheet metal for each of the cases and a
piece of silicone, which is valid for any system:
x2
x2
DIN 7380 Screw
M8x20 (min.)
A2
DIN 933 Self-Locking nut
M8
8.8
Anchorage
+
anchor wedge
assembly
Positionneur
vertical
Non-structural inverter Structural inverter
LE CLOU Spacer
Reference : CL-CBUM22
LE CLOU
wedge adaptator
AW left non-return
Left Right
Reference :
CR-NR1-L
Reference :
CR-NR1-R
Left Right
Reference :
CR-NR2-L
Reference :
CR-NR2-R

7NON-RETURNS. Types and connections
Structural non-return How to install it ?
The structural non-return is an obstacle to the pulley wich must be passed through by turning
the MCD 35º.
Its function is to stop the MCD and prevent it from sliding backwards in an inclined section
of element for adventure parks. It´s used as a structural component to prevent falls. We re-
commend its installation in games with a slope higher than 6º.
Reference: CR-NR4 The cable crimping must be done with a crimping tool capable of exerting a force
of 130 KN.
It must be entered
during the installation
of the rope course
section.
Necessary tool:
Manual hydraulic crimping tool
Ex: reference CR-SER
Hexagonal crimping die K18
according to DIN48083
Reference: CR-MAT
x2 crimpings must be
made on each side
The distance
between two
crimps must be
3cm for optimum
strength of 40kN.
> 10°
> 10°

8inverter
At times during installation there may be a need to connect two ends of the safety line
cable.
The cable crimping can only be done between two anchors and on a platform. It must
never be done on a course element.
The cable crimping must be done with a crimping tool capable of exerting a force of 130
KN.
9cable connector
8.1 Description 9.1 Description & instructions
8.2 inverter and vertical positioner assembly
Required tools:
Spanner - ISO/DIN13mm
Hex Key - 6mm (7/32’’)
4 crimps must be made on
each cable connection
Necessary tool:
Manual hydraulic crimping tool
Ex: reference CR-SER
Hexagonal crimping die K18
according to DIN48083
Reference: CR-MAT
Reference: CR-IN
This element inverts the positioning of
the anchorage and allows to adjust the
inclination of this to adapt to a certain
trajectory of IMN & CLiC-iT CBS.
Connection for
Non Return
Connection to
structural surface
Connection to
Vertical Positioner
A total of 8 crimps must be be made
on the crimp sleeve for optimum
resistance of 40kN
Use the holes
in the center of the tube
(the two cables must touch)

10 ROUTE SWAPPER
Reference: RS-V1
Route Swapper is a device designed to alternate between safety line routes in an
high rope course. It should be installed at a comfortable height where the user
will have to manipulate CLiC-iT RiDER Pulley.
It works by turning the MCD to orient it towards the alternative route or by main-
taining original orientation to continue on the route.
The cable crimping must be done with a crimping tool ca-
pable of exerting a force of 130 KN. The crimp die used
must be of type K18 according to DIN 48083.
How to install it ?
Primary route procedure Secondary route procedure
Where to install it ?
Misure of the product:
Wrong turning direction
It is not necessary
to handle the MCD if
the product has been
installed at 35° respect
to the vertical axis
The cable crimping can only be done between two anchors and
on a platform. It must never be done on a course element.
4 crimps must be made on each cable connection
Product inclination with respect to the vertical axis :
3cm
Necessary tool:
Manual hydraulic crimping tool
Ex: reference CR-SER
Hexagonal crimping die K18
according to DIN48083
Reference: CR-MAT

1
B. PARCOUR DESIGN
OPTIMAL PATH
Optimal path. This is the most
optimal conguration for the
safety line. Installation is done
easily and quickly. It is very
safe during use.
Attention. In congurations
where the safety line moves
from exterior to interior po-
sitions. Each case requires a
specic installation
Invalid path. The safety line
positioning must be consistent
with the path of the MCD Incor-
rect points may occur.
Attention. If the trajectory runs
internally a proper curvature
must be executed by positio-
ning anchors on articulated
arms.

2installation according to different slopes & incliNATIONS
When the cable is relatively
straight it is recommended
to use Anchor with Anchor
Wedge, screwed on the pole
directly or indirectly.
3SAFETYLINE HEIGHT
CASE A CASE B CASE C
When the safety line has less than 6º,
an Articulated Arm shall be used to
allow the change of inclination in the
cable
Sections of more than 6º slope are not recommended
because the user can slide towards the post.
In cases where the slope exceeds 6º, it is recommended
to install padding on the poles, place an element for ad-
venture park that avoids backward or install Structural
Non-Return devices.
This section must be installed with Articulated Arms.
The recommended safety
line height for public from
4 to 14 years is 1.50m. For
strictly adult circuits it is pos-
sible to increase the height
up to 2.10 m or even more.
Adjustable lanyard is recom-
mended.
Two safety cables can over-
lap in the same path if they
maintain a certain vertical
and horizontal distance.
a
Standard distance between a
safety cable and wall.
>19cm
b
Minimum horizontal distance
between safety cables.
>6cm
c
Minimum vertical distance
between safety cables.
>20cm

x1
x1
DIN 933 Screw
M8x35 (min.)
A2
DIN 933 Self-Locking nut
M8
8.8
4ZIPLINES
Less than 40m long Between 40m and 90m long From 90m to 150m long
The maximum zipline extension compatible with IMN & CLiC-iT CBS system is 150m
Zipline arms should be placed between two Double arm. One before entering the zipline and one at the exit.
The user is allowed to
hold CLiC-iT RiDER Pulley
in ziplines.
At the beginning and the end of the zipline
RECOMMENDED ZIPLINE SLOPE: From 5m to 30m
Between 2.8% and 3% slope
From 30m to 150m
Between 2.4% and 2.8% slope
TWO DOUBLE ARMS CONNECTION CRIMPING FOR ZIPLINES
A total of 3 crimpings must be made
on the crimp sleeve
At the beginning and the end of the ziplineAt the beginning and the end of the zipline
Double arm without
crimp sleeve
Double arm with
crimp sleeve
Double arm with
crimp sleeve
> 45 kN > 45 kN > 45 kN
Reference: CR-DA-PRO
Protection for xing screws at
the end of the zipline

5safetyline cable installation
The point where the cable enters the Anchor must be at least
5 cm long in straight extension with respect to the direction
of the Anchor, to prevent the MCD from hitting the Anchor.
These two points must be marked in order to carry out ins-
pections and check that the cable does not slide.
The curve described by the cable must be 40-45 cm long,
measured from the outlet of the Anchor to the entry into the
next Anchor.
It must be ensured that the cable curve is separated from the
structural element (pole or other game elements), at least 15
cm, to avoid possible MCD collisions.
At the anchorage points where the curve is resolved using
Articulated Arms, it must be ensured that all connecting
elements, including structural elements, support a minimum
load of 20kN.
These points must be dimensionally checked according to
the annual maintenance protocol present in this manual.
Remember to perform a visual inspection prior to the start of
the activity.
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