CLiC-iT RiDER Instructions for use

#Ed17 05-09-22ENENCLiC-iT RiDER CONTINUOUS BELAY SYSTEMfor:INSTRUCTIONS AND MAINTENANCE MANUAL

#INDEXAPPENDIX. Path examples 26
A.Components 3
GlossaryŸMCD: Mobile Connection Device. Technical definition that describe a pulley-type product according to En17109..ŸIMN&CLiC-iT CBS: Continuous Safety Line System of IMN & CLiC-iT.1.CliC-iT Rider components compatibility 32.Anchor 43.Anchor Wedge 64.Articulated arms 85.Positionners 106.Anchor plate for trees 117.Non-Returns 128.Inverters 149.Cable connector 1410.Route Swapper 15B.Parcours design 16 C.Responsability & General Recommendations 21 D.Control & Maintenance sheet 23 1.Optimal path 162.Installation according to different slopes and inclinations 173.Safety line height 174.Ziplines 185.Safety line cable installation 19

#Structural anchorages compatible with the CLiC-iT Rider Pulley must meet the requirements of the UNE EN 795:2012 standard to ensure user safety. Moreover the instructions of the lifeline must comply with the En15767 standard.Below are the dimensional requirements that an anchorage must meet to be considered compatible with the CLiC-iT Rider Pulley:ŸThe anchorage must be inclined 35º with the vertical axis to ensure correct movement of the MCD, correct stability and avoid collisions in the system.
Ø20mm max. thickness: 5mmmin. neck length:20mm
80mm min.
70mm min.
1.11 CLiC-iT Rider components compatibilityClic-It Rider Pulley12341243Pin Lock CarabinerAnchorCableIMN & Clic-it CBS system is exclusively compatible with the Clit-it Rider Pulley.Do not use other type of pulleys on this safety line. In order to ensure a safe installation use only components supplied or recommended by CLiC-iT or IMN.Please refer to the Clic-it Rider pulley manual, pinlock manual and lanyard manual for complete instructions for use.SAFETY LINE CABLE FOR CLiC-iT Rider Pulley:Type: 6x19 + IWRC (steel core compacted) Nominal diameter: 12 mm Core: steel Surface Treatment: hot-deep galvanized Real diameter: ø = 12mmResistance: 127 kN Cable compatibilityA. COMPONENTS1

#Reference: LAN-V2x1x3x4x3x3x4ACDBEFACEBDFAnchor BodyFix screw.DIN 933 M10x40 Thin nut.DIN 936 M10 Anchor Screw.DIN 912 M8x35 Self-Locking nut.DIN 985 M8 Fastening partThe Anchor installation and maintenance requires the use of a calibrated torque wrench.The installation of the Anchor on the Anchor Wedge or in the Artculated arm is carried out using the components D and F according to the assembly procedure of this manual.Anchor allows a continuous movement for CLiC-iT Rider Pulley along the entire game course. Its function is to guide the IMN&CliC-iT Safety Line cable and keeping it fixed at a certain point. To do this, 3 gripping pieces press the cable and prevent any movement.2Required tools:
Manual or Digital Torque Wrench
Ex: Irimo
Supported safety cable diameter
12 mm
17mm Hexagonal head or 17mm Hexagonal socket
! The use of an impact wrench is not allowed.! Never exceed the indicated torque.! Ignoring these indications can lead to anchor fracture.To fix 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.ŸDon´t clean Anchor with soap or water.ŸTo remove dirt from Anchor use air or a damp cloth.ŸAvoid long exposure of the product in saline environments.40 N/m40 N/m40 N/m Anchorx4G*G*Flat washer DIN 125 M8. *Only to be used when assembled on articulated arms. Anchor and Anchor Wedge assemblyAnchor and Articulated arm assembly2.5 Assemblies2.4 Cleaning recommendations2.3 Essential instructions2.1 Description2.2 Anchor components

#Essential Technical Specications.Anchorage designed for safety lines equipped with 12 mm diameter steel cable.Code respective to the production batch and correlative to the part version.Standard for personal protective equipment against falls in height.It establishes the technical requirements necessary to cover the possible health and safety risks associated with the use of the product.Compliance with European Directive 89/686/EEC: Personal protective equipment (PPE).Individual identification code. (A):part denomination.(XXXX): unique numeric code.Limit load capacity established by the manufacturer for use in the indicated direction.
A0854
A0854Essential instructions for product use described in the manual.Marking a line on the screws will indicate if the anchor loosens over me.The screws will not be ght if the line is not straight.2.6 Traceability and Marking

#Articulated arms Other IMN & CLiC-iT CBS components Anchor Plate for TreesPositionerInvertersReferences:References:Reference: AP-V2Simple articulated Arm (Left side)Simple articulated Arm (Right side)Double articulated arm (Left side)Double articulated arm (Right side)References:SAL-V1BAL-V1BAR-V1SAR-V1Anchor Plate for Trees is used in adventure parks installed on trees. On this are mounted the necessary elements to drive the IMN & CLiC-iT CBS in the desired direction. The installation system prevents damage to the natural environment.This element inverts the po sit ion ing o f t he anchorage and allows to adjust the inclination of this to adapt to a certain trajectory of IMN & CLiC-iT CBS.Vertical PositionerHorizontal Positioner.Structural Inverter Non Structural InverterVP-V2VH-V1IN-V3INP-V15Anchor WedgeReference: LDV-C-ED3Anchor Wedge is a piece of cast steel whose function is to provide the ideal inclination of 35º for Anchor. This is the standard connecting element for attaching the Anchors to the structural poles of an adventure park.3Positioners are auxiliary anchors wich are located at points where high structural strength is not required required.More info in page 14Connection for AnchorConnection for AnchorConnection for AnchorConnection for Vertical PositionerConnection for Vertical PositionerConnection to structural surfaceConnection for Non ReturnConnection for Anchor Wedge
Anchor Wedge ScrewsDIN 933 M8x35 Assembly order Anchor Anchor Wedge Self-Locking nutsDIN 985 M8 AnchorWedgex81st Step
2nd Step
Required tools:Hex Key - 6mm (7/32'')Tightened 20 N/mRequired tools:Spanner - ISO/DIN13mmTighttened 20 N/m1st Step2nd Step3.1 Description3.2 Anchor and Anchor Wedge assembly

#DIN 933 ScrewM8x35 (min.)A2DIN 933 Self-Locking nutM8 8.8x4x4The location where the IMN&CLiC-iT CBS elements will be installed shall meet the following requirements:ŸMust have sufficient mechanical strength to install the system.ŸA vertical surface is required to install Anchor Wedge.ŸThis vetical surface must have the necessary holes to screw Anchor Wedge.The connection of Anchor Wedge on a vertical surface is carried out according to the following scheme:Before the purchase of MN&CLiC-iT CBS items it´s necessary to know the park characteristics and design the structural components necessary for the installation of the system.Holes dimensions to install Anchor WedgeExample for structural parksAnchor + Anchor Wedge + Connection PartExample of connection part design for structural parks Anchor Wedge holesdimensionsRequired tools:Spanner - ISO/DIN13mm 68
30
9
30
8,5
68 *For Le-Clou system. Please contact for more information.3.3 Anchor Wedge Installation*

#4.1 Articulated arms. Types and connections Simple articulated Arm (Left side)Simple articulated Arm (Right side)Double articulated arm (Left side)Double articulated arm (Right side)Reference: SAL-V1Reference: BAL-V1Reference: BAR-V1Reference: SAR-V1The arm is installed with one or two 1/2 inch shacle with safety bolt depending on the case. For horizontal structural connections, two shackles For vertical structural connections, one 5.1Articulated Arms41/2 inch shackle with safety boltUse only shackles provided by IMN & CLiC-iTArm connection in tree parksFor tree sling connections, one shackle are required.Left armRight armThe front part falls to the right sideThe front part falls to the left side
Anchor ScrewsDIN 912 M8x35 Flat WasherDIN 125 M8 x4x4x4x4x4x4Anchor Articulated Arm Self-Locking nutsDIN 985 M820 Nm
4.3 Articulated arms installaton in structural parks4.2 Anchor and Articulated arms assemblyRequired tools:Spanner - ISO/DIN13mmHex Key - 6mm (7/32")

#Ratchet Tape1.500Kg x (?)m. Width 35mmPlastic Tube.Ratchet tape protector D32mm x L160mmWood Plank.Tree protector x2x1x21/2 (inch) Shackle with safety bolt10-15cmØ Tree ++2.000Kg Lifting SlingLark´s headAnchor Articulated Arm To install an Articulated Arm on a tree a 2000 Kg lifting sling is required.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.The ratchet tape must be located in an inaccessible position to the user.Slings are measured end to endRequired items: Anchor Plate for Trees using ratchet tape.4.4 Articulated Arm installation on trees using lifting sling Secure the ratchet with a cable tieThe nut of the shackle must be instaled on the opposite side where the arm falls
4.5 Articulated Arm installation on trees using “Le Clou” system1/2 (inch) Shackle with safety boltReference: CMU 2T MR Bolt shackleFollow carefully all recommendations of Le Clou safety line user manualFor axial load onlyFor axial & radial load 1/2 (inch) Shackle with safety boltM22 1T2 Female lifting eyeNail for Safety line M22+Anchor Articulated Arm 1/2 (inch) Shackle ith wsafety bolt
Nail for Safety lineM22Junction linkMR ø10-8 CMU3T150 Type
+Anchor Articulated Arm

#Positioners are an economical option to guide the safety line cable at points where the structural strength provided by an Anchor is not required.Vertical Positioners can be installed on the back of the Inverters for situations where a double lifeline is required.Ex: Vertical Positioner installed on Anchor Plate for TreesEx: Vertical Positioner installed on Non Structural InverterEx: Horizontal Positioner installed on structural pole.There are two types of Positioners, depending on whether a vertical or horizontal installation is required.This devices can rotate to accommodate the path inclination required by the safety line.Vertical Positioner.Horizontal Positioner.Reference: HP-V1Reference: VP-V2DIN 7380 ScrewM8x20 (min.)A2DIN 7380 Set ScrewM5x5A2DIN 933 Self-Locking nutM8 8.8x1x1x2Positioners fixes cable using two M5x5 set screws.
20,7
250
12,7 20,7
250
12,7
5.1 Descriptionα = 180º ± 6º
α > 200º
α < 180º
α
α
α
α
>50 cm
α < 45º
> 50 cm
Positioners55.2 ReferencesVertical Positioner for Le Clou BackupReference: CR-PO-ADEx: Positioner with backup nail M20 in Le Clou Safety lineFollow carefully all recommendations of Le Clou safety line user manual5.3 How to use positionersNO POSITIONERS1 or 2 POSITIONERSFor further information and your parcour design test please contact usNO POSITIONERS1 or 2 POSITIONERS1 POSITIONERNO POSITIONER

#
Anchor ScrewsDIN 912 M8x35 Flat WasherDIN 125 M8 x4x4x4x4x4x4
x3
Anchor
Anchor Plate for Trees
Articulated Arm Self-Locking nutsDIN 985 M820 Nm
Vertical Positioner ScrewDIN 7380 M8x20 Vertical Positioner Parts x3Self-Locking nutsDIN 985 M8 Required tools:Spanner - ISO/DIN13mmHex Key - 6mm (7/32'')
Required tools:Spanner - ISO/DIN13mmHex Key - 6mm (7/32'')6.1 DescriptionAnchor Plate for trees66.2 Vertical Positioner and Anchor Plate for Trees AssemblyReference: AP-V2Ratchet Tape1.500Kg x (?)m. Width 35mmPlastic Tube.Ratchet tape protector D32mm x L160mmWood Plank.Tree protector x2x1x2Required items: Anchor Plate for Trees using ratchet tape.6.7Secure the ratchet with a cable tieAnchor Plate for TreesReference: AP-V2Anchor Plate for Trees is used in adventure parks installed on trees. On this are mounted the necessary elements to drive the IMN & CLiC-iT CBS in the desired direction. The installation system prevents damage to the natural environment.Connection for Vertical PositionerConnection for Anchor Wedge6.3 Anchor Plate for Trees installation using ratchet tapeThe ratchet tape must be located in an inaccessible position to the user.

#For Anchor WedgeReference: NR1-V1Reference: NR2-V1For Vertical PositionerReference: NR3-V1For InvertersStructural connectionNon-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 flow of users in ziplines.Depending on the type of anchorage, there are different types of Non-Returns.Non-Return are independent components that can be added to Anchor Wedge (Type A), Vertical Positioner (Type B), Inverters (Type C) or be placed in elemets for adventure park to prevent falls (Type D). Non-Returns Type A, B and C consist of a folded sheet metal for each of the cases and a piece of silicone, which is valid for any system:VerticalPositionerAnchor + Anchor WedgeAssemblyStructural InverterNon Structural InverterTYPE ATYPE BTYPE CDIN 7380 ScrewM8x20 (min.)A2DIN 933 Self-Locking nutM8 8.8x2x2Non-Returns. Types and connections7

#Reference: NR4-V1Structural Non-Return TYPE D
Hexagonal crimping die K18Manual hydraulic crimping tool
Ex:CEMBRE Model 1350-C
The cable crimping must be done with a crimping tool capable of exerting a force of 130 KN. The crimp die used must be of type K18 according to DIN 48083.x2 crimpings must be made on each side.It must be entered during the installation of the rope course section.Non-Return devices are used to stop and prevent the MDC 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 flow of users in ziplines.The Non-Return Type D 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 recommend its installation in games with a slope higher than 6º.How to install it?Forbidden to install this component as a Cable Connector
35º
160
56 10
AISI 304Non-Returns. Types and connections7

#Self-Locking nutsDIN 985 M8 Self-Locking nutsDIN 985 M8 x2x1x1x2x16.2Inverter88.2 Inverter and Vertical Positioner AssemblyScrewDIN 7380 M8x20 ScrewDIN 7380 M8x20
Flat WasherDIN 125 M8
Required tools:Spanner - ISO/DIN13mmHex Key - 6mm (7/32'')Reference: INP-V1This 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 Vertical PositionerConnection to structural surfaceConnection for Non Return8.1 DescriptionThe cable crimping must be done with a crimping tool capable of exerting a force of 130 KN. The crimp die used must be of type K18 according to DIN 48083.A total of 8 crimpings must be made on the crimp sleeve.At times during installation there may be a need to connect two ends of the safety line cable.9.1 Description & instructions Reference: CC-V14 crimps must be made on each cable connection. ==≠≠
Hexagonal crimping die K18Manual hydraulic crimping tool
Ex:CEMBRE Model 1350-C
4 crimps4 crimps3 crimps5 crimps3 crimps3 crimpsNot fluggy plugged. Risk of deathNot equal distance. Risk of death.Cable connector9=

#
Reference: RS-V1Misuse of the product:
The cable crimping must be done with a crimping tool capable of exerting a force of 130 KN. The crimp die used must be of type K18 according to DIN 48083.Inclination of the product with respect to the vertical axis:
Hexagonal crimping die K18Manual hydraulic crimping tool
Ex:CEMBRE Model 1350-C
How to install it?Primary route procedureIt is not necessary to handle the MCDif the product has been installed at 35ºrespect to the vertical axis.Secondary route procedureWrong turning direction
145º
Correct turning directionWhere to install it?Forbidden to install this component in ziplines andrope course gamesOnly install on a stable platformRoute 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 maintaining original orientation to continue on the route.
35º
145º
5.5Route swapper104 Crimps must be made on each cable connection

#Optimal pathTwo 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.aa>19cm>6cm>20cmbbccParallel Safety LineCBS example in a park with two heigh levels
pte 30%pte 30%
1,7 < x < 2 (m)1,7 < x < 2 (m)1,7 < x < 2 (m)
1,6mx>6ºx<6º
1,7 < x < 2 (m)
Safety cable height.170 to 200 cm above Beginning.aprox 160cm above The safety cable can be installed at heights lower than those shown in the diagramNon-Return Type D for cable slope > 6º
1B. PARCOUR DESIGNOptimal 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 installationInvalid path. The safety line positioning must be 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 curv atu re must be executed by positioning anchors on articulated arms.

#Installation according to different slopes & inclinations2Straight cable CASE ACASE BCASE C
Cable slope < 6º
When the safety line has less than 6º, an Articulated Arm shall be used to allow the change of inclination in the cableSections 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 adventure park that avoids backward or install Structural Non-Return devices.This section must be installed with Articulated
Cable slope >6º
Non-ReturnType DNR4-V1Safety line height3Two 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.aa>19cm>6cm>20cmbbccWhen the cable is relatively straight it is recommended to use Anchor with Anchor Wedge, screwed on the pole directly or indirectly.The recommended safety line height for public from 4 to 14 years is 1.70m. For strictly adult circuits it is possible to increase the height up to 2.10 m or even more.Adjustable lanyard is recommended.

#Double armwithoutcrimp sleeveAt the beginning and the end of the ziplineAt the beginning and the end of the ziplineAt the beginning and the end of the ziplineDouble armwithcrimp sleeveDouble armwithcrimp sleeveLess than 40m longBetween 40m and 90m longFrom 90m to 150m longx2The maximum zipline extension compatible with IMN & CLiC-iT CBS system is. 150mZipline arms should be placed between two Double arm. One before entering the zipline and one at the The user is allowed to hold CLiC-iT Rider Pulley in zip lines.RECOMMENDED ZIPLINE SLOPE:From 5m to 30m From 30m to 150m Between 2.8% and 3% slopeBetween 2.4% and 2.8% slope
12,7 12,7
100
20,7 20,7
A total of 3 crimpings must be made on the crimp sleeve.Two double arms connectionCrimping for ziplinesDIN 933 ScrewM8x35 (min.)A2DIN 933 Self-Locking nutM8 8.8x1x14Ziplines

#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 inspections and check that the cable does not slide.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.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.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.
45cm
5cm
15cm
5Safety line cable installation

#At the safety line terminals, both at the beginning and at the end, we must leave at least 15 cm of free cable that leaves in excess of the Anchor cylinder. At these two endpoints, one additional Anchor must be installed.At the beginning and end of the rope course should also be inspected to check that has not suffered some kind of displacement due to an improper screw tightening or some other defect. For such checks it is useful to make marks on the cable to notice possible sliding.
15cm
The ends of the safety cable must be protected by a heat shrinkable plastic plug that fits the cable. A space of 10cm must be left from the Anchor element to the plastic termination.At the beginning and at the end of the rope course, a device Non Return must be placed in the opposite direction to stop the MCD.
10cm
10cm
In situations where the safety cable has a large curve, the Positioners is used to provide stability to the trajectory.In tree installations an Vertical Positioner should be used 10cm approximately above the arms to properly guide the safety cable.