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TYPE A

TYPE B

TYPE C

HORIZONTAL STRUCTURAL SUPPORT. 

SQUARE CASE

VERTICAL STRUCTURAL SUPPORT. 

CIRCULAR CASE

ADAPTED STRUCTURAL SUPPORTS

Structural connections examples for this case:

Structural connections examples for this case:

Structural connections examples for this case:

(welded)

(welded)

Eyebolt

2

Structural connections examples

Summary of Contents for RiDER

Page 1: ...Ed17 05 09 22 EN EN CLiC iT RiDER CONTINUOUS BELAY SYSTEM for INSTRUCTIONS AND MAINTENANCE MANUAL ...

Page 2: ...omponents compatibility 3 2 Anchor 4 3 Anchor Wedge 6 4 Articulated arms 8 5 Positionners 10 6 Anchor plate for trees 11 7 Non Returns 12 8 Inverters 14 9 Cable connector 14 10 Route Swapper 15 B Parcours design 16 C Responsability General Recommendations 21 D Control Maintenance sheet 23 1 Optimal path 16 2 Installation according to different slopes and inclinations 17 3 Safety line height 17 4 Z...

Page 3: ...min neck length 20mm 80mm min 70mm min 1 1 1 CLiC iT Rider components compatibility Clic It Rider Pulley 1 2 3 4 1 2 4 3 Pin Lock Carabiner Anchor Cable IMN 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 t...

Page 4: ...ovement 2 Required 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 t...

Page 5: ...lth 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 A0854 Essential instructions for product use described in the manual Marking a line on the s...

Page 6: ...t for attaching the Anchors to the structural poles of an adventure park 3 Anchor Wedge Screws DIN 933 M8x35 Assembly order Anchor Anchor Wedge Self Locking nuts DIN 985 M8 Anchor Wedge x8 1st Step 2nd Step Required tools Hex Key 6mm 7 32 Tightened 20 N m Required tools Spanner ISO DIN13mm Tighttened 20 N m 1st Step 2nd Step 3 1 Description 3 2 Anchor and Anchor Wedge assembly ...

Page 7: ...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 Wedge Example for structural parks Anchor Anchor Wedge Connection Part Example of connection part design fo...

Page 8: ...ntal structural connections two shackles For vertical structural connections one 5 1 Articulated Arms 4 1 2 inch shackle with safety bolt Use only shackles provided by IMN CLiC iT Left arm Right arm The front part falls to the right side The front part falls to the left side Anchor Screws DIN 912 M8x35 Flat Washer DIN 125 M8 x4 x4 x4 x4 x4 x4 Anchor Articulated Arm Self Locking nuts DIN 985 M8 20 ...

Page 9: ...rm installation on trees using lifting sling The 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 system 1 2 inch Shackle with safety bolt Reference CMU 2T MR Bolt shackle Follow carefully all recommendations of Le Clou safety line user manual For axial load only For axial radial load 1 2 inch Shackle with safety b...

Page 10: ...tioner Horizontal Positioner Reference HP V1 Reference VP V2 DIN 7380 Screw M8x20 min A2 DIN 7380 Set Screw M5x5 A2 DIN 933 Self Locking nut M8 8 8 x1 x1 x2 Positioners fixes cable using two M5x5 set screws 5 1 Description α 180º 6º α 200º α 180º α α α α 5 0 c m α 45º 5 0 c m Positioners 5 5 2 References Vertical Positioner for Le Clou Backup Reference CR PO AD Ex Positioner with backup nail M20 in...

Page 11: ... Ratchet tape protector D32mm x L160mm Wood Plank Tree protector x2 x1 x2 Required items Secure the ratchet with a cable tie Anchor 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 Positioner Connect...

Page 12: ...e 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 Vertical Positioner Anchor Anchor Wedge...

Page 13: ...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 ...

Page 14: ...ructural surface Connection for Non Return 8 1 Description 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 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...

Page 15: ...respect to the vertical axis Secondary route procedure Wrong turning direction 1 4 5 º Correct turning direction Where to install it Forbidden to install this component in ziplines and rope course games Only install on a stable platform 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 wil...

Page 16: ...y 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 art...

Page 17: ...ection must be installed with Articulated Cable slope 6º Non Return Type D NR4 V1 Safety line height 3 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 When the cable i...

Page 18: ...n compatible withIMN CLiC iT CBS system is 150m Zipline arms should be placed between two Double arm One before entering the zipline and one at the The user is allowed to hold CLiC iTRider Pulley in zip lines RECOMMENDED ZIPLINE SLOPE From 5m to 30m From 30m to 150m Between 2 8 and 3 slope Between 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...

Page 19: ...s 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 che...

Page 20: ...ul 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 ...

Page 21: ...of the installation and its use Ÿ Read and understand all the instructions in this manual Ÿ Receive all the specific training for the installation and use of all the elements of the lifeline Ÿ To know and be accustomed to the use of these equipments and to acquire all the knowledge on the performances and limitations of these Ÿ Check the correct condition of the constituent products for installatio...

Page 22: ...ul and supportive attitude towards the guests is important The staff team must be vigilant have taken part in the training process and is required to have experience in supervising the course Good supervision covering all parts of the course must be ensured The rescue team must be prepared and capable of reacting quickly in case of emergency and have good and fast access to all parts of the course ...

Page 23: ...Check that components of specified qualities are being used And tools used are suitable for installation Check the correct condition of all components before installation Check that IMN CLiC IT CBS anchorages have not suffered deformations due to shocks deformations due to overstress in the screw housings or in the hole where the safety cable passes Checking cable displacements at the beginning and ...

Page 24: ...orrosion check on every installed IMN CLiC IT CBS devices Anchorages Arms Non Returns etc Checking cable displacements at the beginning and end of Double Arms intended for ziplines Checking the tightness of the M10 screws in CBS Anchors 40 N m Checking for cable displacement at junctions with Cable Connectors The passage of the pulley in the anchor points of IMN CLiC IT CBS are smooth and without ...

Page 25: ...NSUITABLE Inspected by Comments regarding product conditions and usability Installation history disassemblies replacements environmental accidents repairs Description Date Company name Signature Date ____ ____ ____ Next inspection date ...

Page 26: ...Matching drawings with IMN CLiC iT CBS elements for the following schemes Icons for CBS schemes 1 APPENDIX PATH EXAMPLES ...

Page 27: ...Zipline Zipline Access A B A B A A Access to level two rope course Safety line from floor Path examples 2 ...

Page 28: ...Level one rope course access 90º x 180º Safety line from floor Zipline A C D A A A C D D Zipline ...

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 32: ...P P At the exit of the path is necessary an aditional anchor 2 without zipline and 3 with zipline Other examples of park entrances and exits ...

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 37: ... VERTICAL STRUCTURAL SUPPORT CIRCULAR CASE ADAPTED STRUCTURAL SUPPORTS Structural connections examples for this case Structural connections examples for this case Structural connections examples for this case welded welded Eyebolt 2 Structural connections examples ...

Page 38: ...essential for the developmentofhighaltitudeaerobaticactivities IMNalsoexercisesaproductioncontrolsystemtoguaranteethequalityofitsproducts DAS436 AN V3 AW V3 VP V1 HP V1 AP V2 IN V3 CC V1 RS V1 PT V1 NR3 V1 SAL V1 SAR V1 DAL V1 DAR V1 NR1 V1 NR2 V1 NR4 V1 Ÿ EN 15567 1 2015 Sports and recreational facilities Ropes courses Part 1 Construction and safety requirements Ÿ Ÿ EN 15567 2 2015 Sports and rec...

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