CLiC-iT RiDER Instruction And Maintenance Manual
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Summary of Contents for CLiC-iT RiDER
- Page 1 CLiC-iT RiDER CONTINUOUS BELAY SYSTEM INSTRUCTIONS AND MAINTENANCE MANUAL Rev B // 27-11-2023...
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Page 2: Table Of Contents
INDEX 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 GLOSSARY 1. Optimal path 2. -
Page 3: Components
Real diameter: Ø = 12mm 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. -
Page 4: Anchor
Anchor allows a continuous movement a torque of 40 N / m for CLiC-iT RiDER Pulley along the entire on each M10 screw. game course. Its function is to guide the IMN&CliC-iT SafetyLine cable and kee-... - Page 5 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 2.6 TRACEABILITY AND MARKING UNE EN 795:2012...
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Page 6: Anchor Wedge
ANCHOR WEDGE ASSEMBLY ORDER Reference: CR-AW 3.1 Description 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. - Page 7 3.3 ANCHOR WEDGE INSTALLATION The connection of Anchor Wedge on a vertical surface is carried out according The location where the IMN&CLiC-iT CBS Example for structural parks to the following scheme: elements will be installed shall meet the Anchor + Anchor Wedge + Connection part following requierements: •...
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Page 8: Articulated Arms
ARTICULATED ARMS 4.2 ANCHOR AND ARTICULATED ARMS ASSEMBLY Required tools: 4.1 ARTICULATED ARMS. TYPES AND CONNECTIONS Spanner ISO/DIN13mm Hexagonal torque wrench 6mm (7/32) Reference: CR-SAL For a smooth passage of the pulley over the anchors, install articulated arms with this part vertical Simple articulated Arm (Left side) Articulated arm TO BE USED TO FIX... - Page 9 4.4 ARTICULATED ArM INSTALLATION ON TREES USING LIFTING SLING Lark’s head To install an Articulated Arm on a tree, a a sling with a 10-15cm Ø Tree strength greater than 2000 Kg is recommended. The remaining length after the knot should protrude between 10 and 15 cm.
- Page 10 4.6 INSTALLATION OF ARTICULATED ARM ON TREE WITH RACTHET STRAP 1/2 (inch) Shackle with safety bolt Ratchet strap 3m Référence : CR-RT-30 Articulated arm Anchor 4.7 INSTALLATION of articulated arm on tree with CABLE SLING The shackle in direct contact Double SHACKLES CABLE SLING with the cable must be posi-...
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Page 11: Positionners
POSITIONERS 5.3 HOW TO USE POSITIONERS 5.1 DESCRIPTION a = 180° + 6° a > 200° a < 180° DIN 7380 Set Screw M5x5 NO POSITIONER 1 OU 2 POSITIONERS 1 POSITIONER Positioners are an economical option to Positioners fixes cable using two M5x5 set guide the safety line cable at points where DIN 7380 Set Screw... -
Page 12: Anchor Plate For Trees
Anchor Wedge 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- Connection rection. The installation system prevents Wood Plank... -
Page 13: Non-Returns
NON-RETURNS. Types and connections DIN 7380 Screw Non-Return devices are used to stop and prevent the MCD move back at certain points in the M8x20 (min.) path. It is useful in inclined sections, in entrances or exits of the park or to control the flow of users in ziplines. - Page 14 NON-RETURNS. Types and connections Structural non-return How to install it ? Reference: CR-NR4 The cable crimping must be done with a crimping tool capable of exerting a force of 130 KN. The structural non-return is an obstacle to the pulley wich must be passed through by turning the MCD 35º.
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Page 15: Inverters
The cable crimping must be done with a crimping tool capable of exerting a force of 130 inclination of this to adapt to a certain trajectory of IMN & CLiC-iT CBS. Connection to Use the holes... -
Page 16: Route Swapper
It should be installed at a comfortable height where the user The cable crimping must be done with a crimping tool ca- will have to manipulate CLiC-iT RiDER Pulley. pable of exerting a force of 130 KN. The crimp die used must be of type K18 according to DIN 48083. -
Page 17: Parcours Design
B. PARCOUR DESIGN OPTIMAL PATH Optimal path. This is the most Attention. In configurations Invalid path. The safety line Attention. If the trajectory runs optimal configuration for the where the safety line moves positioning must be consistent internally a proper curvature safety line. -
Page 18: Installation According To Different Slopes And Inclinations
installation according to different slopes & incliNATIONS CASE A CASE B CASE C When the cable is relatively When the safety line has less than 6º, Sections of more than 6º slope are not recommended straight it is recommended because the user can slide towards the post. an Articulated Arm shall be used to to use Anchor with Anchor allow the change of inclination in the... -
Page 19: Ziplines
ZIPLINES The user is allowed to The maximum zipline extension compatible with IMN & CLiC-iT CBS system is 150m hold CLiC-iT RiDER Pulley Zipline arms should be placed between two Double arm. One before entering the zipline and one at the exit. -
Page 20: Safetyline Cable Installation
safetyline cable installation 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. The point where the cable enters the Anchor must be at least 阿... - Page 21 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 阿 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...
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Page 22: Responsability & General Recommendations
C. RESPONSABILITY & GENERAL RECOMENDATIONS IMN & CLiC-iT Continuous Belay System components are intended for activities involving a risk to safety and health. Both the installation and the use of this product must respect the specifications provided by the manufacturer in this manual. In addition, the user must res- pect the preliminary usage indications of monitors and instructors. - Page 23 further informations TRAINING OF THE STAFF All staff members must be aware of their responsibilities in order to es- The use and storage temperature range should be between - 10 and tablish a safe environment. They must be properly trained in assist and +50°C.
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Page 24: Control & Maintenance Sheet
Once IMN & CLiC-IT CBS is installed, must be checked: The lock of CLiC-iT Rider Pulley works properly when carabiner is inserted and removed The passage of the pulley in the anchor points of IMN & CLiC-IT CBS are smooth and without relevant collisions. - Page 25 Checking the tightness of the M10 screws in CBS Anchors There are no collisions with the structure. And Check that IMN & CLiC-IT CBS anchorages have not suffered deformations (= 40 N*m). the dimensional specifications described in due to shocks, deformations due to overstress in the screw housings or in the the manual are met.
- Page 26 Installation history. (disassemblies, replacements, environmental accidents, repairs ...) Description Date Comments regarding product conditions and usability: Inspected by: MAINTENANCE CONCLUSION: Company name: Signature: SUITABLE Next inspection date: ____/____/____ UNSUITABLE Date: parques-aventura.com // clic-it.eu...
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