user manual and maintenance instruction OFFICE ADDRESS 111 V, Tsarigradsko shose blvd., Sofia 1784, Bulgaria

Transcription

1 user manual and maintenance instruction 2018 OFFICE ADDRESS 111 V, Tsarigradsko shose blvd., Sofia 1784, Bulgaria REGISTRATION ADDRESS 1B Bulgaria Blvd Letnitsa Lovech District, Bulgaria

2 DEFINITIONS 3 OVERVIEW 3 BASIC COMPONENTS OF FUNWALLS 4 Climbing surface 4 Onbelay 08 Safety Engineering belay device 4 Trublue Head Rush belay device 4 Self Belay - Safety Engineering climbing connector 4 Automatic safety device 4 Gates 5 Holds 5 Flooring 5 FUN WALLS STRUCTURE 6 Standard frames 6 SELF-SUPPORTING STRUCTURES 7 Skyscraper Walk 7 Beanstalk 8 Chimney 9 Jump in the Air 10 Parabolic Slide 11 Ball & Socket 31 Cannon balls 32 Blobs of Doom 33 Molecules 34 Steering wheels 35 INTERACTIVE WALLS 36 Treasure Island 36 Deep Space 45 Volcano 48 Rocktopia Volcano (Single/Double) 49 Volcano & Rocktopia Volcano 50 Fireman Wall 53 Speed Wall 55 SAFETY INSTRUCTIONS 57 Necessary equipment 57 Safety requirements 57 INSPECTION OF FACILITIES 59 Monthly check 59 STANDARD MONTHLY FUNWALL CHECKLIST 60 SUSPENDED ROPE STRUCTURES 12 Commando Ladder 12 Tyres 13 Geometrix 14 Spider s Web 15 Double trouble 16 Crate Challenge 17 Circuit Board 18 SPECIFIC FEATURES AND OPERATING INSTRUCTIONS 19 The Labyrinth 19 Reflective chimney 20 The Gearhead 21 Unique triangles 22 Kids walls 23 Graffiti Walls 24 Crazy Traverse, Circuit Board Traverse, Tetris Traverse 25 Labyrinth Traverse 26 Gear Head traverse 27 Rocktopia (Single/Double) 28 Climb the Facade (Single/Double) 29 The Castle 30 Appendices: Annex 1 - Warranty conditions Annex 2 - Safety Engineering ON belay Autobelay Annex 3 - Hoist manual Annex 10 - TB-Operator-Manual

3 DEFINITIONS OPERATOR Physical or legal person engaged in the operation of the facilities. The operator is responsible for observation of all rules and recommendations of the present management in order to provide correct and safety operation and maintenance of climbing elements. SUPERVISOR CLIMBING ELEMENT A person who monitors the compliance of the rules from the participants in order to provide safety operation of climbing elements. Each Funwall module in assembled state is equipped with Automatic Belay Device or hoist for lifting. OVERVIEW Fun Walls are static or interactive climbing elements for active entertainment and sports. Suitable for a wide range of age groups from 5-year-old kids to grown-ups, Fun Walls engage participants in the fun of climbing in a safe and controlled environment. Operation of Funwall is performed solely under the supervision of specialized staff (supervisors) and after training for safety. Most Fun Walls elements are available in: 6 / 7 / 8 m. 19/ 22 / 26 ft. This document introduces operators with the supporting construction, climbing surface and specific functionality of Fun Walls. Included are recommendations for detection, reduction and elimination of potential risks that may arise in the process of work as well as terms of use, safety and maintenance instructions necessary for proper and safe operation of the equipment. The document describes the standard Fun Walls but all the infomation (besides dimensions) applies to custom Fun Walls as well. Please read the document carefully and thoroughly before running attractions in operation! 3

4 BASIC COMPONENTS OF FUNWALLS CLIMBING SURFACE AUTOMATIC SAFETY DEVICE GATE HOLDS FLOORING SUPPORTING STRUCTURE: Standard columns / frames Self - supporting constructions Skyscraper Beanstalk Jump in the air Chimney Volcano GRP Suspended rope structures Commando ladders Spiders web Geometrix Tyres Crate challenge SPECIAL COMPONENTS OF FUNWALLS Vary depending on the specifics, they will be defined in the detailed description of climbing equipment. Climbing surface Plywood panels: made of 18 or 21mm thick birch plywood, covered with sand and resin coating. Walltopia fiberglass (GRP) Nets, wooden elements, tyres Automatic safety device Each Fun Walls climbing element is equipped with automatic safety device which serves for belaying the participants. Please read each device s manual carefully before use! Onbelay 08 Safety Engineering belay device A detailed description of the components, functionality, safety instructions, use and maintenance is given in operator manual. Trublue Head Rush belay device A detailed description of the components, functionality, safety instructions, use and maintenance etc. is given in the Trublue manual. Self Belay - Safety Engineering climbing connector A detailed description of the components, functionality, safety instructions, use and maintenance etc. is given in Self Belay operator manual. 4

5 Gates Point of attachment of the autobelay device carabiner of each Fun Walls element. It serves two main purposes: holds the device carabiner in place and prevents users from engaging in a climb unclipped. Solid gate Soft vinyl gate Holds Polyester or polyurethane climbing holds manufactured by HRT or Fun Walls Flooring The recommended flooring for Fun Walls is One More Life saving mats kids version - an innovative flooring solution designed to prevent severe injuries or death in the event of a fall from height. This is the first type of flooring on the market that is developed to ensure safe falling from high walls. The flooring comes in two standard thickness options mm or 470 mm with carpet bonded cover. The top layer is walk friendly and provides a stiff walking surface. The middle layer is a low impact energy absorbing layer that safely absorbs falls from up to 3 m / 10 ft. The thick bottom layer consists of modules that safely absorb the energy of falls from heights of up to 8 m / 26 ft. In the event of a fall, the impacted modules crush in order to absorb the energy and need to be replaced. 5

6 FUN WALLS STRUCTURE Standard frames Standard frame is the supporting construction used for the majority of the Fun Walls elements. It requires attachment points at the base and top of it. TECHNICAL SPECIFICATIONS: Height: 6, 7 or 8 meters climbing surface Required clear space: 6.2 m, 7.2 m, 8.2 m for OnBelay / 6.6 m, 7.6 m or 8.6 m for Trublue Safety zone: 1,5 m to the left & right of the automatic safety device and 2,2 m in front of it. No hard objects can be placed in it. Impact zone:1.7 m in front of the edges of the Fun Walls; cannot intersect with other impact zones! Safety zone Impact zone Standard frame with Trublue automatic safety device Standard frame with OnBelay automatic safety device COMPONENTS: Vertical elements - columns with a box section with pre-welded basic splice plates, plates for attachment of OnBelay08, horizontals, diagonals, supports and arms; Horizontal - elements with a tubular cross-section, flattened and punctured on both ends which allows mounting with screws; Diagonals, arms, supports - elements with a tubular section with an adjustable length, mounted with screws; Console with rolls for leading the rope of OnBelay 08 out. Console with mounting detail for attachment of Trublue devise. Anchoring reqirements - solid slab, minimum 12 cm thick. The ACW structure is designed, constructed and tested in accordance with EN :2007 Artificial Climbing Structures Part 1. Any changes in the ACW structure without written agreement of the manufacturer are prohibit. The following are considered as changes: 1. Any changes in the position of the panels, including dismounting of a panel or panels from the wall, even in case of following remounting. 2. Loosing, eliminating or adding joints or elements of the climbing wall construction including panels, frame elements, anchors, bolt, and etc. 3. Any impact on the construction and its elements, leading to possible damage of its wholeness or strength including: cutting, filing, welding or drilling and other interfering actions. Any other actions that could cause an impact on the static state of the construction, including a in the distribution of the static effort of the construction elements. 6

7 SELF-SUPPORTING STRUCTURES Skyscraper Walk TECHNICAL SPECIFICATIONS Standard height: 4.1, 5.1 or 6.1m Clear space required: 6.75, 7.75 and 8.75 m COMPONENTS Dimensions in plan Base Columns Plywood platform Foam wrapping of the columns Vinyl covers and caps Anchoring requirements: reinforced concrete foundation in the area under the highest column, solid slab with a minimum thickness of 15 cm or specially designed steel beams. INSTRUCTIONS FOR USE: PURPOSE: This attraction represents 15 columns with progressively increasing height imitating night view of skyscrapers. The participant climbs the tops of the skyscrapers with the support of their feet and the automatic safety device. The goal is to skillfully balance and overcome the fear of height, and the increasing totter of the columns. WARNING! The rope for the automatic safety device is placed in the center of the element and might slightly pull the participant towards the middle. Participants should be instructed that if they lose balance and feel that they are going to fall they should aim for the center of the columns. If this ride is equipped with Trublue or Perfect Descend device, the webbing should be unwinded after every participant. Vinyls are consumable items and in case of tear can be supplied upon order. ADDITIONAL EQUIPMENT:: Helmet Full body harness 7

8 Beanstalk TECHNICAL SPECIFICATIONS Standard height: 6, 7 or 8 m Clear space required: 6.6, 7.6 or 8.6 m Dimensions in plan COMPONENTS: Columns Arms elements with a tubular section with adjustable length, mounted with bolts; GRP panels Anchoring requirements reinforced concrete foundation, or solid slab with a minimum thickness of 15 cm, or specially designed steel beams. Supporting construction - custom self standing Surface 3D GRP panels INSTRUCTIONS FOR USE:: Beanstalk has one of the most interesting and challenging climbing surfaces, combined with unusual holds it gives the participant unique experience and fun. ADDITIONAL COMPONENTS - Bean pods - Bean leaves - HRT holds - in various colours, routes with different levels can be set WARNING! The beanstalk leaves have an inner wire rope structure and are prone to rebound posing a risk to descending climbers. Leaves are consumable items and in case of tear can be supplied upon order. The leaves and the pods can not be used for holds or steps. They are used to limit the climbing surface and prevent the climber from going sideways too much which may lead to entanglement of the autobelay rope. Always keep the revision door closed during operation. When you set climbing routes, make sure the autobelay rope does not get stuck by a hold. 8

9 Chimney TECHNICAL SPECIFICATIONS Standard height: 6, 7 or 8 m Clear space required: 6.6, 7.6 or 8.6 m when using Trublue autobelay; 6.25, 7.25 or 8.25 m when using OnBelay COMPONENTS Combination of 4 standard frames, joined at the top. Three of the frames can be climbable Fun Walls elements on the exterior, and the fourth is the entrance for the chimney. SUPPORTING CONSTRUCTION AND COMPONENTS: The chimney is a volumetric, self-supporting structure built of 3 standard frames. The frames are connected to each other at the top and at two more points. For details about the standard frames, see page 6. SURFACE Plywood panels attached inside the frames form hollow dark space for climbing that resembles the inside of a chimney. In these panels round holes are cut, colored with fluorescent paint and illuminated with UV projectors that make them glow in the dark. Three of the exterior walls could be used for climbing while the forth serves for chimney entrance door and is not climbable. The Fun Walls elements installed on the exterior walls are client s choice. ADDITIONAL COMPONENTS Non-climbing surfaces - plywood panels attached to the supporting steel frame. Safety boxes - behind every hole of the inner climbing surface boxes are mounted to prevent entrapment of limbs in construction and unauthorized access to the supporting structure. Lighting - One UV Flood 12x3W UV LEDs rated at aprox hours & floodlight with white color. Lighting is controlled with switch outside the chimney on the nonclimbing surface. All cables are inside a corrugated pipe. INSTRUCTIONS FOR USE: PURPOSE: The participant climbs in strongly shaded environment. The area around the holed that serve for climibng holds are colored with fluorescent paint and illuminated via UV light. LEVELS: Different colors define different routes of varying difficulty. Blue and green routes are for beginners, and pink is for advanced. 9

10 Jump in the Air TECHNICAL SPECIFICATIONS Standard height: 6, 7 or 8 m Clear space required: 6.3, 7.3 or 8.3 m Dimensions in plan COMPONENTS Vertical elements 2D frame works and stair for access to the platforms. Horizontals and diagonals provide connection between the 2D frame works Arrows - 2 or 3 pcs Beam rails for adjusting the jumping distance Rail cars Plywood panels Punch bag, trapeze, gymnastic rings Rolls for leading the ropes Circumvolution rope drums with stop pin Available in a version with two or three arms (gymnastic rings on the third arrow) All connections between the elements are with bolts. Anchoring requirements: reinforced concrete foundations, solid slab with a minimum thickness of 15 cm. or specially designed steel beams. ADDITIONAL EQUIPMENT Helmet Full body harness with attachment point on the back INSTRUCTIONS FOR USE PURPOSE: The Jump in the air tower allows up to 2 (3) participants to use it at the same time. Participants climb to the platform, aim and jump. The goal is to grab and hang onto the punch bag, the trapeze (or gymnastic rings). After that the participants let go and are being lowered to the ground by the automatic safety device. The challenge is to overcome not only the fear of increasing height, but the fear of the jump. LEVELS: By rotating both sites of an adjustment disk the position of the trapeze handle, punch bag and gymnastic rings can be fixed by spring pin with a tolerance of 1.4 meters. Ropes wedge in stoppers mounted on the tower. WARNING! Climbing on the element should only happen using the ladder after instruction by a supervisor. Make sure every participant is safely attached to the automatic safety device. The rope of the device might slightly pull the participants. They can pull the rope a little in order to loose the tension and then confidently prepare to jump. This element is challenging. Advanced motivation and physical mindset are recommended. Use only full body harness with attachment point on the back. The participants should jump facing the obstacle they are about to grab. Make sure the users climb the correct side of the ladder corresponding to the autobelay they are attached to. ADDITIONAL ELEMENTS: Adjustment disk Soft platform adjustment disk soft platform 10

11 Parabolic Slide SUPPORTING CONSTRUCTION Standard columns Footprint: 1.8 х m Standard height: 6, 7 or 8m Clear space required: 6.45, 7.45 or 8.45 m SURFACE The sides are HPL panels. The sliding surface is composed of prefabricated modules with fiber glass panels with very low friction and high durability. ADDITIONAL COMPONENTS Handle standard bar for pulley with rubber handles and rollers to protect the steel sheets; Safety mat with bag of vinyl: optional, if no OML provided; dimensions: 2x1,8x0,34 m; installed at the finish of the slide in order to reduce the speed of the participant and to prevent from injuries; Winch: - Power 1kW; - Load capacity - 200kg - Power supply - 220V (110V) - Switch for positioning the hoist into the maximum upper and lower positions; - Remote control Detailed description of features, way of operation, etc. of the hoist is given Hydraulic Lift User Manual Counterweight optional ADDITIONAL EQUIPMENT Sliding suite in 3 sizes Helmets INSTRUCTIONS FOR USE: PURPOSE: The participant is lifted with an electric hoist, holding the handle attached to the end of the rope. When the participant is ready the supervisor runs the hoist and it begins to lift the participant. The aim is the participant to overcome the fear and slide down from the highest possible position. Sequence and additional requirements for the participants: - Take shoes off and put on special overalls - Go to the beginning of the steep part of the slide - Sit down with the back facing the slide - Grab the handle and alert the supervisor when ready - The participant should be up to 120 kg - Users under 6 years of age should not go to the top. Sequence and obligations of the supervisor: - Make sure the participant is wearing the suit and is ready. - Take a position with the remote control and put the handle down to starting position (to a level easy to reach for the participant); - Operate the hoist in elevation mode while leading visual and verbal communication with the participant; - Encourage the participant to overcome their fear and slide down from the highest possible position. LEVELS It is recommended that the vertical part of the slide has markings on every 1m in height so that participants can compare their achievements. WARNING! The slide is an attraction for the brave. Some effort is required while the participant is being lifted. Using the element is allowed only after permission of the supervisor and takes place under his surveillance. Before giving permission, the supervisor must check the participant s suit and put his helmet. Make sure there are no people or hard objects on the landing at the end of the slide! Users should only slide with their back facing the slide surface. Opening the hands and any attempts to reach the side boards can cause serious injuries!!! Please note that this is the only Fun Walls element that does not require attachment of the participant to an automatic safety device! NOT ALLOWED - Using the the slide without safety equipment - Using the slide with any kind of shoes - Using the slide wearing glasses - Intentional hits, scratching the sliding surface with hard objects. 6 y.o. users slide from here 11

12 SUSPENDED ROPE STRUCTURES Commando Ladder TECHNICAL SPECIFICATIONS Standard height: 6, 7 or 8m; Clear space required: 6.6, 7.6 or 8.6 m Dimensions in plan COMPONENTS Ropes Ropes fasteners Tensioner Wooden rods Anchoring requirements: reinforced concrete foundation, or solid slab with a minimum thickness of 15 cm, or specially designed steel beams, at both ends. Supporting construction Depending on the building specifics there are two options: - Anchoring directly into the floor and ceiling - Attaching to already existing structure or using the construction of other Fun Walls elements. Additional construction for leading the rope and body of the automatic safety device is required. INSTRUCTIONS FOR USE The ladder consists of two vertical ropes joined at one point at the base and two points at the top. The steps are round wooden rods, comfortable to grip. WARNING! Agility and strength are required to climb the moving ladder. Participants should not try to hang upside down on the wooden rods or stick their hands and feet on the other side of the ladder. Participants should always climb on the front side of the obstacle and never try to move from one ladder to the adjacent. 12

13 Tyres TECHNICAL SPECIFICATIONS Standard height: 6, 7 or 8 m Clear space required: 6.6, 7.6 or 8.6 m Dimensions in plan COMPONENTS: Ropes Ropes fasteners Tensioner Tyres Necessary conditions for anchoring - reinforced concrete foundation, or solid slab with a minimum thickness of 15 cm, or specially designed steel beams, at both ends. SUPPORTING CONSTRUCTION Depending on the building specifics there are two options: - Anchoring directly into the floor and ceiling - Attaching to already existing structure or using the construction of other Fun Walls elements. Additional construction for leading the rope and body of the automatic safety device is required. INSTRUCTIONS FOR USE The participants should climb on the front side of the tyres. WARNING! Agility and strength are required to climb the tyres. Participants should not try to hang upside down on the wooden rods or stick their hands and feet on the other side of the ladder. Participants should always climb on the front side of the obstacle and never try to move from one tyre tower to the adjacent. 13

14 Geometrix TECHNICAL SPECIFICATIONS Standard height: 6, 7 or 8 m Clear space required: 6.6, 7.6 or 8.6 m COMPONENTS Plywood volumes Ropes Chains covered with heat shrink sleeve Tensioner SUPPORTING CONSTRUCTION Anchoring requirements: reinforced concrete foundation, or solid slab with a minimum thickness of 25 cm, or specially designed steel beams, at both ends. A construction for leading the rope and body of OnBelay08 might be necessary unless the autobelay of choice is Trublue. WARNING! Supervisors should warn participants to wear a helmet and to watch out for the edges. They should not try to move from one tower to the adjacent one. Regularly check if the shrink sleeves are torn. ADDITIONAL EQUIPMENT Helmet 14

15 Spider s Web TECHNICAL SPECIFICATIONS Standard height: 6, 7 or 8 m Clear space required: 6.6, 7.6 or 8.6 m SUPPORTING CONSTRUCTION Depending on the building specifics there are two options: - Anchoring directly into the floor and ceiling - Attaching to already existing structure or using the construction of other Fun Walls elements. Additional construction for leading the rope and body of the automatic safety device is required. INSTRUCTIONS FOR USE The Web is made of combined ropes with a core of steel and polypropylene shell. Rope thickness is 16 mm, making them quite comfortable for stepping and gripping. Knots and edges are covered with special details. It could be a single or double element, in which case the participants have the opportunity to compete. WARNING! Make sure participants do not trap their arms and legs in the net and do not hang upside down. If there are two climbers at a time, they should not switch their sides as the autobelay ropes will get entangled. Users should always climb facing the net and should not attempt to climb over on the back side. 15

16 Double trouble TECHNICAL SPECIFICATIONS Standard height: 6, 7 or 8 m Clear space required: 6.6, 7.6 or 8.6 m COMPONENTS Tensioner Chains PVC inflated volume with stiff PVC handles. Necessary conditions for anchoring - reinforced concrete foundation, or solid slab with a minimum thickness of 15 cm, or specially designed steel beams, at both ends. SUPPORTING CONSTRUCTION Depending on the building specifics there are two options: - Anchoring directly into the floor and ceiling - Attaching to already existing structure or using the construction of other Fun Walls elements. Additional construction for leading the rope and body of the automatic safety device is required. INSTRUCTIONS FOR USE Participants climb from both sides of the volume using the PVC holds. Inflation maintenance: It is important to monitor the amount of air in this product as heat will cause expansion, possibly causing damage to the PVC. In general, the tube is full when it is very firm. This will make it more comfortable for climbing. There is a pump delivered with every Double Trouble. At the bottom of the tube you will find a secured vent for pumping the volume. Use it to inflate the obstacle when needed. WARNING! Sharp objects can damage the PVC tube. Participants should attach to the automatic safety device which is on the same side that they are climbing and can climb only on this side. 16

17 Crate Challenge SUPPORTING CONSTRUCTION Supporting structure Such is not required, depending on the particular situation, a construction for leading the rope of the auobelay. INSTRUCTIONS FOR USE The cubes are made from polystyrene to be light and easy to be lifted high. Their surface is strengthened with foam and they are dressed in bright colorful vinyl covers. OBJECTIVE: Crate challenge is a team element for 2 or 3 players. The aim is two participants, stepping on the cubes and helping each other to build beneath them a tower as high as possible while remaining on it s top. The other one (or two) participants serve as assistants and pass the cubes. LEVELS: Wits and risk assessment are required in arranging the cubes. Unnecessary use of more cubes to build a single line will limit the maximum height the team can reach! Impatience can unbalance you and the tower may collapse. Team game, balance and flexibility are the key to the highest tower! WARNING! Participants must pay attention not to cross the ropes of their Auto belay while engaged with the building process. Participants that help in the process have to stay away if the tower is in danger of collapsing. Participants should keep all cubes in the impact zone and build the tower close to the Auto Belay cable. Supervisors must make sure no participant engages in climbing a tower without being attached to automatic safety device! 17

18 Circuit Board TECHNICAL SPECIFICATIONS Standard height: 6, 7 or 8 m Clear space required: 6.6, 7.6 or 8.6 m Safety zone Impact zone SUPPORTING CONSTRUCTION Anchoring requirements: reinforced concrete foundation, or solid slab with a minimum thickness of 25 cm, or specially designed steel beams, at both ends. A construction for leading the rope and body of the autobelay might be necessary. Climbing surfaces: two layers of printed transparent polycarbonate. Holds: special designed holds, wich makes mirror routs at both sites. INSTRUCTIONS FOR USE The Circuit board element has a transparent climbing surface and allows two participants to climb simultaneously facing each other. WARNING! Slippery surface due to the nature of the material. 18

19 SPECIFIC FEATURES AND OPERATING INSTRUCTIONS The Labyrinth TECHNICAL SPECIFICATIONS Standard height: 6, 7 or 8 m Clear space required: 6.6, 7.6 or 8.6 m SUPPORTING CONSTRUCTION Standard steel frame SURFACE Sand covered painted plywood panels. ADDITIONAL COMPONENTS Rubber puck holds with specific shape that moves smoothly in the channels. 6 pieces provided. Boxes made of plywood - mounted on the back side of the panels in three places - on top, in the middle and bottom. The upper two boxes are mounted behind the exit holes of the wall. The bottom most box is used for final landing of the puck hold and there should NOT be stored more than one hold. Holding box made of plywood - for storage of the additional puck holds. Corrugated pipe - leading the puck hold from any of the exit holes to the landing box. INSTRUCTIONS FOR USE Pucks PURPOSE: This wall represents a labyrinth which the participant climbs up by gripping to and stepping on the channels. To make it even more intriguing, the participant must lead the puck hold through the channels to one of the exit holes of the labyrinth. LEVELS: Depending on the height of the exit hole there are two levels of difficulty. The first level has an exit hole in the middle of the wall, and the second - at the top of the wall. For a bigger challenge, the element can be climbed moving along more than one puck hold. 19

20 Reflective chimney TECHNICAL SPECIFICATIONS Standard height: 6, 7 or 8 m Clear space required: 6.3, 7.3 or 8.3 m COMPONENTS Two steel frames joined at the top. Can be combined with one or two Fun Walls on the same structure. Climbing surface from plywood panels attached to the steel structure with arms- elements with tubular section with adjustable length, mounted with bolts. Necessary conditions for anchoring - reinforced concrete foundation, or solid slab with a minimum thickness of 15 cm, or specially designed steel beams, at both ends. INSTRUCTIONS FOR USE PURPOSE: Climb between the two sections without holds use the zig-zag relief of the obstacle. WARNING! The descent should be performed carefully as the positive relief of the climbing surface pose slight risk of bruising. During descent advice participants not to try to slow down by grabbing the panels or stepping on them. Climbers should sit in the harness and hold the Auto Belay rope or wire with two hands. 20

21 The Gearhead SUPPORTING CONSTRUCTION Standard steel frame SURFACE Sand covered printed plywood panels. ADDITIONAL COMPONENTS: Gear wheels - spinning plywood panels imitating parts of a mechanism. Various holds are mounted on them. Mechanisms - composed of two linked parts. The first static part contains two bearings and a textolite break, must be attached to the back side of the wall panels. The second part of the mechanisms represents an axis rode on which the gear wheels are attached on. This rode goes through the bearings and the textolite break of the first part. By tensioning or loosening the locking bolt of the break, the resistance force of the rotation of the gear wheels could be regulated. The harder the gear panel spins, the easier to climb on it. Stickers - glued on the holds mounted on the gear panels.these are consumable items and can be supplied upon order. Additional holds of set Smiley - mounted on the wall panels, support climbing. INSTRUCTIONS FOR USE PURPOSE: The participant climbs up while balancing on the rotating gear wheels. LEVELS: The difficulty level depends on both - the regulation of the resistance force of rotating of the gear wheels and the arrangment of various number of additional holds on the wall. The most difficult level is to climb up whitout using additional holds. The above settings MUST be made only by qualified person (operator). The functionality of the wall MUST be tested immediately after changing the settings. break bearing locking bolt 21

22 Unique triangles SUPPORTING CONSTRUCTION Standard steel columns. The panels are connected to the columns by bolt connections through steel elements with adjustable length (arms). SURFACE Plywood panels ADDITIONAL COMPONENTS Holds - standard climbing holds with varying Difficulty INSTRUCTIONS FOR USE PURPOSE: The Unique triangles has a threedimensional climbing surface LEVELS: The various levels of difficulty depend on setting climbing routes with different types of holds. 22

23 Kids walls Owls Dino Tetris Canyon Princess Cars Snowman FunWalls Giraffe Batcity SUPPORTING CONSTRUCTION Standard steel frame SURFACE Sand covered printed plywood panels. ADDITIONAL COMPONENTS Holds Supplied in various shapes relevant to the printed image. INSTRUCTIONS FOR USE PURPOSE: Static climbing challenges with a variety of visuals and climbing routes. LEVELS: Various sets of holds in many different shapes and sizes are installed on the wall allowing even the most inexperienced to climb. WARNING! The descent should be performed carefully as instructed on page 44 as the positive relief of the holds pose slight risk of bruising. 23

24 Graffiti Walls Graffiti Ascend Graffiti Crown Graffiti Fun Wall Graffiti Go High Graffiti Sky High Graffiti Speed Graffiti Up Up Up Graffiti Hand Graffiti Monkey Graffiti Octopus SUPPORTING CONSTRUCTION Standard steel frame SURFACE Sand covered printed plywood panels. ADDITIONAL COMPONENTS Holds Supplied in various shapes and difficulties. INSTRUCTIONS FOR USE PURPOSE: Static climbing challenges with a variety of visuals and climbing routes. LEVELS: Various sets of holds in many different shapes and sizes are installed on the wall allowing even the most inexperienced to climb. WARNING! The descent should be performed carefully as instructed on page 44 as the positive relief of the holds pose slight risk of bruising. Graffiti Totem Graffiti Sky High 24

25 Crazy Traverse, Circuit Board Traverse, Tetris Traverse TECHNICAL SPECIFICATIONS Standard height: 2,5m climbing surface and 20cm mat Clear space required: 6 m; 7,5 m; 9 m SURFACE Sand covered painted plywood panels. SUPPORTING CONSTRUCTION Self-standing steel frame ADDITIONAL COMPONENTS Holds variety of different holds and volumes from plywood or fiber glass Safety mat with thickness at least 20cm INSTRUCTIONS FOR USE The traverse walls are climbed horizontally, not vertically. The fun and challenge of the wall is making it from one side to the other, rather than to the top. No harnesses are needed. WARNING! Using the traverse walls without the safety mat installed in front is prohibited. Always check for gaps between the travers wall panels and the safety mat. If you see any gaps adjust the safety mat. No hard objects are allowed on the safety mat. Crazy Traverse Circuit Board Traverse Tetris Traverse 25

26 Labyrinth Traverse TECHNICAL SPECIFICATIONS Standard height: 2,5m climbing surface and 20cm mat Clear space required: 6 m; 7,5 m; 9 m SURFACE Sand covered painted plywood panels. SUPPORTING CONSTRUCTION Self-standing steel frame ADDITIONAL COMPONENTS Rubber puck holds with specific shape that moves smoothly in the channels. 6 pieces provided. Boxes made of plywood - mounted on the back side of the panels behind every hole. Holding box made of plywood - for storage of the additional puck holds. Corrugated pipe - leading the puck hold from any of the exit holes to the landing box. INSTRUCTIONS FOR USE PURPOSE: This wall represents a labyrinth which the participant climb by gripping to and stepping on the channels. To make it even more intriguing, the participant must lead the puck hold through the channels to one of the exit holes of the labyrinth. LEVELS: Depending on the exit hole there are two levels of difficulty. The first level has an exit hole in the middle of the wall, and the second - at the top of the wall. For a bigger challenge, the element can be climbed moving along more than one puck hold. 26

27 Gear Head traverse TECHNICAL SPECIFICATIONS Standard height: 2,5m climbing surface and 20cm mat Clear space required: 6 m; 7,5 m; 9 m SURFACE Sand covered painted plywood panels. SUPPORTING CONSTRUCTION Self-standing steel frame ADDITIONAL COMPONENTS Gear wheels - spinning plywood panels imitating parts of a mechanism. Various holds are mounted on them. Mechanisms Same used in Gear Head Fun Wall see page 19 Stickers - glued on the holds mounted on the gear panels. These are consumable items and can be supplied upon order. Additional holds of set Smiley - mounted on the wall panels, support climbing. INSTRUCTIONS FOR USE PURPOSE: The participant climbs while balancing on the rotating gear wheels. LEVELS: The difficulty level depends on both - the regulation of the resistance force of rotating of the gear wheels and the arrangement of various number of additional holds on the wall. The most difficult level is to climb up without using additional holds. The above settings MUST be made only by qualified person (operator). The functionality of the wall MUST be tested immediately after changing the settings. 27

28 Rocktopia (Single/Double) SUPPORTING CONSTRUCTION Standard steel columns. The panels are connected to the columns by bolt connections through steel elements with adjustable length (arms) Safety zone Impact zone SURFACE Fiberglass panels ADDITIONAL COMPONENTS Holds - standard climbing holds with varying difficulty INSTRUCTIONS FOR USE PURPOSE: The Rocktopia has a threedimensional climbing surface that imitates the texture and shape of a real rock. Available for one climber with the width of 1.5 meters, or for two competing climbers with width of 3 m LEVELS: The various levels of difficulty depend on setting climbing routes with different types of holds. 28

29 Climb the Facade (Single/Double) SUPPORTING CONSTRUCTION Standard steel columns. The panels are connected to the columns by bolt connections through steel elements with adjustable length (arms) SURFACE Fiberglass panels Safety zone Impact zone ADDITIONAL COMPONENTS Holds - supplied in the shape of bricks; INSTRUCTIONS FOR USE PURPOSE: The wall imitates a real building facade in texture and appearance. It has bulged relief items, door, windows, bricks that can be used as holds and steps. Available for one climber in width of 1.5 meters, or for two competing climbers in width of 3 m LEVELS: The various levels of difficulty depend on setting climbing routes with both types of holds. The most difficult level is to climb without using any holds, but only the relief of the wall. 29

30 The Castle SUPPORTING CONSTRUCTION Standard steel columns. The panels are connected to the columns by bolt connections through steel elements with adjustable length (arms) SURFACE Fiberglass panels Safety zone Impact zone ADDITIONAL COMPONENTS: Holds - supplied in the shape of stones, painted in a different color. INSTRUCTIONS FOR USE PURPOSE: The wall imitates a real castle in texture and appearance. It has bulged relief items, door, windows, bricks that can be used as holds and steps. Available for one climber in width of 1.5 meters, or for two competing climbers in width of 3 m. LEVELS: The various levels of difficulty depend on setting climbing routes with different types and spacing between the holds.. The most difficult level is to climb without using any holds, but only the relief of the wall. 30

31 Ball & Socket SUPPORTING CONSTRUCTION Standard steel frame Safety zone Impact zone 1880 R1550 SURFACE Sand covered painted plywood panels. ADDITIONAL COMPONENTS: Climbing volumes - shaped as hemi-spheres with possitive ball and negative socket relief painted in different distinctive colors. Supplied in two sizes. Buzzer - optional INSTRUCTIONS FOR USE PURPOSE: The wall is designed for one climber who bridges up the corner panels while holding to the climbing volumes. To climb up participant needs balance, rather than strength. LEVELS: The various levels of difficulty depend on setting climbing routes by the size of the volumes. The easiest route includes all volumes, while more difficult one involves volumes of only one size. WARNING! The volumes bulge in front of the wall panel and may lead to bruises or knocks during descent

32 Cannon balls SUPPORTING CONSTRUCTION Standard steel frame SURFACE Sand covered painted plywood panels. ADDITIONAL COMPONENTS: Climbing volumes - shaped as balls hanging on a short rope from a round base painted in two different colors INSTRUCTIONS FOR USE PURPOSE: The wall is designed for one climber who holds onto the hanging balls and steps on their bases. LEVELS: The various levels of difficulty depend on setting climbing routes by the colors of the holds bases. WARNING! The hanging balls are loose and present a bigger balancing challenge. 32

33 Blobs of Doom SUPPORTING CONSTRUCTION Standard steel frame SURFACE Sand covered painted/printed plywood panels. ADDITIONAL COMPONENTS. Climbing volumes - shaped as hemisphere, painted in two different colors; INSTRUCTIONS FOR USE PURPOSE: The wall is designed for one climber with advanced climbing skills. Climbing involves pulling and pushing giving a total body workout. LEVELS: The various levels of difficulty depend on setting additional holds besides the blobs. WARNING! For advanced participants. 33

34 Molecules SUPPORTING CONSTRUCTION Standard steel frame SURFACE Sand covered printed plywood panels. ADDITIONAL COMPONENTS Climbing holds - shaped as hemisphere. Supplied in two different sizes and colours. INSTRUCTIONS FOR USE PURPOSE: The wall is designed for one climber who ascents following a certain route. LEVELS: The various levels of difficulty depend on setting climbing routes by the colors of the holds. Medium level route includes big green volumes, while more difficult one involves only small orange volumes. The easiest level is to climb up on both colors and sizes of holds. 34

35 Steering wheels SUPPORTING CONSTRUCTION Standard steel frame. SURFACE Sand covered painted plywood panels. ADDITIONAL COMPONENTS Climbing holds - shaped as steering wheels, rotating on 90 degrees by mechanism of axis and bearing. INSTRUCTIONS FOR USE PURPOSE: The wall is designed for one climber who ascents following certain route. The holds are large and positive but spin similar to a steering wheel, posing additional challenge. LEVELS: The various levels of difficulty depend on setting climbing routes by the colors of the holds. The easiest level is to climb up using all colors and sizes of holds. 35

36 INTERACTIVE WALLS Treasure Island SUPPORTING CONSTRUCTION Standard steel frame. SURFACE Main surface from plywood panels. BACK OF THE WALL Mounted on the back are the control LED, LED lights and the wiring. The el. circuit is on 12V DC, so there is no high voltage along the wall. ADDITIONAL COMPONENTS Buttons - attached to wall for game purposes. Finish Button Type 1 Finish Button type 2 Button type 3 Control Box - contains the powers supply, controller unit and wiring. 36

37 Treasure Island Control Box - contains the powers supply, controller unit and wiring. Б8 Б6 Б9 Б7 Б5 Б10 LEDS on the wall LED Lights and LED control units - attached at the back of the PLW panels,the lights are visible from the front part. Б11 Б4 Buttons Б12 Б12 Б14 LED control and Button mounted on back LED NODE mounted on back Starting the system: Needed power supply: VAC,50/60 Hz Plug in the power input cable into a standard socket(standard length of the power supply cable - 5m/16ft), then switch the fuse in the control box into position 1 (it is in position 0 by default) Б0 Б1 Б3 Б3 37

38 Treasure Island Б8 Б8 Б8 Б6 Б6 Б6 Б9 Б7 Б9 Б7 Б9 Б7 Б5 Б5 Б5 Б10 LEDS on the wall Б10 LEDS on the wall Б10 LEDS on the wall Б11 Б4 Buttons Б11 Б4 Buttons Б11 Б4 Buttons Б12 Б12 Б12 Б13 Б13 Б13 Б14 Б14 Б14 Б3 Б3 Б3 Б0 Б1 Б2 Б0 Б1 Б2 Б0 Б1 Б2 Game 1 Game 2 Game 3 The wall has three available games. Each game sets a different route that the climbers must climb in order to reach the treasure and push the final button. Shown above are the overall front view of the wall and the 3 different routes(games) for a 6m high Treasure Island. For the other heights the structure is the same, but fitting to the chosen height. Each of the three buttons at the base of the wall are blinking when there is no active game. When pressed, the chosen button will light the route for a short time for the selected game. If no other button is pressed this game will start. Each game requires the climber to push the buttons along the selected path, in order light next stage of the climb. For example: To start game 1 press Б0 -> Game 1 path will light up->button Б2 will start blinking->after Б2 is pressed the LEDs towards button Б4 will light up and button Б4 will start to blink->when button Б4 is pressed the direction to the next button will be lighted and the goal button will start to blink. Follow the direction until you reach the finish button( Б8). If you need to reset the wall(to return in a Ready for new game mode) just push the same start button that started the game. If the wall is not climbed on, a demo will be active - every couple of minutes the different routes will be lighted up. 38

39 Treasure Island ELECTRONIC SYSTEM MANUAL FOR ASSEMBLY 1. Components of the system 1.1 Electrical Box: The power supply/transform units work with 110/220 V AC input 50/60Hz, output power - 12V DC, 120/150 W. They provide the voltage for the LED lights mounted on the wall, control board, LED buttons and any other device that might be mounted on the wall Controller controls all the hardware from the el. system mounted on the walls, contain the logic of the game. Receives and send signals from the different devices. Controller El.b box Automatic Fuse - must be turned on after the installation is done and all components are properly connected Wiring terminal - provides the bridges of all powers supply wiring that comes in/out from the el. box. Wiring terminal Automatic Fuse in el. Box 39

40 Treasure Island 1.2 RGB LED NODES attached on back of the wall - small board that is attached at the back of the wall. All the LED NODES nodes are connected one after another(daisy chain) forming 1 line. This line is connected with the controller directly on Line 1 out. The 1st LED NODE in side is connected with the controller Line 1 out. LED NODES connected in daisy chain on the back of the wall 1.3 Illuminated buttons attached on back of the wall - small board that is attached at the back of the wall. All the LED NODES nodes are connected one after another(daisy chain) forming 1 line. Buttons connected with LED NODES attach at the back of the wall Controller buttons connections This line is connected with the controller directly on Line 1 out. The 1st LED NODE in side is connected with the controller Line 1 out. Button connected to the LED STRIP NODE 40

41 Treasure Island 1.4 Connections between the panels and with the el. box. All the LED NODES and LED STRIP NODES, Buttons and cables are fixed at the back of the panels. In order to work - the 2 daisy chain lines(fist one for the LED NODES and the second one for the LED STRIP NODES for the buttons) must be reconnected in the areas where 2 adjacent panels connects. The main power cord, the wiring to the first LED NODE and the first/last LED STRIP NODES of the first/last button are already connected to the el. Box. Electrical box connections and cables Connection of the LED NODES lines between the panels TROUBLESHOOTING Notice* - we use two designs of the controllers. They are the same as functionality and characteristics. The only difference is the type of the connectors for the buttons and the secondary LINE 6. Design 1 Design 1 41

42 Treasure Island Problem: System does not work. Possible reason - the system isn t connected to the main power supply - please check the main power cord of the el. box is properly connected to the main power supply socket. - the automatic Fuse is not switched ON - check and switch it in ON position. Caution: switch the system on power after all the cables/connectors are properly placed. - there are no lights on the controller - Check with DC voltage measuring devise - is there a 12V DC at the output of the power supply transformers in the electrical box. - LED 3 light on the controller is constantly lit-up - contact Walltopia supplier. Funwalls Controller - not working buttons - not working lamp or switch - check the connectors on the button itself.all cables must be properly connected. Correct Controller in el. box Wrong 42

43 Treasure Island - not working lamp - the LED lamp on the button may be broken. Replace it. - the wiring maybe wrong - check that +12V on lamp goes to +12V in the wiring terminal, -12V on lamp goes to -12V in the wiring terminal. - the lamp may be in wrong position - rotate the lamp in the socket so it connects in the opposite way(if the wiring is OK). - after all checks the button still do not work/blink - replace the whole button with its LED NODE STRIP and readress line 2 from the controller. General consideration - It is not a problem to switch the 2 wires(black and yellow) for the switch. For the lamp wiring - it s important to be sure that the wiring goes properly into the wiring terminal(if switched - that gives +12V and -12V in the opposite direction of the circuit and that may cause damaging the lamp). - not working LED NODE along the wall. The Treasure Island lights up only up to a certain point that means that there is a problem directly after the last working LED NODE. Check the wiring connection between the last working LED NODE and the first one that is notworking(it should be the next one on the chain): Lamp and switch of a button - not working switch of a button - disconnected wiring. Check that all cables are connected in proper place. - If the wiring is OK - the LED NODE might be broken - replace the last working NODE (it may not be able to send the signal to the next NODE) with new one. - replace the first not working LED NODE with new one(it may not be able to receive the signal coming from the previous NODE. After replacing a LED NODE, you must readdress the whole line from the controller(same for line 2 if a whole button with LED STRIP NODE is replaced). 43

44 Treasure Island Readdressing a line - by pressing S1 button on the controller once, line 1 is selected(led 1and LED 2 are nor lit).after selecting line 1 - press and hold for couple of seconds button S2. As a result all of the LED STRIP will blink in blue then in green and will stay green. Controller in el. Box ASSEMBLE THE SYSTEM 1. All of the electronic components of the system are attached and fixed on the back of the panels. In order to assemble the system in working order it is needed to connect the unconnected links between the PLW panels. The system must be off power supply during the assembly(plug out the main power cord and keep the safety fuse in OFF position). 1.2 Connecting the additional power supply cables for the LED NODES line - the additional power supply cables connected to the el. Box must be connected to corresponding connectors along the wall. 1.1 The links are the connections between a LED NODE and the next LED node on the line, when the NODE is located at a PLW panel and the next NODE on the line is on the next PLW panel. Additional power supply cable for LINE 1 LED NODES Connections between PLW panel Each connector is marked with a number that corresponds with the number of the connector it must be plugged in. 44

45 Deep Space SUPPORTING CONSTRUCTION Standard steel columns. The panels are connected to the columns by bolt connections through steel elements with adjustable length (arms).. SURFACE Fiberglass panels. ADDITIONAL COMPONENTS Holds standard climbing holds with varying difficulty. INSTRUCTIONS FOR USE PURPOSE: The Deepspace has a threedimensional climbing surface with LED lights integrated. LEVELS: The various levels of difficulty depend on setting climbing routes with different types of holds. POWER BOX The Power Box is located on the back of the wall. The installed power of the Power Box is 960W, divided in three power supplies each 320W. After the power supply, 3 pcs. of amplifiers are mounted, which amplify the signal to the LED strips. The LED strips are controlled by RGB controller. Each line has a separate power supply through 4pcs. of line terminals. Power Led strip Line1 Power Led strip Line2 Power Led strip Line3 Power Led strip Line4 Power Led strip Line5 Control box Power Led strip Line6 Power Led strip Line7 Power Led strip Line8 Power Led strip Line9 Wiring terminal.jpg 45

46 Deep Space Attaching the LED strips to the dashboard is done by sockets marked with the appropriate strip number. The operation of the RGB controller is done by remote control. Installation of the strip to the wall is done with mounting brackets, so that the distance of the strip to the wall is not less than 0.10m. The operation of the RGB controller is done by remote control. 20 static colors, 9 dynamic modes, 5-level for speed ON/STANDBY: to turn on or switch to standby mode MODE+ / MODE- : switch to dynamic mode from static lighting mode, or switch between dynamic modes SPEED+ /SPEED- : adjust dynamic mode lighting speed BRIGHT+ / BRIGHT- : adjust lighting mode brightness COLOR+ / COLOR- : static color adjustment. Switch to static color from dynamic mode, or between static colors DEMO: at demo mode, strip will cycle 9 dynamic modes and each mode for 3 times 46

47 Deep Space The layout of the LED strips on the wall is done by the following scheme. 47

48 Volcano SUPPORTING CONSTRUCTION Standard steel frame. SURFACE Sand covered printed plywood panels. Acrilicglass (Plexiglas) ADDITIONAL COMPONENTS Buttons - mounted on the wall for game purposes. Finish Button (Volcano) Button type 3 (Volcano) Control Box Contains the powers supply, controller unit, safety fuse and wiring. LED Strip control LED Strip Lights and LED control units - attached inside the plywood panels. 48

49 Rocktopia Volcano (Single/Double) SUPPORTING CONSTRUCTION Self-supported steel frame Safety zone Impact zone SURFACE Sand covered glass-fiber panels. ADDITIONAL COMPONENTS Buttons - mounted on the wall for game purposes. Finish Button Type 1 (Volcano) Finish Button type 2 (Volcano) Button type 3 (Volcano) Control Box Contains the powers supply, controller unit, safety fuse and wiring. LED Strip control LED Strip Lights and LED control units - attached inside the plywood panels. Smoke machine - optional 49

50 Volcano & Rocktopia Volcano STARTING THE SYSTEM Oprerational power supply: VAC, 50/60 Hz 2. Plug in the power input cable into a standard socket (standard length of the power supply cable is 5m/16ft), then switch the fuse in the control box into position 1 (the default position is 0 ). button FINISH INSTRUCTIONS FOR USE PURPOSE: Game description and operating the wall: Start the game by pushing the Start button (for the plywood Volcano) or by turning the rotating hold (for the Rocktopia Volcano). The built in illumination lights up consecutive sections of the laval imitating the upward motion of the lava in an erupting volcano. The purpose is to lead the lava erupt from the main crater through the easiest way out. In this case, the illumination follows the shortest path to the sequacious buttons mounted on the wall. The goal is to push/turn on each following button from bottom to the top in order to navigate the lava through the main crater up to the top. The lava will continue to climb up towards the main eruption point by the Finish button only if the climber presses all the buttons along the branching path. The game can be restarted anytime (set into ready mode) by pushing the start button again. If there is no active game there will be a demo - the lava goes through the main crater and erupts. This demo will appear every 5 minutes. button B7 button B5 button B3 button B6 button B4 button B2 button B1 button START Volcano front view 50

51 TROUBLESHOOTING Problems: 1. System does not work Possible reasons: The system is not connected to the main power supply - please check if the main power cord of the electrical box is properly connected to the main power supply socket. The automatic Fuse is NOT switched ON - check and switch it in ON position. Caution: Switch the system on power ONLY after all cables/connectors are properly placed. NO lights on the controller - Check with DC voltage measuring devise if there is 12V DC at the output of the power supply transformers in the electrical box. LED 3 Light on the controller is constantly lit up - contact Walltopia supplier. Controller in el. box Buttons not working - check the connectors of the button itself. All cables must be properly connected. Lamp or Switch not working - check if the LED lamp on the button is broken. Replace it. Wrong wiring - check if +12V on lamp goes to +12V in the wiring terminal, and if -12V on lamp goes to -12V in the wiring terminal. The lamp is in wrong position - rotate the lamp in the socket untill it connects in the opposite way (if the wiring is correct). Fun Walls Controller lamp on button +12V lamp on button +12V switch on button 1 switch on button 2 Lamp and switch of a button Correct Wrong 51

52 2. Not working switch of a button Disconnected wiring: check if all cables are connected the correct way. General consideration - It is not a problem to exchange the two wires (black and yellow) for the switch. However, for the lamp wiring it is very important to provide correct wiring into the wiring terminal (the result of exchanging the two cables is +12V and -12V going in the opposite direction and eventual damage of the lamp). 3. Not working LED STRIP along the wall The lights light up only up to a certain point - check if there is a problem directly after the last working LED STRIP. Check the wiring connection between the last working LED STRIP NODE and the first one that is not working (the next one in the chain). Check the wiring between the LED STRIP NODE and the LED STRIP itself, make sure that the connector is properly attached. If the wiring is OK, there is a failure in the LED STRIP NODE - replace the last working NODE (it may not be able to send the signal to the next NODE). Replace the first not working LED STRIP NODE (it may not be able to receive the signal coming from the previous NODE). After replacing a LED STRIP NODE, you must readdress the whole line from the controller. Readdressing a line: Press S1 button on the controller once - Line 1 is selected (LED 1 and LED 2 are not lit). Select Line 1 - press and hold for a couple of seconds button S2. In result, at first all of the LED STRIP will blink in blue colour then will turn green. Controller in el. Box All the LED STRIP NODES are numbered and marked in a clear order of the chain. If during readressing some of the LED STRIPs are not lit up - it shows malfunctioning due to some of the already listed reasons. After readdressing the line - restart the power supply from the safety fuse and check the conditions of the system. 52

53 Fireman Wall SUPPORTING CONSTRUCTION: Standard steel frame SURFACE Sand covered painted plywood panels. ADDITIONAL COMPONENTS Convex wooden ladders - supplied in different colours, designed for holding and stepping on during the climb. Plywood sills - designed for holding. LED Boxes - mounted on the back side of the panels. Containg LED strips. Buttons - mounted on the wall for game purposes. Finish Button Start Button Control Box - contains the powers supply, controller unit, switches and wiring. Cable channels - mounted on the back side of the panels for cables fixing. 53

54 STARTING THE SYSTEM Oprerational power supply: VAC,50/60 Hz 2. Plug in the power input cable into a standard socket (standard length of the power supply cable is 5m/16ft), then switch the fuse in the control box into position 1 (the default position is 0 ). INSTRUCTIONS FOR USE PURPOSE: There are two games available. Each game can be started by pushing the corresponding Start button. If no game is started, the different windows light up in 1 minute interval as a demo. Game 1 When the Start button 1 is pressed all the windows light up as if the whole building is on fire. The goal is for the climber to extinguish the fire in each window by pressing the buttons above them along the way up. The buttons must be pressed in a sequential manner from the bottom to the top FINISH button. Game 2 When the Start button 2 is pressed, only one window lights up. The player must extinguish the fire in that window by pressing the corresponding button. Then another window lights up. The player must extinguish the fire on the different windows one by one. The order of lighting up is - window 1, window 3, window 5, window 2, window 4, window 6. The climber needs to move up and down a few times which makes Game 2 is more challenging then Game 1. There is no time limit on any of the games. The game could be restarted into initial mode (reset) anytime after it was stared by pressing the corresponding Start button. NOTE: The presented fornt view is of 8 m heigh wall. Depending on the height of the supplied wall, the number of windows and ladders may vary. button WINDOW 5 button WINDOW 3 button WINDOW 1 button WINDOW 6 button WINDOW 4 button WINDOW 2 button GAME 2 button GAME 1 Fireman s Wall front view 54

55 Speed Wall SUPPORTING CONSTRUCTION: Standard steel frame SURFACE Sand covered printed plywood panels.. ADDITIONAL COMPONENTS: Holds of set Speed supplied in two different colours for each part of the wall. Could be arranged in different patterns. Buttons - mounted on the wall for game purposes. Finish Button Start Button Control Box - contains the powers supply, safety fuse and wiring. Timers - attached to the plywood panels Cable channels - mounted on the back of the panels for cables fixing. 55

56 STARTING THE SYSTEM Oprerational power supply: VAC,50/60 Hz 2. Plug in the power input cable into a standard socket (standard length of the power supply cable is 5m/16ft), then switch the fuse in the control box into position 1 (the default position is 0 ). INSTRUCTIONS FOR USE PURPOSE: Left start button Press once for setting the left timer on 0:00:00. Press a second time to start the left timer. Right start button Press once for setting the right timer on 0:00:00. Press a second time to start the right timer. Start All button Press once for setting both of the timers on 0:00:00. Press a second time to start both of the timers. Press and hold a couple of seconds to reset the timers. Left Finish button Stops the left timer. Right Finish button Stops the right timer. After pressing a finish button the timer will display the current time for 5 minutes and after that it will reset by default (unless it was reset by pressing/ holding the Start All button). Speed wall front view PURPOSE The Speed Walls can be used by two players to compete as well as by a single player to track the speed of each climb and to improve their achievements. Into competing mode, each timer is started by pressing the general sensor button. If the wall is used individually the timer is started by the single start button. The route is considered climbed only when the climber presses the Finish button that stops the timer. LEVELS The combination of the location and number of holds define the difficulty level. Supervisors determine which route to prepare depending on the willingness and abilities of the participants. 56

57 SAFETY INSTRUCTIONS Necessary equipment STANDARD Climbing harness A harness with appropriate size for every participant should be selected from the climbing center inventory. The harness should be strapped and adjusted tight but without restricting the movement of the participant. Kid s full body harness For all participant up to 8 years old or under 30kg. Full body harness and helmet for Jump in the air and Skyscraper walk for all participants. Helmet for Geometrix and Parabolic Slide. Make sure all helmets are well fitted to the head of the participant. Comfortable clothing without hanging accessories or scarves. Comfortable shoes with soft soles Depending on the operations of the rest of the facility, socks may be used as well. Please beware that climbing in socks is less comfortable than in shoes and there is a higher risk of hurting one s toes and/or slipping. The use of Fun Walls is allowed only after permission of the supervisor and runs under his surveillance. The supervisor must ensure that the participant s harness is correctly put on and well adjusted and should assist them attaching to the automatic belay device. The participants should always wait for assistance with the attachments on the Fun Walls equipped with regular carabiners on the automatic safety devices. The participants are allowed to perform the attachment themselves only if the Fun Walls are equipped with Safe Belay* connectors! *For more information about Self Belay, see page 4 Attention! The automatic safety device should be gently pulling the participant upwards and the belay rope should not have any slack. In case of slack, the automatic belay device should not be used until inspected by a qualified personnel. Safety requirements 57

58 Climbing without belay or attaching the belay carabiner to pants loop, belts or other parts of the clothing is dangerous and strictly prohibited. The automatic safety device should only be attached to the belay loop of the harness as illustrated. Please refer to the safety instructions provided by the manufacturer of the harnesses you have chosen for complete guidelines on their use. Observes of the climber must be away from the Fun Walls element s safety zone, usually within at least 1.5 m radius. During the descent the participants should sit in the harness, put their legs at a 90 degree angle facing the climbing surface and walk down the Fun Walls surface while being safely lowered to the ground. Attention! OnBelay 08 works within weigh range betweeen 15 and 120 kg. Participants who weigh less than 15 kg are likely to get stuck to the top of the wall. In case OnBelay fails to lower a participant, the supervisor should use the emergency rope to reach them and retrieve them to the ground. If a participant of 15kg or less would like to use the facility, use a textile rope tied to the harness to assist the lowering by pulling the participant down. NOT ALLOWED Climbing with shoes with hard/steel sole, high heels, flip-flops or barefoot. Climbing with loose clothes Climbing with loose and/or hanging accessories such as scarves, big necklesses or earrings. ON BELAY MONITOR DEVICE The On Belay Monitor device provides easy quick daily inspection of the On Belay autobelay device operation that it is connected to. The On Belay Monitor device is usually installed on the front panels of a Fun Walls element and therefore is easily accessible for daily monitoring of its indications. On the On Belay Monitor device there are two light indicators for the condition of the On Belay autobelay device : the upper one - for the Air pressure the lower one - for the Oil level. Under normal conditions, the On Belay Monitor device indicates green lights. Under condition of Low Oil Level or Air pressure Drop - the corresponding light indicator of the On Belay Monitor device starts to blink evenly in red light and sound notification is produced. The sound notification could be stopped by paving a magnet on 5-10 mm against the Monitor device surface in the zone between the light indicators and the manometer. The red light indication could not be stopped before the breakdown condition is fixed. To fix the breakdown condition of the On Belay autobelay device follow the procedures described in the user manual for that device. Afterwards, the On Belay Monitor device must be restarted. For this purpose pave a magnet on 5-10 mm against the Monitor device surface in the zone between the light indicators and the manometer. Attention: Light indicator blinking rapidly in red light is indication for broken wire connection with the corresponding sensor or short circuit. Descending upside down Sticking and trapping limbs (arms and legs) in holes under any circumstances Inserting clothes and hard objects in gripping holes Stepping on the gates 58

59 INSPECTION OF FACILITIES Monthly check STANDARD COLUMNS Access to the construction and On Belay08 is accomplished through the small doors in the nonclimbing sides. The check includes The basic details of the anchoring and the bolt connections - all bolt connections and anchors have a marker put after the completion of installation. Look for mismatch of the marker on the nut and bolt, if present: the compound must be tightened. Consoles for leading the rope of the Auto belay and the rolls Bolt compounds have to be checked if there are visible deformations of the dynamic load, if the free movement of ropes and pulleys is not a problem, and whether they are worn out equally. The pulleys must rotate freely. The sleeve must not interfere with the rope in any way. correct Unacceptable! For change! Panels They are visually inspected every day before use and at least one time monthly detailed inspection, watching for: Sharp edges on the surface of the panels; Significant wear and damage of the coverage; Loosening, breaking out, if some of the screws that mount the panels is out of its bed. 59