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 6' min. 

 6' min. 

2x Swing

Beam Height

2x Swing

Beam Height

 6' min. 

 6' min. 

Choosing a location for your play system

When selecting your play site, always keep the child's safety in mind.  Here are some recommendations that should help you achieve a safe 

play area.
 1.  The play system should be located on solid level ground free of objects that could cause injury such as, but not limited to, tree stumps, 

      roots, and large rocks.  Stationary components such as ladders and slides must be no less than SIX FEET (1.8 meters) from any 

      structure or obstruction such as a fence, garage, house, tree or overhanging branches, electrical wires or clotheslines.  Any swinging 

      equipment must be a minimum distance of TWICE the height of the swing beam away from any structures or obstructions as specified 

      above.  We also recommend that you do not install your play system near a lake, river, swimming pool or other water hazards.

 2.  If anchoring your play system, all underground utilities must be located in play zone before starting assembly of play system. 

 3.  Try to locate slide out of direct sunlight to reduce the likelihood of serious burns.  A slide that faces north will receive the least direct 

      sunlight.

 4.  It is recommended not to place a set on sandy soil or loose fill as it may require additional anchoring in that situation.

 5.  Do not install your play system over concrete, asphalt, packed earth, grass, carpet, or any other hard surface.  A fall onto a hard surface 

      can result in serious injury to the play system user.

Choosing a surfacing material

The consumer shall provide playground surfacing materials under and around residential play equipment that conforms to the 

recommendations of the Consumer Product Safety Commission's Outdoor Home Playground Safety Handbook publications #324.  A copy 

of the section relating to surfacing materials is included in the installation instructions.  Free copies of this handbook are available on line at 

www.cpsc.gov or by contacting the CPSC Publications Office in Washington D.C. 20207.  

Playground equipment should never be placed on hard surfaces such as concrete or asphalt.  Do not use loose fill surfacing on top of hard 

surfaces such as concrete or asphalt.  While grass may appear to be acceptable, it may quickly turn to hard packed earth in areas of high 

traffic.  Shredded bark mulch, wood chips, fine sand or fine gravel are considered to be acceptable shock absorbing surfaces when installed 

and maintained at a sufficient depth under and around playground equipment.  The U.S. Product Safety Commission (CPSC) estimates that 

about 100,000 playground equipment-related injuries resulting from falls to the ground surface are treated annually in U.S. hospital's 

emergency rooms.  Injuries involving this hazard pattern tend to be the most serious of all playground injuries, and have a potential to be 

fatal, particularly when the injury is to the head.  The surface under and around playground equipment can be a major factor in determining 

the injury-causing potential of a fall.  It is self evident that a fall onto a shock absorbing surface is less likely to cause a serious injury than a 

fall onto a hard surface.  
The following information is intended to assist in comparing the relative shock-absorbing properties of various materials.  No particular 

material is recommended over another.  However, each material is only effective when properly maintained.  Materials should be checked 

periodically and replenished to maintain correct depth as determined necessary for your equipment.  The choice of a material depends on 

the type and height of your playground equipment, the availability of the material in your area, and its cost.
Table 3.1 lists the maximum height from which a child would not be expected to sustain a life-threatening head injury in a fall onto four 

different loose-fill surfacing materials if they are installed and maintained at depths of 6, 9, and 12 inches.  However, it should be recognized 

that all injuries due to falls cannot be prevented no matter what surfacing material is used. 

The URL is http://www.cpsc.gov/cpscpub/pubs/324.pdf and the file size is 456.5KB

Set Dimensions 

Play Zone

L 15' x W 13 1/2' x 

H 9 1/2'

L 27' x W 27 1/2'

3

Summary of Contents for Super Funhouse

Page 1: ...To be used under the direct supervision of an adult Intended for children ages 3 10 This owner s manual contains important information about how to assemble locate use and maintain this playground eq...

Page 2: ...ware and parts to help with building your playground WARNING Failure to follow the assembly location use and maintenance instructions in this manual could result in serious injury to children using th...

Page 3: ...ages 3 WARN CHILDREN TO AVOID playing or walking in front of behind or between moving equipment 4 WARN CHILDREN NOT TO twist swing chains or ropes or to loop them over the top support bar since this...

Page 4: ...shington D C 20207 Playground equipment should never be placed on hard surfaces such as concrete or asphalt Do not use loose fill surfacing on top of hard surfaces such as concrete or asphalt While gr...

Page 5: ...inches Tighten close as necessary 7 Remove plastic swing seats and take indoors or do not use when temperature drops below 32 Fahrenheit Reinstall swing seats when the cold season is complete 8 Check...

Page 6: ...sure you do not lose any hardware 8 Before starting each Step thoroughly read all of the instructions to ensure all information is understood Pay special attention to the orientation of each part deta...

Page 7: ...ment A check is a separation of the wood fibers running with the grain This is caused by varying temperature and moisture conditions By coating your Play System annually with a sealant or preservative...

Page 8: ...5 6 7 8 9 H4 H7 H1 H3 H11 H93 H104 H108 H116 H100 H30 H34 H32 H24 H17 H28 H176 H194 H152 H154 H155 H170 H192 H203 H163 H166 H164 H157 H9 NOTE Thread length may vary from what is pictured 7 HARDWARE FO...

Page 9: ...0 1 2 3 4 5 6 7 8 9 H126 H129 H60 H56 H50 H146 H135 H55 NOTE Thread length may vary from what is pictured 8 HARDWARE FOR ASSEMBLY...

Page 10: ...0 1 2 3 4 5 6 7 8 9 H196 H14 H57 H139 H140 H63 NOTE Thread length may vary from what is pictured 9 HARDWARE FOR ASSEMBLY...

Page 11: ...781 H17 Standard Nut 3 8 2 5 46 0781 H28 Acorn Nut 3 8 2 5 46 0781 H32 4 Prong T Nut 1 4 24 5 46 0781 H34 4 Prong T Nut 3 8 4 5 46 0781 H55 Carriage Bolt 3 8 x 6 4 5 46 0781 H63 Carriage Bolt 3 8 x 11...

Page 12: ...0222 6 1 x 4 x 10 CABIN UPRIGHT 3 01 0221 1 1 x 4 x 15 1 2 FAN VERTICAL 3 01 0219 2 1 x 4 x 27 1 2 RAIL UPRIGHTS w HANDLE HOLES 3 01 0217 20 1 x 4 x 44 ROOF BOARD 3 01 0215 16 1 x 4 x 40 DECK BOARD 3...

Page 13: ...x 4 x 37 7 8 RUNNER BOARD 3 09 0136 2 5 4 x 4 x 30 1 2 RUNNER BOARD 3 09 0139 1 5 4 x 6 x 10 FAN CENTER 3 10 0064 1 5 4 x 6 x 40 ARCHED FACIA 3 10 0066 1 5 4 x 6 x 38 ARCHED FACIA 3 10 0069 1 5 4 x 6...

Page 14: ...3 8 x 6 1 2 12 5 46 0410 H116 Lag Bolt 3 8 x 3 1 2 2 5 46 0770 H108 Lag Bolt 5 16 x 3 2 5 46 0770 H100 Lag Bolt 1 4 x 4 1 2 4 5 46 0770 H166 Phillips Pan Head Tap Screw 14 x 1 1 2 4 5 46 0770 H4 Flat...

Page 15: ...ock Washer 1 4 8 5 46 0769 H32 4 Prong T Nut 1 4 8 5 46 0769 Box Kit Glider Parts List F N DESCRIPTION DIMENSION QTY Found In H57 Carriage Bolt 3 8 x 7 4 5 46 0754 H140 Hex Head Bolt 3 8 x 10 2 5 46 0...

Page 16: ...47 0033 2 SLING SWING 5 40 0034 1 SWING BEAM PLATE 5 35 0092 1 TRAPEZE BAR 5 40 0063 2 TRAPEZE RING 5 40 0066 4 LONG CHAIN 5 37 0043 2 SHORT CHAIN 5 37 0042 1 45 Bracket 5 35 0094 6 SPRING CLIP 5 47...

Page 17: ...HAIN 5 40 0346 1 GLIDER SEAT 5 40 0031 4 SWING HANGER 5 45 0009 2 3 8 Bolt Cup 5 47 0043 Box Kit Glider Parts List N169 N30 N323 1 4 CHAIN TIRE 5 40 0064 6 SHORT CHAIN 5 37 0042 2 C LINK 5 47 0030 Box...

Page 18: ...07 9134 1215 0072 1220 1219 0064 2043 1217 9140 9133 9138 3103 3104 N8 1169 0071 1221 1218 0070 0073 0066 N324 1212 9131 N156 2044 1213 1222 6041 6042 712 236 216 251 215 243 221 211 218 214 250 217 2...

Page 19: ...75 3102 0075 6092 6091 N15 N31 6041 9134 0072 1218 1224 0074 3102 9132 6092 1169 9135 6094 N10 6093 N19 N20 6043 6044 1216 9139 N12 N13 675 227 235 254 212 223 254 228 244 228 223 253 23 234 214 220 2...

Page 20: ...time SUGGESTION When installing Facias put bottom Lag Bolts in first and check that measurements are correct and assembly is square before inserting top Lag Bolts 3 Attach 6 Hole Facia 246 0067 to Cor...

Page 21: ...73 apart then attach 6 Hole Facia 246 0067 to Corner Posts using 5 16 Hardware H108 and 1 4 Hardware H1 Facia must be flush with the bottom and outsides of Corner Posts and offset holes must be up as...

Page 22: ...rner Posts 226 6090 227 6091 228 6092 using 5 16 Hardware H108 and 1 4 Hardware H1 Assembly must measure 40 when properly assembled and offset holes in Facias should be down as shown in Inset A 2 On L...

Page 23: ...227 247 226 247 227 226 228 228 247 247 NOTE Pre drill holes for all 5 16 Lag Bolts using a 1 8 drill bit 1 Measure up 35 7 8 and 47 3 8 on Corner Posts 226 6090 227 6091 228 6092 and attach Main Beam...

Page 24: ...should be down 2 On middle Corner Posts 226 6090 227 6091 install 2 Hole Facias 234 9132 flush with previously installed 2 Hole Facias 235 9133 using 5 16 Hardware H108 and 1 4 Hardware H1 Offset hole...

Page 25: ...ck Boards 209 1213 222 2044 263 1214 to Main Beams 247 0068 using 8 Hardware H152 3 Center Runner Boards 238 9136 on center pre drilled holes and attach to Deck Boards using 8 Hardware H194 4 Center S...

Page 26: ...ces 223 3102 may split if not pre drilled as suggested 1 Position Angled Braces 223 3102 against Deck Facia 233 9131 Main Beams 247 0068 6 Hole Facia 253 0074 Corner Uprights 226 6090 227 6091 228 609...

Page 27: ...es for all 5 16 Lag Bolts with a 1 8 drill bit 1 Position Corner Facias 242 9140 to rest directly on top of Facias 233 9131 235 9133 and flush with the outside face of Uprights 226 6090 227 6091 228 6...

Page 28: ...ground Install 1 4 Hardware H32 into pre drilled holes as shown A small hammer or mallet may be used if needed 2 Flip Rail Uprights w Handle Holes 213 1217 and attach Safety Handles N5 as shown using...

Page 29: ...Hole Facias 234 9132 235 9133 using 8 Hardware H194 Use the measurements in the diagram below for approximate spacing between Rail Uprights 23 1169 2 Flush one face of Rail Uprights 23 1169 with ends...

Page 30: ...into Ladder Legs 224 3103 225 3104 on the sides with the notches cut out 2 Flush surfaces of Left Step Ladder Leg 224 3103 and Right Step Ladder Leg 225 3104 3 Center Steps 240 9138 on Ladder Legs 224...

Page 31: ...ider Blocks 797 6882 on Swing Beam 712 7007 as shown in Inset A Attach using Bolt Cups N29 and 3 8 Hardware H3 H11 H24 H28 H140 2 Position Lower Glider Blocks 798 6883 against Swing Beam 712 7007 on e...

Page 32: ...etail A 2 Open C Links N30 Divide the six Chains N323 into groups of three chains Connect each group of Chains N323 together using C Links N30 as shown in Inset A 3 Attach Chains N323 to Eye Bolts H19...

Page 33: ...tate freely 1 Position Ship s Wheel N20 against Rail Upright 23 1169 and attach using 1 4 Hardware H7 and 14 Hardware H166 Be sure that 14 Hardware H166 goes through Rail Upright 23 1169 and into Faci...

Page 34: ...Rope 2 Thread Rope through Facia w Rope Hole 252 0073 and tie a double knot on the back side of Facia WARNING TO PREVENT THE RISK OF STRANGULATION THREE KNOTS MUST BE TIED IN ROPE AND ROPE MUST BE SE...

Page 35: ...ttach to Corner Uprights and Swing Beam A Frame Legs using 1 4 Hardware H93 Stakes should stick out 2 4 above the ground NOTE Stakes must be as close as possible to the Corner Uprights and A Frame Leg...

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