Absco Highlander Shed Model: 3060HK

Transcription

1 FOR CONSTRUCTION IN NON-CYCLONIC AREAS WIND RATING: W33N (N2) FRONT: 5.96m SIDE: 3.00m HEIGHT: 2.3m CONCRETE SLAB 300mm 6060mm CONCRETE WHEN LAYING YOUR CONCRETE SLAB, ENSURE THERE IS A REBATED EDGE 25mm DEEP AROUND THE PERIMETER 00mm CHANNEL REBATED EDGE CONCRETE SLAB THIS WILL HELP WATER EGRESS FROM THE BASE OF THE SHED 75mm WIDE REBATE We thank you for choosing an Australian made shed. For further assistance please visit our detailed instructional video library at At ABSCO Industries we are always looking to be number ONE, so please let us know what you think of our instructions. Feedback makes us better. feedback@absco.com.au Page

2 GENERAL Before commencing any assembly, read through these instructions in detail to gain a thorough understanding of assembly methods and associated details. Unpack the carton and carefully identify and check off all the parts against the parts described and illustrated on the following pages. Local Authority approval must be obtained prior to construction of the shed. Once you have selected your site you will need to lodge a site plan to your local council SITE PREPARATION The site for the shed must be level. An uneven surface may result in misalignment of parts. It is recommended that the shed be set on a 00mm rebated concrete slab and anchored down appropriately (refer to last page for details). A flat slab with a chamfered edge can be used but will not result in optimum results. IF USING A REBATE ENSURE ALL FRAME UPRIGHTS ARE TRIMMED 25mm. Anchor sets are not supplied as standard items with this product as some customers wish to use their own anchoring systems. TOOLS REQUIRED OPTIONAL Normal: 3mm Normal: 4mm & 0mm Masonry: 0mm A NOTE ON SAFETY Some parts may have sharp edges. It is advisable to wear gloves when handling these items and safety glasses if drilling holes. Sensible shoes are highly recommended. Do not erect your shed in windy conditions, ensure that the shed is securely anchored to a solid foundation immediately after construction is completed. It is highly recommended to erect the shed with two or more people. Page 2

3 SPLIT SHEET H39 INTO H39B SHEETS This ABSCO products comes with a perforated sheet (H39) that is designed to be split into two smaller sheets (H39B) SPLITTING SHEET H39 QTY COMPONENT DESCRIPTION PART No. QTY COMPONENT DESCRIPTION PART No. STEEL SHEET 2034mm X 773mm H39 2 = STEEL SHEET 2034mm X 329mm H39B THESE SHEETS HAVE SHARP EDGES. ONCE SEPARATED PLEASE USE APPROPRIATE FOOT AND HAND PROTECTION WHEN HANDLING. In order to split the sheet lay it on the ground and lift and fold one end until the perforations have cleanly snapped. Discard the middle piece as scrap when convenient. Fold the scrap piece in half 2-3 times and throw in bin. SCRAP SCRAP SCRAP SCRAP SCRAP SCRAP SCRAP SCRAP CHECK SHEET FOR PERFORATIONS FOLD FIRST SECTION OF SHEET UNTIL FREE FOLD MIDDLE SECTION OF SHEET UNTIL FREE DISCARD MIDDLE PIECE PAGE 3

4 COMPONENTS PACKING LIST - CHECK OFF ALL COMPONENTS MAIN PACK CARTON (PACK OF 3) QTY COMPONENT DESCRIPTION PART No. CHECK QTY COMPONENT DESCRIPTION PART No. CHECK 2 STEEL SHEET 974mm X 773mm H26 2 GABLE L/H L=475mm 6L STEEL SHEET 974mm X 773mm F 2 GABLE R/H L=475mm 6R 6 STEEL SHEET 546mm X 773mm 45A 2 BRACE L= 393mm 3A 2 STEEL SHEET 2034mm X 329mm H39B RIDGE 2 BEAM 97AL L = 52mm 2 STEEL SHEET 974mm X 7mm H37 RIDGE 2 BEAM 97AR L = 52mm STEEL SHEET 2034mm X 73mm H32 3 RIDGE BEAM JOINER L: 450mm (7.7") ZARSP STEEL SHEET 2034mm X 73mm H33 FITTINGS & ACCESSORIES PACKET (SEE PAGES 6 & 7) CHANNEL SET PACKET (SEE PAGES 4 & 5) ALL SHEETS HAVE PART NO.S LOCATED ON LOWER RIGHT OR UPPER LEFT CORNER OF COLORED SIDE AS SHOWN Part No. Here PAGE 4

5 COMPONENTS PACKING LIST - (CONT.) CHECK OFF ALL COMPONENTS CHANNEL SET QTY COMPONENT DESCRIPTION PART No. CHECK QTY COMPONENT DESCRIPTION PART No. CHECK 3 CHANNEL L = 496.5mm 55B 55BL 3 CHANNEL L = 496.5mm 55B 55BR CHANNEL L = 496.5mm 56A 56AL CHANNEL L = 496.5mm 56A 56AR CHANNEL L = 496.5mm 56B 56BL CHANNEL L = 496.5mm 56B 56BR 4 60A CHANNEL L = 496.5mm 60AL 4 CHANNEL L = 496.5mm 60A 60AR CHANNEL L = 496.5mm 77B 77BL CHANNEL L = 496.5mm 77B 77BR 77C CHANNEL L = 496.5mm 77CL 77C CHANNEL L = 496.5mm 77CR 5 8A CHANNEL L = 496.5mm 8AL 5 8A CHANNEL L = 496.5mm 8AR 3 CHANNEL L = 496.5mm 8B 8BL 3 CHANNEL L = 496.5mm 8B 8BR PAGE 5

6 COMPONENTS PACKING LIST - (CONT.) CHECK OFF ALL COMPONENTS CHANNEL SET (CONTINUED) QTY COMPONENT DESCRIPTION PART No. CHECK QTY COMPONENT DESCRIPTION PART No. CHECK 2 CHANNEL L = 773mm 58C 58C Part No. Here JAMB L= 788mm 90B 4 CHANNEL L = 55mm 63A 63A 2 Part No. Here JAMB L= 20mm 9A CHANNEL L = 788mm 79B 79B Part No. Here JAMB L= 537mm 93L 2 CHANNEL L = 329mm 8M 8M Part No. Here JAMB L= 537mm 93R 3 HC CHANNEL WITH HINGES L = 974mm HC 3 Part No. Here JAMB L= 2034mm HJ 2 CHANNEL L = 974mm HC2 HC2 Part No. Here JAMB L= 2034mm HJ2 4 87A LIP TRIM L= 546mm 87A Part No. Here JAMB L= 974mm HJ3 PAGE 6

7 COMPONENTS PACKING LIST - (CONT.) CHECK OFF ALL COMPONENTS FITTINGS & ACCESSORIES PACKET CONTENTS QTY COMPONENT DESCRIPTION PART No. CHECK QTY COMPONENT DESCRIPTION PART No. CHECK DOUBLE DOOR KIT (SEE BELOW) SINGLE DOOR KIT (SEE OVER) ASSEMBLY 2 CAP GABLE L: 70mm 4A 24 SELF DRILLING HEX HEAD TEK SCREWS (NO HOLE REQUIRED) 3 DOOR STRAP L: 65mm 2A 3mm (0.2") DRILL BIT RIDGE CAP JOINER 98A HEX TEK SCREW DRIVER BIT RIDGE 5 PLATES RBP PHILLIPS HEAD DRIVER 9 CHANNEL JOINER L= 200mm (7.9") CSJ 4 JAMB L= 75mm 93B DOUBLE DOOR KIT PACKET CONTENTS 3 DOOR PADBOLT 22A 2 DOOR PADBOLT HASP SELF TAPPING SCREWS PACKET CONTAINING /6 ROUND HEAD BOLTS & NYLOCK NUTS 2 3/6 COUNTERSUNK SCREWS & NUTS x 8mm BLIND POP RIVETS PAGE 7

8 COMPONENTS PACKING LIST - (CONT.) CHECK OFF ALL COMPONENTS SINGLE DOOR KIT PACKET CONTENTS DOOR PADBOLT 22A DOOR PADBOLT HASP SELF TAPPING SCREWS PACKET CONTAINING x 8mm BLIND POP RIVETS 2 3/6 COUNTERSUNK SCREWS & NUTS MAIN PACK CARTON (PACK 2 OF 3) 5 STEEL SHEET 2034mm X 773mm H C CHANNEL L = 954mm 2 STEEL SHEET 2034mm X 773mm H3 HIGH-PORTAL PACK (SEE BELOW) C482 CHANNEL L = 482mm HIGH-PORTAL FRAME ACCESSORIES 4 KNEE PLATE 8 0mm DYNABOLT 4 APEX PLATE 300 6mm TEK SCREWS 4 MULTI PURPOSE BRACKET PAGE 8

9 COMPONENTS PACKING LIST - (CONT.) CHECK OFF ALL COMPONENTS HIGH-FRONT FRAME PACK (PACK 3 OF 3) QTY COMPONENT DESCRIPTION PART No. CHECK QTY COMPONENT DESCRIPTION PART No. CHECK C K0285 CHANNEL L = 2300mm CHANNEL L = 285mm N C0240 CHANNEL L = 2070mm CHANNEL L = 240mm C C000 CHANNEL L = 2034mm CHANNEL L = 00mm M484 CHANNEL L = 484mm 99A HAT= 2290mm SMALL TRIANGULAR PLATE 4 HAT= 350mm 99B 50 SELF DRILLING 6mm TEK SCREWS 0 MULTI PURPOSE BRACKET 6 0mm DYNABOLTS PAGE 9

10 FOR JOINING SPLICED CHANNELS NOTE: THE TEXT MARKED ON ALL PARTS MUST BE SHOWN ON THE SAME SIDE AS EACH OTHER. = = = = CSJ JOIN>> <<JOIN JOIN>> = = J JOIN>> SJ STEP. Position the channels and the CSJ joiner channel so the center of the CSJ is in line with the end of each channel to be joined together. STEP 2. Join the first channel to the CSJ by inserting the center of the CSJ (on an angle) to the end of the channel where the JOIN>> text is marked. Push down one side of the CSJ until you hear a 'click'. = = JOIN>> <<JOIN JOIN>> = <<JOIN = DRILL 4mm (0.6") x 3mm (0.2") (2 PER A SIDE) HOLES TO SECURE SECTIONS TOGETHER. (THESE SCREWS MAY HAVE TO BE TEMPORARILY REMOVED AND REPLACED DURING LATER ASSEMBLY) STEP 3. Join the second channel to the CSJ by positioning the <<JOIN end of the channel at the center of the CSJ (on an angle). Push the CSJ into the channel until you here a 'click'. FINISHED CHANNEL The joined channels should now look like the picture above with the CSJ positioned equally inside of the joined channels. PUSH QTY = 0pcs. CSJ PUSH CSJ CSJ CSJ CHANNEL HIGH-SIDE CHANNEL CSJ CHANNEL LOW-SIDE 20mm (0.79") CSJ CHANNEL 5mm (0.59") PAGE 0

11 STEP. PRE-ASSEMBLY OF SPLICED CHANNELS NOTE: JOIN TOGETHER 38 X CHANNEL SECTIONS USING 9 X CHANNEL JOINERS (PART CSJ) 5 X 8AR 5 X 8AL 4 X 60AR 4 X 60AL X 77CR X 77CL X 56AR X 56AL X 56BR X 56BL NOTE: SOME CHANNELS HAVE HOLES IN THEM - YOU WILL NEED TO RE-DRILL HOLES ON ANY CHANNEL WHERE THE CSJ JOINING CHANNEL COVERS HOLES ON THE CHANNELS YOU ARE CONNECTING 3 X 55BR 3 X 55BL 60AL 56BL 2993mm (7.8") 60AR 8AL 8AR 77CL 55BL 77CR 55BR 56BR 56AL 56AR 8BR 77BL 77BR = = = = = = = = 5 x 8A 4 x 60A x 77C 3 x 55B x 56A x 56B x 77B 3 x 8B X 77BR X 77BL 8BL 3 X 8BR 3 X 8BL PAGE

12 FOR JOINING SPLICED RIDGE BEAM STAGE : PUSH RIDGE BEAMS TOGETHER, MAKE SURE THERE IS A 50mm OVERLAP OF THE RIDGE CAP STAGE 2: INSERT RIDGE CAP JOINER INTO CONNECTED RIDGE CAPS. MAKE SURE JOINER HAS 225mm IN EACH RIDGE CAP. STAGE 3: TURN RIDGE CAP OVER AND MEASURE 250mm FROM THE END OF EACH RIDGE CAP. PLACE TEK SCREWS IN 50mm INCREMENTS FROM SAID END. REPEAT THIS PROCESS FOR THE OPPOSING HALF OF RIDGE BEAM PAGE 2

13 STEP 2. PRE-ASSEMBLY OF SPLICED RIDGE BEAM 2x REQUIRED QTY. = TEK SCREW DRIVER BIT QTY. = 8 SELF DRILLING TEK SCREW QTY. = 2 RIDGE BEAM 52mm (59.9") PARTS 97AL & 97AR QTY. = PUSH PUSH PART ZARSP - 450mm (7.7") LONG 6mm (0.63") 97AR ZARSP 200mm (7.9") 250mm (9.8") 97AL 6mm (0.63") (PART 97A) 2993mm (7.8") OVERALL LENGTH THE TOP SECTIONS OF CAPPING WILL OVERLAP EACH OTHER AT THE JOIN BY 50mm (2.0"). PAGE 3

14 VIEW OF ROOF COMPONENTS 87A 4A 60A 8A 97A 45A 45A 60A 45A RBS 45A 45A 45A 8A 45A 45A 45A 98A 45A 45A 8A 45A 45A 87A 45A 4A 60A 97A 60A 87A 45A 45A 8A NOTE: ALL PERIMETER CHANNELS 8A & 60A NEED TO BE SHORTENED BY 6.5mm AS PER PAGE 20 87A PAGE 4

15 6R 6L Absco Highlander Shed 55B H3 H3 H3 H30 H30 8A H3 H3 H30 77B H3 56A 77C H30 H3 H3 H3 H3 H33 H32 6L 6R 8M H39B 93L HJ 99B H39B H30 55B H3 H3 56B 90B HIGH-PORTAL FRAMES 8B HJ HJ2 79B NOTE: ALL PERIMETER CHANNELS 8B, 56B & 55B NEED TO BE SHORTENED BY 6.5mm AS PER PAGE 20 HIGH-FRONT FRAME HC 93R H37 63A 99A H26 HJ 63A H26 H37 8M HC 8B DOOR SHEET 975mm SINGLE HC2 9A 58C F 58C HC NOTE: SOME COMPONENTS ARE IDENTICAL EXCEPT FOR PRE-PUNCHED HOLE LOCATIONS. TAKE CARE WHEN ASSEMBLING COMPONENTS, ENSURING THAT THE PART NUMBERS MARKED ON EACH COMPONENT MATCH THOSE NOTED IN EACH STAGE OF THESE. LAY OUT ALL PARTS AS ILLUSTRATED TO FAMILIARISE YOURSELF WITH COMPONENT IDENTIFICATION AND THEIR INTENDED LOCATIONS. HC2 HJ3 22A 2A 63A VIEW OF WALL COMPONENTS PAGE 5

16 ABSCO ASSEMBLY INTRODUCTION The snap-tite assembly system locks most perimeter channels to all roof and wall sheets without the need for tools and fasteners. SNAP T TE i SNAP T TE To pre-assemble the four wall panels and two roof panels, the perimeter channels are secured to the top and bottom of each panel using the snaptite system, as detailed on the following pages wherever you see the symbol. SNAP T TE i i HIGH SIDE PUSH HIGH SIDE HIGH SIDE HIGH SIDE PUSH After joining sheets together, position channel over one end of the sheets, gently tapping it over the snaptite lugs, working along the sheets to the other end. Position sheets on timbers, trestles or partly over edge of concrete slab. FASTENING SYMBOLS D PUSH HIGH SIDE Join components together by pre-drilling the holes first. Use one component as a template to mark where the holes are. Drill with 3mm drill bit. Join components together with one screw at this location only, as some channel sections have extra holes that are not required for this model of garden shed Do not join components together at this location yet, as the screw may obstruct further assembly of other components Each perimeter channel must finish flush with the edges of the sheets. the snap-tite system allows adjustment for this process by simply tapping the channel along the sheets until each end is neatly flush. If you need to remove channels from the panels, pull the channel along the panel from opposing ends. You may need someone to help with this. 3mm POP RIVETS 4mm NUT & BOLT SET SELF DRILLING TEK SCREW FOR JOINING FRONT AND CENTRE FRAME COMPONENTS PAGE 6

17 JOINING RIDGE BEAMS USING A HACKSAW, REMOVE ONE PROTRUDING SECTION OF EACH RIDGE BEAM. DO NOT CUT OFF THE PROTRUDING SECTION AT EACH END OF THE FULL LENGTH RIDGE BEAM THIS WILL ALLOW THE TWO SECTIONS TO BUTT UP NEATLY TO EACH OTHER. QTY. = TEK SCREW DRIVER BIT A QTY. = 8 QTY. = 2 QTY. = SELF DRILLING TEK SCREW RIDGE BEAM B RIDGE BEAM SPLICE (PART RBS) (VERY TIGHT FIT, USE A HAMMER TO TAP INTO POSITION) INSERT THE RIDGE BEAM SPLICE AT AN EQUAL DISTANCE INTO EACH RIDGE BEAM. USE A STRING LINE TO ENSURE THAT THE BEAM IS STRAIGHT, THEN SECURE WITH SELF DRILLING SCREWS AS SHOWN. C A B C C A B 5953mm OVERALL LENGTH SECURE THE CAP JOINER (PART 98A) AS SHOWN PAGE 7

18 JOINING WALL & ROOF PANELS THE 2993mm LONG PANELS NOW NEED TO BE JOINED TOGETHER, TO MAKE ONE CONTINUOUS PANEL, FOR EACH ROOF AND WALL SECTION. THE PERIMETER CHANNELS WILL HAVE TO BE REDUCED IN LENGTH EQUAL TO THE AMOUNT OF THE OVERLAP, AS SHOWN BELOW TRIM THE PERIMETER CHANNELS BY 6.5mm TO ALLOW EDGE RIBS OF THE SHEETING TO BE OVERLAPPED. OVERLAP THE PANELS AND SECURE WITH SCREWS AS SHOWN. REFER TO THE PANEL CONSTRUCTION SECTION OF THIS INSTRUCTION FOR FURTHER DETAILS, AND ENSURE THAT THE PANELS ARE NOT JOINED TOGETHER WITH PRE-PUNCHED HOLES INCORRECTLY POSITIONED. THE OVERALL LENGTH OF EACH PANEL SHOULD BE THE SAME LENGTH AS THE RIDGE BEAM, WHICH IS 5953mm. RIDGE BEAM/PANEL LENGTH = 2993 LESS CUT OFF SECTION = 6.5 NEW LENGTH = TWO PANELS JOINED: X 2 = 5953mm IT IS NOT CRITICAL THAT THE OVERALL LENGTH OF 5953mm IS EXACT, BUT TRY AND MAINTAIN THE LENGTH WITHIN 5mm. PAGE 8

19 . END PANEL ASSEMBLY 77B H30 H3 i SNAP T TE 8A H3 H30 i SNAP T TE OUTSIDE OF SHED TURN THE PANEL OVER. FIT THE TWO LARGE GABLES (6L & 6R) TO THE INSIDE FACE OF THE TOP CHANNEL (77B) INSIDE OF SHED PAGE 9

20 2. SIDE PANEL ASSEMBLY (Three Required) ONE REQUIRED SHEET TYPE H30 THIS END H30 H3 H3 H3 H3 H3 H30 H3 SHEET TYPE H30 IS A CORNER SHEET AND MUST BE ORIENTATED TOWARDS THE SHEDS CORNERS WHEN PANELS FINALLY JOINED AS PER PAGE 20. TWO REQUIRED SHEET TYPE H30 THIS END i SNAP T TE 55B 8B i SNAP T TE NOTE: BE CAREFUL WITH CHANNEL ORIENTATION. THESE PANELS MUST JOIN TOGETHER AS PER PAGE 20. ENSURE THAT 55B & 8B MATCH TO THEIR CORRESPONDING CHANNELS WHEN CONNECTING TO CORRESPONDING PANEL SECTIONS. PAGE 20

21 3. ROOF PANEL ASSEMBLY (4 Required) 45A NOTE: TWO ROOF PANEL SECTIONS WILL HAVE PART (87A) FITTED TO THIS END ONLY 45A 45A 45A i SNAP T TE 60A 87A 2/PRE-PUNCHED HOLES TO THIS END OF EACH SHEET WITH PART No. 8A FITTED 8A 87A i SNAP T TE NOTE: TWO ROOF PANEL SECTIONS WILL HAVE PART (87A) FITTED TO THIS END ONLY ONCE COMPLETED THERE WILL BE 4 SECTIONS WITH 87A LIP AT ONE END ONLY. PAGE 2

22 4. DOOR PANEL ASSEMBLY SIDE DOOR 58C (ONE REQUIRED) i SNAP T TE 974mm SINGLE DOOR SHEET (FULLY PRE-PUNCHED) F HC HC2 FRONT DOORS (TWO REQUIRED) 2A i SNAP T TE 58C NOTE: THESE SHEETS HAVE NOT BEEN PRE-PUNCHED H37 LOCATE THE NARROW PAN AT THIS END H26 PRE-DRILL DOOR SHEETS WITH A 3mm DRILL BIT USING THE PRE-PUNCHED COMPONENTS SHOWN AS TEMPLATES. i 63A SNAP T TE HC NOTE: FIT ONE DOOR WITH A CHANNEL (PART HC2) FIT THE OTHER DOOR WITH A JAMB (PART HJ3) 20mm FLANGE 2A i SNAP T TE 63A 20mm 5mm FLANGE 5mm PAGE 22

23 5. SIDE PANEL ASSEMBLY HJ SINGLE DOOR HJ2 H32 H33 H3 56A HJ 56A 90B 56A HJ SNAP T TE 56A 90B 90B i SNAP T TE i 79B i SNAP T TE 56B i SNAP T TE 56A 79B HJ2 56B HJ2 79B 56B PAGE 23

24 6. DOOR PANEL ASSEMBLY SINGLE DOOR 9A 9A B NOTE: Nuts and bolts (supplied) may be used instead of pop rivets (supplied) by simply enlarging the hinge hole sets in the jamb using a 4mm drill bit NOTE: The two holes required to connect the padbolt hasp for each door have not been pre-punched, to allow for proper alignment. position each hasp centrally over the padbolt shaft, and secure with screws. The sheet metal screws supplied have the ability to self drill through the channel, use a continuous firm pressure and high drill speed and the screws will penetrate the sheet metal. If necessary a 3mm drill bit can be used. PAGE 24

25 HIGH-PORTAL FRAME DETAILS REFER TO PAGE 5 FOR HIGH-PORTAL FRAME PARTS AND ACCESSORIES 80mm PART C482 PART C mm 80mm FRAME ASSEMBLY AN EASY WAY TO ENSURE THAT THE ANGLE AT THE TOP OF THE PORTAL FRAME IS CORRECT IS TO USE THE GABLE WALL PANEL AS A TEMPLATE TO LAY THE SECTIONS OUT. AS THE PORTAL FRAME FITS INSIDE THE WALLS, THE WIDTH OF THE FRAME WILL BE 40mm LESS THAN THE GABLE WALL PANEL. 2295mm 2950mm 2 x APEX PLATES NOTE: PLEASE REFER TO THE PHOTOS ON PAGES 4-48 FOR CLARITY X KNEE PLATE x KNEE PLATE 6R 6L NOTE: REFER TO THE FOLLOWING PAGE FOR FURTHER DETAILS. NOTE: IF YOU HAVE AN EDGE REBATE IN YOUR CONCRETE SLAB, YOU WILL HAVE TO CUT AN AMOUNT OFF THE BOTTOM OF THE FRAME LEGS EQUAL TO THE DEPTH OF THE REBATE. PAGE 25

26 x HIGH-PORTAL FRAME ASSEMBLY SECURE RIDGE PLATES TO APEX PLATES = x x 8 3. x x HIGHPORTAL TO PANEL CONSTRUCTION (REFER: PANEL CONSTRUCTION) WALL/ROOF PANEL x 6 SELF DRILLING TEK SCREW HIGHPORTAL PAGE 26

27 . HIGHLANDER HIGH-FRONT FRAME ASSEMBLY (SHEET of 2) 6mm SELF DRILLING TEK SCREWS USE JOIN PART NUMBERS C2300 C0240 ONLY TO FORM BOXED SECTIONS FIT THE CHANNELS WHICH FORM THE BOXED SECTIONS TOGETHER WITH THE SMALLER EDGE NEATLY INSIDE THE LARGER EDGE. FASTEN WITH SCREWS AT 300mm SPACINGS WHERE POSSIBLE. REFER TO PAGE 7 FOR FRONT FRAME PARTS AND ACCESSORIES TRIANGULAR PLATE C2034 C0240 RIDGE PLATE M484 MULTI PURPOSE BRACKETS C2300 K0285 N2070 REFER TO THE FOLLOWING PAGE FOR FURTHER DETAILS. C000 PAGE 27

28 8. HIGHLANDER HIGH-FRONT FRAME ASSEMBLY (SHEET 2 of 2) FIT ONE 00mm CHANNEL SECTION (C000) TO BOX THE BASE OF EACH OUTSIDE LEG AS SHOWN. THESE WILL LATER BE USED FOR SECURING THE FRAME TO THE CONCRETE SLAB. SECURE THE SMALL TRIANGULAR PLATE TO THE EXTERIOR SIDE OF THE FRAME. SECURE THE RIDGE PLATE TO THE INTERIOR SIDE OF THE FRAME. 40mm ALL SECTIONS LAYOUT ALL SECTIONS AS SHOWN IN THE SAME MANNER AS THE PORTAL FRAME USE 6mm SELF DRILLING SCREWS JOIN ALL COMPONENTS TOGETHER WITH THREE SCREWS AT ALL CONNECTING POINTS ON BOTH SIDES OF THE FRAME NOTE: IF YOU HAVE AN EDGE REBATE IN YOUR CONCRETE SLAB, YOU WILL HAVE TO CUT AN AMOUNT OFF THE BOTTOM OF THE FRAME LEGS EQUAL TO THE DEPTH OF THE REBATE. PAGE 28

29 9. FRONT PANEL ASSEMBLY i SNAP T TE 77C 93R H39 93L 8M i SNAP T TE HJ i SNAP T TE H39 HJ 8M i SNAP T TE PRE-PUNCHED HOLES TO OUTSIDE EDGE 6R 6L NOTE: THE OUTER EDGE OF THE FRONT PANEL SHOULD PROTRUDE 20mm PAST THE OUTER EDGE OF THE FRONT FRAME FOR CORNER LAPPING OF SIDE WALL PANELS. (FIG. B) NOTE: WHEN THIS FRONT PANEL IS FASTENED TO THE FRONT FRAME, ALL THREE JAMBS SHOULD FINISH FLUSH WITH THE EDGE OF THE FRONT FRAME, THUS FORMING A WEATHERPROOF REBATE FOR THE DOORS. (FIG. A) LEFT HAND FRONT FRAME RIGHT HAND FRONT FRAME FIG. A FIG. A FIG. B FIG. B PAGE 29

30 FRONT AND CENTRE FRAME TO SLAB DETAILS FIG 8A RECOMMENDED SLAB DIMENSIONS mm x 300mm EXTERNAL WALL DIMENSIONS mm x 3000mm INTERNAL WALL DIMENSIONS mm x 2960mm CONCRETE SLAB 6060mm x 300mm CENTRE OF PORTAL FRAMES CENTRE FRAME UPRIGHT CENTRE FRAME UPRIGHT MULTI PURPOSE BRACKETS 80mm LONG FRONT FRAME CORNER UPRIGHT SLAB EDGE - SECURE MULTI PURPOSE BRACKETS TO UPRIGHTS USING SELF DRILLING SCREWS - MOVE FRAMES INTO POSITION, MARK AND DRILL HOLES IN SLAB USING 0mm MASONARY DRILL BIT - SECURE FRAMES TO SLAB WITH DYNABOLTS PAGE 30

31 0. PANEL CONSTRUCTION NOTE: TAKE CARE TO ENSURE THAT BOTH FRONT AND REAR WALL PANELS ARE NOT POSITIONED UPSIDE DOWN. THE TOP CHANNEL OF EACH PANEL IS PRE-PUNCHED FOR ATTACHING ROOF SHEETS, THE BOTTOM CHANNELS ARE NOT. SIDE WALL PANEL CHANNELS FIT INTO THE NOTCHED FRONT AND REAR WALL PANEL CHANNELS USE 6mm SELF DRILLING TEK SCREWS TO SECURE WALLS TO INTERNAL FRAMES PRE-PUNCHED CHANNEL TO MATCH RIDGE BEAM HOLES. SHEETING PRE-PUNCHED THIS END TO FOR CONNECTION TO FRONT AND REAR WALLS PAGE 3

32 . ROOF CONSTRUCTION 2 INSIDE VIEW SLIDE THE ROOF PANELS INTO POSITION, AND SECURE WITH ONE SCREW AT EACH CORNER ONLY AT THIS STAGE. SECURE RIDGE BEAM TO GABLE SECTIONS WITH TWO SCREWS AT. THEN SECURE EACH END EACH ROOF PANEL WITH ONE SCREW IN EACH CORNER ONLY AT THIS STAGE D D D 3 2 X GABLE BRACE (3A) INSIDE VIEW AFTER THE ROOF PANELS HAVE BEEN SECURED, FIT TWO GABLE BRACES (3A) FROM THE TOP WALL CHANNEL TO THE UNDERSIDE OF THE RIDGE BEAM AT 45 DEGREES AS SHOWN. NOTE: HOLES THAT SHOW THIS SYMBOL D REQUIRE PRE-DRILLED HOLES. SECURE EACH RIDGE BEAM TO EACH RIDGE PLATE WITH 4 X 6mm SELF DRILLING TEK SCREWS. -WARNING- X4 DO NOT CLIMB ON TO OR WALK ON THE ROOF. PAGE 32

33 FINAL CONSTRUCTION BEND THE TOP AND BOTTOM FLANGES AS SHOWN, THEN HOOK THE BOTTOM FLANGES UNDER THE TOP CHANNEL AND SCREW THE TOP FLANGES FOR BOTH AS SHOWN GABLE CAPS ANCHORING OF SHED LOCATION OF 24 CONCRETE ANCHORS - EACH ANCHOR CONSISTS OF ONE NUT, BOLT, DYNABOLT AND STEEL ANGLE - DRILL A 0mm HOLE INTO THE WALL SHEET BOLT & NUT STEEL ANGLE WALL SHEET SLAB - DRILL A 0mm HOLE INTO THE CONCRETE DYNABOLT PAGE 33

34 DOOR INSTALLATION - SECURE FRONT DOORS TO THE FRONT PANEL IN SAME MANNER AS THE SIDE DOOR WAS FITTED 99A FASTEN TO SLAB DRILL 2mm HOLE CENTRALLY TO PICK UP PADBOLT 93B USE THE 75mm JAMB SECTIONS (93B) AS PADBOLT SUPPORTS. DRILL AND SECURE THESE SECTIONS TO THE TOP AND BOTTOM OF THE DOOR, THEN FIT PADBOLTS. 99B FIT DOOR BRACES (99B) TO EACH DOOR AS SHOWN BY FASTENING AT EACH END, THEN DRILLING REMAINDER HOLES FROM THE INSIDE FACE OF EACH DOOR AND SECURING WITH SCREWS FROM THE OUTSIDE FACE OF EACH DOOR. PAGE 34

35 ABSCO HIGHLANDER SHED: HIGH-FRONT FRAME ASSEMBLY SUPPORT PHOTOGRAPHS STEP A, B, C: Draw pattern on concrete (Ref, pg 22). STEP 2: STEP 3A, B, C: STEP 4A, B: STEP 5A, B, C, D, E, F: STEP 6A, B, C: STEP 7A, B, C, D, E: STEP 8A, B, C, D, E: Understand where components are to be positioned Join C000 to C2034 Join C2034 to M484 Join K0285 to C2034 & N2070 Fit multi purpose bracket Assemble the C0240 & C2300 sections Join all sections together STEP 9A, B: Turn frame over and repeat steps 4 to 8 STEP 0: Fully Assembled front frame PAGE 35

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46 ABSCO HIGH-PORTAL FRAME ASSEMBLY ASSEMBLY SUPPORT PHOTOGRAPHS STEP A, B, C: Draw pattern on concrete, in accordance with the dimensions detailed in the assembly instruction. STEP 2A, B, C: Understand where components are to be positioned STEP 3A, B, C: Join C482 C954 STEP 4A, B, C: Join C482 to C482 STEP 5A, B: STEP 6A, B: Secure ridge plate (RBP) Secure multi purpose brackets STEP 7A, B, C, D: Turn frame over, repeat steps 4,5 PAGE 46

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54 AUSTRALIA PRODUCT WARRANTY AGAINST DEFECTS Congratulations on your purchase of an ABSCO SHED ABSCO SHEDS, including garden sheds, garden beds, aviaries, storage units, garages, awnings and carports are made using high quality Australian made steel. We are pleased to advise we warrant that the steel coating will not rust, crack, flake peel or blister for 30 years from date of purchase, when installed within Australia. This warranty does not apply to surface deterioration of panels caused by Swarf (Tiny particles of steel debris left from cutting, grinding or drilling operations) that has not been removed after building construction, or as a result of contact with damp soil, chemicals, fertilisers or other corrosive substances. This warranty covers any Absco product used for normal domestic use and installed in accordance with the installation instructions. The warranty does NOT cover Damage caused by storms, wind, rain snow or poor foundations. This warranty does NOT cover ABSCO products installed in severe coastal, industrial or other highly corrosive environments. The warranty does not cover fasteners (screws, nuts, bolts, rivets, hasps or sliding padbolts). The warranty is limited to replacement and delivery of components and does not include any labour or installation costs. The benefits given by the warranty are in addition to your other rights and remedies under a law in relation to the goods or services to which the warranty relates. The warranty applies to the exclusion of all other representations, guarantees or warranties express or implied, our goods come with guarantees that cannot be excluded under the Australian consumer law and is not transferable. You are entitled to a replacement or refund for a major failure and for compensation for any other foreseeable loss or damage. You are also entitled to have the goods repaired or replaced if the goods fail to be of an acceptable quality and the failure does not amount to a major failure. For further information go to Please retain a proof of purchase (sales docket or invoice) or register your warranty within 30 days of purchase here: In the unlikely event a warranty claim is made, it must be supported by photographic evidence and details of the defect, including component part numbers, together with proof of purchase documentation (or on-line registration of purchase) and forwarded to the address below. Upon receipt of the warranty claim, the Customer Service Manager will contact you within three business days to advise you of the assessment outcome of the claim, which may include your expenses incurred in making the claim. THE CUSTOMER SERVICE MANAGER, ABSCO INDUSTRIES, PO BOX 9 ACACIA RIDGE QLD AUSTRALIA 40 PHONE: FAX: warranty@absco.com.au Issued 0 January 203 P a g e

55 ABSCO SHEDS - STORAGE GUIDELINES ABSCO SHEDS include garden sheds, garden beds, storage units, aviaries, garages, awnings and carports. ABSCO SHEDS are designed to be weatherproof for normal weather conditions. In the event of extreme weather conditions such as heavy rain, combined with high wind gusts, the ridge capping, sheeting joins, screw fixings etc., may exhibit minor deformations which may allow some water entry. These areas should be checked regularly to ensure that maximum strength and protection is maintained. Other weather conditions such as extreme heat and extreme cold, moist or dry air can influence the effects of concrete floor moisture and/or condensation on the underside of the roof sheets. ABSCO SHEDS and storage units are primarily used for storage of garden equipment such as lawnmowers, wheelbarrows, garden tools etc. Storage items that might be adversely affected by any of the above conditions may require additional protection such as being sealed or covered by plastic sheets and/or stacked above the concrete floor on timber slats. Waterproof sealants may be used to offer further protection where required around joins and screw fixings, as can rubber door seals and other products which are available from most hardware outlets. Placement of waterproof sealants (silicone) between the base of the shed and concrete slab is not recommended, as this process can have a reverse effect, preventing excess water from escaping, resulting with water accumulating and being trapped inside the shed. Absco accepts no responsibility for water entry, floor moisture, condensation or the condition of the Contents inside your Absco steel building arising from any of the pre-mentioned weather conditions. 2 P a g e