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FOOTINGS:
WHERE NO CONCRETE SLAB IS PROPOSED,
CONCRETE FOOTINGS WITH DIMENSIONS
SHOWN ON THIS PAGE MAY BE USED.
ABSCO INDUSTRIES
Skillion Carport Model: CPDW33-41
COLUMN
POSITIONS
50mm COMPRESSED
BEDDING SAND
WATERPROOF
MEMBRAIN
ASSEMBLY INSTRUCTION MANUAL
Absco Industries
DOUBLE CARPORT-
SKILLION ROOF
WIND LOADINGS
OF: W33/41
CONCRETE SLAB:
(SLAB SIZE 5500 x 5500 -
REFER TO ENGINEER'S
DRAWINGS ATTACHED)
200
FOOTING DIMENSIONS:
W33 - 650 SQUARE x 550 DEEP
W41 - 800 SQUARE x 600 DEEP
CARPORT MODEL: CPDW33-41
65mm SQUARE
RHS COLUMNS
F72 MESH WITH
30mm TOP COVER
200mm x 200mm
EDGE THICKENING
AROUND PERIMETER
(ALL FOUR SIDES)
10-05-2018
PAGE 01
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Summary of Contents for ABSCO SHEDS CPDW33-41
- Page 1 Absco Industries Skillion Carport Model: CPDW33-41 DOUBLE CARPORT- SKILLION ROOF WIND LOADINGS OF: W33/41 CONCRETE SLAB: (SLAB SIZE 5500 x 5500 - REFER TO ENGINEER'S DRAWINGS ATTACHED) 65mm SQUARE RHS COLUMNS COLUMN POSITIONS F72 MESH WITH 30mm TOP COVER 200mm x 200mm...
- Page 2 Absco Industries Skillion Carport Model: CPDW33-41 SITE PREPARATION · Local council approval must be obtained prior to construction of the carport. Once you have selected your site you will need to create and lodge a site plan to your local council or certifier. You will also have to attach a copy of the engineering drawings at the back of these instructions to your site plan.
- Page 3 Absco Industries Skillion Carport Model: CPDW33-41 COMPONENTS PACKING LIST - CHECK OFF ALL COMPONENTS CPDW33-41 DOUBLE CARPORT FRAME COMPONENTS COMPONENT PART COMPONENT PART CHECK CHECK DESCRIPTION DESCRIPTION EBRH EBLH EDGE BEAM RIGHT EDGE BEAM LEFT HAND L= 2750 HAND L= 2750...
- Page 4 Absco Industries Skillion Carport Model: CPDW33-41 COMPONENTS PACKING LIST - CHECK OFF ALL COMPONENTS CPDW33-41 DOUBLE CARPORT FRAME ACCESSORIES COMPONENT PART COMPONENT PART CHECK CHECK DESCRIPTION DESCRIPTION JA-1 JA-2 JOINER ANGLE 50 x 50 JOINER ANGLE 50 x 50 L = 45mm...
- Page 5 Absco Industries Skillion Carport Model: CPDW33-41 COMPONENTS PACKING LIST - CHECK OFF ALL COMPONENTS CPDW33-41 DOUBLE CARPORT FRAME ACCESSORIES (CONT.) COMPONENT COMPONENT CHECK CHECK DESCRIPTION DESCRIPTION 10mm NEOPREHNE DYNABOLTS WASHERS 10mm x 16mm WAFER HEAD SELF DRILLING TEK SCREWS WASHERS...
- Page 6 Absco Industries Skillion Carport Model: CPDW33-41 ABSCO INDUSTRIES ASSEMBLY INSTRUCTION MANUAL CARPORT MODEL: CPDW33-41 10-05-2018 PAGE 06...
- Page 7 Absco Industries Skillion Carport Model: CPDW33-41 STEP 1. M10 WASHERS JOIN THE EDGE BEAMS AND CROSS BEAMS TOGETHER WITH THE SPLICE PLATES, USING M10 x 20 BOLTS, M10 NUT NUTS AND WASHERS AS SHOWN. M10 x 20 BOLT CROSS/EDGE BEAM...
- Page 8 Absco Industries Skillion Carport Model: CPDW33-41 STEP 2. SECURE THE EDGE BEAMS TOGETHER AT EACH CORNER USING THE JOINER ANGLES AS SHOWN. THE JOINER ANGLES SHOULD BE POSITIONED ON THE INSIDE OF THE EDGE BEAMS, HELD WITH 'G' CLAMPS, AND FASTENED WITH TEK SCREWS FROM THE OUTSIDE OF THE EDGE BEAMS.
- Page 9 Absco Industries Skillion Carport Model: CPDW33-41 STEP 3. FOR LOCATING THE COLUMN TOP BRACKETS, TO WHICH THE COLUMNS AND CROSS BEAMS WILL BE LATER CONNECTED. REAR THIS SET OF FOUR SIDE HOLES MUST MATCH THE FOUR HOLES IN THE CROSS BEAM.
- Page 10 Absco Industries Skillion Carport Model: CPDW33-41 STEP 4. CONSTRUCTION PIVOT HOLE USING THE COLUMN TOP BRACKET AS A TEMPLATE, DRILL THIS HOLE IN EACH COLUMN. IT WILL LATER BE USED AS THE PIVOT POINT TO LIFT UP THE STRUCTURE. CTBRH ALSO USING THE COLUMN TOP BRACKET AS A TEMPLATE, DRILL THESE FOUR HOLES THROUGH 'BOTH' SIDES OF THE COLUMN.
- Page 11 Absco Industries Skillion Carport Model: CPDW33-41 STEP 5. MARK THE POSITIONS FOR THE REMAINING CROSS BEAM ON THE EDGE BEAMS. LEVEL SURFACE TO ATTACH ROOF SHEETS TO. REAR FRONT 1080 1060 1060 1060 1080 5500 USING THE JA-3 JOINER ANGLE AS A TEMPLATE, DRILL TWO 10mm HOLES IN EACH END OF THE CROSS BEAM.
- Page 12 Absco Industries Skillion Carport Model: CPDW33-41 STEP 6. YOU WILL REQUIRE ASSISTANCE FROM ANOTHER PERSON TO LIFT THE ROOF STRUCTURE UP. PIVOT HOLE CONNECTION. REFER BACK TO STEP 4. LOCATE ONE M10 x 20mm BOLT, NUT AND WASHER AT EACH END OF THE CROSS BEAM/COLUMN ASSEMBLY TO THE PRE-DRILLED HOLE IN THE EDGE BEAM.
- Page 13 Absco Industries Skillion Carport Model: CPDW33-41 STEP 6. CONTINUED REPEAT THE LIFTING PROCEDURE FOR THE FRONT CROSS BEAM ASSEMBLY. WITH THE STRUCTURE NOW STANDING, POSITION AND SECURE THE CENTRE CROSS BEAM ASSEMBLY. DOUBLE CHECK TO ENSURE THAT ALL BOLTS AND NUTS (INCLUDING SPLICE PLATE CONNECTIONS) ARE STILL FULLY TIGHTENED.
- Page 14 Absco Industries Skillion Carport Model: CPDW33-41 STEP 9. SECURE 16 x 2820mm ROOF SHEETS TO FRAME. ALL ROOF SHEETS ARE PAN-FIXED. ie SCREW THROUGH THE FLAT PAN OF THE SHEET INTO THE FRAMEWORK. SLIP THE NEOPRENE WASHERS ON TO THE SELF DRILLING SCREWS FOR A WATER TIGHT CONNECTION.
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Page 15: Immediate Maintenance
Absco Industries Skillion Carport Model: CPDW33-41 STEP 10 BEND THE ENDS OF 16 FLAT STRIPS (270mm X 25mm) AS SHOWN AND SECURE AT MAXIMUM 1500mm CENTRES WITH ONE SCREW AT EACH END. DP-5 DP-2 DP-3 DP-1 DP-4 CUT A ROUND HOLE 51mm IN DIAMETER IN ONE END OF THE REAR EDGE BEAM. THIS CAN BE DONE BY DRILLING A SERIES OF 3mm HOLES AND THEN PUNCHING OUT THAT SECTION. - Page 16 Absco Industries Skillion Carport Model: CPDW33-41 ABSCO INDUSTRIES ASSEMBLY INSTRUCTION MANUAL CARPORT MODEL: CPDW33-41 10-05-2018 PAGE 16...
- Page 17 Absco Industries Skillion Carport Model: CPDW33-41 ABSCO INDUSTRIES ASSEMBLY INSTRUCTION MANUAL CARPORT MODEL: CPDW33-41 10-05-2018 PAGE 17...
- Page 18 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.
- Page 19 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.