airodek 2011 low

AIRODEK people make the difference RMD Kwikform is a powerful team comprising the skills, experience and energy of over 1,000 men and women in 16 countries Totally diverse in nationality, culture, language and background Totally united in the pursuit of customer satisfaction Client: Dunne Building & Civil Engineering Project Holm Street, Glasgow, UK i ntroducti on Airodek is the new lightweight soffit formwork system from RMD Kwikform The development of Airodek is based on a single principle - simplicity Airodek has been designed for easy assembly, transportation, storage and maintenance This product is the result of over 60 years experience gained on major projects throughout the world What’s more, our Unique aluminium crown supporting Airodek panels network of local branches means that when you deal with RMD Kwikform, you talk to people who understand the working environment, technical difficulties and challenges you face High quality design and material specification makes Airodek a simple, lightweight, versatile, soffit formwork system, suitable for a range of concrete slabs up to a depth of 450mm Client: Progressive Contractors Pty Ltd Project Reflections Holiday Apartments Coolangatta, Gold Coast Queensland, Australia I N T R O D U C T I O N Client: JK Development Pty Ltd Project Water Point Apartments Meadowbank, Australia Airodek panel and drophead unit The drophead unit connects to the shoring and allows the panels and deck beams to be removed leaving the slab supported by the drophead and prop opti ons Client: Multiplex Project Urban Workshop Melbourne Australia The Airodek system comprises of three variants: Unique design of the Airodek Crown with long reach claws, locates the corners of up to panels simultaneously, providing on site operatives with the confidence that panels cannot be easily dislodged Props and Panels The panels are supported by the crowns and props The whole system is struck once the concrete has gained sufficient strength Panels, Deck Beams, Dropheads and Shoring: A quick strip system, where the panels and deck beams are removed during the early stages of curing, whilst the dropheads and shoring remain undisturbed to supportthe concrete Airodek’s unique adjustable temporary prop is used for both erection and dismantling of panels The innovative claw prevents accidental dislodging of the temporary prop from the panel Skeletal System: The deck beams sit in the drophead and the Airodek Soffit Beam spans between the deck beams supporting the plywood The deck beams and soffit beams can be struck and removed, leaving the plywood supported by the dropheads and shoring Client: Shanco Construction Client: Baulderstone Hornibrook Project Bewley Hotel, Leeds, UK Project Celeste Apartments Breakfast Point, Australia S Y S T E M O P T I O N S Innovative fix and strike methods provide record breaking on-site productivity Airodek on props The Airodek system of lightweight aluminium panels and adjustable props means 30%less weight and 40%fewer parts than conventional steel props and timber, and 25%less weight than other systems using primary beams and panels All of which saves time, labour and cost rodek - panel s and props Airodek is simple and fast to erect and Installation of Airodek prop using temporary props to support adjacent panels dismantle, reducing labour costs and construction times Quick strike pin releases load in the props by lowering the crown and panel by 4mm with a single hammer blow which is sufficient to release the formwork panels With lightweight aluminium panels and minimal components, a single operator can The Airodek Infill Bracket & Support Block is for use in conjunction with the Airodek Crown, to provide a support for Aluminium or timber beams in a close-to-wall situation where other supports, like props, would be difficult to use easily handle all equipment easily and safely, reducing on site labour costs Unique crown locates to the corners of up to panels, simultaneously, ensuring panels Airodek has fewer components, minimising storage, handling, maintenance and transporting costs cannot be easily dislodged, increasing site safety Powder coated panels prevent the adhesion of fresh concrete, minimising cleaning and maintenance costs Unique Airodek handrail post provides rapid and secure installation Spacing gates and legs are used to provide stability prior to placing infills to columns and ensure correct spacing of props Airodek panels, support crowns, adjustable props, handrail posts and toeboard F E A T U R E S A N D B E N E F I T S airodek - panels and props Raise first panel and support with the temporary prop Lift and hook the next panel onto the crowns erection Lift and hook the first panel onto the crowns Continue this sequence to complete the structure, add spacing gates at 5.4m centres in both directions Add infill beams and plywood cut around columns before loading the soffit Adjust the props to length, position props and space them apart with spacing gates Support the props with gate legs Ensure that the quick strike pin is engaged Place prop under corner of panel, raise next panel and support with the temporary prop erecti on and di sm antl i ng Place prop under other corner of panel and position next panel and support with the temporary prop Position self locking handrail posts as required Add suitable handrails and toeboards After removing handrail and toeboards, a single hammer blow to the quick-strike pin will unload the props and lower the panels by 4mm Remove all infills from make-up areas (sequence of stripping supports is dependant on scheme layout) 10 Turn the prop handles supporting the panel by half a turn to lower them from the soffit Remove Airodek props from the front edge of the panel Lower the panel and unhook from the crowns Position temporary props on front edge of adjacent panels Ensure locking ‘tab’ on claw is not engaged and is passing through the locating slot in the panel dismantle Refer to Erection Guidance Note F4 for detailed assembly advice, available from your local Technical Office E R E C T I O N A N D D I S M A N T L I N G Airodek drophead panel is notched around prop head plate, maximising reuse of Airodek panels and beams Release of the striking plate lowers Airodek panels and beams by 70mm, whilst the Airodek drophead maintains in contact with the underside of the slab rodek - panel s, dropheads, deck beams and shori ng Quick strip support system results in higher The Airodek drophead includes a safety catch that prevents accidental striking re-use of panels and beams, reducing the total amount of soffit formwork required Airodek panels and beams are erected from below the soffit, eliminating safety hazards of erecting panels from above Cantilever beam arrangement ensures safe and secure edge slab support and access The striking plate on Airodek dropheads is capable of being set or released from either side of the prop Airodek Deck Beams are designed with plastic upstands, which provide secure location and prevent unintentional dislodging of panels, increasing site safety Airodek infill beams, and standard plywood are used around column, minimising the amount of loose plywood formwork F E A T U R E S A N D B E N E F I T S panels, dropheads, deck beams and shoring Lift Deck Beam into horizontal position and locate opposite end of the beam onto the claw of the adjacent drophead Hook and ‘hang’ Deck Beam onto upstand of drophead erection Erect support system to required level Add head adaptor if required Position drophead onto support and secure with Sleeve Clip Ensure head is in the correct orientation Slide the striking plate to its required position Ensure safety catch is engaged Drophead is set for use Position drophead panels adjacent to dropheads and locate into castellations of Deck Beam Position Airodek panels and locate in castellations erecti on and di sm antl i ng Position handrail posts, handrails and toeboards where required For make up areas, locate infill beam onto Deck Beam adjacent to panels in make up areas Position infill beams square to ‘lower’ infill beams and fix ply sheet to infill dismantle Remove handrail posts, handrails and toeboards Raise safety catch and systematically release load in panels/deck beams using the drophead strike plate Strip from one make up area to initially free adjacent panels Remove all panels and infill areas Remove Deck Beams by raising one end off upstand of adjacent drophead and rotate downwards Lift deck beam off drophead Refer to Erection Guidance Note F5 for detailed assembly advice, available from your local Technical Office E R E C T I O N A N D D I S M A N T L I N G Airodek offers a wide selection of propping heights up to 5m, depending on loading and the method of support skel etal Traditional timber secondary joist support systems can combine with Airodek quick strip equipment, maximising load capacity whilst reducing the total amount of soffit formwork required Airodek deck beams come in three lengths - 3000mm, 2400mm and 1800mm, to suit the grid of many popular shoring systems, providing a more economical design by reducing the number of supports, and support components, subsequently reducing erection times RMD Kwikform GTX soffit beams have enhanced strength and durability over traditional timber allowing increased support for slab thicknesses of over 500mm The 150mm deep RMD Kwikform GTX soffit beam is a competitive alternative to standard timber secondary beams Unique safety strap installed on ends of GTX soffit beams prevent accidental displacement, improving stability and increasing site safety Castellations on Airodek primary beams position and locate secondary joists at 150mm centres F E A T U R E S A N D B E N E F I T S skeletal Lift Deck Beam into horizontal position and locate opposite end of the beam onto the claw of the adjacent drophead Hook and ‘hang’ Deck Beam onto upstand of drophead erection Erect support system to required level Add head adaptor if required Position drophead onto support and secure with Sleeve Clip Ensure head is in the correct orientation Slide the striking plate to its required position Ensure safety catch is engaged Drophead is set for use Position GTX soffit beams at required centres between castellations of Deck Beams (Positions are available on a 150mm module) erecti on and di sm antl i ng Position and fix plywood sheets Note: Plywood sheet resting on drophead plate will be trapped insitu Position handrail posts, handrails and toeboards where required dismantle Remove handrail posts, handrails, toeboards and raise safety catch Strip from make up areas and remove GTX soffit beams and plywood sheets Remove Deck Beams by raising one end off upstand of adjacent drophead and rotate downward Lift and unhook Deck Beam off drophead Refer to Erection Guidance Note F6 for detailed assembly advice, available from your local Technical Office E R E C T I O N A N D D I S M A N T L I N G HD Crown and Sleeve Clip Code Description Weight ADX20015 Airodek HD Crown 1.33 Kg RSX10009 Rapidshor Sleeve Clip 0.09 Kg Panels An aluminium framework with 9mm thick phenolic faced hardwood plywood inlaid into the frame Code Description Weight ADX18090 Panel 1800mm x 900mm 25.2 Kg ADX18060 Panel 1800mm x 600mm 18.6 Kg ADX18030 Panel 1800mm x 300mm 12.7 Kg ADX09090 Panel 900mm x 900mm 14.0 Kg ADX09060 Panel 900mm x 600mm 10.5 Kg ADX09030 Panel 900mm x 300mm 6.91 Kg Timber Support Bracket This unit will clip into a crown adjacent to a wall A timber beam can Capable of being used for concrete decks up to 450mm thick be placed on top with a strip of plywood to complete the infill area between the panel and the wall Code Description Weight ADX20011 Airodek Prop Head Timber Support 0.50 Kg Props Props are supplied with a painted band to allow speedy and accurate assembly of gates and legs Code Description Weight ADX20005 Prop size 1980 - 3350mm 22.5 Kg Prop Pin Allows the quick release of the applied load in the props by lowering the panel and inner section of the prop by 4mm, enabling easy and damage-free removal of Airodek panels Assembly Prop A minimum of are required on each project The prop head Code Description ADX20012 Prop Pin 0.8 Kg has a positive locking facility which will prevent the prop from being kicked away accidentally The lock must only be used during assembly and not during dismantling Code Description Weight ADX20013 Airodek Temporary Prop 4.44 Kg Spacing Gate The gate frames are attached to the lower section of the props to Adjustable range: 2.3m closed to 4.0m fully open give the correct spacing Only light use of a claw hammer is necessary to lock the frames in position Code Description Weight ADX20007 Spacing Gate 1.8m 9.84 Kg ADX20006 Spacing Gate 0.9m 6.88 Kg Note: Do not use as a support for access platforms etc Spacing Gate Leg The Spacing Gate Leg can be attached to the Spacing Gate from either side to aid in the support of the props They are used when the first row of props are being erected, and then every 5.4m Code Description Weight ADX20008 Spacing Gate Leg 2.42 Kg Note: Spacing Gate legs cannot be removed without the Spacing Gate being loosened on the props C O M P O N E N T S Weight Decking Beams Infill Beams Airodek Deck Beams locate onto crowns/dropheads and provide These beams are used where a panel will not fit, eg, where a support and alignment to the panels column interrupts a row of panels The Infill Beams locate in Code Description Weight the crown or the Deck Beam and also span from Infill to Infill ADX33000 Airodek Decking Beam - 3000mm 23.0 Kg supporting 19mm thick plywood ADX32400 Airodek Decking Beam - 2400mm 18.3 Kg Code Description Weight ADX31800 Airodek Decking Beam - 1800mm 13.6 Kg ADX20003 Airodek Infill Support - 1800mm 10.1 Kg ADX20004 Airodek Infill Support - 900mm 7.30 Kg Drophead With 70mm stripping facility for use on slabs which require backpropping, or early removal of the panels and beams Code Description Weight ADX30001 Airodek Drophead 7.97 Kg RSX10009 Rapidshor Sleeve Clip 0.09 Kg ADX30003 Airodek Drophead Panel 1800mm 13.0 kg ADX30004 Airodek Drophead Panel 900mm 7.14 kg Restraints Upper restraint locates via mushroom bolt on rear of cantilevered beam for overturning/side form load restraint Lower restraint transfers loadings from the upper restraint into the slab Infill Bracket & Support Block The Airodek Infill Bracket & Support Block is for use in conjunction with the Airodek Crown, to provide a support for Aluminium or timber beams in a close-to-wall situation where other supports, like props, would be difficult to use Code Description Weight ADX20026 Airodek Infill Bracket 2.02 Kg ADX20027 Support Block 0.81 Kg Code Description Weight PSX10008 Paraslim Tilt Plate 2.30 Kg SSU10019 Corner Pivot 7.29 Kg AFX20013 Alform Splice Clamp Block 0.09 Kg ADX10002 Web Strap 8cm c/w Ratchet 2.0 Kg FAU10053 HSB Excalibur 12 x 75 4.3 Kg BNU20015 Bolt M20 x 100 Gd 8.8 0.32 Kg BNU12001 Nut - M12 Hexagon 0.01 Kg Guardrail Accessories Guardrail posts connect onto the crown and are secured by the edge of the aluminium panel A toeboard can be placed in the open slot above the panel and fixed to the handrail with a conventional toeboard clip Guardrails can be fastened to the post using normal couplers Code Description Weight ADX20021 Airodek Handrail Post 7.50 Kg ADX20018 Airodek Handrail Post HD 5.81 Kg ADX20016 Handrail Socket 6.11 Kg ADX10004 Handrail Bracket Drophead 8.12 Kg Alshor Drophead Adapter Transition unit ensuring adaptability of drophead with Alshor Plus shoring system Secured to drophead using Sleeve Clip C O M P O N E Code Description Weight ADX30002 Airodek Alshor Adapter 3.98 Kg ADX10003 Airodek Rapidshor Adapter 2.29 Kg ADX10011 Airodek Universal Adapter 3.27 Kg N S T 10 Airodek Drophead in use Panels shown in cast position techni cal 70mm Panels shown struck with dropheads supporting the slab AWL = 60 kN/drophead allowable working loads option Allowable working loads for props erected 1.5° maximum out-of-plumb and with up to 25mm maximum eccentricity of loading (i.e concentric loading cannot be ensured) 30 20 10 Concrete Slab 150mm 1.07 1.25 1.5 1.75 2.25 2.5 2.75 3.25 Height of prop (m) 3.5 3.75 4.25 4.5 4.75 4.88 Allowable working loads for props erected 1.5° maximum out-of-plumb and with concentric loading ensured Propping Height 40 30 20 10 1.07 1.25 1.5 1.75 2.25 2.5 2.75 3.25 Height of prop (m) 3.5 3.75 4.25 4.5 4.75 Extracts from BS 5975: 1982 are reproduced by permission of BSI, 389 Chiswick High Road, London, W4 4AL, from whom complete copies can be obtained 11 T E C H N I C A Airodek panel L 4.88 ! Option During all stages the equipment requires adequate fixity at the head This means that the system is not free standing when loaded Stability is provided at the top of the system by the soffit infill plywood being trimmed around the column heads and/or walls Airodek panels props/gates The panels and props are struck simultaneously 900/1800 Option allowable working loads options and Airodek panels, beams and Alshor Plus drophead unit The drophead unit connects to the top of the Alshor Plus leg via the Alshor Plus drophead adapter and allows the panels and deck beams to be struck leaving the slab supported by the drophead and Alshor Plus leg Airodek Props and Panels Maximum 500mm deep slab when using Airodek panels with props or deck beams CONCRETE SLAB DEPTH PROP LOAD (inc 1.5kN/m2 Live Load) 1.8 x 0.9 Panel 1800 0.9 x 0.9 Panel mm kN kN 100 6.72 3.36 150 8.71 4.36 200 10.7 5.35 250 12.7 6.34 300 14.7 7.33 350 16.7 8.33 400 18.6 9.32 450 20.6 10.3 500 22.3 11.1 Alternative Option Airodek panels, beams and Rapidshor drophead unit The drophead unit locates over the Rapidshor adjustable jack stem and allows the panels and deck beams to be struck leaving the slab supported by the drophead and Rapidshor leg Alshor Plus / Rapidshor with Crowns / Dropheads Permissible Slab Thickness (mm) Beam Length Bay Width 1800 2400 3000 1800 674 485 372 2400 485 344 259 3000 372 259 191 1800 Option Note: Shaded areas indicate use of plywood only as soffit form Skeletal System Drophead with Alshor Plus / Rapidshor The deck beam and GTX soffit beams are lowered by 70mm, leaving the plywood, drophead and shoring supporting the slab 3m Deck Beams are used for slab depths up to 300mm 2.4m Deck Beams are used for slab depths up to 500mm T E C H N I C A L 12 techni cal Upper restraint unit Where the Deck Beams cantilever to give access to the slab, these beams are to be tied back to the existing slab with Restraint Units and Rapid Bar Tie Slab Edge Detail Scaffold Tube Handrails Upper Restraint Airodek Panel Lower restraint unit Airodek Prop with Crown Deck Beam Handrail Socket Rapidshor support to Slab Edge Deck Beam Handrail Post Lower Restraint Upper Restraint Airodek Panel Deck Beam Deck Beam Handrail Socket Alshor Plus Support to Slab Edge Lower Restraint Note: Technical data correct at time of printing 13 T E C H N I C A L Airodek layout of Support to Corner of Building Independent towers positioned at 45 degrees allows the deck beams to be cantilevered, providing support to timber make-up beams and plywood soffit Downstand Beam Support 1800 x 900mm 1800 x 900mm Deck Beam 1800 x 900mm Independent internal Downstand Beam support allows the end panels and make up to be supported off the beam side formwork The Deck Beam supports the beam soffit and sides 1800 x 900mm 1800 x 900mm Airodek Panel Timber and Ply Infill Timber Make up 1800 x 900mm 1800 x 900mm Airodek Prop with Crown Deck Beam 1800 x 900mm 900mm Infill Beam Rapidshor support with Deck Beams Tied back via restraint units Alshor Plus support to Downstand Beam Drop Edge Beam The Edge Beams are supported by a system independent to the prop and panel system, providing a beam side edge formwork and walkway Airodek make up around Columns 1800mm Infill Beams are supported on the deck beams, with the 900mm Infill Beams positioned at appropriate centres to support the plywood Panel Airodek Panel Scaffold Tube Handrails Deck Beam A A Airodek Prop with Crown 18mm Plywood Column Head 900 Infill Beam Deck Beam 1800 Infill Beam Alshor Plus support to Slab Edge Rapid Bar Tie Section A-A T E C H N I C A L 14 The arrangements of equipment shown in photographs may have been assembled by others and therefore not reflect current best working practices or legislation requirements european offi ces m i ddl e east offi ces asi a paci fi c offi ces United Kingdom RMD Kwikform, Brickyard Road, Aldridge, Walsall WS9 8BW, UK Tel: +44 1922 743743 Fax: +44 1922 743400 Email: info@rmdkwikform.com UAE Sharjah RMD Kwikform Middle East L.L.C., PO Box 5801, Sharjah, United Arab Emirates Tel: +971 553 4173 Fax: +971 553 4327 Email: rmd.uae@rmdkwikform.com Australia RMD Australia PO Box 169, Melrose Park, South Australia, 5039 Tel: +61 8179 8200 Fax: +61 8179 8201 Email: rmd.australia@rmdformwork.com Ireland RMD Kwikform, Ballyboggan Road, Finglas, Dublin 11, Ireland Tel: +353 830 2500 Fax: +353 830 2522 Email: rmd.dublin@rmdkwikform.com Abu Dhabi RMD Kwikform Middle East L.L.C., PO Box 259, Abu Dhabi, United Arab Emirates Tel: +971 550 2383 Fax: +971 550 2384 Email: rmd.abudhabi@rmdkwikform.com Portugal RMD Kwikform, Av 25 de Abril, 32-1º Esquerdo, 2870-150 Montijo, Portugal Tel: +351 21 232 86 88 Fax: +351 21 231 57 15 Email: rmd.lisboa@rmdkwikform.com Dubai RMD Kwikform Middle East L.L.C., P.O Box 115480, Dubai, United Arab Emirates Tel: +971 885 0707 Fax: +971 885 0727 Email: rmd.dubai@rmdkwikform.com Spain RMD Kwikform Ibérica SA, Paseo del Club Deportivo, Urbanización La Finca, Edif 3, Izda 28223 Pozuelo de Alarcón , Madrid Tel: +34 91 5556 104 Fax: +34 91 5554 745 Email: rmd.madrid@rmdkwikform.com us offi ces Corporate 9351 Grant St, Suite 200 Thornton, Colorado, 80229 Tel: +1 303 252 7000 Fax: +1 303 252 7319 Email: usa@rmdkwikform.com Los Angeles 2631 South Riverside Avenue Bloomington, CA 92316-3236 Tel: +1 909 873 0909 Fax: +1 909 875 0910 Email: usa@rmdkwikform.com Houston 102 Bennington Street Houston, Texas, 77022 Tel: +1 713 692 5945 Fax: +1 713 692 2188 Email: usa@rmdkwikform.com Dallas 4700 Irving Boulevard Dallas, Texas, 75247 Tel: +1 214 267 0992 Fax: +1 214 637 6254 Email: usa@rmdkwikform.com Denver 6665 N Washington Street Denver, Colorado , 80229 Tel: +1 303 287 7531 Fax: +1 303 288 1344 Email: usa@rmdkwikform.com Bahrain RMD Kwikform (Almoayed) Bahrain W.L.L., PO Box 21475, Flat 12, Building 829, Road 833, Block 408, Sanabis, Bahrain Tel: +973 1738 2724 Fax: +973 1738 2624 Email: rmd.bahrain@rmdkwikform.com Lebanon RMD Kwikform, PO Box 16-7115, Atco - Hazmieh, 3rd Floor, Hobeika Centre, Beirut, Lebanon Tel: +961 545 0214 Fax: +961 545 5387 Email: rmd.lebanon@rmdkwikform.com Oman RMD Kwikform Oman L.L.C., PO Box 889, Post Code 100, Muscat, Sultanate of Oman Tel: +968 2449 6037 Fax: +968 2449 5836 Email: rmd.oman@rmdkwikform.com Kuwait RMD Kwikform, PO Box 42094, Shuwaik 70651, Kuwait Tel: +965 484 5161 Fax: +965 484 6414 Email: rmd.kuwait@rmdkwikform.com Saudi Arabia Al Khobar RMD Kwikform Saudi Arabia L.L.C., Al-Bandariyah Centre, Office No 611 (Unit 5), Building No 3194, Prince Faisal Bin Fahad Road, Al Khobar 34424 - 8555, Saudi Arabia Tel: +966 882 5444 Fax: +966 882 6460 Email: rmd.ksa@rmdkwikform.com Jeddah RMD Kwikform Saudi Arabia L.L.C., 3rd Floor, Al Rajhi Centre, Al Andalus Street (opp SACO ), Jeddah, Kingdom of Saudi Arabia Tel: +966 664 8155 Fax: +966 664 8630 Email: rmd.ksa@rmdkwikform.com Riyadh RMD Kwikform Saudi Arabia L.L.C., PO Box 28745, Riyadh 11447, Kingdom of Saudi Arabia Tel: +966 445 8991 Fax: +966 445 8992 Email: rmd.ksa@rmdkwikform.com Hong Kong RMD Kwikform Hong Kong Ltd, Units B & C, 22nd Floor Easy Tower, 609 Tai Nan West Street, Cheung Sha Wan, Kowloon, Hong Kong Tel: +852 2415 4882 Fax: +852 2745 0232 Email: rmd.hongkong@rmdkwikform.com New Zealand RMD New Zealand Ltd PO Box 22-316, 101-105 Station Road, Otahuhu, Auckland 6, New Zealand Tel: +64 276 5955 Fax: +64 276 6732 Email: rmd.auckland@rmdformwork.com Philippines RMD Kwikform Inc, Units 2406-09 Raffles Corporate Center, Emerald Ave., Ortigas, Pasig City Philippines Tel: +632 724 4213 Fax: +632 724 4214 Email: rmd.manila@rmdkwikform.com RMD Kwikform Guam, LLC 321 East Harmon Industrial Park Road Unit F, Tamuning, Guam 96913 Tel: (671) 988 7038 Tel/Fax: (671) 647 7635 Email:rmdkwikformguam@teleguam.net south am eri ca offi ce Chile RMD Kwikform, La Estera 811, Parque Industrial Valle Grande, Lampa, Santiago de Chile Tel: +56 2714 9800 Fax: +56 2714 9800 Email: rmd.chile@rmdkwikform.com Panamá RMD Kwikform, Cuidad de Panamá, Panamá Tel: +507 661 85 615 Email: javier.delatorre@rmdkwikform.com south afri ca offi ce South Africa RMD Kwikform South Africa (PTY) Ltd, 52 Jakaranda St, Hennopspark, Centurion, Pretoria Tel: +27 12 681 0360 Fax: +27 12 681 0361 Email: rmd.sa@rmdkwikform.com Qatar RMD Kwikform (Al Maha) Qatar W.L.L., PO Box 405, Doha, Qatar Tel: +974 465 3034 Fax: +974 465 3282 Email: rmd.qatar@rmdkwikform.com www.rmdkwi kform com A member of Interserve Plc Issued June 2011 Our policy is one of continuous improvement and we reserve the right to change, alter or modify any detail, design, weight, dimension or code without prior notice being given  ... N G Airodek drophead panel is notched around prop head plate, maximising reuse of Airodek panels and beams Release of the striking plate lowers Airodek panels and beams by 70mm, whilst the Airodek. .. Restraint Airodek Panel Lower restraint unit Airodek Prop with Crown Deck Beam Handrail Socket Rapidshor support to Slab Edge Deck Beam Handrail Post Lower Restraint Upper Restraint Airodek Panel... Code Description Weight ADX30002 Airodek Alshor Adapter 3.98 Kg ADX10003 Airodek Rapidshor Adapter 2.29 Kg ADX10011 Airodek Universal Adapter 3.27 Kg N S T 10 Airodek Drophead in use Panels shown