• Prepare the the ground around all sides 500mm larger in size than the terrace deck and with a 4% gradient. • Create a weight-bearing and frostproof with a 2% incline and screed with fine gravel (level out any unevenness). • Do not fill in any cavities between the construction beam, the concrete edge stone and the base of the Fix SteP • Avoid soil contact! (exception: items from the construction plank range)! • Lay the substructure system in accordance with the construction plan! • Differences in the floorboards are intended and underline the natural wood look. • Mix the floorboards before laying them in order to support the effect. • Observe the laying direction (refer to the arrow in the floorboard groove or on the label)! • Do not exceed the max. 50 mm floorboard protrusion over the sub-structure! • Assembly and production-related dimension tolerances regarding the length, width and thickness are to be taken into account and checked! • Cutting the longitudinal side of the floorboards may result in floorboard offset. Publisher: NOVO-teCH trading GmbH & Co. KG, Siemensstraße 31, 06449 Aschersleben, Germany Conception/design/layout: toolboxx-media, Magdeburg, Germany Picture credits: Christian Wolf, Aschersleben, Germany Subject to change. Colours and graphics may differ due to printing processes. • the megawood construction plan forms the basis for all of the laying variations! No warranty is provided in the event of deviations being made from the construction plan or should items be used other than original megawood items! • Lay the terrace floorboards in a longitudinal direction with an adequate gradient in order to ensure that water is always able to drain off from the deck, this conforms with the principles of structural wood preservation. the risk of water stains, waterlogging and build up of organic substances is reduced by adhering to this. • Applications that require building approval are to be provided with a statically sufficiently dimensioned, supporting and fall-through proof sub-structure as a support for megawood barefootboards or substructures/construction planks. • A min. gradient of 2% is recommended for deck superstructures with an open gap. A min. gradient of 2% is absolutely necessary for deck superstructures with a closed gap. • ensure sufficient ventilation from beneath and the rear, e.g. with the megawood ventilation grid. • Avoid waterlogging by using a drainage system that is adequately dimensioned! • ensure an unrestrained expansion of the terrace deck (min. distance of 20 mm between the floorboards and solid components)! • Always pre-drill all holes so that the part that is to be fixed is 2 mm larger than the screw diameter and the retaining drill hole is 0.5 mm smaller than the screw diameter! • All dimensions are to be checked on site • Coordination with the manufacturer must take place and respective approval must be obtained in the event of special structures that deviate from this construction plan or the online planner in order for any potential warranty claims to be accepted. • the thermal characteristics of the material that the corresponding article is made of is to be taken into account (recommended laying temperature 5°-25°C) when using the P5 joint profile. • When building the terrace, the wind load must be taken into con sideration as a liſting load in the construction. You should cover your terrace in shade when it is exposed to intense sunlight during hot summer temperatures. this particularly protects the sensitive feet of children against hot surfaces. in addition it prevents skin damage caused by excessive UV rays. A conscious effort in terms of protec- ting against the severe impacts of the Sun ensures a carefree barefoot experience. this basic construction plan explains the standard structure versions for rectangular decks when laying in the longitudinal direction. Special styles, mitre cuts, braces and diagonal laying are illustrated individually in our “megaplaner“. L: 360 cm LAVA BROWN BASALt GReY NAtURAL BROWN NUt BROWN SLAte GReY iNGWeR SeL GRiS LORBeeR Ø 34 mm (0.25 W, 10 lm) Ø 60 mm (0.5 W, 28 lm) 24 V DC iP67 Stainless steel H: 21 mm; B: 62 mm L: 3,600 mm (27 W, 729 lm) 4,800 mm (36 W, 972 lm) 6,000 mm (45 W, 1215 lm) 27 lm/W; 24 V DC iP65 Aluminium/plastic install lamps at a max. distance of 50 mm from a construction beam. Lay an additional beam if necessary. Note: the lights are equipped with LeD lamps from energy classes A++ to A. the lamps installed in the lights cannot be replaced. Further information regarding the installation of megalite LeD spotlights can be found here: L: 220 | 270 cm L: 178,6 cm L: 160,2 | 210 cm L: 158,4 | 210 cm L: 156,6 | 178,6 190 cm Up to 10 % incline without diagonal cut to the panel 40 x 112 mm | L: 360 cm 40 x 145 mm | L: 420 cm 20.5 x 81 mm | L: 420 cm Attractive wood cladding can be obtained using the new rhombus profile. it is also possible to screw it on visibly or you can also use a clip so that it is concealed. VARiA GReY VARiA CHOCOLAte BLACK You will find the entire item summary for the Limes fencing system here: 90 x 90 mm | L: 360 cm 40 x 60 mm | L: 360 cm 7,5 x 92 mm, incl. tx 30 and SDS drill (Ø 6.5 mm) 7,5 x 132 mm, incl. tx 30 and SDS drill (Ø 6.5 mm) for construction beams 28x76mm L: 360 cm (on a roll) 21 mm | L: 25/100 m for closed gap for (CLASSiC, PReMiUM, PReMiUM PLUS) without groove strip 21 mm | L: 400 cm silver/bronze/anthracite 55 x 8 x 10 mm, for fastening the locking clamp on a construction beam gap for construction beams 28 x 76 mm | L: 360 cm 60 x 100 mm thickness: 3/10 /20 mm 21 mm | L: 400 cm silver/bronze/anthracite 280 x 260 x71 mm 250x60x55mm 270 x 180 x 71 mm 116x60x55mm 78x40x20mm 40 x 60 mm | L: 360 cm for smooth edge board, complete with nut and washer 79x58x83mm for footstep cushioning with groove strip/P5 gap profile – raised construction ensures the required ventilation assembly aid for setting the floorboard gaps (approx. 5 mm/ approx. 8 mm) L: 10 m (on a roll), self-adhesive for smooth edge board, complete with nut and washer assembly aid for setting the floorboard gaps (approx. 5 mm/ approx. 8 mm) 21 x 242 mm L: 360/420/480/540/600 cm 25x293mm L: 360/420/480/540/600 cm 17 x 72 mm | L: 360 cm 21x145mm L: 300/360/420/480/540/600 cm 21 x 242 mm (Jumbo) L: 420/480/600 cm 293 mm 5 mm 17 x 72 mm | L: 360 cm 21x145mm L: 300/360/420/480/540/600 cm 21 x 242 mm (Jumbo) L: 300/360/420/480/540/600 cm 17 x 72 mm | L: 360 cm 55 x 8 x 10 mm, for fastening the locking clamp on a construction beam gap L: 10 m (self-adhesive) for perforated tape, complete with nut and washer 4 x 35 mm L: 10 m (on a roll) 300 x 300 mm, thickness: 3/5/10 mm and incl. screws (4 x 35 mm), Bit tx 20 (on a roll) 21 mm | L: 25/100 m for closed gap (CLASSiC, PReMiUM, PReMiUM PLUS) Combination floorboard, finely corrugated on one side, grooved and brushed surface on the other, 8 mm gap Single-sided, textured, polished surface with colour gradient, 5 mm gap Oscillating planed surface, brushed underside, 8 mm gap textured on one side, oscillating brushed, polished surface, 5 mm gap 21x145mm L: 300/360/420/480/540/600 cm 21 x 242 mm (Jumbo) L: 420/480/600 cm 17 x 72 mm | L: 360 cm Oscillating planed surface, brushed underside, 8 mm gap 17 x 72 mm | L: 360 cm NUt BROWN NAtURAL BROWN BASALt GReY LAVA BROWN SLAte GReY NUt BROWN NAtURAL BROWN BASALt GReY LAVA BROWN SLAte GReY MUSKAt tONKA CARDAMOM NiGeLLA VARiA BROWN VARiA GReY VARiA CHOCOLAte BLACK MUSKAt tONKA NAtURAL BROWN NUt BROWN BASALt GReY LAVA BROWN SLAte GReY NiGeLLA CARDAMOM with groove strip/P5 gap profile – only with a raised superstructure using a 90 x 90 mm construction beam without groove strip/P5 gap profile 242 mm 242 mm 5 mm 145 mm 145 mm 5 mm 5 mm 145 mm ±0,5 mm ±0,5 mm ±0,5 mm ±0,5 mm 21x145mm L: 300/360/420/480/540/600 cm 21 x 242 mm (Jumbo) L: 300/360/420/480/540/600 cm 145 mm 145 mm 8 mm 8 mm 145 mm 242 mm 242 mm 8 mm ±0,5 mm ±0,5 mm ±0,5 mm 242 mm 242 mm 8 mm 145 mm 145 mm 8 mm 8 mm 145 mm ±0,5 mm ±0,5 mm ±0,5 mm 242 mm 242 mm 145 mm 145 mm 8 mm 8 mm 145 mm 8 mm ±0,5 mm ±0,5 mm ±0,5 mm and for the lock clip fastening 293 mm 242 mm 242 mm 5 mm ±0,5 mm for the lock clip fastening and incl. screws (4 x 35 mm), Bit tx 20 21x195mm L: 420/480/600 cm 17 x 72 mm | L: 360 cm Partially-grooved surface on one side with colour gradient, 5 mm gap VARiA CHOCOLAte BLACK VARiA BROWN VARiA GReY 195 mm 195 mm 5 mm 5 mm 195 mm ±0,5 mm ±0,5 mm On a roll, for closed CLASSiC longitudinal gap (Varia) Zammer attachment for the retraction of the joint profile and incl. screws (4 x 35 mm), Bit tx 20 and and incl. screws (4 x 35 mm), Bit tx 20 On a roll, for closed CLASSiC longitudinal gap (Varia) Spacer for front-end joints (when laying in a pattern) Spacer for front-end joints (when laying in a pattern) m You shall find examples of use and the assembly instructions for locking clamp and the clip at: terrace system
2
Embed
CONSTRUCTION gradient recomm. LIMES FENCING SYSTEM … · 2 mm larger than the screw diameter and the retaining drill hole is 0.5 mm smaller than the screw diameter! • All dimensions
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Planning principlesPreparation and sub-construction
Rubber pad (10 x 100 x 60 mm)for height compensation measuring 3/10/20 mm in thickness Concrete edge stone (50 x 1000 x 250 mm) (available from building material dealers)
Locking clamp
Connecting clip
70mm
10mm gap
min
. 121
320mm
70mm
Groove strip with clip 10mm gap
Concrete edge stone (50x1000x250mm)(available from building material dealers)
189
mm
Gravel formation level with a 2% gradient (in longitudinal direction of the plank)
Gravel formation level with a 2% gradient (in longitudinal direction of the plank)
Gravel formation level with a 2% gradient (in longitudinal direction of the plank)
Gravel formation level with a 2% gradient (in longitudinal direction of the plank)
Note: FIX STEP boards cannot constitute a gradient of their own.
Note: FIX STEP boards cannot constitute a gradient of their own.
_Virtually create the terrace in your own garden via the app
_Available as a download for tablets and smartphones
Outdoor living,outdoor is megawood®.
joint profile.taken into con
experience.
Online Plannerlaying
CONSTRUCTION PLAN BASISterracesystem
FIX STEP basis sub-structure
Basis concrete edge stone sub-structure
FIX STEP comfort sub-structure (raised)
min. 2%gradient recomm.
min. 2%gradient recomm.
min. 2%gradient recomm.
min. 2%gradient recomm.
min. 121 mm
min. 171 mm
7a
AttachtheFixStepfixturescentrallyusingastripofretainingband,clickintothepanelsandposition,ensuretheheightadjustmentisidentical.PositiontheFixStePDUOedgepanelsatthestartoftheterrace,distributetheFixStePstandardfixturesinaparallelmanner–pay attention to distances.PositionfurtherFixStePDUOedgepanelsattheendoftheterrace.ifrequired,turntheexternalFixStePpanelsinordertopreventaprotrusionoftheconstructionbeams.
iftheterracewidthisgreaterthan3.6m,alwaysarrangetheconstructionbeamjointsinanoffsetmanner.Cuttheconnectingclipto320mm,connectthebeamjointswiththisclipandthentightlyscrewononeside.Positionthesmoothedgeboardsandconstructionbeamjointsinthesamelocation.Recesstheconnectingclipmeasuring20mminwidthand10mmindepthinordertoassemblethesmoothedgeboardintheareaofthescrewconnectionatalaterdate.Align the construction beams exactly. CLOSED GAP intheeventofadoublesmoothedgeboard,assembleconstructionbeam unitsmeasuring80mminlengthontoeachconnectingclipusingscrews.
insertthefirstfloorboardintothehouseconnectionprofile(optional)andthenpushintothepositionededgeclamps. OPEN GAP Placethelockingclampsontheconstructionbeam,lockinplace withthezammer/pliersandinsertitintothefloorboardgroove. Applythenextfloorboard,useaspacer(for5/8mmgap)ifnecessary
CLOSED GAP Placethelockingclampsontheconstructionbeamandlockinplace withthezammer/pliers.Placethegroovestripontothefully assembledlockingclampand,together,pushintothefloorboardgroove.
Cutthefrontalsideofthefloorboardstosizewitha15mmprotrusion,chamferthecuttingedge.thefrontalsideofthesmoothedgeboardsmustbe12mmshorterthantheconstructionbeamsattheendoftheterrace–pay attention to distances. OPEN GAP Frontalsideandlongitudinalsideassemblyofthesmoothedgeboards. CLOSED GAP Assembleconstructionbeamunitsmeasuring80mminlengthcom- pletewithassemblyclipatthestartandendofeachconstructionbeam. Screwdoublepiecesontotheterracecornersusingtwoassembly clips,indenttheDUOpanelwherenecessary. Frontalsideandlongitudinalsideassemblyofthesmoothedge boards.
OPEN GAP Layconcreteedgestones(1,000x250x50mm)atacentredistanceof 650mmonthegravelbedwithgradient,turnthefrontalsideinwardsby 50mminthedirectionoftheconstructionbeams.
CLOSED GAP Layconcreteedgestones(100x25x5cm)atacentredistanceof 750mmonthegravelbedwithgradient,turnthefrontalsideinwardsby 100mminthedirectionoftheconstructionbeams. OPEN GAP evenlydistributetheconstructionbeams(40x60mm)transverselyto theconcreteedgestones(grooveatthebottom),payattentiontoa 50mmprotrusion. CLOSED GAP evenlydistributetheconstructionbeams(90x90mm)transverselyto theconcreteedgestones,payattentiontoa100mmprotrusion.
Arrangetwobeamsrespectivelyatthestartandtheend.Lay10mmrubberpadsbeneaththeconstructionbeams,compensateforpossiblegradientdifferencesusingfurtherrubberpads.intheeventofaterracewidthgreaterthan3.6m,alwaysarrangetheconstruc-tionbeamjointsinanoffsetmanner(distanceof10mm).intheeventoftheterracebeinglongerthan3.6m,mountadditionalconstructionplankpiecesinthebuttjointsofthesmoothedgeboards. OPEN GAP Cuttheconnectingclipto320mm,connectthebeamjointswiththis clipandthentightlyscrewononeside. Screwtheendsoftheconstructionbeamsthroughouttheentireedge area.Screwthetwoouteraswellasthecentralconstructionbeams witheverysecondconcreteedgestone.Cuttheconstructionbeams tosize,ensuringtheyareflush. Sawintotheconstructionbeam,lockthelockingclampedgeinthegroove. CLOSED GAP Aligntheconstructionbeams,screwthesub-constructionintheedge areaaswellasbothstartandendbeamstothemiddlebeam.Cutthe constructionbeamstosize,ensuringtheyareflush,10cmprotrusion. the120mmlongconstructionbeamsmeasuring60x40cmareplaced uprightandthenfastenedtotheendsoftheconstructionbeamsonthe leftandrighthandsides.Adheretheretainingbandtotheconstructionbeamlocatedcentrallybeneaththefloorboards.
OPEN GAP insertthefirstfloorboardinthehouseconnectionprofile(optional), thenpressitintothepositionededgeclamps.Placethelocking clampsontheconstructionbeam,lockinplaceusingthezammer/ pliers,insertintothefloorboardgroove. Applythenextfloorboard,useaspacer(for5/8mmgap)ifnecessary. ifthereisagrooveintheconstructionbeam,itmaybenecessaryto useagroovebridgeinordertoalsobeabletosecurelyfastenthe lockingclampinthegaparea. takeintermediatemeasurementsaftermax.1moflaidfloorboar rowsandscrewthecorrespondinglockingclamprowontothecons- tructionbeam.Repeatuntilyoureachthelastfloorboardbutone. CLOSED GAP Screwtheedgeclipontotheendoftheconstructionbeamsothatit isflushwithit. Followingassemblyofthefirstfloorboards,pushthehouseconnection profileasaborderstriptothehousefacadetotheendoftheflorboard (optional).Fixthefloorboardswithaclip.tightenthescrewinsucha mannerthattheclipisparalleltothesub-construction. Looselyinsertthegroovestripintothefloorboardgroove,applythenext floorboard,pushontothegroovestrip,fixthefloorboardusingtheclip. Repeattheprocessuntiltheterraceisfullylaid. Cutthefloorboardstosizeintheedgeareafacingtheconstruction beams,chamferthecuttingedge.SeeFiguresand
thefrontalsideofthesmoothedgeboardsmustbe12mmshorterthantheconstructionbeamsattheendoftheterrace–pay attention to distances.