Rivets on aluminium - Sisteme-fatade.ro

<str<strong>on</strong>g>Rivets</str<strong>on</strong>g> <strong>on</strong> <strong>aluminium</strong>Fr<strong>on</strong>t viewFix PointSliding pointIn order to achieve a correct and safe <strong>aluminium</strong> sub-c<strong>on</strong>structi<strong>on</strong> the supplier of the system should be c<strong>on</strong>sulted.However there are a few rules to c<strong>on</strong>sider when it comes to the functi<strong>on</strong>ality of the facade boards.• Length of the <strong>aluminium</strong> profi les is minimized to 3000 mm (<strong>on</strong>e storey).• The <strong>aluminium</strong> profi les must be fi xed with <strong>on</strong>e fi x-point at the middle or the upper end and all other fi xati<strong>on</strong>s as sliding points.• All joints of the <strong>aluminium</strong> profi les must be aligned so they can be followed by joints of the facade boards.A board must never cross a joint in the profi les.• The facade boards must be fi xed with a fi x-point in the middle of the board. All other fi xati<strong>on</strong>s are sliding points.In case of two intermediate supporting profi les two fi x-points at the same horiz<strong>on</strong>tal level are allowed.• Important! Setting of the rivets takes place starting with the fix-points, thereafter the sliding points above andfinally the sliding points below.Horiz<strong>on</strong>tal orientati<strong>on</strong>Façade boards may be installed in a horiz<strong>on</strong>tal positi<strong>on</strong> <strong>on</strong> a vertical sub-structure. On metal framing the edge distance a ≥ 40 mm andcorner distance c ≥ 100 mm. Every 12 m of the facade a double framing must be installed in order to create a dilatati<strong>on</strong> joint.Fix PointSliding point17

<str<strong>on</strong>g>Rivets</str<strong>on</strong>g> <strong>on</strong> <strong>aluminium</strong>Horiz<strong>on</strong>tal cross secti<strong>on</strong> vertical joint1 Load bearing wall3 Insulati<strong>on</strong>5 Air gap min 25 mm8 EPDM underlay 90 mm11 Rivet SS 4.0 x 19/1416 Aluminium frame system21 Facade boarda Edge distance min 40 mmb Joint width 8 mmHoriz<strong>on</strong>tal cross secti<strong>on</strong> intermediate support1 Load bearing wall3 Insulati<strong>on</strong>5 Air gap min 25 mm7 EPDM underlay 30 mm11 Rivet SS 4.0 x 19/1416 Aluminium frame system21 Facade board18

<str<strong>on</strong>g>Rivets</str<strong>on</strong>g> <strong>on</strong> <strong>aluminium</strong>Horiz<strong>on</strong>tal cross secti<strong>on</strong> external corner1 Load bearing wall3 Insulati<strong>on</strong>5 Air gap min 25 mm7 EPDM underlay 30 mm8 EPDM underlay 90 mm11 Rivet SS 4.0 x 19/1416 Aluminium frame system17 Aluminium angle 40 x 40 x 2 mm21 Facade boarda Edge distance min 40 mmb Joint width 8 mme Dist. to wall fi xing max 200 mmHoriz<strong>on</strong>tal cross secti<strong>on</strong> internal corner1 Load bearing wall3 Insulati<strong>on</strong>5 Air gap min 25 mm7 EPDM underlay 30 mm8 EPDM underlay 90 mm11 Rivet SS 4.0 x 19/1416 Aluminium frame system17 Aluminium angle 40 x 40 x 2 mm21 Facade boarda Edge distance min 40 mmb Joint width 8 mm19

<str<strong>on</strong>g>Rivets</str<strong>on</strong>g> <strong>on</strong> <strong>aluminium</strong>Horiz<strong>on</strong>tal cross secti<strong>on</strong> window(Window recess max 200 mm without ventilati<strong>on</strong>)1 Load bearing wall3 Insulati<strong>on</strong>5 Air gap min 25 mm7 EPDM underlay 30 mm8 EPDM underlay 90 mm11 Rivet SS 4.0 x 19/1416 Aluminium frame system17 Aluminium angle 40 x 40 x 2 mm21 Facade board22 Windowa Edge distance min 40 mmb Joint width 8 mmVertical cross secti<strong>on</strong> horiz<strong>on</strong>tal joint1 Load bearing wall3 Insulati<strong>on</strong>5 Air gap min 25 mm8 EPDM underlay 90 mm10 Fixing point profi le/bracket11 Rivet SS 4.0 x 19/1415 Aluminium profi le16 Aluminium frame system21 Facade boardb Joint width 8 mmc Corner distance min 100 mmNote! Boards must never be fi xed totwo separate profi les!20

<str<strong>on</strong>g>Rivets</str<strong>on</strong>g> <strong>on</strong> <strong>aluminium</strong>Vertical cross secti<strong>on</strong> foundati<strong>on</strong>1 Load bearing wall3 Insulati<strong>on</strong>5 Air gap min 25 mm8 EPDM underlay 90 mm10 Fixing point profi le/bracket11 Rivet SS 4.0 x 19/1415 Aluminium profi le16 Aluminium frame system18 Foundati<strong>on</strong>21 Facade board23 Insect gratingc Corner distance min 100 mmd Ventilati<strong>on</strong> inlet min 200 cm 2 /mf Overhang ca 30 mmVertical cross secti<strong>on</strong> roof edge1 Load bearing wall3 Insulati<strong>on</strong>5 Air gap min 25 mm8 EPDM underlay 90 mm10 Fixing point profi le/bracket11 Rivet SS 4.0 x 19/1415 Aluminium profi le16 Aluminium frame system19 Eave21 Facade boardc Corner distance min 100 mmd Ventilati<strong>on</strong> outlet min 200 cm 2 /mf Overhang ca 30 mm21 GEVELBEKLEDING VOOR CREATIEVE ARCHITECTUUR21

<str<strong>on</strong>g>Rivets</str<strong>on</strong>g> <strong>on</strong> <strong>aluminium</strong>Vertical cross secti<strong>on</strong> window sill1 Load bearing wall3 Insulati<strong>on</strong>5 Air gap min 25 mm8 EPDM underlay 90 mm10 Fixing point profi le/bracket11 Rivet SS 4.0 x 19/1415 Aluminium profi le16 Aluminium frame system20 Window sill21 Facade board22 Windowc Corner distance min 100 mmd Ventilati<strong>on</strong> outlet min 200 cm 2 /mf Overhang ca 30 mmVertical cross secti<strong>on</strong> window upper edge(Window recess max 200 mm without ventilati<strong>on</strong>)1 Load bearing wall3 Insulati<strong>on</strong>5 Air gap min 25 mm8 EPDM underlay 90 mm10 Fixing point profi le/bracket11 Rivet SS 4.0 x 19/1415 Aluminium profi le16 Aluminium frame system21 Facade board22 Window23 Insect gratingc Corner distance min 100 mmd Ventilati<strong>on</strong> inlet min 200 cm 2 /mf Overhang ca 30 mm22