Connections to the structure (examples) We present you a selection of subordinated items, which might find your interest.
AO-01 Upper window connection (internal rabbet) AO-01 Upper window connection (internal rabbet) with illustrating example: The windows must be assembled with corresponding flat steel anchors (galvanized) before carrying out the internal plaster work. The window elements are installed in the insulating area of the two-shell building structure. The
AO-02 Upper window connection (internal rabbet) AO-02 Upper window connection (internal rabbet): The windows must be assembled with corresponding flat steel anchors (galvanized) before carrying out the internal plaster work. The window elements are installed in the insulating area of the two-shell building structure. The outer shell forms a .....
AO-03 Upper window connection (insulating plaster rabbet, subsequent) AO-03 Upper window connection (insulating plaster rabbet, subsequent): The upper window connection is to be constructed as described in window connection AS-03 (lateral). The window elements are installed by means of suitable fixing material (dowels or screw-on anchors) to building structure. On the
AO-04 Upper window connection (natural stone facing) AO-04 Upper window connection (natural stone facing): The window elements are fixed to the lintel of the building structure and/or the ceiling by means of galvanized flat steel anchors. Thermal insulation, sealing etc. as described in AS-04 window connection, lateral. The window elements must be ass
AO-05 Upper window connection (sheet metal façade) AO-05 Upper window connection, top (sheet metal façade): The elements are attached as window hinges by means of additional, thermally insulated ceiling unevenness adjusting profiles prior to assembly of the rear-ventilated aluminium sheet metal façade. The ceiling unevenness adjusting/U profiles may
AU-10 Bottom window connection (core insulation) AU-10 Bottom window connection (core insulation): The window elements are mounted in the double-shell wall construction with core insulation. The elements are mounted on a steel tube base profile, galvanized, dimensions approximately 40/20/2 mm. The steel tube is thermally separated by means of a pl
AU-11 Bottom window connection (single-shell concrete parapet) AU-11 Bottom window connection (single-shell concrete parapet): The window elements are installed on a base construction on single-shell brickwork or a parapet made of concrete. The elements are mounted on a steel tube base profile, galvanized, dimensions approximately 40/20/2 mm. The steel tube is
AU-12 Bottom window connection (rear-ventilated double-shell building structure) AU-12 Bottom window connection (rear-ventilated double-shell building structure): The window elements are mounted on the insulation level of the double-shell building structure. The rabbet of the outer shell is ........mm wide. The outer shell is created after the window assembly. The elements are m
AU-13 Bottom window connection (natural stone facing) AU-13 Bottom window connection (natural stone facing): The window elements are mounted in the insulation level of the double-shell building structure. The rabbet of the natural stone facing is ........mm wide. The natural stone facing is created after the window assembly. The elements are mounted on
AU-14 Bottom window connection (insulation plaster) AU-14 Bottom window connection (insulation plaster): The window elements are to be installed in the building structure with outside insulation plaster. The elements are mounted to a steel tube base profile, galvanized, dimensions approximately 40/20/2 mm. The steel tube is thermally separated by mea
AS-01 Lateral window connection (internal rabbet) AS-01 Lateral window connection (internal rabbet): The elements are installed prior to the installation of the brickwork facing. The latter is formed as a rabbet with a width of ...... mm. The window elements are installed in the insulating area of the building structure. A Rhepanol connecting foil
AS-02 Lateral window connection (internal rabbet) AS-02 Lateral window connection (internal rabbet): The window elements are installed in the insulating area of the double-shell building structure. The outer shell forms an internal rabbet which is ..........mm wide. On the inside, an aluminium angle is to be attached to the fixed frame as a vapour-
AS-03 Lateral window connection (insulating plaster rabbet, subsequent) AS-03 Lateral window connection (insulating plaster rabbet, subsequent): The window elements are installed by means of suitable fixing material (dowels or screw-on anchors) to the building structure. On the inside, an aluminium angle is to be attached as a wall connection for housing and/or attachin
AS-04 Lateral window connection (natural stone facing) AS-04 Lateral window connection (natural stone facing): The window elements are to be mounted before installing the natural stone facing. The natural stone facing forms a rabbet which is ......... mm wide. On the inside an aluminium U or angle profile for housing the inside wall cladding and/or the
AS-05 Lateral window connection (sheet metal façade) AS-05 Lateral window connection (sheet metal façade): The window elements are installed prior to the assembly of the external aluminium sheet metal façade. The outer edge of the fixed frame is to be installed flush to the outer edge of the building structure. The internal plaster is directly applied
AS-06 Lateral window connection (internal rabbet) AS-06 Lateral window connection (internal rabbet): The window elements are installed on the insulating level of the double-shell building structure. The rabbet of the outer shell is ........mm wide. The outer shell is created after the window assembly. On the inside, an aluminium angle as wall conne
AS-07 Lateral window connection (internal rabbet) AS-07 Lateral window connection (internal rabbet): The window elements are installed on the insulating level of the double-shell building structure. The rabbet of the outer shell is ........mm wide. The outer shell is created after the window assembly. On the inside, an aluminium angle as wall conne
AS-08 Lateral window connection (split mullion) AS-08 Lateral window connection (split mullion): The split mullion/frame profiles of the window elements are to be coupled by means of inside and outside EPDM sealing profiles (as expansion and/or assembly joint) as a window hinge. For better sound insulation, the split mullion fixed frame profiles

Manufacturer's information

HUECK GMBH & CO. KG
Loher Str. 9 58511 Lüdenscheid

Tel. +49 (0)2351 151-0
Fax +49 (0)2351 151-283
E-Mail  info@hueck.com
Internet  www.hueck.com
Category Profile systems

Producer and supplier of aluminium profile systems for window-, door- and facade applications

Last modified 01.04.2019   Texts 401   Pictures 32