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W O O D -
A L U M I N I U M
W I N D O W S
G U T M A N N
GUTMANN
M I R A / BR A G A
C O R A
L A R A
General Information Wood-AluminiumGUTMANN MIRA/BRAGAAssembly Information for MIRA 7-17�System Description �Tendering Text�Processing Instructions
Accessor ies 18-24
MIRA Details 25-33
Assembly Information for MIRA CLASSIC 34-35�System Description �Tendering Text�Processing Instructions
MIRA CLASSIC Details 36-40
Assembly Information for BRAGA 41-46�System Description �Tendering Text�Processing Instructions
BRAGA Details 47-56
Assembly Information for BRAGA INTEGRAL 57-58�System Description �Tendering Text�Processing Instructions
BRAGA INTEGRAL Details 59-65
Assembly Information for BRAGA WBS 66
Prof ile Over view BRAGA WBS 67
BRAGA WBS Details 68
Isothermal Calculat ion for MIRA/BRAGA 69-72
System Prof iles of Architectual Bronze 73
GUTMANN CORA
Assembly Information for CORA 74-83�System Description �Tendering Text�Processing Instructions
CORA Details 84-90
Ascer tainement of Frame Dimensions 91-95
CORA Flat Design 96-99
GUTMANN LARA
Assembly Information for LARA 100-114�System Description �Tendering Text�Processing Instructions
LARA Structural Stabil ity 115-116
Technical Annex 117-119
C O N T E N T S
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Wood-Aluminum: lasts a lifetime.Gutmann-systems combine twobenefits: the highly effectiveinsulating benefits of wood withthe all-weather benefits ofaluminum. It´s a convincingcombination that saves moneyand lasts a lifetime.
Gutmann has a solution forevery window, every wintergarden and every facade.Choose the system that bestsuits your needs and yourclients. With Gutmann you´ve made the right choice.
Opening/tilting windows
Renovation windows
Doors that open out
Parallel-sliding windows
Composite wing
Folding doors
Swing windows
Fixed glazing
Lifting/sliding doors
Round-arched windows
Rolling shutter guides
Windowsills with accessories
Edgings
Glazing bar profile
The idea l bond
f or generat ions to come
W O O D -A L U M I N U M
S Y S T E MV A R I A T I O N S
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B R A G A SYSTEM
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M I R A SYSTEM
( i n tegra lt her mM I R A B R A G A SYSTE
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G U T M A N N
The aluminum frames are generously rear-ventilated and arefastened to the wood tension-free with stable holders: Thatlets the wood breathe, and the aluminum frame expandunder temperature fluctuations without hindrance.
Circumferential gaskets at the casements and rod framesprovide reliable insulation and noise protection. If necessary,they can also be sealed with system gaskets between thealuminum frame and the casements.
Groove drainage is normally accomplished invisibly andwithout bothersome drainage caps.
The profiles can be joined at the visible edge with either 5 or2 mm radii. Mullion and transom profiles are available in twostructural heights, which enable clean profile-butt attach-ments, even with complicated window divisions.
The frame connections can be carried out either weldedor with stable, punched corner connections: Element sizesof up to 3.5 x 2.5 m are available.
achieves very good insulation values of1.4 W/ m2K at the frame, and is thus very suitable for usein low-energy houses.
has the certification of Load Group C, DIN 18055,Air-Tightness Level 4 as per DIN EN 12207, andDriving-Rain Tightness 9a as per DIN EN 12208. A fireprotection test with the classification G30/F30 hasbeen completed successfully.
The diverse range of profiles leaves no design wishesunfulfilled: All standard window designs and types ofopenings can be implemented in various styles and profilewidths. All kinds of slanted windows and round arches canalso be provided.
The wood-aluminum is based on the classicbasic design for wood-aluminum systems, with the samewood thicknesses for the casements and the frames.Together with the fashionable, milled glass bead of the case-ments, this design is an especially economical and efficientwood-aluminum window construction option. With thiswooden frame design, numerous technical and opticalvariations are feasible via modular construction, merely bychanging the aluminum shells.
The glass is taken up protected in the wooden groove.The edge of the insulation-glass plate is thus well insulatedagainst heat loss. The glass is placed into the casementfrom the outside, covered with the aluminum shell, andsealed.
The glass sealing can be accomplished with gray or blackglazing gaskets, or with silicone, as desired.
The aluminum shell is the weather-protective element, andalso an architectural element which can be colordesignedat will. The wooden frame provides stability and outstandinginsulation, and gives the house a pleasantly comfortablecharacter.All fittings used in wooden-window construction can beused here.
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The wood-aluminum system, with its wide rangeof profiles, provides custom solutions for every requirement– from housing to major building projects. Behind theclassic, recessed visible surface is solid technology withoutstanding characteristic values.
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Design Structure
Wooden StructureThe wooden structure is to be implemented in accordancewith the requirements of DIN 68121. The casements are tobe provided with a milled glass bead, and the fixed glazingwith a loose glass bead. The insulation glass edge composi-te is to be taken up in the wooden groove from both sides.Grooving of the wooden profiles for the reception of thealuminum profiles is inadmissible.
Aluminum FrameA surface-recessed system is to be provided. The recessbetween the fixed frame and casements must be 15 mm.At the butt joints between the frame profile and the mullion,and between the mullion and the transom profile, a recessof 2 mm must be created. The circumferential frame andcasement profiles must have a curved profile edge with aradius of 5 mm, and the element-separating profiles a radiusof 2 mm. Casement profiles are to be designed with ahollow chamber in the glazing area to increase stiffness.The drainage of the groove area is to be accomplished viamasked punch-outs in the lower profile crosspiece. Optio-nally, a visible drainage with a cover cap the same color asthe aluminum frame must be possible. The formation of thealuminum frames must be optionally possible with eithermechanical or welded connections. The following forms arepossible:
mechanical connection (punched)welded connection.
Attachment of the Aluminum FrameThe attachment of the aluminum frame to the wooden frameis accomplished via removable turn and pivot-clip holders ofhigh-quality, temperature-resistant plastic, such as impact-resistance-modified POM. For dry-glazed casements, clipholders are to be used. Tension-free expansion of the alumi-num shell toward the wooden part and full-surface rear-ven-tilation of the gap between the wood and the aluminumframes must be ensured. A gap of at least 4 mm must there-fore be provided.For precise measurement-position ascertainment, theholders must be provided with pre-cast separator neps.
GasketsThe fixed frame is to be provided with a circumferential gas-ket of high-quality TPE, prepared as a frame by us, betweenthe frame and the casement. In the area of the casement-opening side, an EPDM cover gasket is to be provided.It must be possible to carry out the glazing from the outsidewith a circumferential EPDM dry glazing gasket. The gasketmust be able to take up the glass plate with a tolerance of+/- 0.5 mm. The visible gasket lip at the glass may not bewider than 5 mm. Wedge gaskets may not be used asexternal glazing gaskets. Internally, dry glazing with EPDMgaskets in staged gasket thicknesses must be possible.The system must be optionally able to be implemented, bothexternally and internally, with wet glazing. The followingforms are possible:
Dry glazing outside insideWet glazing outside inside
General
The design must provide an insulation value at the frame Ufas per DIN EN ISO 10077-2 of less than 1.45 W/m2K via testor calculation. The wood-aluminum system must be certifiedas fulfilling the following requirements: A system test as perthe quality and testing stipulations of RAL-RG 424/2;driving-rain tightness as per DIN EN 12208, Class 9a; andjoint-permeability as per DIN EN 12207, Class 4.
Aluminum-profile system to be provided: Gutmann or equivalent
System provided: ............................................................................................
The aluminum profiles are to be of AlMgSi 0.5 F22in anodized quality, and in accordance with DIN 1748 andDIN 17 615. The formation must be as per the pertinentstandards and guidelines, the recognized rules of thetechnology and the stipulation of the manufacturer.
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M I R ACompos i te Casements
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General
The design must provide an insulation value at the frameUf as per DIN EN ISO 10077-2 of less than 1.35 W/m
2K viatest or calculation. The temperature factor "f rsi" as perDIN EN ISO 10211-2 at the edge of the pane must be de-monstrably equal to or greater than 0.7, i.e., the insideof the pane edge must have a surface temperature higherthan 13°C.The underlying wood-aluminum system must be certified tofulfill the following requirements: A system test as per the
quality and testing stipulations of RAL-RG 424/2;driving-rain tightness as per DIN EN 12208, Class 9a; andjoint-permeability as per DIN EN 12207, Class 4. The alumi-num profiles are to be of AlMgSi 0.5 F22 in anodized quality,and in accordance with DIN 1748 and DIN 17 615. Theimplementation must be as per the pertinent standards andguidelines, the recognized rules of the technology and thestipulation of the manufacturer.
Design Structure
Wooden StructureThe wooden structure is to be implemented in accordancewith the requirements of DIN 68121. In order to achieveintermediate spacing as uniform as possible between theinsulation glass and standard glass (installation by Raffsto-re), the glass bead is generally to be installed from theoutside.Grooving of the wooden profiles for the reception ofthe aluminum profiles is inadmissible.
Aluminum FrameA semi-surface-recessed system is to be provided. At thebutt joints between the frame profile and the mullion, andbetween the mullion and the transom profile, recesses of2 mm must be created. The drainage of the groove area is tobe accomplished via masked punch-outs in the lower profilecrosspiece. Optionally, a visible drainage with a cover capthe same color as the aluminum frames must be possible.The design of the aluminum frames must be optionallypossible with either mechanical or welded connections.The following forms are possible:
mechanical connection (punched)welded connection.
Attachment of the Aluminum FrameThe attachment of the aluminum frames to the woodenframe is accomplished via removable turn and pivot-clipholders of high-quality, temperature-resistant plastic, such
as impact-resistance-modified POM. Tension-free expansionof the aluminum shell toward the wooden part and thefull-surface rear-ventilation of the gap between the woodand the aluminum frame must be ensured. This gap musttherefore be designed for at least 4 mm. The attachment ofthe casement frames to the wooden part is accomplishedwith standard composite-window fittings. Holes for ventila-tion must be drilled to ensure the ventilation of the glassgroove.
GasketsThe fixed frame is to be provided with a circumferential gas-ket of high-quality TPO, prepared as a frame by us, betweenthe wooden frame and the wooden casements.In case ofgreat driving-rain load, it must optionally be possible to in-stall a gasket between the aluminum frame and the alumi-num casement either horizontally below or from three sides.The glazing is accomplished from the outside with a circum-ferential EPDM dry glazing gasket. The gasket must be ableto take up a glass plate with a tolerance of +/- 0.5 mm. Thevisible gasket lip at the glass may not be wider than 5 mm.Wedge gaskets may not be used as external glazing gas-kets. Internally, dry glazing with EPDM gaskets in stagedgasket thicknesses is to be used. For the insulation of thegap between the aluminum and wooden casements, a stan-dard overlap gasket can optionally be used. In this case,sufficient ventilation of the intermediate space between theglass plates must be provided by breaks in the gasket.
Aluminum-profile system to be provided: Gutmann or equivalent
System provided: ............................................................................................
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Manufacturing Mechanically Connected Frames
Cutting Profiles to SizeIt is recommended that the profiles be cut with hard-metal-equipped saw-blades, using cooling lubricant on miterrotary saws with a mechanical feed and a chuck.
The Miter Corner Connections as Stuck CornersCorresponding corner brackets are available for the profilestructural heights of 17.5, 14.5 and 12 mm. The profiles arefirst cut and the grease is removed with grease solvent.A grease solvent that does not damage the painted visiblesurface is to be used.The reception groove is spread with glue. Then, the cornerand stiffening brackets are stuck onto the reception groove,the corner is pushed together, adjusted to alignment, andholes punched with a hydraulic punch from above. Anyresidual glue emerging on the visible side is to be removedwith a moist cloth drenched in liquid cleanser. The completeframes are to be stored with the visible side up until the gluehas set.
The Miter Bracket as a Screwed-Bracket ConnectionAlternatively, there is the possibility for small orders to pro-duce 90° miters with the corner brackets EW 3000 S and atorx screwdriver, size T30. After profile cutting and de-grea-sing, glue is applied to the reception groove. The cornerbracket EW 3000 S is then pushed into the reception groo-ve, and the corners aligned. The screws are then tightenedevenly with a torx screwdriver, one turn to the left and oneto the right, in the direction of miter, until the thread of thescrew catches perceptibly.This processing instruction also applies for corner bracketEW 3000-12 S.
The Miter Bracket with a Slanted Element as a WedgeConnectionFor corners of slanted elements, the adjustable cornerbracket EW 3000-V N is used. After the profile is cut to sizeand degreased, the glue is applied to the reception groove.The adjustable corner bracket is then pushed into thereception groove, and the corners aligned. The screws arethen tightened evenly with a torx screwdriver, one turn tothe left and one to the right, in the direction of miter, untilthe thread of the screw catches perceptibly.
Fixed frame profile/ stiffening bracketsBR 54.14
BR 66.14
BR 86.14
BR 86.14 IV
WG 86.14
BR 106.14 IV
BR 75.14 K
BR 75.14
BR 66.14 K
BR 86.14 K
WG 100.14
BR 54.14 R2
BR 66.14 R2
BR 86.14 R2
WG 86.14 R2
ASW-BR
ASW-FL
EW 3000 N
EW 3000 N
Casement profiles / stiffening bracketsFL 41.14
FL 66.14
FL 110.14
FL 41.18
FL 66.18
FL 39.14
Fl 39.14 R2
VF M 41
FL 41.18
FL 66.18
FL 96.18
FL 51.14
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Crosspiece-holderSPH-MIRA
Transom profile
Fixed frame profile
Transom profile
Transom profile
Fixed frame profileNotch fixed-frame gasket
Note:After installation of thefixed-frame gasket, sealT-joint with sealingcompound (see Details X, Y, Z).
Seal with sealing compound
Seal with sealing compound
T-Butt JointsThe mullions, transoms andcrosspiece profiles can beinstalled later into thealready bracket-connectedframe. For this purpose,the profiles are cut at 20°angles and degreased.Then, the crosspiece-holders are hung onto oneside of the frame and arelocked into the side of theinsert profile by a turn ofthe slot nut in the receptiongroove, and are screwedtogether tightly after beingaligned.The screwed connection issecured with glue.With multi-sectional ele-ments with fixed glazing ora panel parapet under-neath, the T-joint must bepermanently elasticallysealed before the aluminumframe is installed. Moreover,careful insulation of theupright profile is to becreated at the level of theframe gasket, with a fillerpiece and sealant.
For crossed crosspieces,the connection is made viathree slot nuts.
Transom profile
For transom, place slotnuts into outer drilled hole
Filler pieceDS 12-20
Fixed frame profile
Crosspiece-holder SPH-MIRA
Seal with silicone
Fixed frame profile
Filler piece DS 12-20
Transom profile
Filler piece DS 12-20 Fixed frame profile
Crosspiece-holder SH3000 with clamp profile,incl. screw
Detail: Z
Detail: X
Detail: Y
Transom
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Attachment Intervals for Turn and Pivot-Clip Holders and Stiffening Brackets
General system stipulations for the attachment of the aluminum frames via turn and pivot-clip and clipholders:Standard attachment intervals for single-chamber profiles: 80 mm from corner, then every 200-250 mmAttachment to be implemented with clip holders for casement and fixed glazing. When H 3011-4 or 5 screwless clip holders are used, max. attachment interval of 200 mm is to be maintainedfor casement widths up to 140 cm and installation heights < 20 m.
Special system stipulations for the attachment of aluminum frames via turn and pivot-clip and clip holders:For double-chamber profiles, the following variations which differ from the above-stated stipulations are possible:
Fixed frame inner chamber: Attachment interval every 200-250 mm
Fixed frame outer chamber: Attachment interval every approx. 400 mm
Mullions and transoms: Chamber adjacent to fixed glazing: Attachment interval every 200-250 mm
Transoms: Chamber adjacent to casements to be opened: approx. every 250 mm (load from people leaning out)
Mullions: Chamber adjacent to casements to be opened: every 400 mm (alternately).
System stipulations for the attachment of aluminum frames with stiffening brackets:With fixed glazing, stiffening brackets are used to stabilize the aluminum frame profiles, and especially to ensuresufficient contact pressure for dry glazing. They are installed at the following intervals:
When using clip holders: Attachment interval 150 mm from corner, then every 600 mm
When using pivot-clip holders: Attachment interval 150 mm from corner, then every 450 mm.
Note: Since the exact attachment intervals vary and are difficult to ascertain by EDP technology, five holdersper running meter of profile are generally assumed at tendering and order processing. It is recommended thatthese items be kept in inventory to provide for fluctuations of order-dependent demand.
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Installation of Aluminum Frames at the Wooden PartThe attachment of the aluminum frame to the wooden partcan be accomplished with turn holders, turn-clip holdersor screwless clip holders, as desired. For the installationof aluminum frames with dry glazing, clip holders must beused. Due to the special design of the clip holders, contactpressure between the glass and the outer gasket is createdby turning it by 90°.Holders are available with base heights of 4, 5 and 6 mm,in order to be able to compensate for various wood over-laps (15 and 16 mm).The installation can be done with holders equipped withplastic rebates, or aligned with jigs. The holders are positio-ned in the wooden frame via their rebates or jigs, andscrewed on with 3.5 x 30 mm stainless-steel countersunkscrews. The intervals between the holders is to beimplemented as per drawing, for multi-chamber profiles,the holders are to be arranged recessed around thechamber width.
The holders are to be aligned in longitudinal direction.
When using turn-clip holders, the frame is pushed into theholder until it catches, through blows with the hand.
If clip holders are used, the frame is pressed by handforcefully onto the holder, which is then simultaneously fixedin the profile chamber by a 90° turn of the wrench. Wheninstalling casements with dry lazing and milled glass beads,ensure that the reduced part of the wrench is used in sucha way that the wrench does not come into contact with theglass when turning.
The special turn holder with a one-sided extension enablesframe installation with no special tools. The extension isturned by 90° by hand, and the holder then catches.
One special feature is the installation of the holders on therebate profile (AP). Here, the holders are screwed on witha 4.2 x 13 mm self-tapping screw as per drawing on p. 128,through the profile strut in the holder.
Screwless clip holders (only for the MIRA system) are provi-ded in two pieces, and can be removed from the aluminumframe by pushing the lower part of the holder aside.
After the actual assemblyprocess, a visual examinati-on should ensure that allholders have caughtcorrectly, which is recogniz-able from the markinggrooves on the holder base.
After installation of thealuminum frame, the foilsshould be removed fromthe aluminum profiles. Foil-covered profiles may not beexposed to sunlight, sincethe foil is not UV-resistant.
If the aluminum frame is tobe dismantled, this isaccomplished for both turnand turn-clip holders by a90° turn of the wrench.
DH 4-8 V clip holders forcasement profile are turnedwithout wrenches.
For multi-chamber profiles,the holders are to be arrangedaround the chamber width.
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With the systems M I R A , MIRA and BRAGA the gasketHA 3062 can optionally beused on three sides (for highdriving-rain loads).
Attachment of the ZP 7.21Additional Profile After the profile is cut, the addi-tional profile is riveted directlyinto the glazing groove of theframe profiles through the holesdrilled by us with 3 x 8 mmaluminum pop rivets; no addi-tional holes must be drilled.
Visible Drainage In the particular case that theinvisible system drainage provi-ded cannot be implemented,it is possible to mill water-drainage openings on the out-side of the profiles and to coverthem with caps. Up to an inter-nal fixed-frame clearance of120 cm, two openings are to beprovided every 10 cm, startingfrom the edge; for widerelements, an additional centralopening is required.
Monitoring of Drainage du-ring Installation of Windowsin Wall Rebates If window elements are instal-led in wall rebates, there is theunfortunate possibility that oneof drainage openings pre-punched by us will happen tobe behind the rebate. Thisopening must be closed offwith sealing compound, so thatno unseen water entry canoccur behind the rebate. Thenecessary drainage must thenbe ensured by an additionalhole drilled at another point inthe area into which thewindow-sill sheet, or similarpart, extends.
Before installation of the punchedcasement frames, seal miter with sealingcompound!
Long hole for the installationof the drainage cap
When ordering the drainage cap,specify surface!
When using the additional profiles ZP 7.18 andZP 7.21, seal the miter area (inside).
Top view from outside.
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GlazingWhen implementing glazingwith milled glass beads, itmust be ensured that onlyinsulation glass with athickness tolerance of +/-0.5 mm is used. Moreover,when ordering and installingglass, it is necessary to en-sure that the glass platesinstalled show at least5 mm of space toward theglass groove for blocking,so that the clip holders donot come into contact withthe glass edge duringinstallation of the aluminumframes.For glazing, profile gasketsare available which permitdry glazing with 4 and 5 mmgaps outside, and 2-6 mmgaps inside. For outside wetglazing, the gasket profileHA 3061 is applied, instead of backing strips.
The preparation of the aluminum profiles (cleaning, priming)as well as the suitable silicone should be coordinated withthe silicone manufacturers.
The outer glazing gaskets HA 3060 and HA 3060/5 arerolled into the glazing grooves of the profiles. For miterbrackets, the gasket is pulled around and forms a closedcorner. To prevent distortion of the gasket when it is passedaround the corner, it is useful to cut a 3-mm deep notch intothe most extended gasket lip at the rubber-frame corner.The joint of the gasket is carried out in the middle of theupper cross profile. The gasket is notched at the T-buttjoints of the frame profiles in the rear, throughout the widthof the glazing groove. The gasket should generally be instal-led with about 1% excess, particularly at the joint.
The inner glazing gaskets HA 3065/2 through /6 should alsobe rolled into the groove of the wooden frame with approx.1% excess. Here however, the corners are butt-jointed. Dueto the installation with an excess, a closed corner is alsoachieved here.
The plug gasket HA 3063 is designed for use for dry-glazedfixed glazing with glass beads: After installation of the outergasket and of the glass, and the screwed connection of the
glass beads, the plug gasket is rolled in on the inside, andthrough its wedge shape generates the necessary contactpressure between the glass and the outer gasket.
Fixed-Frame GasketThe fixed-frame gasket is delivered as a completely manu-factured frame of high-quality TPE. The gasket can be pres-sed into the prepared groove before the Installation of thealuminum frame onto the wooden part. The aluminum frameis then installed onto the wooden part, which is equippedwith turn-clip holders and pre-installed gaskets.If the fixed-frame gasket itself is made from profiles fromthe role, the clinched corner must be cut out with notchingpliers and glued, e.g. with a cyanoacrylate glue such asSicomet standard type "50", by Sichel of Hanover.
Formation of the Wooden ProfilesTo establish the thicknesses of the wooden frames and theprofile widths, please observe the pertinent norms and gui-delines on structural-stability dimensioning of mullions andtransoms, especially for window walls with a surface greaterthan 9 sq.m., and/or height and width greater than 2 m.These include DIN 1055 (load assumptions in building con-struction), DIN 18055 (window-joint permeability and dri-ving-rain safety), and DIN 18056 (window walls, measuringand implementation). Moreover, please refer to the pertinentpublications of the Window Institute in Rosenheim
Dry-glazing Wet-glazing
Dry-glazing Wet-glazing
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Glass groove
Dry Glazing with a 4 mm holder height at the casement 15 mm casement recess and 15 mm casement overlap
with 5 mm holder height at the casement 16 mm casement recess and 16 mm casement overlap
Glass thickness + a =
Calculation example with gasket HA 3065/3 HA 3065/3:Glass thickness 24 mm + 3 = 27 mm
Glass groove = 27 mm
HA 3065/2 = 2 mm
HA 3065/3 = 3 mm
HA 3065/4 = 4 mm
HA 3065/5 = 5 mm
HA 3065/6 = 6 mm
Gasket a x)
Glassthickness
Glassthickness
DH 4-8
HA 3060/5
HA 3060
DH 5-8
Glass groove
Glass groove
x) = dimensions for compressed gaskets
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Dry Glazing
Fixed Glazing
x) = dimensions for compressed gaskets
x) = dimensions for compressed gaskets
Calculation example with gasket HA 3064/3:Glass thickness 24 mm + 3 = 27 mm
Glass groove = 27 mm
Glassthickness
Glassthickness
Glass thickness + 3 =
T = glass thickness + 4
Glass groove
HA 3064-3
HA 3063
Fixed glazing-gasket HA 3080
Installation:First, the fixed-glazing gasket HA 3080 is installedperpendicularly at the bottom with approx.1% excess, and sealed at the ends. The corner pieces are then installed to stiffen theframe profile. After the glass installation, the glassbead is screwed together so that the inner gapmeasures 4 mm in complete condition, afterinstallation of the plug gasket HA 3063.
Calculation example for gasket HA 3063:Glass thickness: 24 mm + 4 = 28 mm
Additional aluminum bracket W 27-13-260 mm pieces; total: 600 mm
Turn holder
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Accessories – Holders
Pivot holderColor: transparent
DH 4-8SU 100 pcs.
SU 1000 pcs.
Pivot holderColor: brown
DH 5-8SU 100 pcs.
SU 1000 pcs.
Clip holdersColor: brown
DH 5-8 VSU 100 pcs.
SU 1000 pcs.
5
5
5
4
2
2
4
1
4 5
5
4
2
4
4
4
6
WasherColor: transparent
US 2SU 100 pcs.
Clip holderColor: transparent
DKV 2SU 100 pcs.
Clip holderColor: transparent
DKV 4SU 100 pcs.
WasherColor: transparent
US 1SU 100 pcs.Clip holders
Clip holders w/orebate
Color: transparent
DH 4-8 o.A.SU 100 pcs.
SU 3000 pcs.
Magazine, (51 pcs.)
Clip holders w/orebate
Color: brown
DH 5-8 o.A.SU 100 pcs.
SU 3000 pcs.
Magazine, (51 pcs.)
Clip holders ofrebate
Color: graphite-gray
DH 6-8SU 100 pcs.
SU 3000 pcs.
Color: transparentColor: transparent
DK 4-17SU 100 pcs
SU 1000 pcs.
Clip holderColor: transparent
HA 3011-4HA 3011-4A
SU 100 pcs.
Clip holderColor: transparent
HA 3011-5HA 3011-5A
SU 100 pcs.
Clip holderColor: transparent
DK 2SU 100 pcs.
SU 1000 pcs.
Clip holdersColor: transparent
DH 4-8 VSU 100 pcs.
SU 1000 pcs.
Pivot-clip holderColor: brown
DK 5SU 100 pcs.
SU 1000 pcs.
Magazine (48 pcs.)
Pivot-clip holderColor: transparent
DK 4SU 100 pcs.
SU 3000 pcs.
Magazine, (51 pcs.)
See M I RA assembly instructions, p. 44 !
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G a s ke t s a n d
A c c e s s o r i e s
GasketsMaterial: EPDM
Gap Gap Gap
Gap Gap
Gap Gap
Gap
Gap
Gap
Gap Gap
Gap
Gasket f. aluminumprofile (dry-glazing)
HA 3060 w/t.black SU 200 m
glide-polymer-coated
Gasket for gap andelement joint
HA 3024black SU 200 m
Gasket for sheet-metal connection
HA 3023black SU 50 m
Glazing gasket,interior
HA 3064-3black SU 200 m
Fixed-glazing gasketEPDM
HA 3082black SU 80 m
Gasket f. aluminumprofile (dry-glazing)
HA 3060/5 w/t.black SU 100 m
glide-polymer-coated
Overlap gasket
HA 3062black SU 100 m
glide-polymer-coated
Gasket for woodgroove
HA 3065/4black SU 100 m
Gasket for woodgroove
HA 3065/3black SU 100 m
Gasket for woodgroove
HA 3065/2black SU 100 m
HA 3060 G w/t.gray SU 200 m
HA 3065/3 Ggray SU 100 m
HA 3065/4 Ggray SU 100 m
HA 3060/5 G w/t.gray SU 100 m
Gasket for woodgroove
HA 3065/5black SU 100 m
Wedge gasket
HA 3063black SU 200 m
Gasket
HA 3004-5.5black SU 200 m
Gasket
HA 3004black SU 80 m
Overlap gasket
HA 3062/2black SU yard -ware
Fixed-glazing gasket
HA 3080black SU 80 m
Gasket f. joint connection
HA 3021 MIRAblack SU 50 m / yard-ware
Gasket f. sheetmetal-connection
HA 3022 APTKblack SU 100 m / yard-ware
Gasket f. sheetmetal-connection
HA 3020 MIRAblack SU 100 m / yard-ware
Gasket for woodgroove
HA 3065/6black SU 100 m
Gasket forwet-glazing
Silicon
HA 3061transparent SU 100 m
Installation p. 14
Installation p. 17
Installation p. 17
Installation p. 17
Installation p. 75Installation p. 51
Installation p. 82 Installation p. 81 Installation p. 83
Installation p. 67
Installation p. 16
Installation p. 81
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Fixed-frame gasketMaterial: EPDM
Corners not weldable
HA 3074SU 80 m
Fixed-frame gasketMaterial: TPE
Corners weldable
HA 3073SU 80 m
Fixed-frame gasketMaterial: TPE
Corners weldable
HA 3071SU 70 m
Fixed-frame gasketMaterial: TPE
Corners weldable
HA 3072-11SU 80 m
Fixed-frame gasketMaterial: EPDM
Corners not weldable
HA 3090SU 80 m
Fixed-frame gasketMaterial: TPE
Corners weldable
HA 3070SU 80 m
for completely installed casements
available silconized andnon-siliconized!
Min.idealMax.
Fixed-Frame Gaskets
HA 3070 Ggrau VE 80 m
Installation p. 47
Installation p. 49
HA 3072-11 Ggray SU 80 m
Installation p. 97
Installation p. 102
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A c c e s s o r i e s
Corner Brackets
Corner bracketPressure-casting
EW 3000 NSU 100 pcs.SU 250 pcs.
Corner bracket adjust-able Pressure-casting
EW 3000-VNSU 50 pcs.
Corner bracketPressure-casting
EW 3000 SSU 100 pcs.
Corner bracketPressure-casting
EW 3000-4 NSU 100 pcs.
Corner bracketPressure-casting
EW 3000-12 NSU 100 pcs.
Corner bracket for 90°, for punching
Corner bracket for 90°,for punching
For 14.5 mm profileheight or greater
For 14.5 mm profileheight or greater
For mechanicalcorner connections
For mechanicalcorner connections
For 4 mm profile height
For 14.5 mm profileheight or greater
For 4 mm profile height
Corner bracketPressure-casting
EW 3000-12 SSU 100 pcs.
Corner bracket for 90°,for punching
For 12 mm profile height For 12 mm profile height
For mechanicalcorner connections
Corner bracketPressure-casting
EW 3000-4 SSU 100 pcs..
For mechanical cornerconnections
For mechanical cornerconnections
For 4 mm profile height
Corner bracket adjust-able Pressure-casting
EW 3000-4 VNSU 20 pcs.
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Crosspiece holder
SH 17SU 20 pcs
Crosspiece Holders
For casement profile: FL 41.31-45FL 67.34-S
For casement profile: FL 41.31-SFL 67.31-S
For casement profile: FL 41.27-45FL 66.27-45
For casement profile: FL 41.25-SFL 41.25-R
For fixed frame profiles:BR 86.14 IVBR 106.14 IV
Accessories
Clamp profileSU 250 pcs.
Holderblank
H 3650 forBR 86.14 IV,BR 106.14 IV
SU 50 pcs.
Crosspiece holder,pressure-cast
SH 3000SU 50 pcs.
Crosspiece holder,pressure-cast
SPH-MIRASU 100 pcs.
3
3
Crosspiece holder
SH 14SU 20 pcs.
Crosspiece holder
SH 13SU 20 pcs.
Crosspiece holder
SH 7SU 20 pcs.
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Material: STW 22Color: black
For door hinges ofoutward-opening doorsinstallation p. 75
Polyurethane glue
For door hinges ofoutward-opening doorsinstallation p. 75
Wrench
MIRASU 1 pc
Attachment plate
Fixed frameSU 1 pc.
Attachment plate
CasementSU 1 pc.
Drill jig
DK 4/5SU 1 pc.
Glue
HAFIXSU 1 pc.
Drill jig
MS 150 SU 1 pc.
Punch for cornerconnection
for MIRA & BRAGASU 1 pc.
Stamps for punch
for MIRA & BRAGASU 1 set
Drainage-cap
SU loose
Accessories
Pull handleSU 1 pc.
Aluminum pull handleCountersunk hole,diameter 3.2
Available in allsurfaces
available in all colors installation pp. 92/166
64
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Rebate 15 mmfor notching pliers
SU loose
Rebate 10 mmfor notching pliers
SU loose
Insert Dfor notching pliers
SU loose
Insert Efor notching pliers
SU loose
Gasket Rebate Insert
HA 3070 10 mm Einsatz “E”HA 3073 10 mm Einsatz “E”
HA 3072-11 15 mm Einsatz “D”
HA 3071 10 mm Einsatz “D”HA 3074 10 mm Einsatz “D”
Notching pliers
forHA 3070HA 3071
HA 3072-11HA 3073HA 3074
SU 1 pc
Notching pliers
for HA 3090SU 1 pc.
Gasket roller
for fixed-framegasket
SU 1 pc.
Gasket roller
fordry-glazing
gasketSU 1 pc.
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M I R A D e t a i l s
Turn & Tilt WindowCasement recess 15 mmWood vertical sectionWood aluminum
Instruction:Dimensions refer to completelyinstalled casements and finishedsurfaces!
Gasket HA 3062 optional for highdriving-rain load
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Install HA 3062 gasket onlyat the fixed frame below(not absolutely necessary)
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Turn & Tilt WindowCasement recess 15 mm
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Wood – fixed-frame interiorclearance
Aluminum – fixed-frame-interiorwidth
Wood – fixed-frame interiorclearanceWood – sash interiorclearance
Turn & Tilt WindowCasement recess 15 mm
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M I R A D e t a i l s
Double-Casement Window with TransomCasement recess15 mm
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Two-Part Window with TransomTwo parts fixed-glazed Casement recess15 mm
Bracket W 27-13-2
Bracket W 30.15
Glassthickness
Gasket HA 3080
HA 3063
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G U T M A N N
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Two-Part Window with TransomOne part fixed-glazed Casement recess15 mm
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Two-Part Window with TransomCasement recess 15 mm
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Double-Casement French Window Casement recess 15 mm
Glue in end caps!
3.9 x 13 self-tappingcountersunk screw
French-window end cap
Secure againstslipping with3 x 20 screw
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Double-sidedadhesive tape
Double-sidedadhesive tape
Crosspiece can besecured laterally withself-tapping screws.
Assembly instructions, dry-glazed adhesive struts
1. Pull in dry-glazing gasket HA 3060 2. Attach double-sided adhesive tape section by
section (approx. 15-20 c, as per manufacturer’sstipulations) to the roughened degreasedcrosspiece (manufacturer e.g. 3M, tape type4941, 1.1 mm thick).
3. Apply silicone on a 10 – 15 cm length alongthe gasket, at the end of the crosspiece,and between the adhesive tape.
4. Then press the crosspiece onto the degreased,clean plate.
The crosspiece can bear a load only afterthe silicone has set.
Silicone
HA 3060
Double-sidedadhesive tape
By milling off the inner strut (approx. 80 mm),the crosspiece can be secured with SH 3000.
Note:If there is a risk of injury due to glued-on rungs coming off,the frame must be mechanically secured!
Silicone
HA 3060
Vertical Section, Crosspieces
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G U T M A N N
S y s t e m D e s c r i p t i o n
c lass i c
All fittings used in wooden-window construction can beused here.The aluminum frames are generously rear-ventilated and arefastened to the wood tension-free, with stable holders: Thatlets the wood breathe, and the aluminum frame expand dueto temperature fluctuations without hindrance.
Circumferential gaskets at the casements and rod framesprovide reliable insulation and noise protection. The groovedrainage is accomplished invisibly and without disturbingdrainage caps, through the use of approved rain-protectionrails.
The profiles can be joined at the visible edge with either 5 or2 mm radii. Mullion and transom profiles are available in twostructural heights, which enable clean profile-butt attach-ments, even with complicated window divisions.
The frame connections can be carried out either welded orwith stable, punched corner connections: Element sizes upto 3.5 x 2.5 m are available.
Classic achieves very good insulation valuesof 1.5 W/ m2K, averaged at the 1.23 x 1.48 m frame.The tightness values correspond to the good values of thewooden-window design used.
The diverse range of profiles leaves no design wishes unful-filled: All standard window designs and types of openingscan be implemented in various styles and profile widths.All kinds of slanted windows and round arches can also beprovided.
The wood-aluminum Classic is based on theclassic basic design for the “IV 68” standard-woodenwindows, with wooden-thickness of 68 mm at the casementand frames. Therefore, no investments in special millingtools are necessary for the manufacture of the woodenframe.
The reception of the glass is accomplished completely in thewooden groove. The insulation glass edge is thus excellentlyshielded against heat loss. Replacement of the glass plate isaccomplished from the inside by loosening the glass bead.
Silicone is used to seal the profiles toward the glass.
The aluminum shell is the weather-protective element, andalso an architectural element which can be color-designedat will. The wooden frame provides stability and outstandinginsulation, and gives the house a pleasantly comfortablecharacter.
Classic is the ideal system for the manufacture ofwood-aluminum windows on the basis of standard woodenwindows, with a distinctive surface-recessed appearance.High utility, excellent features and diverse uses distinguishthe system.
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Te n d e r Te x t
General
The design must provide an insulation value at the frame Ufas per DIN EN ISO 10077-2 of less than 1.45 W/m2K via testor calculation. The underlying wood-aluminum composite system mustcertify fulfillment of the following requirements: A systemtest as per the quality and testing stipulations of RAL-RG424/2. If necessary, proof of driving-rain tightness as perDIN EN 12208, Class 9a, and joint-permeability as perDIN EN 12207, Class 4, for the wooden-window designwithout aluminum cladding can be certified.
Design Structure
Wooden StructureThe wooden structure is to be implemented in accordancewith the requirements for wooden windows of DIN 68121.The casements and fixed glazing are to be provided withglass beads. The insulation-glass edge composite is to betaken up from three sides in the wooden groove. Grooving of the wooden profiles for the reception of thealuminum profiles is inadmissible.
Aluminum FramesA surface-recessed system is to be provided. The recessbetween the fixed frames and casements must be 15 mm.At the butt joints between the frame profile and the mullion,and between the mullion and the transom profile, a recessesof 2 mm must be created. The circumferential frame andcasement profiles must have a curve of the profile edge witha radius 5 mm, and the element-separating profiles a radiusof 2 mm. Casement profiles are to be designed with ahollow chamber in the glazing area to increase stiffness.The drainage of the groove area is to be accomplished viathe use of an aluminum rain rail and masked punch-outs inthe lower profile crosspiece.For combined elements that contain casements and fixedglazing in one frame, the circumferential frame profiles in thefixed glazing area must be implemented with a supplementalprofile, so that the glass can be held from three sides in thewooden groove here, too.
The formation of the aluminum frames must be optionallypossible with either mechanical or welded connections.The following implementation is provided:
mechanical connection (punched)welded connection.
Attachment of the Aluminum FrameThe attachment of the aluminum frames to the woodenframe is accomplished via removable turn and pivot-clipholders of high-quality, temperature-resistant plastic, suchas impact-resistance-modified POM. For dry-glazed case-ments, clip holders are to be used. Tension-free expansionof the aluminum shell toward the wooden part and thefull-surface rear-ventilation of the gap between the woodand the aluminum frame must be ensured. The gap of atleast 4 mm must therefore be provided.
GasketsThe gasket between the casements and fixed frames is tobe formulated as a customary casement-groove gasket,which is to be implemented circumferentially at a leveloutside the weather zone.In the area of the casement-opening side, an EPDM covergasket is to be provided. The outer glazing is to beimplemented as wet glazing with suitable permanent-elasticsealing compound.
Aluminum-profile system to be provided: Gutmann Classic or equivalent
System provided: ........................................................................................................
The aluminum profiles are to be of AlMgSi 0.5 F22 inanodized quality, and in accordance with DIN 1748 andDIN 17 615. The implementation must be as per the perti-nent standards and guidelines, the recognized rules of thetechnology and the stipulation of the manufacturer.
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Woo
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fixe
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Woo
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Screw max.25 mm long
Before installation of the punched casementframes, seal miters with sealing compound!
Turn & Tilt Window
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ThresholdRems 22/31
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Turn & Tilt Window
Wood – fixed-frame interior clearance
Aluminum – fixed-frame-interior width
Aluminum – sash interior clearance
Wood – sash interior clearance
Screw max.25 mm long
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Trim
and
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tth
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Not
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eal w
ith jo
int
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ing
tape
!
Seal at the side
Double-Casement Window with Transom
ThresholdRems 22/31
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Double-Casement Window with Mullion
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Double-Casement Window without Mullion
Aluminum – fixed-frame interior clearance minus 14 mm equalssize to which profile M 82.10 is to be cut to, with end cap
SH 82.10 / End cap EK 82.10
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S y s t e m D e s c r i p t i o n
The wood-aluminum system isa flush-surface system with a modern appearanceand clear architectural accents. Formation andversatile solutions for demanding architecture ata high technological level are the particular strengthsof this system.
All fittings used in wooden-window construction can beused here.
The aluminum frames are generously rear-ventilated, and arefastened to the wood tension-free with stable holders:That lets the wood breathe, and the aluminum frame expanddue to temperature fluctuations without hindrance.
Circumferential gaskets at the casements and rod framesprovide reliable insulation and noise protection. If necessary,they can also be sealed with system gaskets between thealuminum frame and the casements.
The groove drainage is normally accomplished invisibly andwithout bothersome drainage caps.
With 5 mm radii, the profiles create clear lines at the visibleedge. Mullions and transoms, available in various widths,permit even complicated window divisions.
The frame connections can be carried out either weldedor with stable, punched corner connections: Element sizesup to 3.5 x 2.5 m are available.
achieves very good insulation valuesof 1.5 W/ m2K at the frame, and is thus very suitable for usein low-energy houses.
has the certification of Load Group C,DIN 18055, Air-Tightness Level 4 as per DIN EN 12207, andDriving-Rain Tightness 9a as per DIN EN 12208.
The diverse range of profiles leaves no design wishesunfulfilled: All standard window designs and types ofopenings can be implemented in various styles and profilewidths. All kinds of slanted windows and round arches canalso be provided.
The wood-aluminum is based on the classicbasic design for wood-aluminum systems. Designs withthe same wood thicknesses for casements and frames arepossible with adapted profiles. Together with the fashiona-ble, milled glass bead of the casements, this design is anespecially economical and efficient wood-aluminum windowconstruction option.
The glass is taken up protected in the wooden groove.The edge of the insulation-glass plate is thus well insulatedagainst heat loss. The glass is placed into the casementfrom the outside, covered with the aluminum shell, andsealed.
The glass sealing can be accomplished with gray or blackglazing gaskets, or with silicone, as desired.
The aluminum shell is the weather-protective element, andalso an architectural element which can be color-designedat will. The wooden frame provides stability and outstandinginsulation, and gives the house a pleasantly comfortablecharacter.
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Te n d e r Te x t
GeneralThe design must provide an insulation value at the frame Ufas per DIN EN ISO 10077-2 of less than 1.6 W/m2K via testor calculation. The wood-aluminum system must be certified as fulfillingthe following requirements: A system test as per the qualityand testing stipulations of RAL-RG 424/2; Driving-RainTightness as per DIN EN 12208, Class 9a; and
Joint-Permeability as per DIN EN 12207, Class 4.The aluminum profiles are to be of AlMgSi 0.5 F22in anodized quality, and in accordance with DIN 1748 andDIN 17 615. The formation must be as per the pertinentstandards and guidelines, the recognized rules of thetechnology and the stipulation of the manufacturer.
Design Structur
Wooden StructureThe wooden structure is to be implemented in accordancewith the requirements of DIN 68121. The casements are tobe provided with a milled glass bead, and the fixed glazingwith a loose glass bead. The insulation glass edge composi-te is to be taken up from both sides in the wood groove.Grooving of the wooden profiles for the reception of the al-uminum profiles is inadmissible.
Aluminum FrameA flush-surface system is to be provided. Between the case-ment and the fixed-frame profile, a circumferential shadowgroove of 7 mm width is to be created. The visible widths ofthe casement profile, including the 7 mm shadow-groove,may not exceed 33 mm, unless wider profiles are necessaryfor structural stability. Standard casement profiles are to beformed with hollow chambers in the glazing area to increasestiffness. Drainage of the groove area is to be accomplishedvia masked 8 mm drilled holes in the lower profile crosspie-ce. Optionally, visible drainage via a cover cap the samecolor as the aluminum frame must be possible. The formation of the aluminum frames must be optionallypossible with either mechanical or welded connections.The following forms are possible:
mechanical connection (punched) welded connection.
Attachment of the Aluminum FrameThe attachment of the aluminum frame to the wooden frameis accomplished via removable turn and pivot-clip holders of
high-quality, temperature-resistant plastic, such asimpact-resistance-modified POM. For dry-glazed case-ments, clip holders are to be used. Tension-free expansionof the aluminum shell toward the wooden part and full-surface rear-ventilation of the gap between the wood andthe aluminum frames must be ensured. A gap of at least4 mm must therefore be provided.For precise measurement-position ascertainment, theholders must be provided with pre-cast separator neps.
GasketsThe fixed frame is to be provided with a circumferentialgasket of high-quality TPE, prepared as a frame by us,between the wooden frame and the wooden casements.In the area of the casement opening side, an EPDM covergasket is provided.The glazing must be implementable from the outside with acircumferential EPDM dry glazing gasket. The gasket mustbe able to take up a glass plate with a tolerance of+/- 0.5 mm. The visible gasket lip at the glass may not bewider than 5 mm. Wedge gaskets may not be used asexternal glazing gaskets. Internally, dry glazing with EPDMgaskets in staged gasket thicknesses must be implemen-table. It must be possible to optionally install the systemwith wet glazing, both inside and out. The following formsare possible:
Dry glazing outside insideWet glazing outside inside
The aluminumprofile widthsare to be takenfrom the itemdescriptions
Aluminum-profile system to be provided: Gutmann or equivalent
System provided:: .........................................................................................................
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Wood-Aluminum Windows
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P r o c e s s i n g
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Fixed frame profiles / stiffening bracket
AW 1000
EW 3000 N
EW 3000-4N
VB 56.14
VB 68.14
VB 88.14
VWG 88
Casement profiles / stiffening bracket
VF 41.14
VF 60.14
VF 100.14
VFM 41
Manufacturing Mechanically Connected Frames
Cutting Profiles to Size It is recommended that the profiles be cut with hard-metal-equipped saw-blades, using coolant lubricant on miter ro-tary saws with a mechanical feed and a chuck.
The Miter Corner Connections as Stuck CornersCorresponding corner brackets are available for the profilestructural height of 14.5. The profiles are first cut to size, and the grease is removedwith grease solvent. A grease solvent that will not damagethe painted visible surface is to be used.The reception groove is spread with glue. Then, the cornerand stiffening brackets are pushed into the receptiongroove, the corner is pushed together, adjusted toalignment, and holes punched with a hydraulic punch.Any residual glue emerging on the visible side is to beremoved with a moist cloth drenched in liquid cleanser. The complete frames are to be stored with the visible sideup until the glue has set.
The Miter Bracket as a Screwed-Bracket ConnectionAlternatively, there is the possibility for small orders toproduce 90° miters with the corner brackets EW 3000 S anda torx screwdriver, size T30. After profile cutting andde-greasing, glue is applied to the reception groove.The corner bracket EW 3000 S is then pushed into thereception groove, and the corners aligned. The screws arethen tightened evenly with a torx screwdriver, one turn to
the left and one to the right, in the direction of miter, untilthe thread of the screw catches perceptibly.This processing instruction also applies to corner bracketEW 3000-12 S.
The Miter Bracket with a Slanted Element as a WedgeConnectionAt corners for slanted elements, the adjustable cornerbracket EW 3000-V N is used. After the profile is cut tosize and degreased, the glue is applied to the receptiongroove. The adjustable corner bracket is then pushed intothe reception groove, and the corners aligned. The wedgeis then pulled up gently with gas-pipe pliers. Note that thevisible outside of the profile show no sign of the connection.
The Miter Bracket as Punched and Screwed CornerConnection with Casement ProfilesWith casement profiles in the BRAGA system, the miters arepunched together with the corner bracket EW 3000-4 N.Alternatively, there is the possibility for small orders toproduce 90° miters with the corner brackets EW 3000 Sand a torx screwdriver, size T30. After profile cutting andde-greasing, glue is applied to the reception groove.The corner bracket EW 3000 S is then pushed into thereception groove, and the corners aligned. The screws arethen tightened evenly with a torx screwdriver, one turn tothe left and one to the right, in the direction of miter, untilthe thread of the screw catches perceptibly.
Injectassemblyglue
ASW-FL
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Seal with silicone
T-Butt JointThe mullions, transoms and crosspiece profiles can beinstalled later into the already bracket-connected frame.For this purpose, the profiles are cut at 20° angles anddegreased.Then, the crosspiece-holders are hung onto one side of theframe and are locked into the side of the installation profileby inserting the clamp wedge into the reception groove with
pliers. The screwed connection is secured with glue.With multi-sectional elements with fixed glazing or a panelparapet underneath, the T-joint must be permanentlyelastically sealed before the aluminum frame is installed.Moreover, careful insulation of the upright profile is to beproduced at the level of the fixed-frame gasket with a fillerpiece and sealant.
FS-1000
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Dry Glazing With 4 mm holder height15 mm casement recess and 15 mm sash overlap
Gasket ax)
HA 3065/2 = 2 mm
HA 3065/3 = 3 mm
HA 3065/4 = 4 mm
HA 3065/5 = 5 mm
HA 3065/6 = 6 mm
Glassthickness
Glassthickness
Calculation example with gasket HA 3065/3:
Glass thickness 24 mm + 3 = 27 mm
Glass groove
Glass groove
x) = dimensions for compressed gaskets
Glass grooveGlass thickness + a =
Glass groove = 27 mm
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Dry Glazing
Fixed Glazing
T = glass thickness + B - 8.5 mm
Glassthickness
Glassthickness
Calculation example for gasket HA 3063:
Glass thickness 24 mm + 4 - 8.5 mm = 19.5 mm
Calculation example with gasket HA 3064/3:
Glass thickness 24 mm + 3 = 27 mm
x) = dimensions for compressed gaskets
x) = dimensions for compressed gaskets
T = 19.5 mm
Glass grooveGlass thickness + 3 mm =
Glass groove = 27 mm
AluminumW 27-13-2 approx.every 600 mm
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Install HA 3062 gasketonly at bottom of fixedframe (not absolutelynecessary)
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Turn & Tilt Windowwith 14.5 mm aluminum-sash overlap(aluminum profile VF 41.14)
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B R AG A D e t a i l s H I N
Install HA 3062 gasketonly at bottom of fixedframe (not absolutelynecessary)
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Turn & Tilt Windowwith 6 mm aluminum-sash overlap(aluminum profile VF 41.6)
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Two-Piece Window with Transom
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B R AG A D e t a i l s
Two-Piece Window with TransomOne part fixed-glazed
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Double-Casement Window with Mullion
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B R AG A D e t a i l s
Two-Piece Window with MullionOne part fixed-glazed
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Double-Casement French Window
StandardFrench-windowcasement gasket
French-windowendcap EK SL 1000
3.9 x 13 self-tappingcountersunk screw
Secureagainstslipping with3 x 20 screw
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B R AG A D e t a i l s
verkleinert
HA 3073
HA 3073
Composite Casement DesignCasement recess 16 mm
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Corner bracket VF
Glass bead VF
Order measurementof gasket-frame
Aluminum casementclearance (AFL)
5 mm diameterfor corner pin VF
Glass-groove ventilation
5 mm diameter for corner pin VF
Standard overlapgasket
Standard compositewindow fittings(e.g. MACO 10091, 10092)
HA 3060 for 6 mm glass thicknessHA 3060/5 for 5 mm glass thickness
GasketVulcanized gasket-frames
Gla
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Corner pin VF
Frame profile FL-V 47.34; only weldedcorner connection available.Mechanical corner connection is madeonly by the processor.
5 mm diameterGlass groove-ventilation
Composite Casement Design
ESG glass
ESG glass
HA
3073
HA
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Order Form for Gasket Frames
Processing Instructions
Corner Connections of Casement ProfilesThe composite casement can be ordered either as a corner-welded design ex works, or as rod-ware with cornerbrackets and corner pins for to be manufacture into frameson siteFor mechanical connections, the profile is mitered andpre-drilled at the level of the clamping grooves of the cornerconnecting brackets with a diameter of 5 mm. The cornerbracket and the profile chamber are then coated with glue,and the profiles connected. To protect and attach the miter,corner pins are driven through the drilled holes into theclamping grooves.
Attachment of the aluminum to the wooden casement The casement frames is attached to the wooden casementwith standard composite-window hinges and couplers. Priorto casement installations, two drilled holes for ventilation areto be provided on the glass groove crosswise at the bottom.
Glazing of the CasementThe outer glazing gasket is rolled into the groove of the asements profile, as described in the processing instructionsfor the MIRA system, above. The glass plate is then insertedand blocked professionally. The inner glass bead is pushedinto the reception groove of the profile and is secured withinsertion of the inner gasket. The inner gasket can be fittedin either as a vulcanized frame or as roll-ware.
Sealing between the Wood and Aluminum Casement FramesStandard casement overlap gaskets (for wooden windows)are used to seal the casement frames. Here, ensure thatsufficient openings are provided for the rear ventilation of thegap between the glass plates. This can be accomplished bybreaks in the gasket in the lower and upper horizontal areas,approx. every 8 cm.
Sketch:AFL = Aluminum casement clearance
Gasket
Order-measurement for gasket = AFL + 30 mm
HERMANN GUTMANN WERKE AGNürnberger Str. 57-8191781 Weissenburg, GermanyPhone: +49[0] 91 41/9 92-2 07Fax: +49[0] 91 41/9 92-6 46
Delivery address:
Item. Pieces Order size W x H (mm)Desired
Remarksdelivery date
Objekt:
Item:
Order:
Inquiry
Date:
Signed:
AFL
14.5AFL + 2 x 15 mm
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provides graceful profile views and maskedcasement design with versatile solutions for demandingbuilding construction. Clear design and reliable functionare perfectly connected.
( in tegra l
The aluminum shell is the weather-protective element, andalso an architectural element which can be color-designedat will. The wooden frame provides stability and outstandinginsulation, and gives the house a pleasantly comfortablecharacter.Circumferential gaskets at the casements and rod framesprovide reliable insulation and noise protection. If necessary,they can also be sealed with system gaskets between thealuminum frame and the casements.
The groove drainage is normally accomplished invisibly andwithout bothersome drainage caps.
With 5 mm radii, the profiles create clear lines at the visibleedge. Mullion and transom, available in various widths, per-mit even complicated window divisions.
The frame connections can be carried out either welded orwith stable, punched corner connections: Element sizes upto 3.5 x 2.5 m are available.
achieves good insulation values of 1.8 W/m2K at the frame.
has the certification of Load Group CDIN 18055, air-tightness level 4 as per DIN EN 12207, anddriving-rain tightness 9a as per DIN EN 12208.
The essential formation characteristic ofis the masked casement with the narrow frame exterior.Fixed glazing and casements are not architecturallydistinguishable from the outside. The design providesa maximum of light entry.
The diverse range of profiles leaves no design wishesunfulfilled: The system is ideal for panel windows in mullion-transom curtain walls. Windows, doors and fixed glazing arealso usable as single windows and window hinges inmasonry.
The wood-aluminum is based on the classicbasic design for wood-aluminum systems, with the samewood thicknesses for casements and frames. Together withthe fashionable, milled glass bead of the casements, thisdesign is an especially economical and efficient wood-aluminum window construction option.
The reception of the glass is protected in the wooden groo-ve. The edge of the insulation-glass pane is thus well insula-ted against heat loss. The glass is placed into the casementfrom the outside, covered with a stable glass bead and avulcanized gasket frame, and sealed.
The inner sealing toward the glass can be accomplishedwith gray or black glazing gaskets, as desired, or implemen-ted with silicone. All fittings used in wooden-window con-struction can be used here. The aluminum frames are ge-nerously rear-ventilated and are fastened to the wood tensi-on-free with stable holders: That lets the wood breathe, andthe aluminum frame expand under temperature fluctuationswithout hindrance.
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Te n d e r Te x t
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Wooden StructureThe wooden structure is to be implemented in accordancewith the requirements of DIN 68121. The casements are tobe provided with a milled glass bead, and the fixed glazingwith a loose glass bead. The wooden sashes and frames areto be at least 68 mm thick, for reasons of stability. Grooving of the wooden profiles for the reception of thealuminum profiles is inadmissible.
Aluminum FrameA flush-surface system is to be provided, with integrated,masked casements. The visible width of the frame is to be72 mm at the main contour; the thickness of the visiblealuminum overlap is to be only 6 mm. The casement maynot protrude visibly more than approx. 5 mm over the alumi-num frame, so that the visual impression of fixed glazing iscreated. For heat protection, the edge system of the insulati-on glass is covered on the outside by a glass bead at thecasement. The aluminum casement profile may not protrudeinto the groove area behind the rebate gasket, since watercould otherwise condense there. The drainage of the groovearea is to be accomplished via masked 8 mm drilled holes inthe lower profile crosspiece for standard windows; for panelwindows in mullion-transom curtain walls, visible drainagewith a covering cap the same color as the aluminum frameis used. The formation of the aluminum frames must be optionallypossible with either mechanical or welded connections.The following implementation is provided:
mechanical connection (punched)welded connection
Aluminum-profile system to be provided: Gutmann or equivalent
System provided: ..........................................................................................................
Attachment of the Aluminum FrameThe attachment of the aluminum frame to the wooden frameis accomplished via removable turn and pivot-clip holders ofhigh-quality, temperature-resistant plastic, such as impact-resistance-modified POM. This aluminum sash is attachedwith DIN wood screws through long holes. Tension-free ex-pansion of the aluminum shell toward the wooden part andthe full-surface rear-ventilation of the gap between the woodand the aluminum frames must be ensured. A gap of at least4 mm must therefore be provided at the fixed frame.For precise measurement-position ascertainment, the hol-ders must be provided with pre-cast separator neps.
Gaskets and GlazingThe wooden fixed frame is to be formed with a circumferen-tial gasket of high-quality TPV, prepared as a frame by us,between the frame and the casements. It must be possibleto optionally install an additional gap gasket in the aluminumfixed frame profile toward the casement. The glazing at thecasement must be accomplished from the outside with acircumferential EPDM dry glazing gasket with vulcanizedcorners. The visible gasket lip at the glass may not be widerthan approx. 10 mm at the casement. Internally, dry glazingwith EPDM gaskets in staged gasket thicknesses must bepossible. Note that in spite of the structurally necessary nar-row design, blocking as per regulations of the insulationglass must be implemented. Glazing groove drainage andvapor-pressure balance are to be carried out as per manu-facturer’s instructions.
and joint-permeability as per DIN EN 12207, Class 4.The aluminum profiles are to be of AlMgSi 0.5 F22in anodized quality, and in accordance with DIN 1748 andDIN 17 615. The formation must be as per the pertinentnorms and guidelines, the recognized rules of the techno-logy and the stipulation of the manufacturer.
GeneralThe design must provide an insulation value at the frameUf as per DIN EN ISO 10077-2 of less than 1.45 W/m
2K viatest or calculation. The wood-aluminum system must becertified as fulfilling the following requirements: A systemtest as per the quality and testing stipulations of RAL-RG424/2; driving-rain tightness as per DIN EN 12208, Class 9a;
Design Structure
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The bearing profile is to be miter-sawed and inserted into the glass groove.The screw positions are then pre-drilled in the casement wood with a 4 mm diameter drill.Then, the bearing profile is to be attached with semicircular 4 x 45 x A2 fillister-head screws.
Two holes of 5 mm diameter are to be drilled in the low crosspiece of the bearing profile for glass-grooveventilation. The inner glazing-gasket is rolled into the groove of the milled glass bead in the casement.
After the insulation-glass pane is inserted and blocked, the glass bead is cut and inserted into the bearer profile.Finally, the vulcanized gasket frames are rolled in between the insulation-glass pane and glass bead.
Order Form for Gasket Frames
Processing Instructions
HERMANN GUTMANN WERKE AGNürnberger Str. 57-8191781 Weissenburg, GermanyPhone: +49[0] 91 41/9 92-2 07Fax: +49[0] 91 41/9 92-6 46
Delivery address
Item:
Item number:
Order:
Inquiry:
Date:
Signed:
Item Pieces Order size W x H (mm) Desired Remarksdelivery date
Gasket frame
TPL: Order size in W x Hfor gasket frame
(TFL: Bearing-profileclearance)
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D e t a i l s
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Gla
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Gas
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TPL:
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Length pf glass bead = HFL - 18 mm
Aluminum – fixed-frame interior clearance = HBL - 2 x 40 mm
Bearing-profile interior clearance = HFL - 2 x 1.5 mm
Glassthickness
Turn & Tilt WindowCasement recess 15 mm
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Casement recess 15 mmVertical section, wood
Instruction:Dimensions refer to completelyinstalled casements and finishedsurfaces!
Glazing gasketSpecification of referencemeasurements W x H; seeseparate order sheetGlass bead
Glassthickness
Glass thickness HA 3062
Glass-grooveventilationTwo drillings,5 mm diameter
AluminumDrainage capPlease specify surfacewhen ordering!
Turn & Tilt Window
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