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Katalog mit Stand 03.2011berreichen zu drfen.Dieser Katalog
beinhaltet folgende Kompendien: 8 8/ 8/ 8/ 8 / Schco USC 65 8 /
Schco UCC 65 SG 8 / Schco Schco / Schco / Schco AWS Schco / Schco /
Schco o AWS 102 Schco / Schco / Schco ADS 8 / Schco e-connect 8/
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2. 8 architect information Aluminium Unitised Faades Schco USC
65 Schco UCC 65 SG Schco USC 65 and Schco UCC 65 SG 3. | Schco 4.
Schco | ContentsContents 4 Referenceprojects 23 Basicprinciples
31SchcoUSC65 SchcoFaadeUSC65 83SchcoUCC65SG
SchcoFaadeUCC65SG124Schco SchcoinsertunitsSchcoe-connect175
Schcoe-connect181 Thecompany SchcoUSC65 SchcoFaadeUSC65
SchcoUCC65SG SchcoFaadeUCC65SGSchco Schcoinsertunits 5. | Schco
Reference projects Reference projects Schco faade systems have a
Schco range of uses due to their technical innovation, high-quality
materials and design options. The , selection of reference projects
shows the broad range of uses which Schco unitised faades . have in
a variety of building types. Schco . MobileLife-RheinauArt-
Campus,Office ,Microsoft, , MobileLife- Campus,RheinauArt-
Wolfsburg, Office GermanyMicrosoft,Cologne,Germany . 6 . 10 Page6
Page10 Het Strijkijzer, ,, , Het Strijkijzer, District Office, The
Hague, Ludwigsburg, The Nether- Germanylands . 8 . 12 Page8 Page12
6. Schco | Reference projectsTorre del255
HudsonAgua,Street,,-,Torre del255 HudsonAgua,Street,Zaragoza,New
York,SpainUSA. 14. 18Page14Page18 Rose Tower,Eldorado, BusinessRose
Tower,Tower,Dubai, United-,Arab Emirates Eldorado Business Tower,
So Paulo / SP, Brazil. 16. 20Page16Page20 7. | Schco Reference
projects MobileLifeCampus, , MobileLifeCampus, Wolfsburg, Germany
Project description MobileLifeCampus,MobileLifeCampus, , Wolfsburg,
Germany Client Volkswagen AGVolkswagen AG Architect and overall
planning HENN Architekten,HENN Architects, / Berlin / Munich Faade
developer Werner Sobek Ingenieure, Werner Sobek Engineering,
Stuttgart Construction Anders Metallbau GmbH, Anders Metallbau
GmbH, Fritzlar Schco Schco system Schco SkyLine S 65F,Schco SkyLine
S 65F, Royal S 75BS.HIRoyal S 75BS.HI 8. Schco | Reference projects
1:5Scale1:5 9. | Schco Reference projects , , District Office,
Ludwigsburg, Germany Project description , District Office, ,
Ludwigsburg, Germany Client . Ludwigsburg Town Architect and
overall planning , Thomas Kubeneck, Berlin Construction Ziegler
Metallbau GmbH & Co. KG, Ziegler Metallbau GmbH & Co. KG,
Dornhan Schco Schco system Schco SkyLine S 65F,Schco SkyLine S 65F,
Schco FW 60+, Schco Faade FW 60+, Royal S 75BS.HIRoyal S 75BS.HI
10. Schco | Reference projects 1:5Scale1:5 11. 10 | Schco Reference
projectsRheinauArtOffice Microsoft, , RheinauArtOffice Microsoft,
Cologne, Germany Project descriptionRheinauArtOffice Microsoft,
RheinauArtOffice Microsoft,, Cologne, GermanyClientRheinauArtOffice
GmbH & Co. KGRheinauArtOffice GmbH & Co. KG Architect and
overall planningFreigeber Architekten Architekt Freigeber
Architects andStephan Schtt, Architect Stephan Schtt,
CologneConstructionMetall- und Elementbau Haskamp, Metall- und
Elementbau Haskamp, Edewecht SchcoSchco systemSchco SkyLine S 65F,
Schco SkyLine S 65F,Schco FW 50+.HISchco Faade FW 50+.HI 12. Schco
| 11 Reference projects 1:5 Scale1:5 13. 12 | Schco Reference
projectsHet Strijkijzer, , Het Strijkijzer, The Hague, The
Netherlands Het Strijkijzer,, Vestia Den Haag Zuid-Ost, AA
Architecten, SchcoSchco SkyLine S 65F,Schco FW 50+,Royal S 70FF
Project descriptionHet Strijkijzer,The Hague, The
NetherlandsClientVestia Den Haag Zuid-Ost,The HagueArchitect and
overall planningAA Architecten,The HagueSchco systemSchco SkyLine S
65F,Schco Faade FW 50+,Royal S 70FF windows 14. Schco | 13
Reference projects 1:5Scale1:5 15. 1 | Schco Reference
projectsTorre del Agua, , Torre del Agua, Zaragoza, Spain Project
descriptionTorre del Agua, ,Torre del Agua, Zaragoza,Spain
ClientExpo Expo Zaragoza Architect and overall planning , Enrique
de Teresa, Madrid ConstructionAlcotnAlcotn Schco Schco systemSchco
SkyLine S 65F Schco SkyLine S 65F 16. Schco | 1Reference projects
1:20Scale1:20 17. 1 | Schco Reference projectsRose Tower, , Rose
Tower, Dubai, United Arab Emirates Rose Tower,, Khatib & Alami,
Alico, SchcoSchco UCC 65 SG . Project descriptionRose Tower,Dubai,
United Arab EmiratesArchitect and overall planningKhatib &
Alami, BeirutConstructionAlico, SharjahSchco systemSchco UCC 65
SGas special construction 18. Schco | 1 Reference projects
1:5Scale1:5 19. 1 | Schco Reference projects255 Hudson Street, -,
255 Hudson Street, New York, USA Project description255 Hudson
Street,255 Hudson Street,-, New York, USAClientGotham Construction,
- Gotham Construction, New York Architect and overall
planningHandel Architects LLP, - Handel Architects LLP, New
YorkConstructionS&C Products, -S&C Products, New York
SchcoSchco systemSchco SkyLine C 65SG,Schco SkyLine C 65SG,Royal S
102 PAF, Royal S 50 Royal S 102 PAF, Royal S 50 20. Schco | 1
Reference projects 1:5Scale1:5 21. 20 | Schco Reference
projectsEldorado Business Tower, -, Eldorado Business Tower, So
Paulo / SP, Brazil Eldorado Business Tower, -, GAFISA S.A. Aflalo
& Gasperini Arquitetos, -, Adalume Esquadrias Metlicas Ltda,
/-, Schco Schco UCC 65 SG . Project description Eldorado Business
Tower, So Paulo / SP, Brazil Client GAFISA S.A. Architect and
overall planning Aflalo & Gasperini Arquitetos, So Paulo / SP,
Brazil Construction Adalume Esquadrias Metlicas Ltda, Embu / SP,
Brazil Schco system Schco UCC 65 SG as special construction 22.
Schco | 21 Reference projects 1:5Scale1:5 23. 22 | Schco Basic
principles 24. Schco | 23 Basic principlesBasic principlesAs the
worlds leading buildingenvelope specialist, Schco, has applied its
expertise to Basic principlesSchco the new Schco USC 65 and Schco
UCC 65 SG unitised faade systems. These systemSchcoUSC65 solutions
optimise a standardisedSchcoUCC65SG. project processing in
planning,construction, fabrication andinstallation and
considerablyincrease security of investment.,,. 24 Unitised
faades26 System overview28 Order processing29 System finish and
colours 25. 24 | Schco Unitised faadesUnitised faades Increased
pressure for more ,streamlined processes and higher expectations
concerning construction quality have had a major impact on the
design of curtain walls in recent years. As a result, value
creation has shifted. from the construction site to the fabrication
centre. This trend has been consolidated by ever more complex
faades which make use of integrated electrical . components. ,,
Unitised faades offerBenefits considerable benefits in this Shorter
installation times. regard thanks to a high level of Improved
fabrication qualityprefabrication (making it easier Reduced space
requirements for construction deadlines to beat construction site
met), excellent quality and lower Deadlines more easily met overall
costs.thanks to less dependence on, good weather Earlier interior
finishing thanks, to installation of whole storeys at a time.
Faster completion-Mullion/transom faade Unitised faade-:-::
Unitised faade: unitised assemblyMullion/transom faade single-bar
assemblyMullion/transom faade: ladder construction
RationalisationAdded value during fabricationAdded value on
siteSchcoAdded value due to Schco unitised faades 26. Schco | 25
Unitised faadesSchco.Basic principles. FloridoTower,,Florido Tower,
Vienna, AustriaSchco unitised faades standBenefitsfor very
efficient fabrication and Extensive system checks by installation.
Depending on recognised institutes make()requirements, they can
beplanning more reliableInstallation (on site)constructed
specifically for a Broad system for flexibility Resources required
for fabricationproject using a variable modular Detailed
documentation for ()system with tested componentshigh fabrication
standardsAssembly (workshop)or using a fully tested, highly
.flexible system solution. Mechanical fabrication . Sub-assembly n
n ctio ystem lutio stru rs so on dula stem. al c o y peci M S S
Efficiency through standardisation 27. 26 | Schco System
overviewSchcoSchco unitised faade systemsSchcoUSC65FSchcoUSC65FSG
SchcoUCC65SG SchcoUSC65FSchcoUCC65SG SchcoUSC65SchcoUSC65FSG ,, ..
SchcoUSC65F . . SchcoFaadeUSC65FSG .In addition to Schco USC 65
F,SchcoFaadeUSC65FSchco USC 65 FSG, a semi- SchcoFaadeUCC65SGAs a
fully tested system solution structural glazing unitised faade The
Schco UCC 65 SG is afor unitised faadeswith an all-glass look, is
alsoflexible, powerful modular systemSchco USC 65
combinesimpressive. It gives individualfor unitised faades with the
flusheconomy, functionality andemphasis to the faade withappearance
of structural glazing.aesthetics for large projects.horizontally or
vertically arrangedThe components of the modularSchco USC 65 F
offers an glazing beads. system have been tested byinteresting
design option with a renowned independent testingframed look.
bodies.SchcoUSC65F SchcoUSC65FSG SchcoUCC65SG Schco USC 65 F with
framed lookSchco USC 65 FSG with vertical emphasis Schco UCC 65 SG
with all-glass look 65, ,-Features and benefits Features and
benefitsFeatures and benefits Unitised faade with framed Unitised
faade with semi- Unitised faade with the sleeklookstructural
glazing look due to look of structural glazing Narrow face widths
of up to horizontally or vertically Glazing with unstepped65 mm
possible on all sides arrranged glazing beadsinsulating glass, with
UV resistant edge seal.31 .31 .83Page 31 Page 31Page 83 28. Schco |
27 System overviewOverview of faade systems I 0.H G 5STOT50 + C 5
5/AO OS 60 + OS5C6C6 S/A C8FA SM FW BF A FW AOS USUCAO FW DKSF FW
SGSG FW BFBF +B Se 0/ FW S 60 + 50 + 50 + 50 + 50 + 50 + 60 + 60 +
Basic principles+ co co co 50C5 s 60 riehhh FW FW SM FW FWFW FW Sc
Sc Sc Energy Energy Non-insulated Thermally insulated. Highly
thermally insulated2 1).Uf/ K 0,9 1,1 1,12,2 1,45 1,6 1,1 2,2
1,31,6 3,1 1,78 2,2 Uf value in W/m2K1) Design. 50 50 5050 505050
50 6060 6060 60 8565 65 Face width in mm Faade type Mullion/transom
construction Add-on construction. All-glass faade Unitised faade
Construction type Non-ventilated faade- Ventilated/non-ventilated
faade. Skylight. Design options Steel-look Concealed insert units
Range of ceiling components Insert unitsSchcoAWS. Schco AWS
standard windowsSchcoAWS102Schco Window AWS 102SchcoAWS102.NI3)
3)Schco Window AWS 102.NISchcoAWS57RO Schco Roof Vent AWS 57 RO 2).
400 400 185 170 200 600 400 600 200 600450 300 500 300 Maximum
glass load in kg2)Security SecurityW90 W90W90 W90 Fire
protectionWK3 WK3WK2 WK3 WK2 Burglar resistance FB4 FB4 Bullet
resistance Blast resistance Lightning protectionAutomation
Automatione-connect e-connectKey AOS 1) ., 3) AOS version only
Depends on the geometry of the substructure Minimum values, which
may be higher, depending on the glass thickness.2) ., Maximum
values, which may be lower, depending on the glass thickness. 29.
28 | Schco Order processingOrder processing (SG)(MB):Fabricators
(FA) should follow the procedure described below when placing
orders for structural glazing (SG) faades:MBSG / Fabricator
receives order for SG faadeSchco/ abricator places order with Schco
F1. ,. 1. Profiles for the load-bearing structure, with bonding
profile depending on design 2. Apply for approval2. 3. Request
system training from Schco customer service3. Schco Contact: Area
Sales Manager :MBSchco / Fabricator receives order confirmation
from Schco1. ,.. 1. For the load-bearing structure, accessories,
etc.2. E6/C0-C35. 2. For the bonding profiles coated with
E6/C0-C35. (2-part design with single- (2). glazed spandrel
panel)3. .:3. Also enclosed: MB Binding fabrication guidelines for
the fabricator Binding fabrication guidelines for the glazier
Instruction sheet for ordering process Fabrication certificate for
Schco UCC 65 SG (bonding profile) SchcoUCC65SG ()SGSchco / Schco
delivers SG profilesSchcoUSC65FSG / Schco Faade USC 65
FSGSchcoUCC65SG/SchcoFaadeUCC65SG Profiles for the load-bearing 1/
-part 1 2/ -part 2structure including outer profile direct to
fabricator for bonding((MB))MB MB : E6/C34 ()! MB Profiles for the
load-bearing Profiles for the load-bearing structure (with or
without surface structure (with or without surface finish) direct
to fabricator finish) direct to fabricator Note: each project must
be Bonding profile in E6/C34 only checked for adhesion of thedirect
to fabricator and date- silicone to the profile surface. marked
(approved for bonding)MB / Fabricator fabricates frame for bonding
Observe binding fabrication guidelines for the fabricatorMB Observe
Schco technical regulations Schco Follow fabrication drawings for
the system used MB,Schco /Fabricator places order with bonding
workshop authorised by Schco Binding fabrication guidelines for
bonding workshop are passed on Fabrication certificate for bonding
profiles is passed on to the bonding SG
workshop.MBSG/FabricatorinstallsSGunitsinbuilding No build-up of
tension during installation Use trained personnel
onlySG=StructuralGlazing 30. Schco | 29System finish and
coloursSystem finish and coloursSchco surfaces combined with
relevantmaterial requirements and their implications for design
options in Basic principles,(GSB,QUALICOAT,terms of surface
structure and QUALANDOD),colour has led to an ever- Schcoincreasing
demand for expert advice. This demand is amply, met by Schco
internal and.external services. ,Surface finishing must only be
carried out by partner companies.selected and certified by Schco in
accordance with theThis Schco service moduleregulations of the
qualitycomprises the surface finishing ofstandards institutions
(GSB,aluminium profiles, sheet and QUALICOAT, QUALANDOD). building
components withThese companies are continually practical yet
attractive finishes tested and monitored by Schcowhich preserve and
indeed on behalf of Schco quality. enhance value in the long term,
control and by independentwith the Schco guarantee oflaboratories
on behalf of the quality. The wide range of surfacequality
standards institutions.Schco finishing processes currently-
available for decorative metalSchco: Schco offers a comprehensive
service package:(, Surface finish consulting,)(technology,
prerequisites, implementation) Colour coating in accordanceRAL,with
RAL, RDS, SIKKENS, andRDS,SIKKENSNCS, NCS colour patterns, as well
as pigment effects and metallicpigments to highly weather-
resistant quality Textured colour coating (e.g.(,woodgrains,
stone-look) Anodised in natural, light/pale/) medium/dark bronze
and black; (surface finishing at levels E1 to, E6 (grinding,
brushing,) polishing, chemical pre-treatment)1-6(, Wet paint
coatings in,,polyurethane and. fluoropolymer systems)(DURAFLON,
PVDF) for maximum weather resistanceand stability, and for
surfaceprotection and cleaning(DURAFLON,) Schco-At Schco, there is
an unlimited choice of colours for, profiles. 31. 30 | Schco Schco
USC 65Schco Faade USC 65 32. Schco USC 65Schco | 31 Schco Faade USC
65Schco USC 65Schco Faade USC 65Schco USC 65 (Unitized Schco USC 65
(Unitised SystemSystem Construction) Construction) is a versatile
system solution which offers design , freedom due to its
architecturally sophisticated design options. Schco USC 65 F, a
unitised faade with a framed look, has impressive aesthetic
standards, as. does Schco USC 65 FSG, aSchco USC 65 semi-structural
glazing unitisedSchco USC 65 F faade. Schco USC 65 FSG .32System
properties36 Test certificates40Construction principles45
Examples74 Overview of profiles 33. 32 | Schco System properties
Schco USC 65System properties for Schco Faade USC 65 65 65 : : 125
150 3 : 4 - 16 16 - 56 : 10 5 20 10 Schco e-connect: : Schco AWS
102 Schco AWS 70 BS.HI Schco AWS 75 BS.HI 10Schco USC 65 FSchco
Faade USC 65 F 1:1Scale 1:1 34. Schco | 33System properties 65
Features and benefits All-round narrow face widths (up to 65 mm)
Design types: Framed look Semi-structural glazing Different unit
divisions created by glazing bars Vertical glazing bars Horizontal
glazing bars Crossed glazing barsSchco USC 65 Large unit dimensions
and heavy unit weightspossible: 125 mm and 150 mm basic depths
Structurally optimised profile geometries Asymmetric corner cleats
for large glass loads Faade fixing brackets for single-field
andcontinuous beams Can be adjusted to meet different
thermalinsulation requirements thanks to 3 differentinsulating bar
lengths Glass thicknesses: Single glazing from 4 - 16 mm Insulating
glass from 16 - 56 mm Different gaskets for: 10 mm horizontal butt
joint, to take up an expansion of 5 mm 20 mm horizontal butt joint,
to take up an expansion of 5 mm Excellent weathertightness due to:
Overlapping gasket design for coupling gasket and saddle gasket
3-chamber principle Schco e-connect system: Sealed wiring from
inside to outside No damage to the wiring where cable is connected
Single connection interface reduces danger of defective electrical
connections Insert units: Schco AWS 102 Schco AWS 70 BS.HI Schco
AWS 75 BS.HI Extensive system tests in accordance withEuropean and
American standards 10Schco USC 65 FSGSchco Faade USC 65 FSG
1:1Scale 1:1 35. 34 | Schco System properties Overview of design
options Different architectural designs to be created can be
created using Schco USC 65the interesting design options of the
Schco USC 65 system: :Schco USC 65 F as a unitised faade with
framed look andSchco USC 65 F Schco USC 65 FSG in an all- glass
look with horizontally orSchco USC 65 FSG vertically arranged
glazing beads. .Schco USC 65 F Schco USC 65 F unitised faade with
framed look 1:4Scale 1:4 36. Schco | 35System propertiesSchco USC
65Schco USC 65 FSG Schco USC 65 FSG unitised faade with
semi-structural glazing look and horizontal emphasisSchco USC 65
FSG Schco USC 65 FSG unitised faade with semi-structural glazing
look and vertical emphasis 1:4Scale 1:4 37. 36 | Schco Test
certificates Test certificates . Type of testStandardTest institute
Test resultTest certificateEN 12153ift-Rosenheim 10835288 AEAir
permeabilityEN 12155ift-Rosenheim 10835288 RE 1200Watertightness
1,5 KN/m2EN 12179ift-Rosenheim 10835288Wind load2,25 KN/m2EN
13049ift-Rosenheim 10835288 I5 / E5Impact resistance C. . .EN ISO
717-1ift-Rosenheim 16928386/3Airborne sound reduction See following
page . C. . .DIN EN ISO 10077,T2Thermal insulationOwn
calculationSee following page ( . )E-TRAVPSP Protection against
glass falling outDIN EN 12600RWTH Aachen On request Full safety
barrier(Pendulum impact test) C. DIBtGeneral building approval On
request See report /MPA DIN 4102-3 W90BraunschweigPendingFire
protection / ventilated spandrelASTM E 283-04Air, Water,
Structural, InterstoryASTM E 331-00C. ATI 81184.02-120-47Movement,
Seismic ASTM E 330-02See reportAAMA 501.4 38. Schco | 37Test
certificatesSound reduction . . Schco . Schco system Airborne sound
reduction index Test certificate Recommended glazing[6-(16)-6]
Schco USC 65 R45, w = 36 dB16434412/R1 Other glazing configurations
on request[6-(12)-9 VSG SF] R45, w = 40 dB16434412/R1 Other glazing
configurations on request: Note: When using sound reduction
glazing, it is important to , ensure that the sound reduction
values given by the supplier have been calculated in accordance
with the most recent test norms. . 39. 38 | Schco Test
certificatesThermal insulationSchco USC 65 FSchco Faade USC 65 F .
Uf /2K DIN EN ISO 10077-2 Uf value in W/m2K in accordance with DIN
EN ISO 10077, part 2x mm mm125 mm 150 mm 22 3,23 3,27 2523 - 303,00
3,03 31 - 382,91 2,94 30 2,43 2,4532,5 31 - 382,27 2,29 39 - 462,20
2,23 40 1,91 1,9342,5 41 - 481,83 1,84 1:2 49 - 561,78 1,79 Scale
1:2 . Uf /2K DIN EN ISO 10077-2 Uf value in W/m2K in accordance
with DIN EN ISO 10077, part 2x mm mm44 mm124 mm149 mm 22 2,71 2,86
2,88 2523 - 302,64 2,80 2,83 31 - 382,63 2,82 2,86 30 2,30 2,42
2,4332,5 31 - 382,21 2,33 2,35 39 - 462,23 2,37 2,39 40 2,01 2,08
2,0942,5 41 - 481,96 2,04 2,06 1:2 49 - 561,98 2,08 2,10 Scale 1:2
40. Schco | 39Test certificatesSchco USC 65 FSGSchco Faade USC 65
FSGSchco USC 65 . Uf /2K DIN EN ISO 10077-2 Uf value in W/m2K in
accordance with DIN EN ISO 10077, part 2x mm mm125 mm 150 mm 32
2,67 2,69 2533 - 402,52 2,54 41 - 482,44 2,46 42 2,07 2,0832,5 43 -
501,97 1,98 1:2 51 - 581,95 1,96 Scale 1:2 . Uf /2K DIN EN ISO
10077-2 Uf value in W/m2K in accordance with DIN EN ISO 10077, part
2x mm mm44 mm124 mm149 mm 32 2,29 2,39 2,41 2533 - 402,17 2,28 2,30
41 - 482,18 2,28 2,29 42 1,99 2,06 2,0832,5 43 - 501,91 1,98 2,00
1:2 51 - 581,90 1,99 2,00 Scale 1:2 41. 40 | Schco Construction
principlesConstruction principles Overlapping gasket design 42.
Schco | 41Construction principles The vertical coupling gaskets are
mounted so that they . overlap. They overlap with the saddle gasket
(external side of unit) or with the horizontal ( coupling gasket
(internal side) of unit) The horizontal coupling (gaskets and the
saddleSchco USC 65 ) gaskets are mounted continuously across
several units on the construction site. Any saddle gasket butt
joint must be positioned in the. centre of the field The vertical
coupling gasket is already mounted on one side in the workshop The
saddle gasket is offset and notched to a width of 10 mm to drain
any condensation from the system 10 43. 42 | Schco Construction
principles Schco USC 65 FSGFabrication and glazing for Schco USC 65
FSG 1:2Scale 1:2 44. Schco | 43 Construction principles When
sealing and bonding the structural glazing, observe the guidelines
provided by the sealant supplier, such as Dow Corning or Sika,
relating to adhesion and compatibility with the edge bonding ,of
the glazing units. It is also important to ensure., Dow Corning
Sika AG. compatibility with silicone and EPDM profiles and butyl
tape.EPDM-, .Sealing (reinforcing)Schco USC 65 ( ) Use a
UV-resistant silicone sealing compound, e.g. Dow Corning 993, Dow
Corning 895, - Sikasil SG-500 or Sikasil SG-20, to seal the , ,
glass joints. DOW CORNING 993, Dow Corning 895, Sikasil Structural
glazing bonding SG-500 Sikasil SG-20. Use a UV-resistant silicone
sealing compound, such as Dow Corning 993, Dow Corning 895, Sikasil
SG-500 or Sikasil SG-20, to bond the structural glazing. - ,
,Aluminium surface DOW CORNING 993, Dow Corning 895,The outer
aluminium skin of the frame and the Sikasil SG-500 Sikasil
SG-20.glazing bar are available in anodised colours C0 to C35.
Corner construction C0 - C35. The glass industry recommends the use
of a sealant-free rebate for corner constructions in order to
channel condensation and to ensure , pressure equalisation with the
outside (e.g. via the transoms). Openings in the silicone hollow
profiles to be inserted must not be closed at the (, ). top or the
bottom. The type of glazing to be used must be selected . in
accordance with the relevant construction ( , ) regulations
(toughened safety glass, partially toughened safety glass,
laminated safey glass). . The technical regulations for overhead
glazing must be observed. The preparation of the glass . edge must
be agreed with the glass supplier. Structural calculations must be
supplied for all- .glass corners. Insulating glass .Only use
insulating glass with UV-resistant edge seals. All combinations of
glass, silicone adhesive and pre-filler should be agreed with the ,
- glass adhesive and sealant suppliers (warranty). . , Glass
overlap The stepped edge unit can either be coated or , ceramic
fritted to give a uniform appearance. (). . 45. 44 | Schco
Construction principles Maximum glass loads and unit sizes Single
module. 1350 mm 1350 mmMax. unit width . Profile selection3600 mm
3600 mmMax. unit height. 125Max. pane weight150 kg 125 mm500
kg150350 kg 150 mm Double module. 2700 mm 2700 mmMax. unit width .
Profile selection3600 mm 3600 mmMax. unit height. 125Max. pane
weight 125 kg 125 kg 125 mm 250 kg 250 kg150 125 kg 125 kg 150 mm
Load is also transferred to the glazing bar 46. Schco | 45Examples
Overview of examples The diagrams shown here provide an overview of
the. different shapes that are possible. The numbers below are the
page numbers for the relevant . examples. Schco USC 65 Schco USC 65
FExamples Schco Faade USC 65 F565557 52515659 465860 4862 4963 5047
5248 5349 615054 Schco USC 65 FSGExamples Schco Faade USC 65 FSG 73
64 6566 6667 6768 6869 7070 7174 7273 47. 46 | Schco Examples Schco
USC 65 FExamples for Schco Faade USC 65 F 10 Frame with 10 mm
horizontal expansion gap 65 125 15 32 2410 1:1Scale 1:1 48. Schco |
47Examples Schco USC 65 651024 32 15 125 1:1 Scale 1:1 49. 48 |
Schco Examples 20 Frame with 20 mm horizontal expansion gap65 125
15 32 2410 20 75 24 32 15125 1:2Scale 1:2 50. Schco | 49 Examples
10 Frame for large unit weights with 10 mm horizontal expansion
gap65Schco USC 65 125 15 32 2410 6510 24 32 15 125 1:2Scale 1:2 51.
50 | Schco Examples 20 Frame for large unit weights with 20 mm
horizontal expansion gap65 125 15 32 2410 20 75 24 32 15 125
1:2Scale 1:2 52. Schco | 51Examples External faceting Schco USC 65
12515321.5 1.5246510 24 32 15 125 1:2Scale 1:2 53. 52 | Schco
Examples 90 90 outer corner 27.5 65 10 27.565 101091 1:2 Scale 1:2
54. Schco | 53 Examples Frame with vertical glazing barSchco USC 65
27.5 65 27.5125 12415 1532 32 21241010 1:2Scale 1:2 55. 54 | Schco
Examples -Frame with horizontal e-glazing bar 10 24 3215125 27.565
1021321512427.5 1:2Scale 1:2 56. Schco | 55 ExamplesSolar
shadingSchco USC 65 1:2Scale 1:2 57. 56 | Schco Examples Ventilated
spandrel with single glazing 65 125 15 32 1015 3215125 65 10
1:2Scale 1:2 58. Schco | 57Examples W90Ventilated spandrel in
fire-resistance class W90 Schco USC 65 1:2Scale 1:2 59. 58 | Schco
Examples W90Faade fixing bracket and ventilated spandrelin
fire-resistance class W90 7070A4A4 7070A4A4 1:4Scale 1:4 60. Schco
| 59Examples W90Side attachment to building structure
withventilated spandrel in fire-resistance class W90 Schco USC 65
1:2Scale 1:2 61. 60 | Schco Examples Side attachment to building
structure 1:2Scale 1:2 62. Schco | 61 Examples Bottom attachment to
building structureSchco USC 65 1:2Scale 1:2 63. 62 | Schco Examples
Faade fixing bracket and ventilated spandrel with single glazing 10
1:2Scale 1:2 64. Schco | 63Examples Top attachment to building
structure Schco USC 65 A4 70 A4 70 A4 70 A4 70 1:4Scale 1:4 65. 64
| Schco Examples Schco USC 65 FSGExamples for Schco Faade USC 65
FSG 10 Frame with 10 mm horizontal expansion gap65 125 15 3610
1:1Scale 1:1 66. Schco | 65Examples Schco USC 65 6510 36 15 125 1:1
Scale 1:1 67. 66 | Schco Examples 20 Frame with 20 mm horizontal
expansion gap 65 125 15 36 10 20 75 36151251:2 68. Schco | 67
Examples 10 Frame for large unit weights with 10 mm horizontal
expansion gap65Schco USC 65 125 15 3610 651036 15 125 1:2Scale 1:2
69. 68 | Schco Examples 20 Frame for large unit weights with 20 mm
horizontal expansion gap65 125 15 3610 20 7536 15 125 1:2Scale 1:2
70. Schco | 69 Examples Frame with vertical glazing barSchco USC 65
27.5 65 27.5125 12415 1536 361010 1:2Scale 1:2 71. 70 | Schco
Examples , 10 Vertical emphasis, 10 mm expansion gap6512515361065
102036 15 125 1:2Scale 1:2 72. Schco | 71Examples , 10 Vertical
emphasis, 10 mm expansion gap Schco USC 65 20 36 15 125 27.56510 20
36 15 12427.5 1:2Scale 1:2 73. 72 | Schco Examples , 20 Vertical
emphasis, 20 mm expansion gap65 125 15 361027.5 202036 15 125
1:2Scale 1:2 74. Schco | 73 Examples 90 90 structural glazing outer
cornerSchco USC 6527.5 6527.5 1:2Scale 1:2 75. 74 | Schco Overview
of profiles Schco USC 65Overview of profiles for Schco faade USC 65
Schco USC 65 F IySchco USC 65 F frame profile Ix x cm4 cm4 mm
6565331 940 177,096,85 25,065331 950 259,997,53 25,0331 960 189,4
6,85 32,5331 970 274,017,53 32,5 125125331 980 207,246,85 42,5
125331 990 294,167,53 42,5 188.8198.8 181.31010 10331 940331 960
331 980 656565150 150 150223.8 213.8 206.31010 10331 950331 970 331
990 IyInsert profilesIxcm4cm4 9.5338 16038,63 0,239.5 351 65074,28
0,23 11015085 125338 160351 650 76. Schco | 75Overview of profiles
Schco USC 65 FIySchco USC 65 F reinforced frame profiles Ix x cm4
cm4 mm181.3325 410 183,51 17,96 25,0125325 420 195,98 17,96 32,5325
430 214,04 17,96 42,56510325 810 273,42 20,03 25,0Schco USC 65325
820 287,84 20,03 32,5325 410 325 830 308,54 20,03 42,5 188.8125
6510325 420 198.81256510325 430206.3150 6510325 810213.81506510325
820 223.8150 6510325 830 1:4 Scale 1:4 77. 76 | Schco Overview of
profiles Schco USC 65 FSGIySchco USC 65 FSG frame profiles Ix xcm4
cm4 mm 325 320 140,26,2 25,06565 325 330 213,496,84 25,0 325 340
147,28 6,2 32,5 325 350 221,566,84 32,5 125 125 162 169.51010325
320325 3406565 150 150 194.5 1871010325 330325 350 IyInsert
profiles Ix cm4cm4 9.5 338 16038,63 0,239.5351 65074,28 0,23
11015085 125338 160351 650 78. Schco | 77 Overview of profiles
Schco USC 65 FSG IySchco USC 65 FSG reinforced frame profilesIx
xcm4 cm4 mm 162 325 980 145,917,79 25,0 125 325 990 153,05 17,79
32,5 353 800 224,64 19,83 25,0 6510 353 850 232,92 19,83 32,5 Schco
USC 65325 980 169.5 1256510325 990 187 150 6510353 800 194.5
1506510353 850 1:4Scale 1:4 79. 78 | Schco Overview of profiles
Schco USC 65 F IySchco USC 65 F glazing bar profiles Ixcm4 cm46565
331 720 59,9636,4665 331 730 308,64 72,4844 44 331 740 441,282,0644
331 750 72,6336,46 117.8 107.85 331 760 331,572,48100.3 331 770
467,27 82,06 331 780 91,8336,46331 720 331 750 331 780331 790
364,77 72,48 331 800 504,96 82,06656565124 124124 197.8
187.8180.3331 730 331 760 331 790656565 149 149149 222.8
212.8205.5331 740 331 770 331 800 80. Schco | 79 Overview of
profiles Schco USC 65 FSG IySchco USC 65 FSG glazing bar profiles
Ixcm4 cm465 331 830 39,4535,23 331 840 258,01 71,24 331 850 378,02
80,82 331 860 47,9935,23 65 12465Schco USC 65 331 870 273,97 71,24
161 331 880 396,49 80,82444488.5581.05331 830331 860331 84065
6564.7 149149124 193.5186168.55331 870331 850331 880 IyGlazing bar
insert profile Ixcm4 cm4 59 351 620 240,93 39,57125149351 620
1:4Scale 1:4 81. 80 | Schco Overview of profiles - Schco USC 65 F
IySchco USC 65 F e-glazing bar profiles Ix65 65cm4 cm464.9 331 890
284,374,96 331 900 307,06 74,96 331 910 340,23 74,96
122.4122.4122.35 196.2186.2 178.7331 890331 900331 910 - Schco USC
65 FSG IySchco USC 65 FSG e-glazing bar profiles Ix 6564.9cm4 cm4
331 920 234,19 73,73 331 930 250,09 73,73122.4122.4166.9 159.4331
920331 930 -Cover cap for e-glazing bar profile65336 950203 022 82.
Schco | 81 Overview of profiles IyCorner mullions Ix65 cm4cm4 33324
330236,821,37338 060 1146,74116,46 102Schco USC 6580225.5324 330338
060 90Glazing beads for 90 outer corner154691 .553325 680325
690Glazing beads27.527.5 27.527.5 12121515325 360 307 060* 325
280307 070* * Only suitable for anodising Cover profiles for
horizontal emphasis1919 8070336 450336 490 1:4Scale 1:4 83. 82 |
Schco Schco UCC 65 SGSchco Faade UCC 65 SG 84. Schco UCC 65 SG
Schco | 83 Schco Faade UCC 65 SGSchco UCC 65 SGSchco Faade UCC 65
SG Schco UCC 65 SG Schco UCC 65 SG (Unitised(Unitized Customised
Construc- Customised Construction)tion) combines the high-quality
look of a structural glazing faade with the standardised project
processing of a high-performance , .. and flexible modular system,
whilst at the same time providingindividual design options. .Schco
UCC 65 SG 84 System properties 86 Test certificates 90 Construction
principles 99 Examples 120 Overview of profiles 85. 84 | Schco
System properties Schco UCC 65 SGSystem properties for Schco Faade
UCC 65 SG 65 65 : 10 5 20 10 Schco e-connect . Schco e-Box Schco
AWS 102 - Features and benefits Unitised construction means
particularly efficient fabrication and assembly Attractive fully
glazed look Exceptionally narrow face widths (up to 65 mm)
Different gasket options: 10 mm horizontal butt joint, to take up
anexpansion of 5 mm 20 mm horizontal butt joint, to take up
anexpansion of 10 mm Schco e-connect system Grommets to carry the
wiring12 No damage to the wiring where cable isconnected The Schco
e-box has a single connectioninterface to reduce danger of
defective electricalconnections Shaped components for fixing
electrical wiringin the continuous frame profiles of the
unitisedfaade Insert units Schco AWS 102 insert units either
asprojected top-hung or parallel-opening windows The insert units
can be operated manually orelectrically 1:1 Extensive system tests
in accordance withScale 1:1European and American test standards 86.
Schco | 85 System properties Overview of system optionsSchco UCC 65
SGSchcoFaadeUCC65SG , , 1-part frame profile with coupling gasket,
direct bonding to the unit1-part frame profile with frame coupling
profile andindividual gaskets, directbonding to the unitframe Schco
UCC 65 SG 2 2 , , 2-part frame profile with coupling gasket,
bonding to the adapter 2-part frame profile with profile coupling
profile andindividual gaskets,bonding to the adapterprofile
1:2Scale 1:2 87. 86 | Schco Test certificates Test certificates .
Type of testStandard Test institute Test resultTest
certificateEN12152 ift - Rosenheim10828296/1 AEAir permeability
AAMA501-5 ATI54028.03-120-47 12,5 psf EN12154 ift -
Rosenheim10828296/2 RE 1200Watertightness AAMA501-5
ATI54028.03-120-47 30 psf ( . )DINEN12600 PSP Technologie im
BauwesenS-113-01-1Safety (pendulum impact test)Full safety
barrierR45,w = 40 dB[6-(12)-9 VSG SF] ENISO717-1 ift -
Rosenheim16928386/2Airborne sound reduction ASTME413R45,w = 36
dB[6-(16)-6 VSG SF]. .ENISO717-1Dn, f, w 48 - 50 dB ift -
Rosenheim16928386/2Horizontal noise transmission insulation
ASTME413STC 44 - 48 dB. . ENISO717-1Dn, f, w 57 - 59 dB ift -
Rosenheim16928386/2Vertical noise transmission insulation
ASTME413STC 57 - 60 dB. C. . .DIN EN ISO 10077, T2Thermal
insulationOwn calculation See following page OIB (sterreichisches
Institut ETA ETAG 002Approvalfr Bautechnik)ETA pendingOn request
88. Schco | 87Test certificatesSound reduction. . Schco . Schco
systemRecommended glazingAirborne sound reduction index / Airborne
sound reduction127R45,w = 40 dB [6-(12)-9 VSG SF]1 1-partR45,w = 36
dB [6-(16)-6]XSchco UCC 65 SG 12130R45,w = 40 dB [6-(12)-9 VSG SF]2
2-partR45,w = 36 dB [6-(16)-6]X 12 89. 88 | Schco Test
certificatesThermal insulation , 1 2 Frame profile, 1 and 2-part.
Uf /K DIN EN ISO 10077-2Uf value in W/mK in accordance with DIN EN
ISO 10077, part 2x mm [W/(mK)]x = 28 2,16 127x = 34 2,15 X12. Uf /K
DIN EN ISO 10077-2Uf value in W/mK in accordance with DIN EN ISO
10077, part 2x mm [W/(mK)]x = 28 2,16 130x = 34 2,15 X12 1:2Scale
1:2 90. Schco | 89Test certificates , 1 2 Glazing bar, 1 and
2-part. Uf /K DIN EN ISO 10077-2Uf value in W/mK in accordance with
DIN EN ISO 10077, part 2x mm [W/(mK)]x = 28 2,41126x = 34 2,42Schco
UCC 65 SGX12. Uf /K DIN EN ISO 10077-2Uf value in W/mK in
accordance with DIN EN ISO 10077, part 2x mm [W/(mK)]x = 28 2,41x =
34 2,42129X12 1:2Scale 1:2 91. 90 | Schco Construction
principlesConstruction principles Drainage and ventilation
principle Any condensation is drained to the outside under (5 34 )
controlled conditions through drainage slots (5 mm x 34 mm) in the
bottom horizontal glazing . , frame and through the openings in the
glazing . supports in the frame profile. These openings are (5 20 )
also used to ventilate the glazing rebate. The glazing rebate is
ventilated by means of .openings in the top of the vertical glazing
frame (5 mm x 20 mm). The saddle gasket is notched to a width of 10
. 10 mm in the centre of each unit to drain any condensation from
the system. 92. Schco | 91 Construction principles Overlapping
gasket designSchco UCC 65 SG , The coupling gaskets needed to
connect the , vertical elements are mounted in the workshop. .The
horizontal elements are connected using a coupling gasket and a
saddle gasket that is mounted continuously across several units on
, the construction site. The vertical coupling gaskets are mounted
so. that they overlap. They overlap the saddle gasket (outside of
unit) or the horizontal coupling gasket . (inside of unit). ( ) (
). 93. 92 | Schco Construction principles Fabrication and glazing ,
Bonding, 1-part design 131586131281265 2711 27 65 126 6 2812 12 34
74 13 27 12728 6 126 65 1:4 Scale 1:4 94. Schco | 93 Construction
principles The bonding properties between the surface (, coating
(e.g. Dow Corning 993 / SikasilDow Corning 993 / Sikasil SG-500)
SG-500) of the profile and the bonding (compound must be documented
by the sealing ).compound supplier before production begins. The
bonding properties between the surface coating of the glass and the
sealant must be .documented by the glazing supplier. The necessary
glass thickness and glass edge .specification must be agreed with
the glazing supplier. -A UV-resistant silicone sealing compound,
e.g. , , Dow Corning 797 or Sikasil / WS-605-S, mustDow Corning 797
Sikasil / WS-605-S. be used to seal the glass joint. Observe the
fabrication guidelines of the sealant supplier suchSchco UCC 65 SG
. as Dow Corning or Sika Services AG to ensure that the sealant is
compatible and bonds with the , .,pane edge joint of the double
glazed unit.Dow Corning Sika Services AG. The outer pane must
consist of toughened safety glass (country-specific requirements
must be ( observed). ). The profiles to be bonded to the glass are
only supplied in E6/C0 to C35 and are date-marked. E6/C0 - C35 .
Further information: Only double-glazed units that have
UV-resistant. : silicone edge seals may be used. When using
transparent glass, samples must be taken before - . production
starts (as air bubbles may form in the pre-filler). All
combinations of glass, silicone (adhesive and pre-filler should be
agreed with the glass, adhesive and sealant suppliers (warranty).
). , , (). 95. 94 | Schco Construction principles, 2 Bonding,
2-part design1356161352812 6527 11 27 65129628 1212342127 28
61301265 28 6 601265 1:4Scale 1:428 6 129 96. Schco |
95Construction principles The bonding properties between the
surface coating of the glass and the sealant must be . documented
by the glazing supplier. The necessary glass thickness and glass
edge . specification must be agreed with the glazing supplier. - A
UV-resistant silicone sealing compound, e.g. , , DowDow Corning 797
or Sikasil / WS-605-S, mustCorning 797 Sikasil / WS-605-S. be used
to seal the glass joint. Observe the fabrication guidelines of the
sealant supplier such . as Dow Corning or Sika Services AG to
ensure that the sealant is compatible and bonds with the, ., Dow
Corning Sika pane edge joint of the double glazed unit.Services AG.
The outer pane must consist of toughened safety glass.
(country-specific requirements must be Schco UCC 65 SG ( observed).
).The profiles to be bonded to the glass are only supplied in E6/C0
to C35 and are date-marked. E6/C0 - C35 .Further information:Only
double-glazed units that have UV-resistantsilicone edge seals may
be used. When using. :transparent glass, samples must be taken
before production starts (as air bubbles may form in the - .
pre-filler). All combinations of glass, silicone adhesive and
pre-filler should be agreed with the ( glass, adhesive and sealant
suppliers (warranty). ). , , (). 97. 96 | Schco Construction
principles Preliminary calculations Bonding the insulating glazing
with the unit frame . ( ) With glazing support (supported system)
() / Unit height (m) 4.5 4.0 3.5 3.0 2.5 2.0 1.5 Glazing support
1.0 0.5 0.0 0.5 1.0 1.5 2.0 2.53.0 3.54.04.5 () / Unit width (m) (
) Without glazing support (non-supported system) 4.5 () / Unit
height (m) 4.0 3.5 3.0 2.5 2.0 1.5 1.0 0.5 0.0 0.5 1.0 1.5 2.02.5
3.03.54.04.5 () / Unit width (m) Parameters . / Description . /
Value Inadmissible range / Glass composition. / ee diagram S /
Negative wind load 1.000 KN/mH 220mt 20 C Pmax 40 hPa13,2 kPa /
BondingDow Corning 993 / Sikasil 98. Schco | 97Construction
principles SGPreliminary structural calculations of unit size SG
For effective use of these diagrams you should be : aware of the
following data:: / Glass structure:Inner glass thickness / gap /
between the panes / outer glass thickness : Negative wind load:
Product of the dynamic loading , relating to building height and ,
the aerodynamic coefficient for external pressure (cPe) (cPe). B
(m):Width of the unit in metresB (): H (m):Height of the unit in
metresH (): Climate load, consisting of:*Schco UCC 65 SG :*H:
Difference in height between the place ofH: installation and the
place of manufacture , T:Difference in temperature between the
placeT: (of installation (surface temperature of glass ) and frame)
and production ,Pmet: Difference between the meteorological
airPmet: pressure at place of installation and manufacture .: Key
values for materials for the relevant: SG (:structural glazing
silicone ) (here: expansion value): Note: The calculation will be
carried out on the basis of the values given under the parameters
and applies .to those values only. In practice, the above
dimensioning parameters will vary, giving rise to other permitted
insulating glass sizes. These must be agreed with, Schco
International KG. Schco International KG.The diagram shown overleaf
is intended exclusively for preliminary structural calculations.
Precise . calculations of the dimensions are needed for the
specific project. Contact Schco International KG. The preliminary
calculation chart shown gives the. . technical limits for the
bonding of the insulatingSchco International KG.glass pane with the
load-bearing structure of the faade. The limits of use of the
glazing support, T-cleats, transom deflection under glass load,
deflection under positive/negative wind load and glazing load
calculations etc. must also be observed. . -, , , ..* * Is only
needed for calculation of insulating edgeseals 99. 98 | Schco
Construction principles Maximum glass loads and unit sizes Single
module. 1350mm1350mmMax. unit width. 3600mm3600mmMax. unit height.
Max. pane weight150 kg 250 kg 150 kg Double module.
2700mm2700mmMax. unit width. 3600mm3600mmMax. unit height. Max.
pane weight50 kg 50 kg100 kg 100 kg50 kg 50 kg 100. Schco |
99Examples Overview of examples The diagrams shown here provide an
overview of the different. shapes that are possible. The numbers
below are the page numbers for the relevant . examples. , Example,
1-part Schco UCC 65 SG 110 115111113 106117101 114 100118103
102119104 104 106 107 108 109116112 , 2 Example, 2-part 105 101.
100 | Schco Examples Schco UCC 65 SG Examples for Schco UCC 65 SG ,
, 12 Frame, 1-part with 12 mm butt joint652711 2712762812 1:1 Scale
1:1 102. Schco | 101ExamplesSchco UCC 65 SG2711 65122728 6 127 1:1
Scale 1:1 103. 102 | Schco Examples , , 21 Frame, 1-part with 21 mm
butt joint652711 2712762812 1:1 Scale 1:1 104. Schco |
103ExamplesSchco UCC 65 SG3421 74132728 6 127 1:1Scale 1:1 105. 104
| Schco Examples , , Frame with coupling profile, 1-part 65127628
12 217428 6127 1:2 Scale 1:2 106. Schco | 105 Examples, 2 , Frame
with coupling profile, 2-part65130 Schco UCC 65 SG6281221 74 28 6
130 1:2Scale 1:2 107. 106 | Schco Examples External faceting 127628
165 1228 6 127 1:2 Scale 1:2 108. Schco | 107Examples Frame with
vertical glazing barSchco UCC 65 SG27 6527126 127 66 2828 12
1:2Scale 1:2 109. 108 | Schco Examples , , 12 Frame with horizontal
glazing bar, horizontal unit joint with 12 mm butt joint 2728 6 127
12 6528 6 126 27 1:2 Scale 1:2 110. Schco | 109Examples , , 21
Frame with horizontal glazing bar, horizontal unit joint with 21 mm
butt joint27Schco UCC 65 SG 28 6 1271265 28 6 12634 1:2Scale 1:2
111. 110 | Schco Examples Ventilated spandrel with single glazing
6527 11 27127628 1:2Scale 1:2 112. Schco | 111Examples Ventilated
spandrel with single glazing and glazing bar286 12665Schco UCC 65
SG34741327 1:2Scale 1:2 113. 112 | Schco Examples Internal solar
shading 2728 6 127 65 1228 6 5735 34 126 34 1:2 Scale 1:2 114.
Schco | 113 Examples 90 90 inner corner with corner glazing bar
Schco UCC 65 SG 652711 271311275866 1312828 12 12586 28 1:2 1276
28Scale 1:2 115. 114 | Schco Examples 90 2 90 inner corner with 2
glazing bars65 2711 27 12757 66 28281257 6 28 1:2 127 6 28 Scale
1:2 116. Schco | 115 Examples 90 90 outer corner with corner
glazing barSchco UCC 65 SG286 12727 116527286 12665 2711
2712712666282812 1:2Scale 1:2 117. 116 | Schco Examples Bottom
attachment to building structure 28612734 1:2 Scale 1:2 118. Schco
| 117Examples Faade fixing bracket and ventilated spandrel with
single glazingSchco UCC 65 SG 1:2Scale 1:2 119. 118 | Schco
Examples Continuous beam 1:4 Scale 1:4 120. Schco | 119 Examples
Top attachment to building structure Schco UCC 65 SG 1:4Scale 1:4
121. 120 | Schco Overview of profiles Schco UCC 65 SG Overview of
profiles for Schco Faade UCC 65 SG , Frame profiles, 1-part 6527
127 336 540127 336 54027 336 54027127 336 55034 336 54027 122.
Schco | 121 Overview of profiles , IyGlazing bar profiles, 1-partIx
cm4 cm4336 540128,71 4,25336 550145,81 6,78336 590195,1965,35 65336
61026,86 33,95336 630311,13311,08336 700248,73248,6 57336 610 Schco
UCC 65 SG , Glazing frames, 1 part 652323126336 590 351 14050131
41.441.458 351 120 131 47.4200 47.458 351 130336 700336 630 1:2
Scale 1:2 123. 122 | Schco Overview of profiles , 2 Frame profiles,
2-part 6527 130 336 810127 336 81027 336 81027130 336 82034 336
81027 124. Schco | 123 Overview of profiles , 2 IyGlazing bar
profile, 2-partIx cm4cm4336 810 137,99 4,32336 820 155,39 6,89336
840 223,9670,11 65336 850 31,39 38,71336 870 326,51326,54336 880
285,7 285,68 60 , 2 336 850 Glazing frames, 2 partSchco UCC 65 SG
2929 65 351 15012934.4336 840 34.450135 336 9706140.4 13540.4177.5
336 980 Adapter profile61336 880 5.2 15.8 336 830336 870 1:2Scale
1:2 125. 124 | Schco Insert units Schco Schco insert units Schco
Schco offers a comprehensive range for designing complex faades.
The insert units offer a . variety of design options and efficient
natural ventilation because of their large opening sections. .
Schco AWS Schco o AWS 102Schco ADS Schco AWS block series Schco
Window AWS 102Schco ADS door series Schco Schco ADS AWS 70/75 BS.HI
Schco AWS 102 - . The Schco ADS door series offer . . excellent
thermal insulation and , extensive design options. Schco AWS 70/75
BS.HI block windows can be used to create a . particularly elegant
design with no visible window vents and still Efficient ventilation
in high-tech meet the highest standards of faades is no problem
with the thermal insulation. thermally insulated Schco Window AWS
102 as parallel- opening or projected top-hung window. Large
all-round openings ensure the best possible ventilation. . 125. 133
. 165 Page 125Page 133 Page 165 126. Schco AWS Schco | 125Schco AWS
block seriesSchcoAWSSchcoAWSblockseries
Thelightweight,high-qualityblockwindowconstructionformsanextremelynarrowframefor
transparentfaades.. Insert units126 Systemproperties128 Examples
127. 126 | Schco System properties SchcoAWS75BS.HI/AWS70BS.HI
SystempropertiesforSchcoAWS75BS.HI/AWS70BS.HI 7075 67 , 67
SchcoAvanTec130 SchcoUSC65 WK3.DINVENV1627 SchcoTipTronic 1:2 Scale
1:2 128. Schco | 127System propertiesThermal insulation
Highlythermallyinsulatedwithbasicdepthsof70and75mm Innovative
foam-filled insulating bars Largevolumecentregasket Glazing gasket
with finsAppearance
Blockwindowserieswithextremelynarrowfacewidthsfrom67mmandconcealedvents
Theproportionatelynarrowframestolargeareasofglassmeanstheunitsappearmoretransparent
Novisibleglazingbeads Flush-fitted vents are also available
Flexibilityindesign,differentcoloursinsideandoutside Functionality
Excellentthermalinsulationduetohollowchambercentregasketandwideinsulationzone
Blockwindowserieswithextremelynarrowfacewidthsfrom67mmandconcealedvents
Theproportionatelynarrowframestolargeareasofglassmeanstheunitsappearmoretransparent
Concealed Schco AvanTec system fittings up toInsert units130kg
Multicoloured profile design
CanbeusedintheSchcoUSC65unitisedfaadesystem
BurglarresistanceuptoWK3inaccordancewithDINVENV1627 Vent profiles
for Schco TipTronic 1:2Scale 1:2 129. 128 | Schco Examples
SchcoAWS75BS.HI/AWS70BS.HI ExamplesforSchcoAWS75BS.HI/AWS70BS.HI
Schco o AWS 75 BS.HI Schco Window AWS 75 BS.HI15 32 15124 965 50 50
21 10 1:2 Scale 1:2 130. Schco | 129Examples65 Insert units1251850
1558 3213 6.510 2150 65 1:2Scale 1:2 131. 130 | Schco Examples
Schco o AWS 70 BS.HI, Schco Window AWS 70 BS.HI, flush-fitted15
3215 124 965 40 50 21 10 1:2 Scale 1:2 132. Schco | 131 Examples65
Insert units 125 2 23 540 15 5632 156.510 950 65 1:2Scale 1:2 133.
132 | Schco Schco o AWS 102 Schco Window AWS 102 134. Schco o AWS
102Schco | 133Schco Window AWS 102Schco o AWS 102SchcoWindowAWS102
The innovative Scco AWS 102Schco AWS 102 window system can be 250
seamlessly integrated without adversely affecting the uniform faade
geometry and all with . vent weights up to 250 kg. Schco AWS 102
There are three different types .of glazing available for Schco AWS
102. Insert units134 Systemproperties142 Test certificates144
Constructionprinciples150 Examples 135. 134 | Schco System
properties Schco o AWS 102 System properties for Schco Window AWS
102 : A: , , - B: , , - C: - 250 : 2700 , 3600 Schco AWS 102.NI
Schco AWS 102 1:2 Scale 1:2 136. Schco | 135System
propertiesFeatures and benefits Three types of glazing: Type A:
Structural glazing with stepped insulating glazing and UV-resistant
edge seal Type B: Structural glazing with insulating glazing and
UV-resistant edge seal Type C: Standard insulating glazing with
continuous glazing bead rojected top-hung and parallel-opening
windowPfor vent weights up to 250 kg Particularly large insert unit
dimensions up tomax. 2700 mm wide and 3600 mm high Innovative, very
finely graded range of fittings fora large number of types and
sizes of manuallyand electrically operated opening units Ratchet
stay the innovative additional fitting forsecurely retaining and
limiting the opening widthof manually operated projected top-hung
ventswhere there is positive or negative wind load Manual or
electrical operation Schco AWS 102.NI is an non-insulated versionof
Schco AWS 102 Insert units 1:2Scale 1:2 137. 136 | Schco System
properties Overview of construction types Schco o AWS 102, A Schco
Window AWS 102, type A ,, -,-, . . 3M, 3M, Stepped insulating
Stepped insulating glass bonded withglass bonded with UV-resistant
edge seal UV-resistant edge seal or 3M structural glazing or 3M
structural glazing tape, option without tape, option with glass
glass retention frameretention frame ,, -,-, . . , , Stepped
insulating glassStepped insulating glass with UV-resistant edgewith
UV-resistant edge seal, bonded withseal, bonded with silicone,
option withoutsilicone, option with glass retention frameglass
retention frame 1:2 Scale 1:2 138. Schco | 137 System
propertiesSchco o AWS 102, BSchco Window AWS 102, type B ,, -,-, .
., , Unstepped insulatingUnstepped insulatingglass with
UV-resistantglass with UV-resistantedge seal, bonded withedge seal,
bonded withsilicone, option withoutsilicone, option withretaining
clipsretaining clips Schco o AWS 102, CSchco Window AWS 102, type
CInsert units Standard insulatingglazing with continuousglazing
bead 1:2Scale 1:2 139. 138 | Schco System properties Overview of
design options Schco o AWS 102 / TheSchcoWindowAWS102/ AWS 102.NI -
AWS 102.NI as parallel opening (PAF) (PAF) and projected top-hung
(SK)(SK) opening types provides for visually perfect integration
into the faade. Different glazing . options offer design
flexibility. . Schco o AWS 102, A Schco USC 65 F Schco Window AWS
102, type A with Schco USC 65 F Cover cap option Schco o AWS 102, A
Schco USC 65 FSG Schco Window AWS 102, type A with Schco USC 65 FSG
Semi-structural glazing option with horizontal emphasis 1:4 Scale
1:4 140. Schco | 139System propertiesSchco o AWS 102, A Schco USC
65 FSG Schco Window AWS 102, type A with Schco USC 65
FSGSemi-structural glazing option with vertical emphasis Insert
unitsSchco o AWS 102, A Schco UCC 65 SG Schco Window AWS 102, type
A with Schco UCC 65 SGStructural glazing option 1:4Scale 1:4 141.
140 | Schco System properties Opening types Schco o AWS 102Schco o
AWS 102 , - , . Schco Window AWS 102 , . Projected top-hung vent,
manually operated Schco Window AWS 102Parallel opening vent,
manually or electricallyoperatedProjected top-hung vent,
electrically operated 13 20 1:2 Scale 1:2 142. Schco | 141System
propertiesSchco o AWS 102.NI Schco o AWS 102.NI , - , . Schco
Window AWS 102.NI , .Projected top-hung vent, manually operated
Schco Window AWS 102.NI Parallel opening vent, manually or
electrically operated Projected top-hung vent, electrically
operated13 20 Insert units 1:2Scale 1:2 143. 142 | Schco Test
certificates Test certificates . System Type of test Standard Test
institute Test certificate Test result 10231199/1 C5/B5 EN
12210Class C5/B5Resistance to wind load Schco AWS 102 E 1200 , EN
12208WatertightnessClass E 1200 . 10231199/2 As projected top-hung
window, 4 EN 12207 manually or electrically operatedAir
permeabilityClass 4 1 EN 1311510231199/1Operating forcesClass 1
C5/B5 EN 12210 ift RosenheimClass C5/B5Resistance to wind load
Schco AWS 102 - , 9 A .EN 1220810231199/3WatertightnessClass 9 A As
parallel-opening window, electrically operated 4 EN 12207Air
permeabilityClass 4 Schco AWS 102 , B DIN V ENV 162721134467 WK2
Burglar resistance, type B - As projected top-hung or
parallel-16134444/1.0 38 dB opening windowEN ISO 717-116134444/2.0
36 dBAirborne sound reduction 16134444/2.4 42 dB 144. Schco | 143
Test certificatesThermal insulation X x System mmmm* W/mK Schco o
AWS 10213 3,0032 - 40 Schco Window AWS 10220 2,80 Schco o AWS 102,
B 13 2,8124 - 40 Schco Window AWS 102, type B20 2,58 Schco o AWS
102.NI 1332 - 40 7,80 Schco Window AWS 102.NI 20* Uf E DIN EN ISO
10077-2.* These Uf values have been calculated in accordance with E
DIN EN ISO 10077-2. Insert units 145. 144 | Schco Construction
principles Size options for projected top-hung windows , 180
Selection and use of stays up to max. vent weight of 180 kgyX A
4045248 407 B 5045248 408 C 6545248 409 D 100 30248 410 E 100 20 /
30248 411 F 180 20248 412 Correct selection of projected top-hung
stays and fittings SchcoIn order to obtain optimum performance from
the high-quality projected top-hung opening stays and : fittings
from Schco, all the following parameters must be taken into
account: Vent weight Vent height and width Maximum opening angle
Positive and negative wind load on the building Manual or
electrical operation Diagram for selecting stays 120 Manual
operation up to 120 kg vent weight 180 Electric motor up to 180 kg
vent weight 120 kg 120 kg 180 kg180 kgM M H (mm) 2500 2000 F248 412
180 kg 1500248 411 100 kg E 1100 1000 248 410 248 409 100 kg 65
kgC/D800248 408 50 kg B640248 407 40 kg A500450450 10001500
20002500 B (mm) 500 146. Schco | 145 Construction principles , 250
Selection and use of stays up to max. vent weight of 250 kg yX 250
45 248 472 . . Only available to special order. The stays are
tailored . for the respective vent. , 250 Diagram of 250 kg stay
250 Electric motor up to 250 kg vent weightInsert units M H (mm)
2500 2000 248 472250 kg 1500 1100 1000800640500 450500 1000 1500
2000 2500 B (mm) 147. 146 | Schco Construction principles y mm mm
.1 248 414300 900 - 14502 248 415400 1450 - 2500 Ratchet stay
Supplementary fitting to ensure infinitely variable fixing of
manually operated projected top-hung vents where there is positive
and negative wind loading. X .45A248 40730 / 45B248 408 Projected
top-hung stays45C248 409 Diagram for selection of rachet stays and
for30D248 410 determining maximum opening width of projected
top-hung stays.20E248 41120F248 412 H (mm) 250020 F 20002 1500 E1E
30 45 1000D C B A 500 450 150 200300 400500 600 700 800900 1000 B
(mm) 148. Schco | 147Construction principles - Size options for
parallel opening windowsy Xmm248 439 Left187248 440 Right 187 248
441 Symmetrical - Correct selection of parallel-opening stays
andfittings -In order to obtain optimum performance from the Schco
high-quality parallel-opening stays and fittings from :Schco, all
the following parameters must be taken into account: Vent weight
187 Vent height and width Maximum opening of 187 mm Positive and
negative wind load on the buildingInsert units Electrical operation
H (mm)100 kg 100 kg 250 kg250 kg3500 MM3000248 441 200 kg2500248
4412000 250 kg248 439248 440 100 kg 248 4391500 248 440248 441100
kg 250 kg248 439248 4401000248 439 60 kg248 44060 kg 248 441 150 kg
630550 700100015002000 2500 B (mm) 149. 148 | SchcoConstruction
principles Fabrication and glazingSchco o AWS, A , . Schco Window
AWS, type AStepped insulating glass bonded with siliconeSchco o
AWS, A , . 3MSchco Window AWS, type AStepped insulating glass
bonded with 3M structural glazing tapeSchco o AWS, BSchco Window
AWS, type B 1:4Scale 1:4 150. Schco | 149 Construction principles
Structural glazing bonding using two-component silicone adhesive
e.g. Dow Corning 993 or, , Dow Corning 993 Sikasil SG-500 on
anodised aluminium profiles.Sikasil SG-500 The bonding instructions
of the adhesive . manufacturers Dow Corning or Sika Services AG
must be strictly adhered to. The surface properties of the
aluminium profiles mustDow Corning Sika Services AG. correspond to
Schco specifications and those of the adhesive supplier. Bonding
the structural glazing insulating glazingSchco . panes with
UV-resistant edge seal. Suitability must be agreed with the sealant
supplier. , Before bonding the 3M structural glazing tape-. with
the stepped insulating glazing, the adhesive properties of the 3M
structural glazing tape must.be demonstrated on the relevant glass
surface 3M for each project. For this purpose, contact 3M Germany
at an early stage, since the relevant tests generally take several
weeks. . The outer pane must consist of toughened safety glass.
Other national regulations must be 3M, .. observed if applicable. ,
, . If securing the panes by additional mechanical means, oberve
the relevant national and/or local ( regulations, e.g. the relevant
building regulations. Insert units ). The weather gaps can be
filled using silicones Dow Corning 791, Dow Corning 756sms, Dow
Corning 797 and Dow Corning 795 , manufactured by Dow Corning and
Sikasil , . WS-305 and Sikasil WS-605 S manufactured by Sika
Services AG. The use of other sealants must Dow Corning 791, be
agreed with the sealant supplier.Dow Corning 756sms, Dow Corning
797 For reasons of appearance, apply silicone to theDow Corning 795
Dow Corning, glass overlap or screen print. Sikasil WS-305 Sikasil
WS-605 S Sika Services AG. . . 151. 150 | Schco Examples Schco AWS
102 Examples for Schco Window AWS 102 Schco AWS 102, A Schco USC 65
F , . Schco Window 102, type A in Schco USC 65 F Stepped insulating
glass bonded with silicone 65 65 1:2 Scale 1:2 152. Schco |
151Examples Insert units1320 1:2Scale 1:2 153. 152 | Schco Examples
Schco o AWS 102, A Schco USC 65 FSG , . Schco Window 102, type A in
Schco USC 65 FSG Stepped insulating glass bonded with silicone 65
65 1:2 Scale 1:2 154. Schco | 153 Examples Insert units 20 1:2Scale
1:2 155. 154 | Schco Examples Schco o AWS 102, C Schco USC 65 F
Schco Window 102, type C in Schco USC 65 F Standard insulating
glazing with continuous glazing bead6565 1:2 Scale 1:2 156. Schco |
155Examples Insert units1320 1:2Scale 1:2 157. 156 | Schco Examples
Schco o AWS 102, A Schco UCC 65 SG , . Schco Window AWS 102, type A
in Schco UCC 65 SG Stepped insulating glass bonded with
silicone6565 1:2 Scale 1:2 158. Schco | 157Examples Insert units13
20 1:2Scale 1:2 159. 158 | Schco Examples Schco o AWS 102, A Schco
UCC 65 SG Schco Window AWS 102, type A in Schco UCC 65 SG Projected
top-hung window with electrical operation 65 65 1:2 Scale 1:2 160.
Schco | 159 ExamplesSchco o AWS 102, A Schco UCC 65 SG- Schco
Window AWS 102, type A in Schco UCC 65 SGParallel-opening window
with electrical operation65 Insert units65 1:2Scale 1:2 161. 160 |
Schco Examples Schco o AWS 102.NI, A Schco UCC 65 SG , . Schco
Window AWS 102.NI, type A in Schco UCC 65 SG Stepped insulating
glass bonded with silicone 65 65 1:2 Scale 1:2 162. Schco |
161Examples Insert units13 20 1:2Scale 1:2 163. 162 | Schco
Examples Schco o AWS 102.NI, A Schco UCC 65 SG Schco Window AWS
102.NI, type A in Schco UCC 65 SG Projected top-hung window with
electrical operation 65 65 1:2 Scale 1:2 164. Schco | 163
ExamplesSchco o AWS 102.NI, A Schco UCC SG- Schco Window AWS
102.NI, type A in Schco UCC SGParallel-opening window with
electrical operation65 Insert units65 1:2Scale 1:2 165. 164 | Schco
Schco ADS Schco ADS door series 166. Schco ADS Schco | 165 Schco
ADS door seriesSchco ADS SchcoADSdoorseries
ThewidevarietyofSchcoADSSchco ADS doorseries,withaverywide
rangeofinsertouterframesand adapter profiles, covers all .
scenariosforopeningunitsinverticalfaades. Insert units166
Systemproperties168 Examples 167. 166 | Schco System properties
Schco ADS SystempropertiesforSchcoDoorADS 65,70 75 (. Uf = 1,79 /K
. 75 ) 69 73 , 45 4 - 67 WK2. DIN V ENV 1627 200 1:2 Scale 1:2 168.
Schco | 167System propertiesThermal insulation
Excellentthermalinsulationwithbasicdepthsof65,70and75mm(Ufvalue1.79W/mKwithbasicdepthof75mm)
Innovative foam-filledinsulatingbars Glazing gasket with fins
Splitinsulatingbarsprovideeffectiveprotectionagainstthermaldeformation
Optionalautomaticsealinginthresholdarea
ThermallyinsulateddoorthresholdsAppearance Outer frame profiles
with afacewidthfrom69mm Leaf frame profiles with a
facewidthfrom73mm Flexibilityindesign,different
coloursinsideandoutside Mitre-cutfeatureglazingbeadavailable Insert
units Concealed fittings meet
thehigheststandardsindesignandcomfortFunctionality
Glassthicknessesof4to67mm
BurglarresistanceuptoWK2inaccordancewithDINVENV1627
Leafweightsupto200kgpossible Canbeusedasaneasy-accessdoor due to
its particularly flatthreshold Anti-finger-trap door designpossible
1:2Scale 1:2 169. 168 | Schco Examples Schco ADS
ExamplesforSchcoDoorADS Schco ADS 75.SI, Schco Door ADS 75.SI,
outward opening69 5 48 22 445 98 1:2 Scale 1:2 170. Schco | 169
Examples Insert units 1:2Scale 1:2 171. 170 | Schco Examples Schco
ADS 70.HI, Schco Door ADS 70.HI, outward opening69 548 22 445 98
1:2 Scale 1:2 172. Schco | 171 Examples Insert units 1:2Scale 1:2
173. 172 | Schco Examples Schco ADS 65, Schco Door ADS 65, inward
opening 33 5 7322 51 573 1:2 Scale 1:2 174. Schco | 173 Examples
Insert units 1:2Scale 1:2 175. 174 | Schco Examples Schco ADS 65,
Schco Door ADS 65, inward opening 1:2 Scale 1:2 176. Schco
e-connect Schco | 175Schco e-connectSchco e-connectSchco e-connect
The automated features of modern faades such as, , electrically
controlled windows and solar shading components , offer very high
levels of comfort. With the e-connect system, Schco offers
standardised .components that allow secure, Schco e-connect
efficient and concealed fixing and laying of electrical cabling in,
unitised faades. .176 Schco e-connectSystem properties178 Examples
177. 176 | SchcoSystem properties Schco e-connect System properties
for Schco e-connect Schco USC 65 Schco Faade USC 65 (, , , ..) , :
, 2 ( ) Schco e-Box Schco UCC 65 SG Features and benefits Schco
Faade UCC 65 SG To connect electricalcomponents (e.g.
electricallyoperated insert units, internalor external solar
shading,advertising signs, etc.) in theunitised faade Simple,
secure and efficientelectrical wiring within thefaade: Wiring
inside the profiles Fixed wiring using fixing clips or detachable
wiring through conduits Concealed electrical wiringthrough two-part
glazing barprofiles Clearly defined interfacebetween different
trades (metalfabricators and electricians) forconnecting
electricalcomponents due to theSchco e-Box 178. Schco | 177 System
properties LayingelectricalcablesintheunitisedfaadeSchco e-connect
Schco USC 65Schco UCC 65 SG Schco USC 65 shownSimilar principles
for Schco UCC 65 SG 179. 178 | Schco Examples Schco e-connect
Examples for Schco e-connect Schco e-connect Schco USC 65 F
Schcoe-connectinSchcoUSC65F 1:4 Scale 1:4 180. Schco | 179
ExamplesSchco e-connect Schco UCC 65 SGSchcoe-connectinSchcoUCC65SG
Schco e-connect 1:4Scale 1:4 181. 180 | Schco Overview of icons
Overview of icons The following icons are used for easier display
of standard positions in the technical data .tables.Ix . Ix Ix
moment of inertia xGlass thickness Min. vent sizeIy X .Iyly moment
of interiaFittingstayMax. vent size, Load-bearing profile (faade
Individual fitting components Vent sizeconstruction) Depth of
mullionGearbox handleProjectedtop-hungvent -Structural
profileHandleParallel-opening vent yInsulating bars Opening width,
opening angleElectric motor . Thermal insulationMax. vent
weight../.Icons for symbols and illustration ofindividual articles.
The content isvariable and will be individuallydefined. The
reference must bepresent on the page/drawing. 182. Schco | 181The
companySchco SchcoYourPartnerforWindowsandSolarProducts Aluminium
systems Steel systems PVC-U systems Solar products Schco Design
Schco DesignSchco International KG
SchcoInternationalKGistheEuropeanleaderin
system-basedconstructionwithaluminium,steel, , , ,
PVC-Uandsolarproducts.Asleadinginnovatorin. this field, Schco
supplies the components for the , Schco
wholebuildingenvelope,includingspecialsoftware ,
solutionsforplanning,construction,calculationand fabrication. , ,
Atrulyglobalcompany,Schcocooperateswith.
architects,investorsandfabricatorsinalmostevery
,countryintheworld.Schco
,Withitswell-honedmodelofsystempartnership,
.Schcostandsoutontheworldstage,notonlyon
accountofitstechnologicalexpertise,butasa, Schco
companydedicatedtothesuccessofitspartners. , . 183. 182 | Schco The
company Aluminiumsystems Steelsystems PVC-Usystems :Jansen AG Schco
Schco , . , , , , , , , , . Schco , , , , : - Schco. . ,
Schcooffersyouhighquality Schco .PVC-Usystemtechnologywhich
isdistinguishedbyitsbroad . InpartnershipwithJansenAG,
rangeofproductsand
Schcoofferssolutionsforcomprehensivedesignoptions.
Thefuturebelongstothemulti-faadeanddoortechnologyfromProductreliability,attractive
functionalbuildingenvelope:highqualitysteeltubesandsteel
designs,arangeofcoloursand aluminium profiles are the secure
profile systems both in Germany,thecomfortofeasyoperationare
andcreativebasisfor andinotherselectedcountries.
onlysomeoftheadvantagesof
comprehensivesolutionsforInthisway,Schcoisopeninga
SchcoPVC-Usystems. faades,skylights,windows, newdimensioninsystem
doors,solarshading,expertise:architecturalfreedom,
conservatories,balconies, technologicalsolutionsforalmost
balustrades,andprotectionandall requirements and efficient
securityconstructions.Pioneering fabricationareideally
windowandbuildingmanagement complemented. technologyfromSchcobrings
individualbuildingsystems togetherintoasingleunit. 184. Schco | 183
The companySchco DesignSolarproducts SchcoDesign Schco Schco ,
Design , . . Schco Design, , Schco , .,
Withinthemultifunctionalityof ,Schcossolarenergy
.technology,allthecomponentsforsolarheatingandelectricityAsaspecialistinaluminiumproductionareperfectly
profile technology, Schco Designintegrated.Astheleading
offersabroadspectrumofdesignsupplierofphotovoltaicandsolar
options,fromdevelopmenttoheatingunits,Schcoguarantees
production,includingsurfaceauniformsystemofassembly finishing.
Schco
Designandtherebyalsoparticularlymanufacturescomprehensiveefficient
technology.productsolutionsformechanicalengineering,industrialtechnology,advertisingandthefurnitureindustry,whicharefunctional,cost-effective
and flexible. 185. 184 | Schco The company Schco
SchcoTechnologyCentre ByextendingtheexistingTestCentrearounda
newbuildintotheSchcoTechnologyCentre Schco (STC)
(STC),amulti-purposebuildingcomplexwas
,created,whichcombinedthethreefunctionalareas: :
training/events,testcentre/customerworkshopand , thelounge. , .
TheaccreditedtestcentreinBielefeldsupports
andadvisestheSchcodevelopmentdepartments,
.customersandpartners,andconductsproject- specific testing (thermal
transmittance, weathertightness,buildingacousticsetc.).Globally,
Schco,it ranks among the most efficient institutions of this ,
typeforwindow,faadeandsolartechnology.
Thisguaranteesthatarchitectsandfabricators (
,developandworkexclusivelywithproductswhich , ..).
meetthehighestnationalandinternationaltest
standardsandguidelines,intermsoftheindividual , .
componentsandasanoverallsystem. , , , , . 186. Schco | 185The
company Schco DIN ISO
9001SchcoQualityAssuranceinaccordancewithDINISO900124 1992 Schco
FollowingaqualityauditcarriedoutbytheDQSInternational KG (German
Organisation for Certification of Quality
AssuranceSystems),SchcoInternationalKGwas (DQS) DIN ISO
9001.awarded the Certificate for Quality Assurance ,
SystemsinaccordancewithDINISO9001on Schco
24.10.1992.ThisensuresthatQualityAssuranceat
Schcocomplieswiththerequirementsof DIN ISO
9001.DINISO9001andisalsoimplementedthere.
WhatdoesQualityAssurancein DIN ISO 9001?
accordancewithDINISO9001mean?
,ThisQualityAssurancesystemensuresthatall Schco
,productsfromSchcoareplanned,developedand produced in accordance
with specific rules. The .
systemcoversalldivisionsanddepartmentsrelating
,directlyorindirectlytotheproductionofSchco
products.ThusalldepartmentsandemployeesSchco.
assumeresponsibilityforgoodquality.Thisbegins
inproductionplanningandcontinuesindesignand .
development,throughtheproductionofarticles, right up to the final
acceptance of the products. The
product-relatedqualitymarksand/orstandardsare .
supportedbyDINISO9001. DIN ISO 9001. 187. 186 | Schco The company
... Aluminiumis... , the building material of the future,asit .
maintainsitsvalue.Onlyaluminiumcangive
architecturesuchavarietyofcombinationsin . formandcolour. , ..
durable and stable,asitneithercorrodesnor .
rots.Buildingcomponentslastalifetimewithout
theneedforfurthersurfacetreatment.Itstaysas . goodasnew. , easy to
maintain,asitisanodisedor .
colour-coated.Withtheexceptionofcleaning, , .
nomaintenanceisnecessary. ,
versatile,andcanbefabricatedintopreformed
assemblies.Thesecanbeproducedinpractically . anyshape. , a material
for design,idealforusein contemporaryarchitecture.Allkindsofshapes
. .andcolourscanbeproduced. , non-flammable,usedtogetherwithenergy-
absorbing materials to produce T90 fire doors. T90. thermal
insulation,aluminium profiles for ,
windows,doorsandfaadesaredouble- ,
chamberedandrolledtogetherwithinsulating , . bars. , energy
efficient,aluminiumcanbemelteddown
repeatedly,expendingtheminimumamountof .
energy.Aluminiumbecomesmoreeconomical .eachtimeitisrecycled. ,
light and stable,with a specific gravity of only 2,7 /.
2.7g/cm.Savingscanthereforebemadeonthe .
costofthebuildingshell.Ithasahighdegreeof
stabilitywhichcanbecalculatedwithprecision, , .
makingitidealforlargeareawindows,doorsandfaades. ,
secure,andparticularlyburglar-resistantboth
.becauseofitsstrengthandwhenusedwithspecial fittings. , .
ecologically harmless,anddoesnotdamagethe . environment. Even
during fires, no environmentalpollutantsarereleased. 188. Schco |
187The company Aluminiumandenvironment :
Asuccessforyouandtheenvironment: Schco Schcoaluminiumsystems , ,
Aluminiumislight,solidandnon-corrosive
amaintenance-free,long-lifematerial. .
Aluminiumcanbeshapedwithprecisiontomake
energy-savingbuildingcomponents,sealed
againsttheelementsandwithahighdegreeof , - .
soundandthermalinsulation. Themineralbauxite,fromwhichaluminiumis ,
extracted,ispresentintheearthinalmost.inexhaustiblequantities. 60 %
Over60%oftheenergyrequiredtoextract
aluminiumworldwideisgeneratedfrom
.environmentallyfriendly,renewablesources, namelywaterpower. .
Afteraluminiumhasbeenrecycled,itstillretains
itsqualitycharacteristics. 5 % .
Whenaluminiumismelteddownforrecycling,
only5%oftheoriginalenergyinputisrequired. 35 %
35%ofaluminiumconsumptiontodayalready. .
consistsofrecycledaluminium.Thispercentage issteadilyincreasing. .
Comprehensiveresourcerecyclingplaysan
importantrolewithinthebuildingindustry. Materials recycling An
organisation serving the environment Aluminium and environement in
window and faade construction
Factorycut-offsandreclaimedmaterialsfromthe .
SchcorenovationofoldbuildingsareallrecycledforfutureInternational
use.Formanyyears,SchcoInternationalandits .
partnershaveactivelyemployedandpromoted recycling. 189. 188 | Schco
The company Expertise Newcontactstriedandtestedadvice :
Weprovideconsultancyandsupportfor: Clients Architects
Localauthorities Generalcontractors - Housingassociations We find
solutions for new projects Wehelptocreatethebillofquantities
Weofferadviceontranslatingyourbillof quantitiesintoatender
Individualtrainingcoursesoncurrenttopicsand newstandards
Bigideasstraightforwardplanning : Weoffersupportwith:
Specifications Attachmentstobuildingstructure -
Considerationofphysicalrequirements Designrequirements
Preliminarystructuralanalysis Choiceofsystem Designproposals 190.
Schco | 189 The companyKContact ArchitecturalProjectsManagement
(FFT) andAreaSales:Servicesprovidedby (GM): Schco Schco
Ourserviceisprovidedfreeofcharge Wehelptobringyourideastolife
Yousavetimeandmoney You can work more profitably
Youwillbecomemoresuccessful 141400 . , ..01033 ., . 39, 5,. , 9 .
+380 44 490 68 37. +7 495 937 52 37 +380 44 490 68 44 +7 495 937 65
19 www.schueco.uawww.schueco.ru: . 25225 / : 2008 Manual No.: 25225
/ Edition: August 2008 .The contents of this catalogue are
protected by law. The Schco International KG Schco International KG
conditions of use apply to the use to Schco manuals (catalogue
licence).( ). , Reproduction, even in part, is not permitted,
except with our approval. We reserve, Schco. the right to introduce
modifications in the interest of technical progress. All our .
systems and technical products have been developed with due regard
to the rules and conditions of DIN (Deutsches Institut fr Normung
e.V.). Consequently, , .deviations from other standards may
sometimes arise. Customers should therefore , make their own
comparison with appropriate standards in their own country. Our , .
general sales and delivery conditions apply. Ordering instructions
are not intended for use as fabrication instructions. . . .
