1. Ihr individueller Schco KatalogSehr geehrte Kundin, sehr geehrter Kunde,wir freuen uns, Ihnen heute Ihren individuellen Katalog mit Stand 03.2011berreichen zu drfen.Dieser Katalog beinhaltet folgende Kompendien: 7 7/ 7/ 7/ 7/ 7/ 7 / Schco FW 50+S 7 / Schco FW 50+ARC 7/ 7/ 7 / Schco 7 / Schco 7 / Schco AWS / Schco ADS 7 / Schco Royal S 7/ 7/Die Preise entnehmen Sie bitte der aktuellen Gesamtpreisliste oder erfragen diese beiIhrem zustndigen Auendienst-Mitarbeiter.Wir danken Ihnen fr Ihr Vertrauen in unser Unternehmen sowie in unsere Produkteund freuen uns auf eine erfolgreiche Zusammenarbeit.Mit freundlichen GrenIhre Schco International KG

2. 7 architect information Aluminium Faades and SkylightsFW 50+, FW 60+ Schco SMC 50FW 50+, FW 60+ and Schco SMC 50 3. | Schco 4. Schco | ContentsContents 4 Referenceprojects 26 Systemoverview 38 Basicsystems 114 Designoptions 147 Add-onconstructions 174 Modularfaade 212 Insertunits 259 ThecompanyFW 50+AOSFW 50+SSchco AWS 102 5. | Schco Reference projects Reference projects SchcoSchco faade systems have a -range of uses due to technical innovation, high-quality materials and design options. The choice of , - reference projects shows the broad range of uses which .Schco faades have in a variety of building types. Schco Enercon, Edificio, Termale, , Enercon, EdificioMagdeburg, Termale,GermanyRome, Italy. 6 . 12Page 6 Page 12Toyo Ito ,Building,,, WTC,Toyo Ito Ekaterinburg,Building,RussiaAmsterdam,The Nether-lands. 8 . 14Page 8 Page 14CannstatterOne KenmareCarr, Square,,-, CannstatterOne KenmareCarr, SquareStuttgart, New York,GermanyUSA. 10. 16Page 10Page 16 6. Schco | Reference projectsSentinelSilo 4plus5,Building, ,, -Silo 4plus5, Rostock,SentinelGermanyBuilding,Glasgow,Great Britain. 18 . 22Page 18 Page 22TVP S.A., TiFS, ,,TiFS,TVP S.A., Padova,Warsaw, ItalyPoland. 20 . 24Page 20 Page 24 7. | Schco Reference projects Enercon, , Enercon administrative centre, Magdeburg, Germany Project description Enercon administrative centre, Enercon, , Magdeburg, Germany Client Rothenseer Generatorfertigung Rothenseer Generatorfertigung GmbHGmbH Architect and overall planning Baumert & Peschos GmbH Baumert &planning office, Magdeburg Peschos GmbH, Design Metallbau Mller GmbH, Metallbau Mller GmbH, Erfurt SchcoSchco system FW 50+.HI FW 50+.HI 8. Schco | Reference projects 1:5 Scale 1:5 9. | Schco Reference projects Toyo Ito Building, , Toyo Ito Building, Amsterdam, The Netherlands Project description Toyo Ito Building, , Toyo Ito Building, Amsterdam, The Netherlands Client GensbouwGensbouw Architect and overall planning Toyo Ito, Japan , Design Hendriks Veenendaal Hendriks Veenendaal SchcoSchco system FW 50+ / FW 60+ FW 50+ / FW 60+ 10. Schco | Reference projects 1:5Scale 1:5 11. 10 | Schco Reference projects Cannstatter Carr, , Cannstatt Carree, Stuttgart, Germany Project description Cannstatter Carr, , Cannstatt Carree, Stuttgart,Germany Architect and overall planningEPA planning group GmbHEPA Planungsgruppe GmbH,Architects and town planners, , StuttgartDesignGauss, Gauss, Ulm SchcoSchco systemFW 50+FW 50+ (Skylight)( ) 12. Schco | 11 Reference projects 1:10Scale 1:10 13. 12 | Schco Reference projectsEdificio Termale - Terme di Roma, , Edificio Termale - Terme di Roma, Rome, Italy Project descriptionEdificio Termale - Acque Albule - Edificio Termale - Acque Albule -Terme di Roma, , Terme di Roma, Rome, ItalyClientAcque Albule s.p.a. Acque Albue s.p.a. Architect and overall planning3C+T Capolei Cavalli A.A.3C+T Capolei Cavalli A.A.DesignMetallurgica MazzoniMetallurgica Mazzoni SchcoSchco systemFW 50+ SunControl FW 50+ and SunControl 14. Schco | 13Reference projects 1:5Scale 1:5 15. 1 | Schco Reference projects, 2- , , WTC, 2nd section, Ekaterinburg, Russia Schco Architect and overall planning ( FW 50+ Alkuta Architects,), 2- , - FW 50+.HIMr Kukovjakin A.B., FW 50+ARC Royal S 75BS.HIDesign Royal S 88DMobile--Schco system Project descriptionFW 50+ WTC (World Trade Center),FW 50+.HI ,2nd section, Ekaterinburg, FW 50+ARC .. Russia Royal S 75BS.HIRoyal S 88D ClientUral Avstra Invest 16. Schco | 1Reference projects 1:5 Scale 1:5 17. 1 | Schco Reference projectsOne Kenmare Square, -, One Kenmare Square, New York, USA Project descriptionOne Kenmare Square, -, One Kenmare Square, New York, USA Architect and overall planningGluckman Mayner Architects,Gluckman Mayner Architects, New York (Design)- (), . H. Thomas OHara Architect,, -New York (Construction)() SchcoSchco systemFW 50+ Royal S 102FW 50+ with Royal S 102 18. Schco | 1Reference projects 1:5Scale 1:5 19. 1 | Schco Reference projectsSentinel Building, , Sentinel Building, Glasgow, Great Britain Project descriptionSentinel Building, ,Sentinel Building, Glasgow,Great BritainClientKenmore Property GroupKenmore Property Group Architect and overall planningGordon Murray & Alan Dunlop ,Architects, GlasgowDesignMiller Construction (UK) Ltd. Miller Construction (UK) Ltd. SchcoSchco systemFW 60+ . FW 60+ special construction 20. Schco | 1Reference projects 1:5Scale 1:5 21. 20 | Schco Reference projects TVP S.A., , TVP S.A. Polisch Television, Warsaw, Poland Project description TVP S.A., ,TVP S.A. Polisch Television,Warsaw, PolandClientTelewizja Polska S.A. Telewizja Polska S.A. Architect and overall planningDiM 84 Dom i Miastro Sp.o.o.DiM 84 Dom i Miastro Sp.o.o. Czesaw Bielecki DesignEljako AL, Eljako AL, Legionowo SchcoSchco systemFW 50+FW 50+ 22. Schco | 21Reference projects 1:5Scale 1:5 23. 22 | Schco Reference projects- Silo 4plus5, , Silo 4plus5 Businesscenter, Rostock, Germany Project description- Silo Silo 4plus5 Businesscenter am4plus5, , Stadthafen, Rostock, GermanyClientDeutsche Immobilien Deutsche ImmobilienProjektentwicklung +Projektentwicklung +Baubetreuung GmbH Baubetreuung GmbH Architect and overall planningBeyer + Partner Architects,Beyer + Partner Architekten,Rostock Idea conception Tilo TiesDesignGeerds Metallbau, Geerds Metallbau, Elmenhorst SchcoSchco systemFW 50+FW 50+ 24. Schco | 23 Reference projects 1:10Scale 1:10 25. 2 | Schco Reference projectsTiFS ingegneria, , TiFS ingegneria, Padova, Italy Project descriptionTiFS ingegneria, , TiFS ingegneria, Padova, Italy Architect and overall planning Studio Architetto MAR: GiovanaStudio Architetto MAR: Mar con Francesca Cecchi e, Valentina Gianeselli DesignPadana Infissi s.r.l.Padana Infissi s.r.l. Schco Schco systemFW 60+ FW 60+ 26. Schco | 2 Reference projects 1:10Scale 1:10 27. 26 | Schco System overview 28. Schco | 27 System overview System overviewSchco - . Schco - users, partners, architects and . investors with maximum quality, - - design and productivity - alwaysSystem overview Schco provides a variety of endeavouring to find the best. solutions for the design and solution. - installation of the building , envelope - from standard faade, systems to project-specific -special constructions. Schco places great value on fulfilling all, -requirements in cooperation with System overview System finish and coloursSystem expertise Schco - , .Schco : - , - , (, , . - - -) In the development of innovative . .systems for the building envelope, the leadingSchco faade systems allow the Aluminuim finishes havetechnological expertise of Schcodesign freedom to createdeveloped into an important andhas produced a modular systemattractive solutions for anydistinctive design feature. Thewhere all the components arebuilding envelope: from surface finish combines aestheticfully compatible with onetransparent architecture, such as appeal (from colour, decorativeanother.glass faades and skylights toeffects and overall impression, toventilated/non-ventilated faades corporate ID) with the requisiteusing a wide rance of buildingprotection.materials.. 28 . 34. 36Page 28 Page 34Page 36 29. 28 | Schco System overview Basic systemsSchco Schco FaadeFW 50+ / FW 60+ FW 50+ / FW 60+ The tried-and-tested system FW 50+ families of FW 50+ and FW 60+FW 60+ allow faades and skylights of very varied design to be constructed efficiently and reliably. Their compatibility with. - many other Schco systems make FW 50+ and FW 60+ two ofSchco the best-selling faade systems in Europe. .FW 50+FW 60+ Features and benefits The .HI high insulation system .HI complies with the latest -energy-saving regulations, such as EnEV and Document L A large range of cover capsoffers outstanding design(EnEV Document L) variety for the most varied of faade styles Bullet resistance, burglarresistance and blast resistance - options, - Can also be used as a fire- resistant faade (.BF) . - Concealed integration of a (.BF) lightning conductor device in the faade system . 38 Page 38 30. Schco | 29 System overview Design options Schco Design options of SchcoFW 50+ Faade FW 50+Design options for the SchcoSystem overview Schco FW 50+ faade: steel-lookFW 50+ (FW 50+S) and with clear span(FW 50+S) tension cables (FW 50+ARC). (FW 50+ARC).FW 50+S FW 50+ARC - FW 50+ARC - - - , , Features and benefits Features and benefits The load-bearing profiles of With their clear span tensionedthis thermally insulatedcables, the fine stainless steelmullion/transom constructionsystem support structures ofgive a slender steel appearance FW 50+ARC provide a simpleto large-scale profile faades as way of designing largewell as foyers and entrance reception areas, foyers andhalls halls. 115. 133Page 115Page 133 31. 30 | Schco System overview Add-on constructions - FW 50+AOS FW 60+AOS FW 50+AOT FW 60+AOT - - - . .The steel add-on constructionsrepresent the perfect combinationFW 50+AOS and FW 60+AOS of hi-tech features withperfectly complement slenderconvenience and attractivesteel load-bearing structures.design.The timber add-on constructionsFW 50+AOT and FW 60+AOTFW 50+AOS FW 50+AOTFW 60+AOS FW 60+AOT , - 600 , -( FW 60+AOT) - ( FW 60+AOS) .BF - F30 G30 , 300 Features and benefits Generously sized module Features and benefitsformats for ideal lighting Thermally insulated timber add-conditions, glass loads up to on construction for roof glazing600 kg(FW 60+AOT only) and vertical Thermally insulated, for roof faadesglazing (FW 60+AOS only) and Large module widths ensurevertical faadesrooms with plenty of natural The .BF version satisfies the light, glass loads up to 300 kgstandards of fire-resistancepossibleclasses F30 and G30. 147. 147Page 147Page 147 32. Schco | 31System overview Modular faade The Schco SMC 50 / SMC 50.HISchco SMC 50 / SMC 50.HI(Stick Modular Construction)(Stick Modular Construction) modular faade system offers System overview - excellent thermal insulation -properties and the highest - standards of quality and system security and all with minimal fabrication times. .Schco SMC 50Schco SMC 50.HI Features and benefits High energy savings due to the - very low Uf values of up to 0.9 W/m2K Uf - 0,9 /2K Can be used universally for straight and faceted faades and also for skylights, - Glass thickness up to 60 mm and large glass loads up to 60 , 300 kg due to the new glazing 300 supports Concealed, room-side - integration of electrical cables into mullion and transom profiles using e-connect e-connect. 174Page 174 33. 32 | Schco System overview Insert unitsSchco AWS 102Schco AWS Schco Royal SSchco Window AWS 102Schco Window AWSSchco Royal S roof window Schco Royal S AWS Schco ADS Schco AWS 102 - FW 50+, FW 60+, FW 60+AOS, Features and benefitsFW 60+AOT The wide variety of Schco SMC 50, AWS window series and Schco ADS door series, with a very wide range of insert Royal S 47D, Royal S 88D outer frames and adapter Royal S 106D profiles, covers all scenarios for AWS 102.NI opening units in vertical - faades Features and benefits Features and benefits Efficient ventilation with the Royal S roof windows can bethermally insulated Schcoused in skylights in an almostWindow AWS 102 as parallel- unlimited way. They guaranteeopening or projected top hung system security in the profilewindowsystems FW 50+, FW 60+, the Large all-round openings foradd-on constructionsthe best possible ventilation FW 60+AOS and FW 60+AOT, The window system can bethe modular faade SMC 50seamlessly integrated without and in all conservatory systemsadversely affecting faade Royal S 47D, Royal S 88D andgeometryRoyal S 106D are ideal insert The non-insulated version units for sloped glazing andSchco AWS 102.NI for use inskylight constructionshotter climates. 213 . 231 . 246Page 213 Page 231 Page 246 34. Schco | 33 System overview Overview of faade systems I UC S 65 0.HG T T 5S 60 + / AO50 + / AOC560 + OS e 50 + OS5C6ylinC8 SMFW BF AA FW AOSFW ARCFW AOSFW SG SF Sk SGFW BF BFFW BFSe System overview0/FW S60 + 50 +50 +50 +50 +50 +60 +60 + cococo s C5rie h h h FWSM FW FWFWScScScEnergyEnergy Non-insulated Thermally insulated . Highly thermally insulated. Uf /2K1) 0,9 1,1 1,1 1,1 2,2 1,45 1,6 1,1 2,2 1,3 1,6 3,1 1,68 2,2 Uf-value in W/m2K1)DesignDesign . 5050505050 50 50 50 6060 60 60 60856565 Face width in mm Faade type Mullion-transom construction Add-on construction . Structural glazing Unitised faade Construction type Non-ventilated faade . . Ventilated/non-ventilated faade. . Skylight. Design option Steel look Concealed insert units Range of ceiling components Insert units. Schco AWSSchco AWS standard windowSchco AWS 102Schco AWS 102Schco AWS 102.NI Schco AWS 102.NI Roof window. 2) 300 400 185 400 200 600400 600 200 600 450 300 300 300 Maximum glass load in kg2)SecuritySecurity W90 Fire protection WK3 WK3WK2WK3 WK2 Burglar resistanceFB4FB4 Bullet resistanceBlast resistance Lightning protectionAutomationAutomatione-connect e-connectKey AOS 1) 2). , . , AOS version only Maximum values, which may be lower, dependingMinimum values, which may be higher, depending on the glass thickness.on the glass thickness. 35. 34 | Schco System overview System finish and coloursSchco - Schco - finishing processes currently - -- available for decorative metal , - surfaces combined with relevant material requirements and their (GSB, implications for design options in QUALICOAT, QUALANDOD), terms of surface structure and Schco colour has led to an ever-, - increasing 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 the This Schco service module regulations of the quality - comprises the surface finishing of standards institutions (GSB, aluminium profiles, sheet andQUALICOAT, QUALANDOD). , building components with These companies are continually Schco practical yet attractive finishestested and monitored by Schco, which preserve and indeedon behalf of Schco quality.enhance value in the long term,control and by independent with the Schco guarantee of laboratories on behalf of the quality. The wide range of surface quality standards institutions. ,, New Handwerkskammer,Dresden, Germany 36. Schco | 35System overview SchcoAt Schco, there is an unlimited choice of colours forprofiles. System overview Schco: pigments 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). RAL, SANDALOR (anodised inRDS, SIKKENS NCS, yellow, blue and red) . , .. - Wet paint coatings in polyurethane and fluoropolymer systems (DURAFLON, PVDF) for (,Schco offers a comprehensive maximum weather resistance service package:and stability, and for surface) protection and cleaning ( Surface finish consulting Protection against corrosion , (technology, prerequisites, through pre-anodisation with) implementation) subsequent colour coating or 1 - Warranty and a single contact 2-stage colour coating.6 (, , person - service and guarantee Adjustment of glosses and, from a single source. surface finishes with various ) Colour coating in accordancetextures and effects. with RAL, RDS, SIKKENS, and Composite profiles, e.g. forSANDALOR (, NCS colour patterns, as well as windows, conservatories, also )pigment effects and metallicin two colours - (DURAFLON,) - , 37. 36 | Schco System overviewSystem expertise, Window, door and sliding systems , SchcoThe innovative Schco window, -door and sliding systems provide optimum solutions for the.challenges of modern -architecture. The systems are perfectly integrated and combine the latest security technology with user -comfort and elegant design..The automatic Schco AvanTec fittings, the mechatronic SchcoSchco AvanTec TipTronic fittings and Schco e- Schco TipTronic slide represent quality solutionsSchco e-slide -in terms of energy, security and automation. , The comprehensive range of . accessories guarantees universal design options and functionality. Schco AvanTec: . . For more information see:Remote control integrated in the Schco AvanTec architect Information 1 and 3remote control handle allows convenient control at the. :touch of a button 1 3 Security systems -Schco aluminium security Schco systems offer optimum ,protection in the areas of fire and smoke protection, burglar -resistance, break-out resistance, as well as bullet and blast-.resistant systems.. :For more information see: architect Information 5 5 Schco Firestop II EI60 Schco Firestop II EI60 - fire protection without fireboards 38. Schco | 37 System overview Faade systems and skylights The Schco faade systems -System overview Schco - mullion/transom and add-on - constructions, unitised faades,, , structural glazing faades - -combine functionality and design. - The wide choice of designs .offers architects and planners unique advantages. - For more information see:. architect Information 7 and 9 SMC 50 Modular faade SMC 50. : 7 9Solar shading systems As an important aspect of the , building envelope, solar shading in combination with intelligent use of natural light prevents -rooms from overheating. Large . -louvre blades (active and passive), sliding shutters, external( ),blinds and vertical awnings in a , variety of materials and designs -allow varied use and design. - .For more information see:Schco ALBarchitect Information 10 Schco Large Louvre Blades ALB. : 10Photovoltaics As a leading provider of solar Schco Solarproducts, Schco Solar offers tried-and-tested technology from - its own high-quality fabrication facilities. New concepts relating . to the building envelope can be realised for innovative solar - architecture using system -technology and with every component from a single source. . For more information see: FW 50+ architect Information 14 . : Non-ventilated FW 50+ faade with PV insulating glass modules 14 39. 38 | Schco Basic systems 40. Schco | 39Basic systemsSchco FW 50+ / FW 60+Schco Faade FW 50+ / FW 60+ -The Schco standard faade Schco FW 50+ FW 60+systems FW 50+ and FW 60+ are - tried and tested solutions, which . have proven themselves time and, again. In addition, the faade systems can be combined freely Schco. within the Schco system world. There are no limits to creativity. . Basic systems40System features42Test certificates48Construction principles53 Examples82 Profile overview106 .Additional accessories 41. 40 | Schco FW 50+ / FW 60+ System features of FW 50+ / FW 60+ FW 50+ / FW 60+System features of FW 50+ / FW 60+ 50 : 400 FW 50+ 600 FW 60+ , , - : EPDM 65 EPDM EPDM 100 27203 : FW 50+ FW 60+ , . - 1- 2- . - 3- (), ( ). 4 . - . , . 4, 50 . 2 FW 50+.HI (Polythermid) FW 50+.HI system - , , ( , , , , ) - 1:1Scale 1:1 42. FW 50+ / FW 60+ Schco | 41 System features of FW 50+ / FW 60+60Features and benefits Transom and mullion profiles are available ingraduated dimensions to meet varying structuralrequirements Glass loads: up to 400 kg with FW 50+ and 600 kgwith FW 60+ The geometry of the profiles allows rebate basedrainage and one of the following outer gasketsystem options: EPDM gasket lengths with moulded 65 intersections Basic systems EPDM gasket lengths with butyl tape Continuous EPDM gasket with moulded intersections Isolator with fin on one side Tested and certified by product approval100 27203. Identical inner gasket cover on transoms andmullions Three drainage levels: the FW 50+ and FW 60+systems are designed in such a way that the glassrebates of the mullions and transoms lie indifferent planes. Any condensation is drained offfrom level 1 into level 2. Drainage continuesthrough a third level in the mullions anddownwards under controlled conditions to theoutside. (for overall ventilation only) Rebate base ventilation and pressure equalisationare achieved at all four corners of each modulefield into the mullion rebate. Field ventilation isavailable if required. All external screws are A4 stainless steel, all otherscrews which are not visible are A2 stainless steel Isolators made from polythermide with60appropriate thermal insulation FW 60+.HI Special profiles for vapour barrier and wallFW 60+.HI systemattachment and for attachment to continuoussubstructures, plus a range of insert units (blockwindows, ventilation windows, doors, roof vents,fire-resistant block constructions) and faadefixing brackets Base profile for simple ribbon windowconstructions Base profile for the transition to the ventilatedfaade 1:1Scale 1:1 43. 42 | Schco FW 50+ / FW 60+ Test certificates for FW 50+ / FW 60+Test certificates SystemType of test Basis Test resultTest institute No. of the test certificate / certificate EN 12152 AEAir permeability EN 12154 RE 1200Weathertightness 10027203 = 2,0 kN/m2 Permitted load = 2,0 kN/m2EN 12179 ift Rosenheim = 3,0 kN/m2Resistance to wind loadIncreased load = 3,0 kN/m2 EN 14019 I5 / E5Impact strength EN ISO 717-116121404Airborne sound insulation . . DIN EN ISO . . . See own tableThermal conduction 10077, T2See own tableOwn calculation DIN EN 12600 PSP Aachen S-47-01Safety barrierFully protected against falling out 21125697 WK 2 DIN EN V 1627ift RosenheimFW 50+Burglar resistance 21131294 WK 3 Beschussamt EN 1522, T1 DSM 96247M3 / FB4Bullet resistance Ulm . Z-14.4.452General building approval for clamping . . connectors DIBT German buildingSee general building approval -regulations Z-14.4.464General building approval for T-joints600 PaAir permeabilityWintech 1950 PaWeathertightness CWCTR 134/01/199Engineering2400 Pa (. = 3600 Pa)Resistance to wind load(Increased wind load = 3600 Pa)Air, Water, Structural, Seismic AAMA 501-5 ATI55654.01-120-47Interstory Movement On request. / Additional Russian test certificates . Sound insulation class BAirborne sound insulation Ratrans = 32 dB GOST 21519- () [SPO 6M1-Ar20TGI-I6mm]FW 50+ 2003, SNiP 23- 531Research Institute for B2 02-2003 Test log No. 531 Building PhysicsHeat transfer class B2Thermal conduction(NIISPh)Ro = 0,59 m2 C/W[SPO 6M1-16-I6mm] G . Sound insulation class GAirborne sound insulation Ratrans = 29 dB GOST 21519- () [SPO 4M1-Ar20TGI-I4mm]FW 50+.HI2003, SNiP 23- 531Research Institute for B1 02-2003 Test log No. 531 Building PhysicsHeat transfer class B1Thermal conduction(NIISPh)Ro = 0,68 m2 C/W[SPO 4M1-Ar20TGI-I4mm] 44. FW 50+ / FW 60+Schco | 43 Test certificates for FW 50+ / FW 60+ SystemType of test Basis Test result Test institute No. of the testcertificate / certificate EN 12152 AEAir permeability EN 12154 RE 1200Weathertightness = 2,0 10027203kN/m2 Permitted load = 2,0 kN/m2EN 12179ift Rosenheim Basic systems = 3,0Resistance to wind loadkN/m2Increased load = 3,0 kN/m2 EN 14019 I5 / E5Impact strength EN ISO 717-1 16122335Airborne sound insulation . . DIN EN ISO. . . See own tableThermal conduction 10077, T2 Own calculationSee own table DIN EN 12600PSP Aachen S-47-01Safety barrierFully protected against falling out21125697WK 2 DIN EN V 1627 ift RosenheimBurglar resistance21125698WK 3FW 60+Beschussamt EN 1522, T1DSM 96247 M3 / FB4Bullet resistanceUlm . . .. 2 TNOPML 2004-C063Blast resistance . Performance requirement 2 Outdoor test US-GSA regulations . Z-14.4.452General building approval for clamping . . connectors DIBT German buildingSee general building approval - regulationsZ-14.4.464General building approval for T-joints600 PaAir permeability Wintech1950 PaWeathertightness CWCT R 134/01/199 Engineering2400 Pa (. =3600 Pa)Resistance to wind load(Increased wind load = 3600 Pa)Air, Water, Structural, Seismic 57614.01-122-34- AAMA 501-5ATIInterstory Movement ROOn request 45. 44 | Schco FW 50+ / FW 60+Test certificates for FW 50+ / FW 60+ The following Schco systems fulfil the various noise reduction Schco: requirements: . . Schco . .Schco system. Weighted sound insulation No. of the test Recommended glazing factorcertificate . . Noise reduction Rw, p = 37 dB MullionFW 50+161 21404 glazing 322 280 Rw = 38 dB [6-(16)-4] . Rw, p = 41 dB MullionFW 50+161 21404 . 322 280Noise reduction glazing . . Noise reduction Rw, p = 42 dB MullionFW 50+161 21404 glazing 322 280Rw = 45 dB[9 GH-(16)-6] . Rw, p = 49 dB MullionFW 50+161 21404 . 322 280Noise reduction glazing: Note: When using noise reduction glazing, it is important , to ensure that the noise reduction values given by the supplier have been adopted in accordance with the most recent test norms. . 46. FW 50+ / FW 60+Schco | 45 Test certificates for FW 50+ / FW 60+ . . Schco . . . Schco system No. of the test certificate Recommended glazingWeighted sound insulation factor Phonstop 26/38 Basic systems Rw, p = 37 dBFW 60+ 161 22335/1.3.0 [6-(16)-4]Phonstop 26/38 [6-(16)-4] Phonstop 36/42 [12-(20)-4] Rw, p = 41 dBFW 60+ 161 22335/1.2.0Phonstop 36/42 [12-(20)-4]Phonstop 31/45 GH[9GH-(16)-6] Rw, p = 42 dBFW 60+ 161 22335/1.1.0 Phonstop 31/45 GH[9GH-(16)-6]Phonstop 42/54 GH [13GH-(20)-9GH] Rw, p = 49 dBFW 60+ 161 22335/1.0.0Phonstop 42/54 GH [13GH-(20)-9GH]:Note: When using noise reduction glazing, it is important ,to ensure that the noise reduction values given by the supplier have been adopted in accordance with the most recent test norms. . 47. 46 | Schco FW 50+ / FW 60+ Test certificates for FW 50+ / FW 60+Thermal insulation. Uf /2K DIN EN ISO 10077-2Uf value in W/m2K in accordance with DIN EN ISO 10077, T2 50 1:2 50 Scale 1:2506585 105125150175200225250 x Uf = [W/m2K]*24 281,601,60 1,61 1,62 1,62 1,63 1,64 1,64 1,65 1,6628 321,441,44 1,45 1,46 1,46 1,47 1,48 1,48 1,49 1,5034 381,351,35 1,36 1,37 1,37 1,38 1,39 1,39 1,40 1,4140 441,161,16 1,17 1,18 1,18 1,19 1,20 1,20 1,21 1,2246 501,081,08 1,09 1,10 1,10 1,11 1,12 1,12 1,13 1,14* Uf 1 2 3.The Uf values listed apply to level 3 and aretherefore lower than for levels 1 and 2. 48. FW 50+ / FW 60+ Schco | 47 Test certificates for FW 50+ / FW 60+ 60 Basic systems 1:2 60Scale 1:2506585105125150 175 200 225 250 xUf = [W/m2K]*24 281,601,60 1,611,62 1,62 1,631,641,641,651,6628 321,441,44 1,451,46 1,46 1,471,481,481,491,5034 381,351,35 1,361,37 1,37 1,381,391,391,401,4140 441,161,16 1,171,18 1,18 1,191,201,201,211,2246 501,081,08 1,091,10 1,10 1,111,121,121,131,14* Uf 1 2 3.The Uf values listed apply to level 3 and aretherefore lower than for levels 1 and 2. 49. 48 | Schco FW 50+ / FW 60+Construction principles for FW 50+ / FW 60+ Drainage and ventilation principle EPDMEPDM seal Drainage channel ( 1) Transom (level 1) Principles of drainage and ventilation in the glazing rebate ( 3) -The system is designed so that theMullion (level 3) , glass rebates of the mullions and transoms lie in different planes. . Any condensation is drained from 1:1 the higher transom glazing rebateScale 1:1 into the lower mullion glazing rebate and then drained downwards under controlled conditions (drainage channel). ( ).The mullion transom joint is designed so that the notched , transoms are secured to the gasket locating grooves. Different . gasket thicknesses compensate for the differences in height. . The transom profiles are sealed underneath with an EPDM gasket -at the point at which they - connect to the mullion. EPDM. 50. FW 50+ / FW 60+ Schco | 49Construction principles for FW 50+ / FW 60+ Basic systemsH ( 1)Transom (level 1)H ( 2)Transom (level 2)H ( 3)Mullion (level 3) H = . H = same height= Levels 51. 50 | Schco FW 50+ / FW 60+ Construction principles for FW 50+ / FW 60+ Overall ventilation and drainage ( - ). . - .Pressure is equalised through theglass rebates of the transomsinto the mullion rebates (drainagechannel). In this way, each panefield is ventilated at all fourcorners. Controlled drainagetakes place along the length ofthe mullion. Head Head Deflector block H>8 8 8 H H Sill Sill 52. FW 50+ / FW 60+ Schco | 51 Construction principles for FW 50+ / FW 60+ - . . .Basic systems .Field drainage and ventilationIn terms of ventilation anddrainage, the resultingcondensation per field isconducted to the outside. Inaddition, the condensation will bedrained over the end pieces intothe transom. From there thecondensation will be drained viathe recesses into the externalsealing level of the transom.Ventilation also takes place viathese recesses. HeadSeal Closing the transom to the mullion rebate base Ventilation takes place via the transom rebatebase Sill 53. 52 | Schco FW 50+ / FW 60+Construction principles for FW 50+ / FW 60+ Maximum glass load is dependent on the glazing:Note: Please ensure that the transoms - and T-cleats are the correct size to meet the structural.requirements. kg x 32 38 400 40 - 50 375 24 - 38 600 40 - 44 550 46 - 50 500 kg x 20 - 24 185 24 - 28 170 28 - 32 150 34 - 38 125 40 - 44 100 44 - 48 75 20 - 24 185 24 - 28 170 28 - 32 150 34 - 38 125 40 - 44 100 46 - 50 75 1:1Scale 1:1 54. FW 50+ / FW 60+ Schco | 53 Examples for FW 50+ / FW 60+ FW 50+ / FW 60+Examples for FW 50+ / FW 60+ - 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. Basic systems 62 6458 57 59 70 60 6971 61637865805566566768 5476 72 737475 79 55. 54 | Schco FW 50+ / FW 60+ Examples for FW 50+ / FW 60+ High insulation faade50 13 28 5 2050 1:1 15 528 7 70 Scale 1:1 56. FW 50+ / FW 60+ Schco | 55 Examples for FW 50+ / FW 60+ Assembly mullion50 22 622 Basic systems 105 1126 3.5 1550 1:1Scale 1:1 57. 56 | Schco FW 50+ / FW 60+Examples for FW 50+ / FW 60+ Flat cover caps50 13 2650 3.5 1.8 1.8 1:1Scale 1:1 58. FW 50+ / FW 60+Schco | 57Examples for FW 50+ / FW 60+ Outer corner Basic systems 85 85 1:1Scale 1:150 59. 58 | Schco FW 50+ / FW 60+ Examples for FW 50+ / FW 60+ 010External faceting 010 50 8526 500 - 10 0 - 10 1:1Scale 1:1 60. FW 50+ / FW 60+ Schco | 59Examples for FW 50+ / FW 60+ 1015External faceting 1015 50 Basic systems 26 6013 10 - 15 10 - 15 1:1Scale 1:1 61. 60 | Schco FW 50+ / FW 60+Examples for FW 50+ / FW 60+ 025External faceting 0255085 - 2009226 18 18602525 1:1Scale 1:1 62. FW 50+ / FW 60+ Schco | 61Examples for FW 50+ / FW 60+ Variable angle external faceting on one side 50 Basic systems 10526 26 346034 1:1Scale 1:1 63. 62 | Schco FW 50+ / FW 60+ Examples for FW 50+ / FW 60+ 010Internal faceting 010 5085261550 0 - 100 - 10 1:1Scale 1:1 64. FW 50+ / FW 60+Schco | 63Examples for FW 50+ / FW 60+ 9090 inner corner Basic systems 50 50 505090 1:1Scale 1:1 65. 64 | Schco FW 50+ / FW 60+Examples for FW 50+ / FW 60+ Variable angle internal faceting 501126 5090 - 18 0 1:1Scale 1:1 66. FW 50+ / FW 60+Schco | 65Examples for FW 50+ / FW 60+ 90 90 inner corner with visible screw fixings Basic systems5085 92 13 - 20 90 50 11263.5 8 1:1Scale 1:1 67. 66 | Schco FW 50+ / FW 60+Examples for FW 50+ / FW 60+ 90 90 inner corner with concealed fixings13 - 2050 8592 905011263.5 15 1:1Scale 1:1 68. FW 50+ / FW 60+ Schco | 67Examples for FW 50+ / FW 60+ , Vertical mullion with dry glazing 50 Basic systems1051126 30100 1:1Scale 1:1 69. 68 | Schco FW 50+ / FW 60+Examples for FW 50+ / FW 60+ ( )Mullion section detail with vertical silicone joint (sealing) 50132615 20 151003.5 1:1Scale 1:1 70. FW 50+ / FW 60+ Schco | 69Examples for FW 50+ / FW 60+ Transom detail Basic systems 3.5 100 267 1:1Scale 1:1 71. 70 | Schco FW 50+ / FW 60+Examples for FW 50+ / FW 60+ 1All-glass corner type 1 1:2Scale 1:2 72. FW 50+ / FW 60+ Schco | 71Examples for FW 50+ / FW 60+ 2All-glass corner type 2 Basic systems 1:2Scale 1:2 73. 72 | Schco FW 50+ / FW 60+Examples for FW 50+ / FW 60+ HI HI construction in sloped roof area 5010 50 10205 832 1:1Scale 1:1 74. FW 50+ / FW 60+ Schco | 73 Examples for FW 50+ / FW 60+ Gasket with condensation drainage 50 Basic systems 8. 53.125 3050 53011 1:1Scale 1:1 75. 74 | Schco FW 50+ / FW 60+ Examples for FW 50+ / FW 60+ Variable angle transoms5030 50 555 38 - 90 2826555 1:1Scale 1:1 76. FW 50+ / FW 60+ Schco | 75Examples for FW 50+ / FW 60+ Transom inner corner26 555 Basic systems 50 505045 1:1Scale 1:1 77. 76 | Schco FW 50+ / FW 60+Examples for FW 50+ / FW 60+ Ridge purlins20 30 - 45 60 5 3.20 5 8.2750 1:1Scale 1:1 78. FW 50+ / FW 60+ Schco | 77 Examples for FW 50+ / FW 60+ Head of faade as fascia Basic systems5050 1:4Scale 1:4 79. 78 | Schco FW 50+ / FW 60+Examples for FW 50+ / FW 60+ Connection to spandrel panel50OKFF50 1:4Scale 1:4 80. FW 50+ / FW 60+ Schco | 79Examples for FW 50+ / FW 60+ W90 spandrel panel Basic systemsAAA-A 1:4Scale 1:4 81. 80 | Schco FW 50+ / FW 60+Examples for FW 50+ / FW 60+ Sill50 1:2Scale 1:2 82. FW 50+ / FW 60+ Schco | 81 Examples for FW 50+ / FW 60+ Side attachment to building structure Basic systems 1:2Scale 1:2 83. 82 | Schco FW 50+Profile overview FW 50+ FW 50+FW 50+ mullions50Iy50 Ix50cm4cm450 322 25031,3719,31 12550 105 322 26055,5722,76 85 65 322 270 108,4628,1450 322 280 167,3032,40 322 290 278,6638,43322 250322 260 322 270 322 280 322 290 322 300 423,8544,37 322 310 663,0052,81 326 030 1010,31 76,76 326 250 731,2068,2950 336 150 184,8235,7250 336 2000,05 2,415050 336 230 1352,44 85,2950 336 240 1759,43 93,83 354 38064,7126,08 3 3 354 390 115,6530,90 225 2 3 200 175 175 2150322 300322 310 326 250 326 030 336 23050-E-mullions 50250 3 50 50 125 10585 50336 240336 200354 380354 390 336 150 84. FW 50+ Schco | 83Profile overview FW 50+ FW 50+FW 50+ assembly mullions 50 50Iy22 622 22 622Ix 50 5022 622 22 622cm4cm4 323 940 69,86 8,10105 105 323 950 42,37 6,6185 85 323 960 117,448,96 323 970 76,63 7,38 323 980 181,239,80323 940323 950323 960323 970Basic systems 323 990 124,088,15 326 010 286,42 10,82 326 020 204,509,11 50 5022 622 22 622 50 5022 622 22 622 150150125 125323 980323 990326 010326 020 IyInsert profiles for butt joints / structural reinforcement Ix 5022 622cm4cm450 323 2702,45 0,27 22 622 50 323 2807,95 0,3422 622 323 290 18,25 0,41125 10585323 270323 280323 290 1:4Scale 1:4 85. 84 | Schco FW 50+Profile overview FW 50+ FW 50+FW 50+ mullions IyVariable angle glazing planeIx50 cm4 cm450323 040 107,07 26,8150323 050 165,15 31,07 50 323 060 274,78 37,09503 328 640 418,07 43,041752.1328 650 687,36 64,40 150 125328 660 950,88 72,86 10585323 040323 050 323 060 328 640328 650503200328 660 IyPitched roofs / skylight construction Ix . . cm4 cm4Ridge purlins Variable angle transoms Supplementary profile124 1800,440,04322 490 25,5714,64 2828322 630 21,195,66 5555322 640 19,075,0345 5528 28 2227 6 50 55 55322 490 322 640322 630124 180 86. FW 50+Schco | 85Profile overview FW 50+ FW 50+FW 50+ structural profiles IyInsert profiles for butt joints / structural reinforcementIx 50 cm4cm450201 21649,638,32 3 50 201 21781,459,38 50 322 72039,12 11,6250322 73074,61 14,27 175322 740 119,95 16,33150 Basic systems125322 750 226,51 19,12 10585322 760 342,78 21,92326 050 403,26 16,60336 250 560,25 18,31336 260 753,01 20,03322 720322 730322 740 322 750322 760326 270 282,35 14,9150 50 5050 2250225 200175326 270326 050336 250 336 260 : lx ly 50. 50 (, ) (lx 4) ( 152 125 ).105 Note: For structural reinforcement the structural values (moments of inertia) Ix and Iy of the mullion and insert7profiles can be added together. When taking the201 216201 217322 780structural integrity of steel profiles into account (e.g. insert profiles), the moment of inertia (Ix value in cm4) must be multiplied by 3 in relation to the E-modulus 1:4 (steel-aluminium).Scale 1:4 87. 86 | Schco FW 50+ Profile overview FW 50+ FW 50+FW 50+ corner mullions 65Iy 85Ix50 65cm4cm450 105 322 500 68,71202,5885 5065 322 510 127,60 127,61 322 520 54,2554,25505050322 520 322 510 322 500 65Iy 85Ix50cm4cm45044 105 201 21649,638,3285 322 72039,12 11,6284 322 73074,61 14,275050201 216 322 720 322 730 IyAluminium add-on constructionIxMullion Transom cm4cm4 323 5404,2610,8122 : 323 5503,9710,67 50 22 Note: Can be used on timber or steel 50 28 structures323 540 323 550 88. FW 50+ Schco | 87 Profile overview FW 50+ FW 50+FW 50+ transoms, 1 IyLevel 1 transomsIx cm4cm45050322 3700,41 3,63322 3803,02 8,93 6130322 390 28,0817,16322 370322 430322 400 49,4220,77 322 410 89,4125,59 Basic systems322 420 144,16 30,4150 50322 430 221,21 35,37 21 155322 440 354,71 41,98322 450 509,65 48,01322 380322 440322 4605,1510,37323 840 16,0914,71336 180 175,43 34,545050336 2000,05 2,41 27 180 354 400 64,4324,90322 460322 450354 410 111,75 29,72351 980 194,17 39,71201 026 96,1622,265045 -, 1323 840Level 1 e-transoms 505055322 390336 2005050 45 7090 119.5322 400354 400 351 98040 50 50 10090110 201 026322 410354 4105050 110130 1:4322 420336 180 Scale 1:4 89. 88 | Schco FW 50+Profile overview FW 50+ FW 50+FW 50+ assembly transoms, 1, IyLevel 1 transoms for top and bottom faade attachmentIxcm4 cm45050 323 910 115,81 39,36 70 323 920 292,14 43,56 323 930 634,31 47,1690323 91050 5070130323 92050 5070180323 930 IyExpansion transomIxcm4 cm4 352 960 220,64 14,5432130352 960 90. FW 50+ Schco | 89 Profile overview FW 50+ FW 50+FW 50+ transoms, 2IyLevel 2 transomsIx84 cm4cm4322 330 84,6023,98 50322 340 138,99 28,84322 350 214,83 33,76322 330322 360 347,57 40,37 104 Basic systems50322 340 124 50322 350 14950322 360 1:4 Scale 1:4 91. 90 | Schco FW 50+Profile overview FW 50+ Cover cap profiles and pressure plates High insulation faade1520325 520 244 246 Standard faade 47 47 47 47 112 71017122545 505050160 620 50110 240306 140322 890252615 5050 50112 720 110 250 322 19060 /204015 50 50 Solar shading / awning110 840 322 90050322 9208 705025 50 322 180 140110 850 20100100 505830 50 50 50 5050110 860 322 910 122 980 322 930322 940 92. FW 50+ Schco | 91Profile overview FW 50+ Stainless steelPitched roof47 20 1215 50.85050.8 161 450202 285202 286161 460 Basic systems With visible screw fixings With invisible screw fixings24.6 8.5 17.250 15 506.550 30322 810322 840322 870 50 50 323 310323 320323 390308.5 1050 50 50322 820322 850322 880 158.550 50322 830322 860 Flat pressure plates 7847 47328 770328 780 1:4Scale 1:4 93. 92 | Schco FW 50+ Profile overview FW 50+ Cover cap profiles and pressure plates , Invisible screw-fitted cover caps for mullions15 72323 33010 1515 48.58020323 340323 190 1515 94.3323 350 25 15152053 30 106.4323 360323 200 1530119.3323 37015 34 1535 60 34 136.5323 380323 21030323 390 94. FW 50+ Schco | 93Profile overview FW 50+ , , Inner corners with invisible screw fixings Inner corners with visible screw fixings 8. 545 46.755323 570 323 450 Basic systems 49.3323 560 8.560 50.5 323 580 1:4Scale 1:4 95. 94 | Schco FW 60+Profile overview FW 60+ FW 60+FW 60+ mullions Iy Ix60cm4 cm4 60324 01035,1735,0460 324 02063,2542,32 60324 030 124,4953,27 324 040 195,3262,4112560 105 324 050 325,2474,4085 65 324 060 500,6286,8350 324 070 788,14103,20 324 080 1084,53 115,63324 010324 020324 030324 040324 050324 090 1447,20 128,19 336 270 1876,75 140,7460 6060 6060250 225200 175150324 060324 070324 080324 090336 270 96. FW 60+ Schco | 95Profile overview FW 60+ FW 60+FW 60+ assembly mullions60 2727 Iy Ix60 27 27 6027 27 cm4cm4602727 324 100 79,0113,73 324 110 49,5012,13 150125 324 120 134,40 15,22 105 324 130 90,8813,4785 324 140 209,72 16,65 324 150 149,15 14,78Basic systems 324 160 335,73 18,39324 100324 120324 140324 160 324 170 249,53 16,40324 110324 130324 150324 170 IyInsert profiles for butt joints / structural reinforcement Ix50 22 622 cm4cm4 50 22622 323 2702,45 0,27 50 226 22 323 2807,95 0,34 323 290 18,25 0,41 125 10585323 270323 280323 290 1:4Scale 1:4 97. 96 | Schco FW 60+Profile overview FW 60+ FW 60+FW 60+ mullions IyVariable mullion Ix60cm4 cm4 60 324 180 122,8751,4360 324 190 192,8260,57 60324 200 320,8672,5560 324 210 494,1084,99175 324 990 741,7397,30 150 327 010 1022,05 109,73125 105 327 020 1365,72 122,2885 336 290 1773,68 134,84324 180324 190324 200324 210324 99060 6060250 225200327 010327 020336 290 98. FW 60+Schco | 97 Profile overview FW 60+ FW 60+FW 60+ structural profiles IyInsert profiles for butt joints / structural reinforcementIx60 cm4 cm460324 30041,4213,91 60 324 31078,4816,53 60 324 320 125,8418,5860324 330 236,9121,37175 324 340 357,7824,18 150324 350 519,9626,97 125Basic systems105324 360 741,7030,2685336 280 1002,65 33,02324 300324 310 324 320324 330 324 340 60 6060 250225200152 11324 350324 360 336 280324 960 1:4Scale 1:4 99. 98 | Schco FW 60+ Profile overview FW 60+ FW 60+FW 60+ corner mullions 85 IyIx 60 cm4cm485324 220 138,44 138,4460324 220 53 IyIx64.2 cm4cm4324 300 41,4213,91324 300 IyAluminium add-on construction Ix cm4cm4 MullionTransom324 6805,0719,78324 6905,4220,95 28 6022 6028324 680324 690 100. FW 60+ Schco | 99Profile overview FW 60+ FW 60+FW 60+ transoms, 1IyLevel 1 transoms Ixcm4cm460 60 324 4000,44 6,11 324 4103,4216,38 6155324 4205,9419,39 324 440 32,9233,49324 400 324 490 324 450 58,6141,02 324 460 107,49 51,07Basic systems 324 470 175,35 61,11 6060 324 480 270,93 71,30 324 490 419,34 83,86 21 180 324 500 610,49 96,42324 410 324 500 326 940 849,28 108,9860 27 20560324 420 326 940 6055324 44060 .Iy Ix 70Insert profiles for heavy glass324 450 loads cm4cm4 336 090 208,21 58,55 606090130324 460 336 09060 110324 470 60 130 1:4324 480 Scale 1:4 101. 100 | Schco FW 60+ Profile overview FW 60+ , 2Iy Level 2 transoms Ix cm4 cm4324 510 100,14 47,7860324 520 166,00 57,82 84324 530 259,33 68,01324 540 405,10 80,57 324 510 60104 324 52060124 324 530 60149 324 540 102. FW 60+Schco | 101Profile overview FW 60+ IySkylight constructions Ix .MullionTransom cm4 cm4 Supplementary 124 1800,440,046profile 328 9805,707,0260 328 9906,306,2860 33.32276 Basic systems39.3328 980328 990 124 180 IyPitched roof Ix . cm4 cm4Ridge purlinsVariable angle transoms 324 370 33,99 25,81 324 550 22,898,76 324 560 24,72 10,1755 55 328 700 60,04 33,78705545 37 37 37.537 37 22 606055 55324 370 328 700324 560324 550 1:4 Scale 1:4 103. 102 | Schco FW 60+ Profile overview FW 60+ Cover cap profiles and pressure plates High insulation faade 56 56 202060 325 540244 247 Standard faade56 56 56 56 162 880 124521 25 6060 60 60 160 630 110 260 324 870 110 930 162 880 15 6060 162 180 60110 940 20 60 40 34 110 910 60 60100 110 270 322 170 25 60 60 110 920110 950 10055 30 25 60606060 182 910324 880324 890 324 870 Stainless steel20 156161 202 287202 288 104. FW 60+ Schco | 103 Profile overview FW 60+ Pitched roof 57121060162 170 162 160 With visible screw fixings Flat cover caps Basic systems 8.58.56.560 60 60 66 57.4 57.4324 810324 830324 850354 450354 46060 8.5 6030 960324 900324 840324 860 With invisible screw fixings20 1015 1572323 33058.5324 70015 80 30 25323 34015 63324 710151594.3323 35034 3415 1520 70106.4324 720323 360 1530 119.330323 370 323 3901535136.5 1:4323 380Scale 1:4 105. 104 | Schco FW 60+ Profile overview FW 60+ Cover cap profiles and pressure plates With visible screw fixingsCover caps for transom 8.5 8.5 6.5 7.5 68 324 770 30 6060 327 490 324 820 8.51577 324 780 7 8.590 327 450 8.522.54086 60 324 790 324 7608.530 93 324 800 58.37.5 8.5 100 60 327 470 324 730 8.5 58. 45113 90 327 480 324 740 6.530 118 327 460 8.53020 122 324 750 106. FW 60+ Schco | 105Profile overview FW 60+ Cover caps and pressure plate for inner corners 8. 545 65324 910324 930 15Basic systems8.560324 920324 940 1:4Scale 1:4 107. 106 | Schco . Additional accessories Schco Top Sky 1 Top Sky 2 Schco Top Sky 1 and Top Sky 2 canopies Top Sky Top Sky canopies Canopies offer weather protection ,and are a design product for entrance areas or faades. The canopy designs can be . - combined with different types of glazing: clear safety glass as - protection against rain, with tinted : glass as protection against both , rain and sun, or with photovoltaic units as a simultaneous energy source. -The Top Sky load-bearing .structure consists of high quality, Top Skycorrosion-resistant and easy-to- -maintain aluminium. The attractive , load-bearing profiles which can be painted in any colour endow any . building envelope with a distinctive , appearance. , . 108. .Schco | 107Additional accessories Top Sky 1 Schco Top Sky 1 , 30. . - 600-1500 , - 1260-1470 .Basic systemsTop Sky 1 canopy construction : 50 Schco Top Sky 1 canopies haveFace width: 50 mma fixed roof slope of 30. The roof : 8 slope means that the canopy hasHeight of pressure plate: 8 mmexcellent self-cleaning properties. Top Sky 1Module widths of between 600 : 816 and 1500 mm with a projection of 30Glazing thickness: 816 mm1260 to 1470 mm are possible, Aluminium brackets as load-bearing profile with fixedangle of inclination of 30 . depending on structural: 45 requirements. Basic depth of load-bearing profile:45 mm Top Sky 2 Top Sky 2 30 - 45 10 - 45 - . - 600 - 1500 , -1310 - 2060 . : 50 Top Sky 2 canopy construction Face width: 50 mmTop Sky 2 allows the roof slopeto be varied between 30 and : 14 45 with fixed ridge attachment Height of pressure plate: 14 mmand 10 to 45 with pinned ridgeTop Sky 2 : 816 connection. Module widths of Glazing thickness: 816 mmbetween 600 and 1500 mm with a projection of 1310 to 2060 mm 10 - 45 . Aluminium load-bearing profile with adjustable: 28 are possible, depending onbracket for an angle of inclination varying between Basic depth of load-bearing profile:structural requirements.10 and 45 28 mm 1:4Scale 1:4 109. 108 | Schco.Additional accessories Faade attachments Fixings FV [kN] Schco Schco offers system solutions 1300 -for many faade attachments with corresponding fixing1200 . assemblies.11001000900 Fixing units for canopies800 This fixing unit can be used to700 Top attach the Top Sky 1 and Top Sky 1 Top Sky 2 . Sky 2 canopy designs to the600 faade.50040 50 60 70 80 90 100 L FV [] . Maximum force L . Loading gap55 FV = [kN] L [mm]FV 4 - . Fixing assembly for solar shading systems A4 stainless steel fixing unit, for attaching solar shading to the faade. 1:2 Scale 1:2 110. .Schco | 109 Additional accessories Bracket attachment Aluminium, for fixing additional building components with high , load transfers, e.g. Schco ALB, sunblinds, advertising signs, Schco ALB, - maintenance cradles, etc. to the faade.. Basic systemsFV [kN] FV121086100150 200 L 1420FV [] . FV =[kN] L [mm]Maximum forceL . Loading gap Frame anchor 50- consisting of a ring bolt and a base profile with screws for easy installation and de-installation of. a frame. The base profiles for the anchorage points remain in the, mullion profiles, allowing the26 frame to be rebuilt safely should, , .any repairs be needed. - The ultimate load, in accordance DIN 4420 ( with DIN 4420 (load trials on ). frame anchors) is met. 1:4Scale 1:4 111. 110 | Schco . Additional accessories Schco Schco safety bars , , - . . - . , - . Schco . - Schco - Stainless steel safety barsHere too, Schco can offer a Storey-height units can be ansystem-based solution. important part of a buildings Schco stainless steel safety bars. design and help ensure a highrepresent a complete system , level of light penetration.offering tried-and-tested quality , Separating the units through the for different applications. It - use of spandrel transoms may consists of perfectly tailored. often spoil the appearance of asystem components available in building. Stainless steel safety stock, plus fixing accessories. bars are an attractive alternative Preliminary structural calculations . which can be incorporated into the are available for this system. design of the building. However, these are often expensive, project-specific solutions for which individual structural calculations are required. 112. .Schco | 111Additional accessories. Preliminary structural analysis Preliminary structural analysis when using horizontal bars as building support components: Observe the regulations of the :local building authority (LBO), ETB guidelines, TRLV and - workshop guidelines when -planning and designing safety features. (LBO), ETB,Basic systemsTRLV -.. Maximum span width depending on horizontal load / Maximum span width . * / Horizontal load* Round bar diameter q = 0,5 kN/m q = 1,0 kN/m 8 mm350 mm250 mm 12 mm 660 mm460 mm 20 mm1350 mm 1000 mm 30 mm2250 mm 1850 mm* . * Horizontal load : for private housing:q = 0,5 kN/mq = 0,5 kN/m :for use in public buildings:q = 1,0 kN/mq = 1,0 kN/m . DIN 1055 table values in accordance with DIN 1055: .Note:Larger span widths and smallerbar diameters are possible if thebars are being used solely fordecorative purposes. 113. 112 | Schco.Additional accessories e-connect e-connect Intelligent system solution for concealed cabling in the faade Connection of electrical components in the faade Simple, secure and efficient electrical wiring within the , - faade Concealed electrical wiring through specially designed profiles - Wiring from inside to outside and also within the profiles Static cable fixing or detachable cable laying - 114. .Schco | 113Additional accessories Schco SMC 50 FW 50+ / FW 60+Lightning protection for Schco SMC 50 and FW 50+ / FW 60+ Concealed integration of Schco lightning conduction device inSMC 50 FW 50+ / FW 60+the SMC 50 and , - FW 50+ / FW 60+ faade . DIN EN 50164 systems System solution tested in - accordance with DIN EN 50164 Clear interface between trades (metal fabricator and constructor of lightning protection)Basic systems - High fabrication and planning , reliability as this is a tested system solution with detailed documentation 115. 114 | Schco Design options Design options Whether narrow look for large- ,scale profile faades, slimline look with stainless steel supports or uniform faade modules with concealed turn/tilt window units Schco design options offer a wide -range of versatile solutions for - designing custom faades. Schco . Schco FW 50+S Schco FW 50+ARC Schco Faade FW 50+SSchco Faade FW 50+ARC FW 50+ARC - , . . The steel load-bearing profiles of this thermally insulated mullion/ FW 50+ARC transom construction give a slender appearance to large-scale. profile faades as well as foyers and entrance halls.With the thermally insulatedFW 50+ARC faade system,creative architectural trends canbe incorporated systematicallyand confidently with perfectresults. As a clear span, interiorstainless steel support system,FW 50+ARC accentuates atransparent and slimline look. . 115 . 133 Page 115 Page 133 116. Schco | 115DesignoptionsSchco FW 50+SSchco Faade FW 50+S SchcoThe Schco FW 50+S faadeFW 50+S - system is the ideal system for a slimline steel look with all the -system benefits of an aluminium .construction. Design options116 System features119 Examples129 Profile overview 117. 116 | Schco FW 50+S SystemfeaturesofFW50+S Schco FW 50+S ( ) System features of Schco FW 50+S (steel-look) I- - U- - , - 50 , , : EPDM EPDM EPDM - 10027203/1-0.3 4 . - 50 . : , - 1:1 Scale 1:1 118. FW 50+S Schco | 117 SystemfeaturesofFW50+S Features and benefits A self-supporting, thermally insulated mullion/ transom construction for multi-storey faades The design has a elegant appearance, derived from the I and T-shaped load-bearing profiles Steel U-shaped pressure plate profiles with visible screw fastenings emphasise the technical character of the system Special profiles for top and bottom faade attachment allow for the construction of very low floor levels and for continuous sealing of the building structure, as well as providing a secure fit for the vapour barriers without the need for additional mechanical fixing All load-bearing mullion profiles have a face width of 50 mm and have small radiused corners Transom and mullion profiles are available in graduated dimensions to meet varying structuralDesign options requirements The geometry of the profiles allows rebate base drainage and one of the following outer gasket system options: EPDM gasket lengths with moulded intersections EPDM gasket lengths with butyl tape Continuous EPDM gasket with moulded intersections Isolators with fin on one side ensure double protection against weather influences Tested and certified by product approval 10027203/1-0.3 Identical inner gasket cover on transoms and mullions Rebate base ventilation and pressure equalisation are achieved at all four corners of each module field into the mullion rebate. Field ventilation is50 also available on request. Unitised construction: Pre-fabricated elements are installed using assembly mullions, T-cleats are secured using the screw ports in the transom 1:1Scale 1:1 119. 118 | Schco FW 50+S SystemfeaturesofFW50+S Maximum glass load is dependent on the glazing :Note: Please ensure that the transoms - and T-cleats are the correct size -to meet the structural . requirements. kg x 4-8 18520 - 2418524 - 2817028 - 3215034 - 3812540 - 4410044 - 4875 1:2 Scale 1:1 120. FW 50+S Schco | 119 ExamplesforFW50+S FW 50+SExamples for FW 50+S -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.128 124 125 126122 121123 Design options 120127 121. 120 | Schco FW 50+SExamplesforFW50+S High insulation faade 155287 551328520 1:1 Scale 1:1 50 122. FW 50+S Schco | 121ExamplesforFW50+S - Assembly mullion with T-shaped steel support20 Design options12511263.515 1:1Scale 1:1 123. 122 | Schco FW 50+S ExamplesforFW50+S 010 External faceting 0105011 26 8.5 3.5 30 500-10 0-10 1:1 Scale 1:1 124. FW 50+S Schco | 123 ExamplesforFW50+S 1015External faceting 1015 50 Design options11 26 8.5 3.5 6010-15 10-15 1:1Scale 1:1 125. 124 | Schco FW 50+S ExamplesforFW50+S 07,5 Internal faceting 07,5 5011 268.5 3.53050 0-7.5 0-7.5 1:1 Scale 1:1 126. FW 50+S Schco | 125ExamplesforFW50+S 15 45Outer corner 15 45 15-45Design options49112658.53. 50 1:1Scale 1:1 127. 126 | Schco FW 50+S ExamplesforFW50+S ( 2) Transom (level 2) 50 50 26 11 124 1:1 Scale 1:1 128. FW 50+S Schco | 127ExamplesforFW50+S Top and base point Design options 1:2Scale 1:2 129. 128 | Schco FW 50+S ExamplesforFW50+S Side attachment to building structure 1:2 Scale 1:2 130. FW 50+S Schco | 129Profile overview FW 50+S FW 50+SFW 50+S system IyMullions Ix 50 1550 50cm4 cm415 15 135 65034,10 0,34 306 4406,060,1950 322 530 122,95 15,4885 85858 322 540 311,31 16,33 322 550 701,31 17,45 322 560 519,01 11,48322 530322 580306 440 322 570 215,60 10,36 322 58078,68 9,52 50 50 50 15 15 15 250 323 650 159,59 0,57 323 870 2030,2816,83 326 630 141,10 5,25Design options 326 64090,57 3,29 125125 326 86028,78 2,93125 326 87050,88 5,04 326 880 244,82 3,70 326 890 354,32 6,13322 540322 570135 650323 870 15155015175175 125 1:4322 550322 560323 650Scale 1:4 5050Assembly mullions 202050 5020 2050 5020 20175 175125 12585 8528 2828 2828 28326 870326 860326 630326 640326 890 326 880 131. 130 | Schco FW 50+S Profile overview FW 50+S Iy Variable angle mullions for outer corners Ix5015cm4 cm4 135 650 34,100,34 160 790 337,40 13,61 322 6502,953,02 812728 80 16.5 16 322 650160 790135 650 . Supplementary profiles for inner corners 49.148 27351616 66 323 850 323 860 112 180112 250 132. FW 50+S Schco | 131 Profile overview FW 50+S, 1 IyLevel 1 transoms Ixcm4 cm45050 322 3700,413,63 322 3803,028,93 6 21 323 900 69,9910,52322 370 322 380 326 900 26,674,68 6 22326 920 194,10 11,28 5050 5590 326 900 323 900 22 Design options50 130326 920, 1, Level 1 transoms, for connection to faade at top and bottom Iy5050 Ix 70cm4 cm4 323 910 115,81 39,3690 323 920 292,14 43,56323 910 323 930 634,31 47,1650 5070130323 92050 5070180323 930 1:4Scale 1:4 133. 132 | Schco FW 50+S Profile overview FW 50+S , 2 Iy Level 2 transomsIx 84cm4 cm4 326 910 69,969,18 50 336 100 189,47 9,89 326 91012450 336 100 : . FW 50+ Note: For cover caps see FW 50+ 1:4Scale 1:4 134. Schco | 133DesignoptionsSchco FW 50+ARCSchco Faade FW 50+ARC FW 50+ARC - With their clear span tensioned cables, the fine stainless steel system support structures of FW 50+ARC provide a simple way of designing large reception ,areas, foyers and halls. . Design options134 System features136 Design possibilities137 Examples146 Profile overview 135. 134 | Schco FW 50+ARC SystemfeaturesofFW50+ARC FW 50+ARC System features of FW 50+ARC9050 50 11011 26 203.551 1:1 Scale 1:1 136. FW 50+ARCSchco | 135SystemfeaturesofFW50+ARC Features and benefits , This system has been developed for clear span -support structures, e.g. for entrance halls, foyers, , , .etc.. Span widths of up to 8000 mm 8 000 Span widths over 8000 mm with additional 8 000 -cross bracing supplied by the customer Module widths of up to 3000 mm clear span 3 000 - Module widths of up to 3000 mm clear span The exterior is constructed using a thermally -insulated transom construction with a 50 mm sight line - Special mullions for attaching to the cable supports 50 Features of the stainless steel cable construction - system Description Dimensions Material code - Cable node 70 mm1.4301 Design options. Compression. 70 1.4301member 30 mm1.4301. 30 1.4301Cables 10 mm 1.4401 10 1.4401 All cover caps for FW 50+ can be used to enhance the external appearance FW 50+ Glass thicknesses from 4 to 50 mm can be used Three drainage levels:4-50 The FW 50+ system is designed so that the glass : rebates of the mullions and transoms lie inFW 50+ , different planes. Any condensation is drained off . from level 1 into level 3. Drainage continues in the - mullions and downwards under controlled 1- 3- . - conditions to the outside. , Rebate base ventilation and pressure equalisation are achieved at all four corners of each module field into the mullion rebate. Field ventilation is available if required.4 . - .:Important: When planning the faade, pre-tension forces induced in the building structure must be taken into ( ). consideration.- The stainless steel cable system is not suitable for use where the atmosphere contains salt or chlorine . 137. 136 | Schco FW 50+ARCDesignpossibilitiesFW50+ARC Design possibilities using cable supports All cable construction designs can be constructed either , N vertically or horizontally, where N is the number of cable-supported , fields placed one above the other. . (N 5) . . . . Lattice support (N 5) (N 4) (N 4) Double fish-bellied support (N 4)Fish-bellied support (N 4) 60. .Only for roof constructions 60.Structurally will not withstand negative wind load. . . Structural considerations and fabrication guidelines given here only apply to this standard cable support. (N 2)., ., Double tensioned support (N 2) (N 2) (N 3) Lattice support, only end field cross-bonded (N 2) Lattice support, only end field cross-bonded (N 3) 138. FW 50+ARC Schco | 137ExamplesforFW50+ARC FW 50+ARCExamples for FW 50+ARC Design options (- ). - - - . When planning the faade, pretension forces induced in the building structure must be taken into consideration. The stainless steel cable system is not suitable for use where the atmosphere contains salt or chlorine 1:16Scale 1:16 139. 138 | Schco FW 50+ARCExamplesforFW50+ARC Mullion90 50 50 11011 26 203.5 51 1:1 Scale 1:1 140. FW 50+ARC Schco | 139 ExamplesforFW50+ARC, Mullion with dry glazing Design options9050501126 1:1Scale 1:1 141. 140 | Schco FW 50+ARC ExamplesforFW50+ARC , 1 Level 1 transom153.5 20 26 5 55 90 1:1 Scale 1:1 142. FW 50+ARC Schco | 141 ExamplesforFW50+ARC Head Design options 1:2Scale 1:2 143. 142 | Schco FW 50+ARC ExamplesforFW50+ARC , Head with PVC-U base profile 1:2 Scale 1:2 144. FW 50+ARC Schco | 143ExamplesforFW50+ARC Sill 265 55Design options 1:2Scale 1:2 145. 144 | Schco FW 50+ARC ExamplesforFW50+ARC , Sill with PVC-U base profile3.5265 55 1:2 Scale 1:2 146. FW 50+ARC Schco | 145 ExamplesforFW50+ARC Side attachment to building structure Design options 50 50 11 3.5 26 20 51 1:2Scale 1:2 147. 146 | Schco FW 50+ARCProfile overview FW 50+ARC FW 50+ARC Profile overview FW 50+ARC Iy Mullion Ix50cm4 cm4 322 3700,413,63 50 322 3803,028,93 322 390 28,0817,16 323 250 322 4605,1510,37 323 250 37,7520,44 323 840 16,0914,71 , 1 FW 50+ Level 1 transoms from FW 50+ 506 322 370 5021 322 3805027 322 460 50 45 323 84050 55 322 390 : . FW 50+ Note: For cover caps see FW 50+. 1:4Scale 1:4 148. Schco | 147 Add-onconstructions FW 50+AOS / AOT FW 60+AOS / AOTFW 50+AOS / AOT and FW 60+AOS / AOT add-on construction - The add-on constructions are perfectly suited to the construction of thermally insulated faades on load-bearing . continuous substructures madefrom steel or timber. Add-on constructions148 System features152 Test certificates156 Construction principles159 Examples173 Profile overview 149. 148 | SchcoSystemfeatures FW 50+AOS FW 60+AOS System features FW 50+AOS and FW 60+AOS - , FW 60+AOS . Uf 1,45 /2K - 8-14 24-46 FW 50+AOS 600 System FW 50+AOS for steel substructures - ( 1:1 300 ) Scale 1:1 FW 50+AOS FW 60+AOS FW 50+AOS shown ( FW 60+AOS similar principles ) Features and benefits Load transfer up to 600 kg per Thermally insulatedtransom is possible using constructions for use as special glazing support (up to : vertical faade or FW 60+AOS 300 kg for aluminium base also for sloped glazing areasprofiles) with Uf values of up to Faceting possible for vertical . 1.45 W/m2K faades Architectural requirements can Special profiles are available for be realised through ainsert units (windows and combination with slimline steeldoors) load-bearing systems Span thickness compensation Controlled drainage throughfor different infill thicknesses rebate base drainage with the same external face integrated in the mullion andwidth transom gaskets Note: All base profiles are easy Tried-and-tested overlapping to fabricate with straight drainage principle through square sections. sealing levels at different heights Infill thicknesses of 8 mm to 14 mm for single glazing and 24 mm to 46 mm for double glazing can be used 150. Schco | 149Systemfeatures Types of base profile . Galvanised steel base profile Corrosion category C1 1 Option for fixing to substructure using welding, , screws or push-bolt connectors Long punched slots for welding, round punched holes , for the screws . Ungalvanised steel base profile Corrosion category C3 can be 3 achieved using subsequent hot -dip galvanising - Fixing to the substructure with screws Deep set long punched slots for welding - Add-on constructions . Aluminium base profile Fixing with screws Insulating tape as lining between aluminium profile and steel substructure Long punched slots for screws 1:2Scale 1:2 FW 50+AOS : Note:FW 60+AOS All base profiles are easy to fabricate with straightFW 50+AOS shown square sections.FW 60+AOS similar principles . 151. 150 | SchcoSystemfeatures FW 50+AOT und FW 60+AOT System features FW 50+AOT and FW 60+AOT - , FW 60+AOT . Uf 1,30 /2K - - 8-14 24-46 FW 50+AOT / FW 60+AOT FW 50+AOT / FW 60+AOT for timber substructures 300 1:1 Scale 1:1 ( FW 50+AOS) FW 60+AOS FW 50+AOS shown - FW 60+AOS similar principles Features and benefits A thermally insulated Infill thicknesses of 8 mm to construction for use as vertical 14 mm for single glazing and faade or FW 60+AOT also for 24 mm to 46 mm for double sloped glazing areas with Uf glazing can be used values of up to 1.30 W/m2K Transfer of high glass loads up Architectural requirements can to 300 kg per transom be realised through a Faceting possible for vertical combination with slimlinefaades timber load-bearing systems Special profiles are available for Controlled drainage throughinsert units (windows and rebate base drainage doors) integrated in the mullion and Span thickness compensation transom gasketsfor different infill thicknesses Tried-and-tested overlapping with the same external face drainage principle through width sealing levels at different heights 152. Schco | 151Systemfeatures Basic profile . Aluminium basic profile Fixing to a timber substructure using screws Long punched slots for screws 1:2Scale 1:2 FW 50+AOT : Note:FW 60+AOT All base profiles are easy to fabricate with straightFW 50+AOT shown square sections.FW 60+AOT similar principles . Add-on constructions 153. 152 | SchcoTest certificates FW 50+AOS / AOT FW 60+AOS / AOT Test certificates FW 50+AOS / AOT and FW 60+AOS / AOT EN . . . ConstructionType of test EN standards Test instituteNo. of the test certificate Test result FW 50+AOS FW 60+AOS. Uf . . DIN EN ISO 100 77-2. . Thermal conduction Calculated values in Own calculation For Uf values, see the FW 50+AOTaccordance withfollowing page FW 60+AOTDIN EN ISO 100 77-2 AEEN 12152 Class AE RE 1200EN 12154 WeathertightnessClass RE 1200 FW 50+AOS / AOT 105 287 67 2000 Permitted load 2000 Pa EN 13116 Wind resistance 3000 ift Rosenheim Increased load 3000 Pa AE750EN 12152 Class AE750 105 26644/1 RE 1050 FW 60+AOS / AOTEN 12154 ( ) WeathertightnessClass RE 1050 (Skylight glazing) EN 13116 Wind resistance Requirements met FW 50+AOS DIN EN 12600 TRAVPSP S-47-01-8 FW 60+AOS Standards Pendulum impact test . . . FW 50+AOS / AOT DIBTZ-14.4-471See general building FW 60+AOS / AOT General building regulations German building regulations for clamped connectors regulations 154. Schco | 153 Test certificates Sound insulation requirements (weighted sound insulation factor ( Rw,p) are met by the following combinations of Schco systemsRw,p) and sound insulation glazing: Schco -: FW 50+AOS / AOTFW 60+AOS / AOTFW 50+AOS / AOTFW 50+AOS / AOTRw,p Schco . . Rw,p Schco . .Schco system . Schco system. No. of the testRecommended glazingNo. of the testRecommended glazingcertificate certificate . .For steelFor steel161 27011/3.0.0 161 27011/5.0.035 dBSound insulation level of 35 dB Sound insulation level of glazing glazingFor timber Rw = 36 dB For timber Rw = 36 dB161 27011/3.0.0[6-16-4 Ar]161 27011/9.0.0[6-16-4 Ar] Add-on constructions . .For steelFor steel161 27011/6.0.0 161 27011/4.1.037 dBSound insulation level of 37 dB Sound insulation level of glazing glazingFor timber Rw = 38 dB For timber Rw = 38 dB161 27011/8.0.0[10-16-4 Ar] 161 27011/7.0.0[10-16-4 Ar] . .For steelFor steel161 27011/6.1.0 161 27011/4.0.041 dBSound insulation level of 41 dB Sound insulation level of glazing glazingFor timber Rw = 41 dB For timber Rw = 41 dB161 27011/2.0.0[9 SF-16-6 Ar] 161 27011/7.1.0[SF 9-16-6 Ar] 155. 154 | SchcoTest certificates FW 50+AOS / AOT FW 60+AOS / AOT Thermal insulation FW 50+AOS / AOT and FW 60+AOS / AOT Steel base profiles on steel substructurey = z = x= Uf Uf valuesy = glass thickness z = distance between insulating bars x = basic depth [W/mK] +[mm] [mm][mm]FW 50 AOS FW 60+AOS24 - 26 23 2,452,0028 - 30 29 2,001,8032 - 34 33100 - 2001,851,7536 - 38 37 1,801,7044 - 46 45 1,701,45 + . Uf FW 60 AO 16 1:4 Uf values for FW 60+AO with 16 mm glass edge cover Scale 1:4 FW 50+AOS FW 60+AOS FW 50+AOS shown FW 60+AOS similar principles Steel base profiles on steel hollow profile substructurey = z = x= Uf Uf valuesy = glass thickness z = distance between insulating bars x = basic depth [W/mK] +[mm] [mm][mm]FW 50 AOS FW 60+AOS24 - 26 23 2,352,1028 - 30 29 1,951,7032 - 34 3360 - 200 1,801,6536 - 38 37 1,601,6044 - 46 45 1,551,45 + . Uf FW 60 AO 16 1:4 Uf values for FW 60+AO with 16 mm glass edge cover Scale 1:4 FW 50+AOS FW 60+AOS FW 50+AOS shown FW 60+AOS similar principles 156. Schco | 155 Test certificates Aluminium base profile on timber substructure y = z = x= Uf Uf values y = glass thickness z = distance between insulating bars x = basic depth [W/mK]+ [mm] [mm][mm]FW 50 AOT FW 60+AOT 24 - 26 23 1,951,80 28 - 30 29 1,701,50 32 - 34 3350 - 200 1,601,40 36 - 38 37 1,501,35 44 - 46 45 1,451,30+. Uf FW 60 AO 16 1:4 Uf values for FW 60+AO with 16 mm glass edge coverScale 1:4 FW 50+AOTFW 60+AOT FW 50+AOT shownFW 60+AOT similar principles Add-on constructions Aluminium base profile on steel hollow profile substructure y = z = x= Uf Uf values y = glass thickness z = distance between insulating bars x = basic depth [W/mK]+ [mm] [mm][mm]FW 50 AOS FW 60+AOS 24 - 26 23 2,302,30 28 - 30 29 1,901,80 32 - 34 3360 - 200 1,751,75 36 - 38 37 1,601,70 44 - 46 45 1,551,50+. Uf FW 60 AO 16 1:4 Uf values for FW 60+AO with 16 mm glass edge coverScale 1:4 FW 50+AOSFW 60+AOS FW 50+AOS shownFW 60+AOS similar principles 157. 156 | SchcoConstructionprinciples Glazing rebate ventilation 1:1 Scale 1:1 FW 50+AOS FW 60+AOS FW 50+AOS shown FW 60+AOS similar principles 158. Schco | 157Constructionprinciples Overall ventilation and drainage ( - ). . - . Pressure is equalised through the glass rebates of the transoms into the mullion rebates (drainage channel). In this way, each pane field is ventilated at all four corners. Controlled drainage takes place along the length of the mullion. Add-on constructions HeadHead Deflector block H>8 8 8 H H SillSill 159. 158 | SchcoConstructionprinciples Field drainage and ventilation - . . . .In terms of ventilation anddrainage, the resultingcondensation per field isconducted to the outside. Inaddition, the condensation will bedrained over the end pieces intothe transom. From there thecondensation will be drained viathe recesses into the externalsealing level of the transom.Ventilation also takes place viathese recesses. HeadSeal Closing the transom to the mullion rebate base Ventilation takes place via the transom rebatebase Sill 160. Schco | 159Examples FW 50+AOS / AOT FW 60+AOS / AOTExamples for FW 50+AOS / AOT and FW 60+AOS / AOT - 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.179 176 177 178175 182 183 174 172 173 184 Add-on constructions 181 161. 160 | Schco Examples . . , . Aluminium base profile screwed onto steel hollow profile1526 3.5 50 50 . . , . . Galvanised steel base profile shown, similar principles for ungalvanised steel base profile3.526 15 1:1 Scale 1:1 162. Schco | 161Examples. . , .Aluminium base profile screwed onto steel hollow profile 26 Add-on constructions 5550 50 1:12615Scale 1:1 163. 162 | Schco Examples Outer corners2615501526 50 . . , . . Galvanised steel base profile shown, similar principles for ungalvanised steel base profile 1:1 Scale 1:1 164. Schco | 163Examples Inner corners1526 Add-on constructions 505026 15 1:1 Scale 1:1 165. 164 | Schco Examples 1015 External faceting 1015 152612 3.5 50 0-50-5 1:1 Scale 1:1 166. Schco | 165Examples 1015External faceting 1015 Add-on constructions15 26123.5 10-12 10-12 1:1Scale 1:1 167. 166 | Schco Examples 1015 External faceting 1015 1538 12 3.510-15 10-15 1:1 Scale 1:1 168. Schco | 167Examples 07,5Internal faceting 07.5 Add-on constructions15 26 1512 3.5 500-7,5 0-7,5 1:1Scale 1:1 169. 168 | Schco Examples Head 1:2 Scale 1:2 170. Schco | 169Examples Sill Add-on constructions 1:2Scale 1:2 171. 170 | Schco Examples Side attachment to building structure1526153.5 50 1:1 Scale 1:1 172. Schco | 171Examples FW 50+AOTFW 50+AOT basic profile1526 Add-on constructions55 50 1:1Scale 1:1 173. 172 | Schco Examples FW 50+AOT FW 50+AOT basic profile 50 2615 1:1 Scale 1:1 174. Schco | 173Profile overview FW 50 / 60+AOS FW 50 / 60+AOTProfile overview FW 50 / 60+AOS and FW 50 / 60+AOT FW 50/60+AOSIyFW 50 / 60+AOS profilesIxcm4cm45.6220.5 202 6300,58 1,8119.5 202 6570,55 1,79 5.5 5.5 46 46 4646323 8300,58 2,57202 630 202 657323 830 336 300 336 3000,64 3,01 FW 50/60+AOTFW 50/60+AOT profiles5.55.5 46 46323 830 336 300 Add-on constructions: . FW 50+Note:For cover caps see FW 50+ 1:4 Scale 1:4 175. 174 | Schco Modular faade 176. Schco | 175Modular faadeSchco SMC 50Schco Faade SMC 50 The Schco SMC 50 / SMC 50.HISchco SMC 50/SMC 50.HI (Stick (Stick Modular Construction)Modular Construction) modular faade system offers -excellent thermal insulation properties and the highest standards of quality and system security and all with minimal fabrication times. . 176 System features Modular faade 178 Test certificates 182 Construction principles 186 Examples 206 Profile overview 177. 176 | Schco Schco SMC 50System features for Schco SMC 50 Schco SMC 50 System features for Schco Faade SMC 50 Uf 0,9 /2K 50 , - - 60 , 400 FW 50+ - e-connect , Schco SMC 50.HI Schco Faade SMC 50.HI 1:1 Scale 1:1 178. Schco SMC 50 Schco | 177 System features for Schco SMC 50 Features and benefits High energy savings due to the very low Uf values of up to 0.9 W/m2K - with a face width of only 50 mm Can be used universally for straight and faceted faades and also for skylights Sophisticated design of the load-bearing structure through angled mullion and transom profiles A comprehensive range of profiles and accessories allows flexible use even for the most complex requirements Glass thicknesses up to 60 mm and large glass loads up to 400 kg due to the special glazing supports Almost the complete range of cover caps can be used for visible and invisible screwing to the FW 50+ system Concealed, room-side integration of electrical cables into mullion and transom profiles using e-connect Comprehensive system tests from independent test institutes provide planning reliability Modular faadeSchco SMC 50Schco Faade SMC 50 1:1Scale 1:1 179. 178 | Schco Schco SMC 50 Test reports for Schco SMC 50 Schco SMC 50 Test certificates for Schco Faade SMC 50 .- . Type of test StandardTest instituteTest certificateTest result 108 28296/1EN 12152ift Rosenheim AE Air permeability 108 33080 108 28296/2EN 12154ift Rosenheim RE 1200 Weathertightness 108 33080 EN 13116 ift Rosenheim 108 30362 1100 Pa Resistance to wind load prEN 14019ift Rosenheim 108 30362 I 5/E 5 Impact resistance ( PSP . ) DIN EN 12600S-146-05-1Fully protected against falling out Protection against glass falling PSP technologies in construction out (pendulum impact test) . EN ISO 717-1ift Rosenheim 171 903 84 Horizontal noise transmissionOn request insulation . EN ISO 717-1ift Rosenheim 171 903 84 Vertical noise transmissionOn request insulation -C. . . DIBTZ-14.4-481 T-cleats See report German building regulations C. DIBTZ-14.4-492 Clamped connection See report . C. . .DIN EN ISO 10077, T2 Thermal insulation Own calculation See following page . EN 50164, T1RvA 30635 Lightning protection testPassed 21133048WK2DIN V ENV 1627-1629 ift Rosenheim Burglar resistance 211 33049 WK3 . - Schco SMC 50.HI Additional Russian test certificates for Schco Faade SMC 50.HI G Sound insulation class G . Ratrans = 29 dB Airborne sound insulation GOST 21519-2003,()[SPO 4M1-Ar20TGI-I4mm] 531SNiP 23-02-2003 Research Institute for Building B1Test log No. 531 Physics (NIISPh) Heat transfer class B1 Thermal conductionRo = 0,68 m2 C/W [SPO 4M1-Ar20TGI-I4mm] 180. Schco SMC 50 Schco | 179 Test reports for Schco SMC 50 The following Schco systems fulfil the various noise reduction Schco: requirements: . . Schco . ..Schco system No. of the test certificateWeighted sound Recommended glazinginsulation factor . . Rw, p = 37 dBSMC 50 161 30385/Z3Noise reduction glazing Rw = 37 dB[8-(16)-4] . . Rw, p = 44 dBSMC 50 161 30385/Z1Noise reduction glazing Rw = 44 dB [10-(16)-8 VSG SI]. . Rw, p = 49 dBSMC 50 161 30385/Z2 Noise reduction glazingRw = 49 dB [12 VSG SI-(24)-8 VSG SI] : Note: When using noise reduction glazing, it is important toModular faade , ensure that the noise reduction values given by the supplier have been transfered in accordance with the most recent test norms. . 181. 180 | Schco Schco SMC 50 Test reports for Schco SMC 50 Thermal insulation . Uf /2K DIN EN ISO 10077-2 Uf value in W/m2K in accordance with DIN EN ISO 10077, T2 50x 1:2 Scale 1:25065 85 105125150 175200225250275xUf = [W/m2K]*24 - 271,321,33 1,331,33 1,34 1,341,35 1,35 1,36 1,36 1,3727 - 301,211,22 1,231,24 1,24 1,251,26 1,27 1,28 1,29 1,3030 - 331,211,22 1,231,24 1,24 1,251,26 1,27 1,28 1,29 1,3033 - 361,131,14 1,161,18 1,19 1,221,24 1,26 1,28 1,31 1,3336 - 391,131,13 1,131,14 1,14 1,151,15 1,16 1,16 1,17 1,1739 - 421,021,02 1,031,04 1,05 1,061,07 1,08 1,09 1,10 1,1142 - 450,960,98 1,001,01 1,03 1,051,08 1,10 1,12 1,14 1,1745 - 480,940,95 0,970,98 1,00 1,011,03 1,05 1,07 1,08 1,1048 - 510,940,95 0,970,98 1,00 1,011,03 1,05 1,07 1,08 1,1051 - 540,920,93 0,940,95 0,95 0,960,97 0,98 0,99 1,00 1,0154 - 570,920,93 0,940,95 0,95 0,960,97 0,98 0,99 1,00 1,0157 - 600,920,93 0,940,95 0,95 0,960,97 0,98 0,99 1,00 1,01 * Uf 1 2 3. The Uf values listed apply to level 3 and are therefore lower than for levels 1 and 2. 182. Schco SMC 50Schco | 181 Test reports for Schco SMC 50 50x 1:2Scale 1:2 5065 85 105125150 175 200 225250275 Modular faadex Uf = [W/m2K]*24 - 27 1,921,92 1,931,94 1,95 1,971,981,992,00 2,02 2,0327 - 30 1,841,85 1,861,87 1,88 1,891,901,911,93 1,94 1,9530 - 33 1,841,85 1,861,87 1,88 1,891,901,911,93 1,94 1,9533 - 36 1,771,78 1,791,80 1,81 1,821,831,841,86 1,87 1,8836 - 39 1,731,73 1,741,75 1,76 1,771,781,791,80 1,81 1,8239 - 42 1,661,67 1,681,69 1,70 1,711,721,731,75 1,76 1,7742 - 45 1,601,62 1,641,66 1,68 1,701,731,751,78 1,80 1,8345 - 48 1,591,59 1,601,61 1,62 1,631,641,651,66 1,67 1,6848 - 51 1,591,59 1,601,61 1,62 1,631,641,651,66 1,67 1,6851 - 54 1,561,56 1,571,58 1,59 1,601,611,621,63 1,64 1,6554 - 57 1,561,56 1,571,58 1,59 1,601,611,621,63 1,64 1,6557 - 60 1,561,56 1,571,58 1,59 1,601,611,621,63 1,64 1,65* Uf 1 2 3.The Uf values listed apply to level 3 and are therefore lower than for levels 1 and 2. 183. 182 | Schco Schco SMC 50 Construction principles for Schco SMC 50 Faade principle 1: . : Module 1: Structural module: load-bearing member plus cleats 2: . : . Module 2: Function module: drainage profile with inserted gasket and isolator 3: : . Module 3: Design module: pressure plate with inserted gasket and cover cap 1:2 Scale 1:2 184. Schco SMC 50 Schco | 183 Construction principles for Schco SMC 50 + Drainage and ventilation Modular faade Three drainage levels 185. 184 | Schco Schco SMC 50 Construction principles for Schco SMC 50 "C" "C1""C" "C1"8 "B" "B1" H>8 8H H "A" "A1""A" "A1"C1B1A1 186. Schco SMC 50 Schco | 185Construction principles for Schco SMC 50 -Maximum glass load is dependent on the T-cleats: Note:. - - Please ensure that the transom meets the structuralrequirements.x/Transoms/mullions85 105125 150175200 225250 275 xkN Modular faade24 - 30 2,50 3,00 4,00 4,004,00 4,004,00 4,00 4,0030 - 36 2,50 3,00 4,00 4,004,00 4,004,00 4,00 4,0036 - 42 2,50 3,00 4,00 4,004,00 4,004,00 4,00 4,0042 - 48 2,50 3,00 4,00 4,004,00 4,004,00 4,00 4,0048 - 54 2,50 3,00 4,00 4,004,00 4,004,00 4,00 4,0054 - 60 2,50 3,00 4,00 4,004,00 4,004,00 4,00 4,00-/E-transoms/mullions105125150x kN24 - 30 2,50 3,00 4,0030 - 36 2,50 3,00 4,0036 - 42 2,50 3,00 4,0042 - 48 2,50 3,00 4,0048 - 54 2,50 3,00 4,0054 - 60 2,50 3,00 4,00 187. 186 | Schco Schco SMC 50 Examples for Schco Faade SMC 50 Schco SMC 50 Examples for Schco Faade SMC 50 Schco SMC 50.HI Design types Schco Faade SMC 50.HI 50 505050 1:1 Scale 1:1 188. Schco SMC 50 Schco | 187Examples for Schco Faade SMC 50 Schco SMC 50Design types Schco Faade SMC 505050 Modular faade 50 1:1 50Scale 1:1 189. 188 | Schco Schco SMC 50 Examples for Schco Faade SMC 50 Schco SMC 50.HI Schco Faade SMC 50.HI 105 1:1 Scale 1:1 190. Schco SMC 50 Schco | 189Examples for Schco Faade SMC 50 Schco SMC 50.HIAssembly mullion Schco Faade SMC 50.HI105 Modular faade 1:1Scale 1:1 191. 190 | Schco Schco SMC 50 Examples for Schco Faade SMC 50 ( 2) Schco SMC 50.HI Transom (level 2) Schco Faade SMC 50.HI 105 1:1 Scale 1:1 192. Schco SMC 50 Schco | 191 Examples for Schco Faade SMC 50 Schco SMC 50.HIDrainage levels for Schco SMC 50.HI ( 3) ( 1)Mullion (level 3)Transom (level 1)105 105 Modular faade 1:1 Scale 1:1 193. 192 | Schco Schco SMC 50 Examples for Schco Faade SMC 50 Drainage level with insert unit 105 1:1 Scale 1:1 194. Schco SMC 50Schco | 193Examples for Schco Faade SMC 50-E-mullions 50 1:2Scale 1:2 50 Modular faade275250225200175 150150 125125 10510585 6550 195. 194 | Schco Schco SMC 50 Examples for Schco Faade SMC 50 - E-transom 150 125 105 - E-transom with insert unit 1:2 Scale 1:2 196. Schco SMC 50 Schco | 195 Examples for Schco Faade SMC 50 Outer corner10512.5 283.55085 50 2890 Modular faade50 1:2Scale 1:2 50 197. 196 | Schco Schco SMC 50 Examples for Schco Faade SMC 50 Inner corner 5050 90 28 1:2 Scale 1:2 198. Schco SMC 50 Schco | 197 Examples for Schco Faade SMC 50 05Internal faceting 055012.5 2815.550 010External faceting 010 50 Modular faade 12.1 2815.9 50 1:2Scale 1:2 199. 198 | Schco Schco SMC 50 Examples for Schco Faade SMC 50 1045 External faceting 10 45 5012.5 2815.5 120135 External faceting 12013512 5- 1 35 (125) 10512.5283.5 1:2 Scale 1:250 200. Schco SMC 50 Schco | 199 Examples for Schco Faade SMC 50 Pitched roof transition65 50 65 Modular faade10-52 5045 1353.5 28 12.5 125 1:2Scale 1:2 201. 200 | Schco Schco SMC 50 Examples for Schco Faade SMC 50 Sloped roof area 6550 1:23.5 3212.565 Scale 1:2 202. Schco SMC 50 Schco | 201Examples for Schco Faade SMC 50 Ridge purlin 450-3.5 28 Modular faade 1:2Scale 1:2 203. 202 | Schco Schco SMC 50Examples for Schco Faade SMC 50 Head of faade as fascia50 105 1:2Scale 1:2 204. Schco SMC 50 Schco | 203 Examples for Schco Faade SMC 50 Intermediate storey Modular faade 1:2Scale 1:2 3.5 26 12.5105 205. 204 | Schco Schco SMC 50 Examples for Schco Faade SMC 50 Sill3.526 12.5105 5020 1:2 Scale 1:2100 206. Schco SMC 50Schco | 205 Examples for Schco Faade SMC 50 Side attachment to building structure5 60 530150150 Modular faade12.512.528283.53.55050 1:2Scale 1:2 207. 206 | Schco Schco SMC 50Profile overview Schco SMC 50 / SMC 50 Transom / mullion SMC 50 / Transoms/mullions 150 125105 8565 50 50 50 50 50 5050 351 520351 390351 400351 410351 420 351 430 Insert profiles 351 530351 540 242 792351 550 202 796351 560202 797 -/Iy E-transoms/mullionsIx cm4 cm4 336 200 0,052,41 354 70084,4226,05 354 710136,04 30,24 150 354 720226,31 36,09125 105 5050 5050 354 700354 710354 720 336 200 208. Schco SMC 50 Schco | 207 Profile overview Schco SMC 50IyIxmm cm4 cm4 50 351 52016,6914,45 65 351 39033,9517,74 85 351 40064,7221,92105 351 410 107,7626,11275 250125 351 420 168,3230,46225150 351 430 277,9736,17 200175175 351 440 457,8053,29200 351 450 663,6960,73225 351 460 974,4178,22250 351 470 1284,45 86,52275 351 480 1652,04 94,8150 50 50 5050351 440351 450351 460351 470351 480IyIx cm4 cm4351 53028,55 6,79351 54058,93 7,33351 550 103,44 7,87202 79692,44 6,58351 560 181,24 8,53 202 797 159,67 7,05 Modular faade351 570 287,49 8,92351 580 426,95 9,59351 590 597,2610,02351 600 816,0210,70351 570351 580351 590351 600351 610351 610 1079,99 11,38242 79251,25 5,95 IyVariable mullionIx cm4 cm4354 830 109,9925,99354 840 172,1530,30354 850 286,4536,02 175354 860 465,4952,42150 125105: , /50 50 50 50Note: 1:4354 830354 840354 850354 860Insert profiles as for transoms/mullions. Scale 1:4 209. 208 | Schco Schco SMC 50Profile overview Schco SMC 50 SMC 50 SMC 50 assembly mullionsIyIx cm4 cm4352 090 83,228,59352 100 46,613,87 200175352 120 76,834,70 150352 110 131,61 9,49 125 105352 140 129,31 5,73352 130 212,88 10,60352 160 237,85 8,05 505050 50 50352 150 372,60 13,74 352 090 352 110 352 130352 150354 310354 320 351,54 9,31 352 100 352 120 352 140352 160354 320354 310 534,03 15,06 Iy Insert profilesIx cm4 cm4352 1808,610,99352 19022,01 1,11352 20056,32 1,50352 210 104,60 1,36354 330 174,65 1,43 352 180 352 190352 200 352 210354 330 210. Schco SMC 50Schco | 209 Profile overview Schco SMC 50 IyCorner mullions Ix 85 85 cm4 cm4354 350 84,72 84,72354 360 141,3692,25 105 85354 770 102,4815,82354 760 99,10 24,95354 750 153,0016,28354 350 354 360 354 740 149,1528,88354 870 34,18 15,99354 790 29,39 10,91354 780 28,04 10,25 Variable mullions 120 - 135 120 - 135 125105354 770354 750354 760354 740 Modular faade Ridge purlin6050354 870 Variable transom 38 - 9065354 790354 780 1:4 Scale 1:4 211. 210 | Schco Schco SMC 50Profile overview Schco SMC 50 SMC 50 Cover caps for SMC 50 339 340 339 770 339 500 339 51015 1215 17 339 720 50 50.8 50 55 202 285161 460 110 240 12 820 5050 26 160 620 322 18050.8 50202 286 110 250 25 15 5050 40 112 720 322 190 50 20 322 920 25 50 110 840 50 306 140 58 25 5050 110 850 322 930Sunblind guides 30 50 100 110 860 45 50 70 122 980 50 322 890 140 20 50 60 50 50322 940 322 9002418.5322 950 100 50 322 910 212. Schco SMC 50Schco | 211Profile overview Schco SMC 50 8.5 6.550 7.56.568322 810324 770 60 324 820 8.5158.5 7750 324 780322 820 7 8.522.5908.5 8650 327 450 324 790322 8308.530 6.58.59350 324 80030322 840 118 58.37.5 327 4601010050 327 470322 850 8.5 58. 45 601550 113 324 730322 860327 480 30 8.524.6 323 39050 322 870 90 15 Modular faade72 324 740 323 3303050 15 8.5 80322 880 323 34030 15 15 20 94.3 122 323 350 324 75015 20 106.4 323 360 15 30119.3 323 370 15 35 136.5 1:4 323 380Scale 1:4 213. 212 | Schco SchcoSchco insert units Schco Schco insert units Schco Schco offers a comprehensive . -range for designing complex - Royal S faades The insert units offer new . design options and efficient , ventilation for large opening sections. ADS doors are .compatible with faade systems. Royal S roof vents can be used in . ADSprojects from sloped glazing to sophisticated skylight constructions. Schco AWS 102 / Schco AWS / Schco Royal S Schco AWS 102.NISchco ADS Schco Royal S roof vents Schco AWS Schco ADS - Schco - , - AWS 102 - - , - . . , The wide variety of Schco AWS window series and Schco ADS The key benefits of the insert . door series, with a very wideunits are their visual appeal andrange of insert outer frames and the wide variety of potential for Efficient ventilation in high-techadapter profiles, covers all use in the design of faades, faades is no problem with thescenarios for opening units in skylights and conservatories. thermally insulated Schcovertical faades. Window AWS 102 as parallel- opening or projected top hung window. Large all-round openings ensure the best possible ventilation. . 213 . 231 . 247 Page 213 Page 231 Page 247 214. Schco AWS 102 / Schco AWS 102.NI Schco | 213SchcoAWS102/SchcoAWS102.NISchco AWS 102 / Schco AWS 102.NISchco AWS 102 / Schco AWS 102.NI Schco The innovative window systemAWS 102 Schco AWS 102 can be250 seamlessly integrated without adversely affecting the uniform .faade geometry and all with AWS 102.NI - vent weights up to 250 kg. The non-insulated version AWS 102.