1.1 Material 1.2 Profile and Accessories, Lists 1.3 Profile Sections. Cross Sections, Deduction Measurements

Transcription

1 _ORTA_Register.qxd :52 Seite 1 1 Product Details 1.1 Material 1.2 Profile and Accessories, Lists 1.3 Profile Sections 2 Profile Combinations Cross Sections, Deduction Measurements 2.1 Sliding indow 2.2 Coupling and Reinforcement Details 3 General Guidelines 3.1 Drainage and Pressure Equalization 3.2 Glazing Table and Accessories 4 Specific Fabrication Details 4.1 Maximum Sizes, Single Sashes

2 Product Details Material The profiles are manufactured on extruders. Permanent production control safeguards the quality and geometrical precision of the profiles. The profiles fulfil the requirements under RAL-GZ 716/1, part 1. profile material moulding compound, white as per DIN PVC-U, EDLP, density DIN EN ISO g/cm 3 impact toughness up to -40 C DIN (small standard test piece) w/o fracture notch toughness DIN EN ISO 179 (in standard atmosphere 23 C as per DIN EN ISO 179) (1fc test piece) 45 kj/m 2 ball hardness (impression time 30 s) DIN ISO 239 T1 100 N/mm 2 tensile strength DIN EN ISO N/mm 2 modulus of elasticity DIN EN ISO N/mm 2 heat distortion temperature: Vicat VST/B (measured in oil) DIN ISO C ISO R 75/A (measured in oil) DIN C linear thermal expansion coefficient -30 C to +50 C 0. x 10-4 K -1 Important note The observed changes in length experienced by the heated profiles are minimal as demonstrated by numerous example installations. The mean change in length is: 1.6 mm/m for white profiles 2.4 mm/m for colour profiles thermal conductivity DIN /mk volume resistivity DIN VBE 0303 T Ω cm relative permittivity DIN at 50 Hz; 2.9 at 10 6 Hz fire behaviour DIN 02 flame resistant, self-extinguishing weather resistance after 12 GJ/m 2 RAL-GZ 716/1 insolation energy; discoloration no greater than resistance grade 3 of the grey scale according to ISO 105-A02 weather resistance after 12 GJ/m 2 RAL-GZ 716/1 insolation energy; drop in notch toughness: < 30% or > 2 KJ/m

3 Product Details Material particular resistances physiological properties and environmental behaviour profile wall thickness termite-proof, rot-proof, chemical-resistant as per DIN 061 Bbl. 1, e.g. to: lyes, acids, salts, salt solutions, alkalis, seawater, petrol, oil, lime, cement, exhaust gases of all kinds inert, neutral Its weather, chemical, and rot resistance ensure that they pose no risk to health or the environment when handled. as per RAL-GZ 716/1 Class B + C machining operations frame connection opening modes glazing types pane types glazing beads gaskets drilling, milling, sawing, filing, welding, grinding welded, screwed to mullion/transom fixed glazing, side-hung, tilt/turn, bottom-hung, hinged, floating mullion, sliding/tilting drop windows, parallel sliding-tilting doors, balcony doors ith the exception of parallel sliding-tilting doors all windows and doors can be manufactured with round or segmented arches. dry glazing straight sash glazing rebate single insulating glass engaged over the whole length and easily replaceable glazing gasket of EPDM or TPE gasket colour black and light grey (RAL 7035) fittings chamber size hardware fasteners sash stop drainage sealing flush-mounted basic frame installation in building façade profile shapes surfaces paint finish commercially available, according to KÖMMERLING hardware list see installation instructions for fittings screws single drilled or elongated holes near the rebate; slots in drainage antechamber are downward or to the front flexible between wall and outer frame not necessary all usual installation types possible as per workbook white possible (not necessary) 1.1 2

4 Product Details Material cleaning and care heat transfer coefficients reinforcements Köraclean extra (colour white), Köraclean color (textured), water and suitable household cleaner (nonabrasive, non-dissolving). e cannot accept liability for all household cleaners. Do not use any cleaning or polishing agents that dissolve PVC. window insulation value (Uw): depends on the installed glazing and the profile s U value glazing insulation value (U g): approx /(m2 K) All main profiles can be reinforced with steel profiles in accordance with the design requirements. DIN EN /10.147/DX 51D+Z, cold-rolled as per DIN 593/1711 or DIN EN /10.147, galvanised as per DVV 7 Tables 4a + 4b 1.1 3

5 Product Details Profiles and Accessoires, List Art. No. Function P1660 Frame 2161 Frame 217 Frame 2165 Adapter for frame 2170 Sash 2172 Sash P1671 P1679 P1999 A002 Flying screen sash Flying screen sash Screen track Butt profile 2171 Cover profile A011 Aluminium guide rail M1 Sealing bridge for P2161 M036 Sealing bridge for P2165 F9D37 End Cap for L9G37 F9D79 Edge connector for Sliding Shoe A003 Alu interlook L9C37 Additional cover profile Steel No. I value (cm 4 ) Trickness (mm) Profile V230 I w = P2161/P217 V231 I w = P2170 V232 I w = P2172 V233 I w = P2165 V23 I w = P217 G9363 I w = P1660 G I w = P1660 G1679 I w = P

6 Product Details Glazing Accessoires List Art. No. P160 P161 P192 Function Glazing bead 6 mm Glazing bead 21.5 mm Glazing bead 16.5 mm M4524 Fin seal G02 Fin seal M9D39 Glazing gasket for 2170/2172 M9095 Round gasket M9040 eather seal 1.2 2

7 Product Details Secondary Profiles List Art. No. P0 P0442 P1674 P1675 P133 P1996 P1973 P19 B124 P1677 P124 F0002 F0003 F0005 F744 Function Coupling profile Coupling profile 90 Corner profile 90 Corner profile Static coupling profile Round coupling Adapter for 5 mm profile Extension profile Board profile Coupling profile Frame connector Glass packer Glass packer Glass packer Clip holder Steel No. I value (cm 4 ) Trickness (mm) Profile G9704 I w = P0442 V143 I w = P0442 V144 I w = P0442 G1674 I w = P1674 G910 I w = P1674 G9120 I w = P1674/P133 V123 I w = P

8 Profile Section Sliding window system System Highlights Erfolgreiches horizontales Schiebesystem in China und anderen asiatischen Märkten 3 Rahmenprofile sind erhältlich um jede Anfrage zu bedienen Glatter Innen falz für schnelle und effektive Entwässerung Glasleiste mit anextrudierter Dichlippe, für schönere Optik und leichte Reinigung. Insektenschutz innen oder außen anbringbar ahlweise Fenster oder Türflügel machen das System ökonomischer. Bleifreie Calzium-Zink Rezeptur System highlights A very successful horizontal sliding system in China and other Asian countries 3 frames are available from 1 system to meet various demand Slope rebate of frame assist to drain out water quickly Co-extruded sash and glazing bead with lips makes the tight sealant and easy-working on assembly Provision of Mosquito net either interior or exterior System comprises of both indow and Door sash making the system more economic Lead free - Calcium-Zink formulation not to scale 1.3 1

9 Profile Section Sliding window system Dichtungssystem Seals system EPDM Dichtungen EPDM Seals X Y X X Y Y Y Y Y Y X X Y Y Z Z not to scale 1.3 2

10 Profile Section Sliding window system 217 Rahmenprofil mm / Frame profile V230 Zubehör Ancillaries Bezeichnung Verstärkung V23 Verstärkung A011 Laufschiene M1 Dichtbrücke Name Reinforcement Reinforcement Guide rail sealing bridge Zeichnung Drawing Values I = 1.1 cm 4 IG = 0.1 cm 4 I = 0.4 cm 4 IG = 0.2 cm weiß white 2161 Rahmenprofil mm / Frame profile V230 Zubehör Ancillaries Bezeichnung Verstärkung M1 Dichtbrücke A011 Laufschiene Name Reinforcement sealing bridge Guide rail Zeichnung Drawing Values I = 1.1 cm 4 IG = 0.1 cm weiß white 2165 Rahmenadapter mm / frame adaptor V233 Zubehör Ancillaries Bezeichnung Verstärkung M036 Dichtbrücke A011 Laufschiene F744 Klippshalter Name Reinforcement sealing bridge Guide rail Clip holder Zeichnung Drawing Values I = 0.7 cm 4 IG = 0.3 cm weiß white P1660 Rahmenprofil 57 mm / Frame profile G9363 Zubehör Ancillaries Bezeichnung Verstärkung G Verstärkung Name Reinforcement Reinforcement Zeichnung Drawing Values I = 3.6 cm 4 IG = 1.0 cm 4 I = 2. cm 4 IG = 0. cm 4 P1660 weiß white not to scale 1.3 3

11 Profile Section Sliding window system 2170 Flügelprofil 61 mm / Sash profile V231 Zubehör Ancillaries Bezeichnung Verstärkung Name Reinforcement Zeichnung Drawing Values I = 1.0 cm 4 IG = 0.5 cm weiß white 2172 Flügelprofil 75 mm / Sash profile V232 Zubehör Ancillaries Bezeichnung Verstärkung Name Reinforcement A003 Aluminium Interlock Aluminium interlock Zeichnung Drawing Values I = 1.9 cm 4 IG = 2.0 cm weiß white P1679 Insektenschutzflügel 4.5 mm / flying screen sash G1679 Zubehör Ancillaries Bezeichnung Verstärkung F9D79 Eckverbinder Name Reinforcement Sliding Schoe Zeichnung Drawing Values I = 0.6 cm 4 IG = 0.5 cm 4 P1679 weiß white P1999 Insektenschutzführung / Screen track F744 Zubehör Ancillaries Bezeichnung Klippshalter Name Clip holder Zeichnung Drawing Values P1999 weiß white not to scale 1.3 4

12 Profile Section Sliding window system not to scale 1.3 5

13 Profile Section Sliding window system P0 Kopplungsprofil / coupling profile G9704 Zubehör Ancillaries Bezeichnung Verstärkung Name Reinforcement Zeichnung Drawing P0 weiß white Values I = 1. cm 4 IG = 0.5 cm 4 P0442 Kopplungsprofil / coupling profile V144 Zubehör Ancillaries Bezeichnung Verstärkung V143 Verstärkung Name Reinforcement Reinforcement Zeichnung Drawing P0442 weiß white Values I = 13. cm 4 IG = 0.5 cm 4 I = 7.0 cm 4 IG = 0.4 cm 4 P Eckprofil / 90 corner profile G1674 Zubehör Ancillaries Bezeichnung Verstärkung G910 Verstärkung Name Reinforcement Reinforcement Zeichnung Drawing Values I = 5.5 cm 4 IG = 5.5 cm 4 I = 14.4 cm 4 IG = 14.4 cm 4 P1674 weiß white P Eckprofil / 90 corner profile G910 Zubehör Ancillaries Bezeichnung Verstärkung G9120 Verstärkung Name Reinforcement Reinforcement Zeichnung Drawing Values I = 14.4 cm 4 IG = 14.4 cm 4 I = 7.4 cm 4 IG = 1.7 cm 4 P1675 weiß white P133 Kopplungsabdeckung / Cover coupling profile G9120 Zubehör Ancillaries Bezeichnung Verstärkung Endkappe M037 Name Reinforcement End cap Zeichnung Drawing P133 weiß white Values I = 7.4 cm 4 IG = 1.7 cm 4 not to scale 1.3 6

14 Profile Section Sliding window system P1996 Variable Kopplung / Flexible coupling pipe V123 Zubehör Ancillaries Bezeichnung Verstärkung Name Reinforcement Zeichnung Drawing Values I = 11.7 cm 4 IG = 11.7 cm 4 P1996 weiß white P19 Verbreiterung / Extension profile G9 Zubehör Ancillaries Bezeichnung Verstärkung Name Reinforcement Zeichnung Drawing P19 weiß white Values I = 2.2 cm 4 IG = 0.2 cm 4 P1973 Adapter var. Kopplung / Flexible coupling adaptor B124 Brettprofil / board profile P1973 weiß white B124 weiß white P1677 Kopplungsprofil / Coupling profile P124 Kopplungsprofil / Coupling profile P1677 weiß white P124 weiß white Zubehör / Accessories F0002 Glasklotz 2 mm Glass packer F0003 Glasklotz 3 mm F0005 Glasklotz 5 mm F744 Glass packer Glass packer Klippshalter Clip holder not to scale 1.3 7

15 Profile Section Sliding window system Glasleisten / Glazing beads P160 weiß white P161 weiß white P162 weiß white 1:1 1.3

16 Deduction Measurements Sliding indows Dimensions for window roller and hardware V231 V231 12,2 16, ,2 12, M4574 A M4574 A011 V230 Dimensions for window roller 2161 V M4574 V ,5 Dimensions for window hardware 1:

17 Deduction Measurements Sliding Doors Dimensions for door roller and hardware V232 V ,2 21,5 16,2 16,5 33,5 M4574 A M A011 V230 Dimensions for door roller 2161 V ,2 12,2 M4574 V232 20,5 25,5 Dimensions for door hardware 43, 1:

18 Deduction Measurements Sliding indows and Doors Stamping/milling of interlook- and butt-profiles 42, , , A002 L = H - 2 L = H , ,5 42,7 55 1:

19 Deduction Measurements Sliding indows and Doors Useing of interlook, butt-profile and sealing bridge 1/2 52,5 52,5 32,5 32,5 21,5 2, M036/M1 Screw Ø 3,2 x 9,0 mm 1/2 M4574 1/2 61 Sliding indows 52,5 52,5 39,5 39,5 2,5 35, drilling/ Screw fastening 1/ M036/M1 12, ,5 12,5 4,5 4,5 1,5 1,5 75 A003 Drilling screw Ø 3,2 x 9,0 mm Sliding Door Screw Ø 3, x 45 mm 2170/2172 M4574 A002 1:

20 Deduction Measurements Sliding indows Useing of sealing bridge M1 M Screw Ø 3,9 x 16 mm 29 Screw Ø 3,9 x 16 mm M Silicon , ,5 M036 drilling-screw Ø 3,9 x 16 mm nipple-screw Ø 10,9 x 17, mm Screw Ø 3,9 x 16 mm M4574 M1 apply silicone dividing 1/x 1:

21 Deduction Measurements Sliding indows A - A A H S1 S2 A Height Calculation: H Sash S1, S2 Glass S1, S2 Frame H Sash S1=S2 H -2 Glass S1=S2 H -12 Interlook H -2 Notes: elding loss is not calculated in the above mentioned deduction ,5 1:

22 Deduction Measurements Sliding indows B - B H B S1 S2 B 1 / 2 21,5 2, , idth Calculation: Sash S2 Frame Sash S1=S2 2 Glass S1=S ,5 Guide rail -9 Interlock H -2 32,5 65 Notes: elding loss is not calculated in the above mentioned deduction. 1 / 2 Sash S1 Glass S1 Glass S2 5 12,5 3 1:

23 Deduction Measurements Sliding indows C - C H S1 S2 S3 C C /3 21,5 2,5 32,5 32, idth Calculation: Sash S3 Frame Sash S Sashs S1=S3 Glass for Sash S2 3-12, /3 Glass for Sashs S1=S ,5 Guide rail -9 Interlock H -2 21,5 2,5 32,5 32,5 65 Notes: elding loss is not calculated in the above mentioned deduction. /3 Sash S1 Sash S ,5 1:2 2.1

24 Deduction Measurements Sliding indows D - D H D S1 S2 S3 S4 D Sash S4 idth Calculation: Frame Sashs S2=S /4 Sash S3 Sashs S1=S4 Glass for Sashs S2=S3 4-12, Glass for Sashs S1=S ,5 Guide rail -9 Interlock H-2 Butt-profile H-2 Notes: elding loss is not calculated in the above mentioned deduction. /4 Sash S4 /4 Sash S2 /4 not to scale 2.1 9

25 Deduction Measurements Sliding Doors B - B H B S1 S2 B /2 12, idth Calculation: Frame Sash S2 Glass S2 Sash S1=S2 2-5,5 2,5 35,5 39,5 39,5 79 Glass for Sash S1=S ,5 Guide rail -9 Interlock H -2 Alu-Interlock H -2 Notes: Sash S1 elding loss is not calculated in the above mentioned deduction. /2 Glass S ,5 1:

26 Deduction Measurements Sliding Doors C - C H 34 12,5 2,5 35,5 39,5 39, ,5 2,5 35,5 39,5 39, C S1 S2 S3 C /3 Sash S3 idth Calculation: Frame Sash S1=S3 Sash S2 3-5, /3 Sash S2 Glass for Sash S1=S ,5 Glass for Sash S Guide rail -9 Interlock H -2 Alu-Interlock H -2 /3 Sash S1 Notes: elding loss is not calculated in the above mentioned deduction ,5 not to scale

27 Deduction Measurements Sliding Doors D - D /4 /4 Sash S3 Sash S ,5 4,5 4,5 2,5 35,5 39,5 39, ,5 6,5 79,5 79, H D S1 S2 S3 idth Calculation: Frame Sash S1=S4 Sash S2=S3 Glass for Sash S1=S4 Glass for Sash S2=S3 4-5, , Guide rail -9 Interlock H -2 S4 D /4 Sash S2 2,5 35,5 39,5 39,5 79 Alu-Interlock H ,5 Butt-profile H -2 Notes: elding loss is not calculated in the above mentioned deduction. /4 Sash S1 12, not to scale

28 Deduction Measurements Sliding indows A - A A 45 H S1 S2 A Height Calculation: H Sash S1, S2 Glass S1, S2 Frame H Sash S1=S2 H -2 Glass S1=S2 H -12 Interlock H Notes: elding loss is not calculated in the above mentioned deduction. 100,5 1:

29 Deduction Measurements Sliding indows B - B 45 H B S1 S2 B /2 21,5 2, , idth Calculation: Sash S2 Glass S2 Frame Sash S1=S2 2-12,5 32,5 65 Glass S1=S ,5 Interlock H -2 Guide rail -9 Sash S1 Glass S1 Notes: elding loss is not calculated in the above mentioned deduction. /2 100,5 1:

30 Deduction Measurements Sliding indows C - C 45 H S1 S2 S3 C C idth Calculation: Sash S3 Frame Sash S1=S3 3-12,5 21,5 2,5 32,5 32,5 65 Sash S2 Glass for Sash S /3 Glass for Sash S1=S ,5 Guide rail -9 Interlock H -2 21,5 2,5 32,5 32,5 65 Notes: elding loss is not calculated in the above mentioned deduction. /3 Sash S1 Sash S2 /3 100,5 1:

31 Deduction Measurements Sliding indows D - D H ,5 2,5 32,5 32,5 65 4,5 4,5 54,5 54,5 65,5 65,5 21,5 2,5 32,5 32,5 45 D S1 S2 S3 S4 D Sash S4 /4 idth Calculation: Frame Sashs S1=S4 4-12,5 Sash S3 Sashs S2=S /4 Glass for Sashs S1=S ,5 Glass for Sashs S2=S Guide rail -9 Interlock H -2 /4 Butt profile H -2 Notes: elding loss is not calculated in the above mentioned deduction. /4 Sash S1 Sash S2 100,5 not to scale

32 Deduction Measurements Sliding Doors B - B 45 H B S1 S2 B /2 Sash S2 34 2,5 35,5 39,5 39, , idth Calculation: Frame Sash S1=S2 Glass S1=S2 2-5, ,5 Guide rail -9 Interlock H -2 Alu-Interlock H -2 Sash S1 Notes: elding loss is not calculated in the above mentioned deduction. /2 100,5 1:

33 Deduction Measurements Sliding Doors C - C 45 H S1 S2 S3 C C 12,5 34 2,5 35,5 45 Sash S3 39,5 39, / idth Calculation: Frame Sash S1=S3 Sash S2 3-5, /3 Sash S ,5 2,5 35,5 39,5 39,5 79 Glass for Sash S1=S3 Glass for Sash S , Guide rail -9 Interlock H -2 Sash S1 Alu-Interlock H -2 Notes: /3 elding loss is not calculated in the above mentioned deduction. 100,5 not to scale 2.1 1

34 Deduction Measurements Sliding Doors D - D H ,5 2,5 35,5 39,5 39,5 79 4,5 4,5 6, , D S1 S2 S3 S4 D /4 Sash S4 idth Calculation: Frame Sash S1=S4 Sash S2=S3 4-5, /4 Sash S3 Glass for Sash S1=S ,5 /4 6,5 79,5 79,5 Glass for Sash S2=S Guide rail -9 Interlock H -2 2,5 35,5 Alu-Interlock H -2 39,5 39,5 79 Butt profile H -2 Notes: elding loss is not calculated in the above mentioned deduction. Sash S1 /4 Sash S2 100,5 not to scale

35 Deduction Measurements Sliding indows A - A H Sash S1,S2,S3 Glass S1,S2,S3 12, ,5 11, H S1 A A Height Calculation: Frame H S2 SashS1=S2=S3 H -2 Glass for H -12 Sash S1=S2=S3 Guide rail -9 Interlock H -2 Notes: elding loss is not calculated in the above mentioned deduction. S :

36 Deduction Measurements Sliding indows B - B H B S1 S2 S3 B 11,5 /3 / ,5 32,5 32,5 32,5 21,5 2,5 21,5 2,5 Sash S3 Sash S ,5 idth Calculation: Frame Sash S1=S3 Sash S2 Glass for Sash S1=S3 Glass for Sash S2 3-12, , Guide rail -9 Interlock H -2 Notes: elding loss is not calculated in the above mentioned deduction. /3 Sash S1 12, :

37 Deduction Measurements Sliding indows C - C 11,5 /6 H /6 /6 /6 / ,5 2,5 32,5 32, CC S1 S1 S2 S2 S3 S3 S4 S4 S5 S5 S6 S6C Sash S2 Sash S5 Sash S3 Sash S4 21,5 2,5 32,5 32,5 21,5 2,5 32,5 32,5 4,5 4,5 54,5 54,5 65 2,5 21,5 32,5 32, ,5 65,5 65 idth Calculation: Frame Sash S1=S6 Sash S3=S4 Sash S2=S5 Glass for Sash S1=S6 Glass for Sash S2=S5 Glass for Sash S3=S4 6-12, , Guide rail -9 Interlock H -2 Butt profile H -2 Notes: elding loss is not calculated in the above mentioned deduction. /6 Sash S1 Sash S6 12, ,5 not to scale

38 Deduction Measurements Sliding Doors B - B 11, H ,5 39,5 39,5 39,5 11, ,5 35,5 105 B S1 S2 S3 B /3 2,5 35, ,5 12,5 34 /3 Sash S1 Sash S3 Sash S2 idth Calculation: Frame Sash S1=S3 Sash S2 Glass for Sash S1=S3 Glass for Sash S2 3-5, , Guide rail -9 Interlock H -2 Alu-Interlock H -2 Notes: /3 elding loss is not calculated in the above mentioned deduction not to scale

39 Deduction Measurements Sliding Doors C - C H 34 11,5 2,5 35,5 39,5 39, ,5 12,5 12,5 12,5 35,5 2,5 35,5 2,5 2,5 35, ,5 C H C S1 S2 S3 S4 S5 S6 C S1 S2 S3 S4 S5 S /6 idth Calculation: /6 /6 /6 /6 Sash S4 Sash S3 Sash S ,5 39,5 39,5 39,5 4,5 4,5 39,5 39, ,5 6, ,5 79,5 Frame Sash S1=S6 Sash S2=S5 Sash S3=S4 Glass for Sash S1=S6 Glass for Sash S2=S5 Glass for Sash S3=S4 6-5, , Guide rail -9 Interlock H -2 Alu-Interlock H -2 Butt-profile H -2 Notes: elding loss is not calculated in the above mentioned deduction. /6 Sash S5 Sash S2 Sash S6 12, not to scale

40 H ORTA Deduction Measurements Sliding indows and casement A - A A H Hc Hs S1 S2 A Hs 102 Hc Height Calculation: 36 Frame Sliding Hs Sash S1=S2 Hs -2 Glass S1=S2 Hs Interlock Hs -2 Guide rail -9 Frame casement Hc Sash S1=S2 Glass S1=S2 Glass for frame Hc -72 Notes: elding loss is not calculated in the above mentioned deduction ,5 1:

41 Deduction Measurements Sliding indows and casement B - B Hc B B Hs H S1 S2 idth Calculation: Frame casement Glass for frame Notes: elding loss is not calculated in the above mentioned deduction. 1:

42 Coupling and Reinforcing Details I G I 113,3 63,4 5 2,7 15,3 P0442 V230 V143 V P ,3 Inside distance brick 10 x 30 mm Statical Values Profile No. Steel I w cm 4 Frame 2161 V Frame 2161 V Coupling P0442 V Moment of inertia (I w ) total: 9.2 1:

43 Coupling and Reinforcing Details I G I 2,7 113,3 29,3 P ,2 5 V230 V144 V230 16, P0 Inside distance brick 10 x 25 mm 15,3 Statical Values Profile No. Steel I w cm 4 Frame 2161 V Coupling P0/P0442 V Frame 2161 V Moment of inertia (I w ) total: :

44 Coupling and Reinforcing Details I G I 113,3 15, ,5 P0 V230 G9704 V230 16, Inside distance brick 10 x 25 mm Statical Values Profile No. Steel I w cm 4 Frame 2161 V Coupling P0 G Frame 2161 V Moment of inertia (I w ) total: :

45 Coupling and Reinforcing Details I G I ,4 5 2,7 V230 2 P1677 V P distance brick 10 x 30 mm 7 x 30 mm Statical Values Profile No. Steel I w cm 4 Frame 2161 V Frame 2161 V Moment of inertia (I w ) total: 2.2 1:

46 Coupling and Reinforcing Details I G I 9 P124 V230 V P distance brick 7 x 30 mm Statical Values Profile No. Steel I w cm 4 Frame 2161 V Frame 2161 V Moment of inertia (I w ) total: 2.2 1:

47 Coupling and Reinforcing Details I G 5 I V230 Inside V G910 distance brick 7 x 30 mm P Statical Values Profile No. Steel I w cm 4 Frame 2161 V Corner P1674 G Frame 2161 V Moment of inertia (I w ) total: :

48 Coupling and Reinforcing Details I G 5 I V230 Inside V distance brick 7 x 30 mm G910 G9120 P Statical Values Profile No. Steel A I w cm 4 Frame 2161 V Corner P1675 G Frame 2161 V Moment of inertia (I w ) total: 15.6 Steel B I w cm 4 V G910/G /7.4 V :

49 Coupling and Reinforcing Details 5 I G 2161 I V230 Inside 35,3 P1973 "A" P1996 M9040 P1973 distance brick 7 x 30 mm X = 67,2 R40 V M90400 X = 67,2 35,3 Statical Values Profile No. Steel I w cm 4 Frame 2161 V Corner P1996/P1973 V Frame 2161 V Moment of inertia (I w ) total: 13.2 A X in mm :1 2.2

50 Coupling and Reinforcing Details I G I V23 V230 V23 V230 9 P124 distance brick 7 x 30 mm Statical Values Profile No. Steel I w cm 4 Frame 217 V Frame 217 V Moment of inertia (I w ) total: 2.2 1:

51 Coupling and Reinforcing Details 5 I G 217 I V230 V23 Inside 109 G9 V23 P19 G9 V G910 distance brick 7 x 30 mm 60 P Statical Values Profile No. Steel A I w cm 4 Frame 217 V Corner P1674 G Frame 217 V Moment of inertia (I w ) total: 15.6 Steel B I w cm 4 V G910/G /7.4 V :

52 Coupling and Reinforcing Details 5 I G 217 I V230 V23 Inside G9 P19 V23 G9 V G910 distance brick 7 x 30 mm 5 P Statical Values Profile No. Steel A I w cm 4 Frame 217 V Corner P1675 G Frame 217 V Moment of inertia (I w ) total: 15.6 Steel B I w cm 4 V G910/G /7.4 V :

53 Coupling and Reinforcing Details 5 I G 217 I V23 "A" 35,3 V230 Inside P1973 P1996 M9040 P1973 V23 X = 73,9 R40 V V123 M9040 X = 73,9 35,3 distance brick 7 x 30 mm Statical Values Profile No. Steel I w cm 4 Frame 217 V Corner P1996/P1973 V Frame 217 V Moment of inertia (I w ) total: 13.2 A X in mm :

54 Coupling and Reinforcing Details I G I V230 V distance brick 7 x 30 mm 2161 P124 Statical Values Profile No. Steel I w cm 4 Frame 2161 V Frame 2160 V Moment of inertia (I w ) total: 2.5 1:

55 Coupling and Reinforcing Details I G I V23 V230 V distance brick 7 x 30 mm P Statical Values Profile No. Steel I w cm 4 Frame 217 V Frame 2060 V Moment of inertia (I w ) total: 2.5 1:

56 Coupling and Reinforcing Details I G I V V230 V distance brick 7 x 30 mm P Statical Values Profile No. Steel I w cm 4 Frame 2161 V frame adaptor 2165 V Frame 2060 V Moment of inertia (I w ) total: 3.2 1:

57 Coupling and Reinforcing Details I G 5 25 I V230 V23 G910 G9120 V226 5 distance brick 7 x 30 mm P Statical Values Profile No. Steel A I w cm 4 Frame 217 V Corner P1675 G Frame 2160 V Moment of inertia (I w ) total: 16.9 Steel B I w cm 4 V G910/G /7.4 V :

58 5 ORTA General Guidelines Drainage and Pressure Equalization Position of Openings Size of slots: Size of holes: 5 x 20 mm) Ø 7 mm 12,5 5 Distances (inside the rebate) 100 mm from inside corners 600 mm (max) between neighbour drainge Number of Openings: (inside the rebate) (external face) (2 minimum) (2 minimum) 3 or more above 2 m frame width indow Frame (viewed from outside) ,5 5 2, ,4 A 35, max 600 1/2 1/2 A max :

59 General Guidelines Drainage and Pressure Equalization Distances for frame C C B B 100 B-B C-C 20 max. 600 / max. 600 / :

60 General Guidelines Drainage and Pressure Equalization , 4, , indow sash 2170 Door sash , :

61 General Guidelines Drainage and Pressure Equalization Distances for sash max A-A max ,5 A A-A A / 2 / 2 A A 2,5 1:

62 General Guidelines Drainage and Pressure Equalization A A 1:

63 General Guidelines Drainage and Pressure Equalization B B 1:

64 General Guidelines Drainage and Pressure Equalization C - C C S1 S2 S3 C 1:

65 General Guidelines Drainage and Pressure Equalization D D 1:2 3.1

66 General Guidelines Drainage and Pressure Equalization 1. Cleaning the frame and sash Today weld beads on a profile s visible faces are removed by mechanical means on automated cleaning machines. A knife is used to cut a visible groove over the weld in the profile. Notes 1) Do not accelerate cooling (e.g. with compressed air). 2) The welded profile corners can be subsequently processed at the earliest after one minute. Processing them earlier weakens the strength of the corners. Also, the groove bottom is at risk of collapsing. So that grooves can be processed with the minimum of effort work should have finished after thirty minutes at the latest. The strength is reduced by the following: notching in the inside corner (e.g. from mechanical chisel) groove too deep wrong drilling position and gasket receiver grooves bored too deeply (see Fig) Do not use any cleaning or polishing agents that dissolve PVC. 1.1Cleaning corners on laminated profiles elding bead limit 2 mm The groove depth should be 0.4 mm. This ensures that the corners are adequately clean on welding beads or laminations. Cleaning the inside corner Depending on the results of cleaning in the inside corner of the frame or glazing rebate leg, corrections may have to be made to the inside corner cutter (e.g. regrinding, rate of removal, cutting pressure in the inside corner, etc.). Contact the manufacturer of your machine. Cleaning the outside corner hen automated cleaning machines are used with cutters these must be elevated by the thickness of the laminate and adhesive. This must be observed in particular on the sash. hen automated CNC cleaning machines are used these must be reprogrammed for the laminated profile. Edge repair set Once the weld seam has been removed we recommend retouching the exposed groove bottom. This helps to match the base element s colour to the laminate s colour pattern. The edge repair set can be purchased from profine. The touch-up applicator must be shaken before use so that the pigments are mixed thoroughly. 1:

67 General Guidelines Glazing Table and Accessories 2170/2172 Glazing Table Glazing grove width 31 mm Glazing Gasket M9D39 Glass Thickness (mm) Glazing bead 5 P161 P160 6 P P P160 P161 P162 1:

68 Maximum Sizes Sliding indows Sash L/200 Sliding sash 26 16,4 1,5 25 V231 I w = 0.5 cm 4 I G = 1.0 cm Sash height max 1900 mm ,0 2,5 3,0 3, Sash width max 1050 mm 1:

69 Maximum Sizes Sliding indows Sash L/200 Sliding sash 26,5 22,3 1,5 3,5 V232 I w = 1.9 cm 4 I G = 0.0 cm Sash height max 1900 mm ,0 2,5 3,0 3, Sash width max 1050 mm 1: