7500 Wall Curtain Wall System

Transcription

1 SEPTEMER, Wall urtain Wall System FETURES 1 Features High performance curtain wall, ground-floor framing and entrance system, or horizontal strip window 24mm and 4mm IsoWeb TM glass-reinforced nylon thermal break provides: - Excellent condensation resistance - Ultra low thermal transmittance U-values - Rigid profiles with composite structural performance 525 framing accommodates 25mm high performance double sealed units 550 framing accommodates 50mm high performance triple sealed units EPM sponge interior and EPM rubber exterior gaskets (dry/dry glazing) Meets or exceeds the highest levels of S standard N/S-440) Windows and M 50 Fully pressure equalized, rain screen design Simple stick, shear block, pressure plate construction oor adaptors for thermal entrances Two color option Permanodic TM anodized finishes in seven choices Painted finishes in standard and custom choices For specific product applications, onsult your Kawneer representative.

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3 SEPTEMER, Wall urtain Wall System INEX 3 rchitects Most extrusion and window types illustrated in this catalog are standard products for Kawneer. These concepts have been expanded and modified to afford you design freedom. Some miscellaneous details are non-standard and are intended to demonstrate how the system can be modified to expand design flexibility. Please contact your Kawneer representative for further assistance. PITORIL VIEW... 5 URTIN WLL - GRI WLL...- LUMINUM SHEER PNELS...- LUMINUM FLUSH PNELS... - ENTRNE ETILS... ORNER ETILS... WIN LO HRTS...-1 THERML HRTS LWS N UILING N SFETY OES GOVERNING THE ESIGN N USE OF GLZE ENTRNE, WINOW, N URTIN WLL PROUTS VRY WIELY. KWNEER OES NOT ONTROL THE SELETION OF PROUT ONFIGURTIONS, OPERTING HRWRE, OR GLZING MTERILS, N SSUMES NO RESPONSIILITY THEREFOR. Metric (SI) conversion figures are included throughout these details for reference. Numbers in parentheses ( ) are millimeters unless otherwise noted. The following metric (SI ) units are found in these details: m meter cm centimeter mm millimeter s second Pa pascal MPa megapascal

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5 SEPTEMER, Wall urtain Wall System PITORIL VIEW WLL TM Tubular mullions and transoms with shear block construction. Pressure equalized rain screen design. High performance IsoWeb TM glass reinforced nylon thermal break. 550 Wall shown, 525 Wall similar.

6 500 Wall urtain Wall System SEPTEMER, 201 URTIN WLL - GRI WLL SLE 3" = 1'-0" ELEVTION IS NUMER KEYE TO ETILS mm OULE GLZE 4 5 Spandrel Panel Vision Panel Spandrel Panel Mullion Length mm TRIPLE GLZE Floor Slab Floor Slab Floor to Floor 242 (Typ.) (Typ.) 1 JM 2 MULLION 240 4" (1.) -5/" (0.3) 1 JM 2 MULLION 4" (1.) -5/" (15.) 240

7 SEPTEMER, 201 SLE 3" = 1'-0" 500 Wall urtain Wall System URTIN WLL - GRI WLL mm OULE GLZE mm TRIPLE GLZE Mullion Length 1/2" (.) onstruction joint (llows ± 1/4" movement) /" (0.3) 242 Sleeve 3 SILL - VISION PNEL 1/2". onstruction joint (llows ± 1/4" movement) /" (15.) Sleeve 3 SILL - VISION PNEL Floor Slab Mullion Length 4 NHOR HE - VISION PNEL HE - VISION PNEL

8 500 Wall urtain Wall System SEPTEMER, 201 LUMINUM SHEER PNELS SLE 3" = 1'-0" ELEVTION IS NUMER KEYE TO ETILS mm OULE GLZE Spandrel Panel Vision Panel Spandrel Panel Mullion Length Floor Slab Floor Slab mm TRIPLE GLZE Floor to Floor MULLION " (1.) 1/" -5/" (3.2) (0.3) MULLION 4" (1.) -5/" (15.) 1/" (3.2)

9 SEPTEMER, 201 SLE 3" = 1'-0" 500 Wall urtain Wall System LUMINUM SHEER PNELS mm OULE GLZE mm TRIPLE GLZE Mullion Length 1/2" (.) onstruction joint (llows ± 1/4" movement) 1/" (3.2) /" (4.3) 242 Sleeve 2 SILL - VISION PNEL 1/2" (.) onstruction joint (llows ± 1/4" movement) 1/" (3.2) /" (15.) Sleeve 2 SILL - VISION PNEL Mullion Length 24 3 PNEL STIFFENER 24 3 PNEL STIFFENER HE - VISION PNEL 4 HE - VISION PNEL

10 500 Wall urtain Wall System SEPTEMER, 201 LUMINUM FLUSH PNELS SLE 3" = 1'-0" ELEVTION IS NUMER KEYE TO ETILS 4 Spandrel Panel mm OULE GLZE mm TRIPLE GLZE Vision Panel Spandrel Panel Mullion Length Floor Slab Floor Slab Floor to Floor MULLION " (1.) -5/" (0.3) 1 MULLION " (1.) -5/" (15.)

11 SEPTEMER, 201 SLE 3" = 1'-0" 500 Wall urtain Wall System LUMINUM FLUSH PNELS mm OULE GLZE mm TRIPLE GLZE Mullion Length 1/2" (.) onstruction joint (llows ± 1/4" movement) /" (0.3) 242 Sleeve 2 SILL - VISION PNEL 1/2" (.) onstruction joint (llows ± 1/4" movement) /" (15.) Sleeve 2 SILL - VISION PNEL Mullion Length PNEL STIFFENER PNEL STIFFENER HE - VISION PNEL 4 HE - VISION PNEL

12 500 Wall urtain Wall System SEPTEMER, 201 ENTRNE ETILS SLE 3" = 1'-0" mm OULE GLZE mm TRIPLE GLZE " (25.4) 01 3/32" (2.4) oor opening width 1 OOR JM OFFSET PIVOT OR UTT HUNG -5/" (0.3) " (25.4) 01 3/32" (2.4) oor opening width 1 OOR JM OFFSET PIVOT OR UTT HUNG -5/" (15.) -5/" (0.3) -5/" (15.) Overall frame height 1" (25.4) oor opening height 1/" (3.2) 2 OOR TRNSOM oor opening height 1" (25.4) oor opening height 1/" (3.2) /" (1.5) OOR TRNSOM Overall frame width oor opening width 3 THRESHOL (525 and 550)

13 SEPTEMER, 201 SLE 3" = 1'-0" 500 Wall urtain Wall System ORNER ETILS mm OULE GLZE mm TRIPLE GLZE 0 OUTSIE ORNERS 0 OUTSIE ORNERS SPNREL /" (0.3) L VISION 240-5/" (0.3) SPNREL 240-5/" (15.) L VISION 240-5/" (15.) -1/32" (.) -1/32" (21.3) SPNREL L /32" (.) SPNREL L /32" (21.3) VISION VISION

14 500 Wall urtain Wall System SEPTEMER, 201 WIN LO HRTS WIN LO HRTS Mullions are designed for deflection limitations in accordance with M TIR- of L/15 up to '-" and L/240 +1/4" above '-". These curves are for mullions WITH HORIZONTLS and are based on engineering calculations for stress and deflection. llowable wind load stress for LUMINUM,2 psi (4 MPa), STEEL 30,000 psi (20 MPa). harted curves, in all cases are for the limiting value. Wind load charts contained herein are based upon nominal wind load utilized in allowable stress design. conversion from Load Resistance Factor esign (LRF) is provided. To convert ultimate wind loads to nominal loads, multiply ultimate wind loads by a factor of 0. per SE/SEI. 4/3 increase in allowable stress has not been used to develop these curves. For special situations not covered by these curves, contact your Kawneer representative for additional information.

15 SEPTEMER, Wall urtain Wall System WIN LO HRTS llowable Stress esign Load LRF Ultimate esign Load = 20 PSF (0) 33 PSF (0) = 30 PSF (40) 50 PSF (2400) = 40 PSF (0) PSF (3200) = 50 PSF (2400) 3 PSF (4000) E = 0 PSF (20) 0 PSF (40) E MULLION ENTERS IN FEET MULLION ENTERS IN FEET E -5/" (15.) -5/" (0.3) MULLION HEIGHT -/" (.1) -5/" (15.) WINLO HRTS RE SE ON OMPOSITE PROPERTIES WHIH RE LULTE IN ORNE WITH M TIR- N M W/ MULLION ENTERS IN FEET E MULLION ENTERS IN FEET E

16 500 Wall urtain Wall System SEPTEMER, 201 WIN LO HRTS E MULLION ENTERS IN FEET /" (15.) -5/" (15.) llowable Stress esign Load LRF Ultimate esign Load = 20 PSF (0) 33 PSF (0) = 30 PSF (40) 50 PSF (2400) = 40 PSF (0) PSF (3200) = 50 PSF (2400) 3 PSF (4000) E = 0 PSF (20) 0 PSF (40) W/ W/2301/302/303 MULLION HEIGHT -5/" (15.) W/2301/ WINLO HRTS RE SE ON OMPOSITE PROPERTIES WHIH RE LULTE IN ORNE WITH M TIR- N M MULLION ENTERS IN FEET E E MULLION ENTERS IN FEET

17 SEPTEMER, Wall urtain Wall System WIN LO HRTS 1 E MULLION ENTERS IN FEET -5/" (15.) llowable Stress esign Load LRF Ultimate esign Load = 20 PSF (0) 33 PSF (0) = 30 PSF (40) 50 PSF (2400) = 40 PSF (0) PSF (3200) = 50 PSF (2400) 3 PSF (4000) E = 0 PSF (20) 0 PSF (40) /" (21.5) MULLION ENTERS IN FEET E MULLION ENTERS IN FEET E -5/" (2.1) MULLION HEIGHT -5/" (2.1) WINLO HRTS RE SE ON OMPOSITE PROPERTIES WHIH RE LULTE IN ORNE WITH M TIR- N M W/ MULLION ENTERS IN FEET E

18 1 500 Wall urtain Wall System SEPTEMER, 201 WIN LO HRTS MULLION ENTERS IN FEET E E -5/" (2.1) -5/" (2.1) llowable Stress esign Load LRF Ultimate esign Load = 20 PSF (0) 33 PSF (0) = 30 PSF (40) 50 PSF (2400) = 40 PSF (0) PSF (3200) = 50 PSF (2400) 3 PSF (4000) E = 0 PSF (20) 0 PSF (40) W/ W/2301/302/303 MULLION HEIGHT -5/" (2.1) W/2301/ MULLION ENTERS IN FEET WINLO HRTS RE SE ON OMPOSITE PROPERTIES WHIH RE LULTE IN ORNE WITH M TIR- N M E MULLION ENTERS IN FEET

19 SEPTEMER, 201 5'-0".L.O. 500 Wall urtain Wall System Project Specific U-Factor Example alculation '-" Frame Width THERML HRTS 1 '-0".L.O. 2'-0".L.O. Example Glass U-Factor = 0.42 tu/(ft 2 h F) Total aylight (Vision) rea = 3(5' x ') + 3(5' x 2') = 5 ft 2 Projected Total rea = '-" x '-" =.3 ft 2 Percent of Vision Glass = (Total aylight rea Projected Total rea)0 = (5.3)0 = 1% '-" Frame Height System U-factor vs Percent of Glass rea 0.0 OG U-factor EXMPLE NOT FOR ESIGN % tu hr ft 2 F System U-factor Percent of Glass rea ased on % glass and center of glass (OG) U-factor of 0.42 System U-factor is equal to 0.53 tu/hr ft 2 F

20 Wall urtain Wall System SEPTEMER, 201 THERML HRTS 525 Wall (ouble Glazed) Note: Values in parentheses are metric. OG = enter of Glass. harts are generated per MM 50 System U-factor vs Percent of Glass rea OG U-factor tu hr ft 2 F System U-factor Percent of Glass rea = Vision rea/total rea aylight Opening / Projected rea Notes for System U-factor, SHG and VT charts: For glass values that are not listed, linear interpolation is permitted. Glass properties are based on center of glass values and are obtained from your glass supplier.

21 SEPTEMER, Wall urtain Wall System THERML HRTS Wall (ouble Glazed) System Solar Heat Gain oefficient (SHG) vs Percent of Vision rea OG SHG Vision rea / Total rea (%) System SHG System Visible Transmittance (VT) vs Percent of Vision rea OG VT System VT Vision rea / Total rea (%)

22 Wall urtain Wall System SEPTEMER, 201 THERML PERFORMNE MTRIX (NFR SIZE) 525 Wall (ouble Glazed) Thermal Transmittance 1 (TU/hr ft 2 F) Glass U-Factor 3 Overall U-Factor NOTE: For glass values that are not listed, linear interpolation is permitted. 1. U-Factors are determined in accordance with NFR SHG and VT values are determined in accordance with NFR Glass properties are based on center of glass values and are obtained from your glass supplier. 4. Overall U-Factor, SHG, and VT Matricies are based on the standard NFR specimen size of 2,000 mm wide by 2,000 mm high (-3/4" by -3/4"). SHG Matrix 2 Visible Transmittance 2 Glass SHG 3 Overall SHG 4 Glass VT 3 Overall VT

23 SEPTEMER, Wall urtain Wall System THERML HRTS 23 Note: Values in parentheses are metric. OG = enter of Glass. harts are generated per MM Wall (Triple Glazed) System U-factor vs Percent of Glass rea OG U-factor tu hr ft 2 F System U-factor Percent of Glass rea = Vision rea/total rea aylight Opening / Projected rea Notes for System U-factor, SHG and VT charts: For glass values that are not listed, linear interpolation is permitted. Glass properties are based on center of glass values and are obtained from your glass supplier.

24 Wall urtain Wall System SEPTEMER, 201 THERML HRTS 550 Wall (Triple Glazed) System Solar Heat Gain oefficient (SHG) vs Percent of Vision rea OG SHG Vision rea / Total rea (%) System SHG System Visible Transmittance (VT) vs Percent of Vision rea OG VT System VT Vision rea / Total rea (%)

25 SEPTEMER, Wall urtain Wall System THERML PERFORMNE MTRIX (NFR SIZE) Wall (Triple Glazed) Thermal Transmittance 1 (TU/hr ft 2 F) Glass U-Factor 3 Overall U-Factor NOTE: For glass values that are not listed, linear interpolation is permitted. 1. U-Factors are determined in accordance with NFR SHG and VT values are determined in accordance with NFR Glass properties are based on center of glass values and are obtained from your glass supplier. 4. Overall U-Factor, SHG, and VT Matricies are based on the standard NFR specimen size of 2,000 mm wide by 2,000 mm high (-3/4" by -3/4"). SHG Matrix 2 Visible Transmittance 2 Glass SHG 3 Overall SHG 4 Glass VT 3 Overall VT

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