Architectural Specification Manual 45 mm System

Transcription

1 rchitectural Specification Manual 4 mm System

2 Steeluilt urtainwall Systems nvision expansive window openings, with more glass and less frame. Imagine a curtainwall system that only requires frame profiles one-third the size of traditional aluminum systems. Now that dream is a reality with the new Steeluilt urtainwall Systems from Technical Glass Products (tgp). Steeluilt urtainwall Systems give you all the advantage of steel: greater strength, superior performance and improved aesthetics. Utilized throughout urope for many years, Steeluilt urtainwall Systems have been tested to North merican standards and are now available to open tremendous new design opportunities. For specifications, photographs and additional information contact: Technical Glass Products 817 racken Place S Snoqualmie, W 986 Office: Fax: mail: sales@ Web: SI-SPIFITION Full copies of our detail drawings and SI format Specifications can be downloaded from our Web site or obtained from our office. This rchitectural Specification Manual provides a summary of the specification, design and applications that can be achieved with Steeluilt urtainwall Systems. Many special finishes and components are available, please consult Technical Glass Products. 214 Technical Glass Products. Steeluilt urtainwall, One Source. Many Solutions., tgp merica and Technical Glass Products are registered trademarks of Technical Glass Products

3 Table of ontents page Isometric View - 4 mm... 2 Profile Overview - 4 mm...3 Overview Steeluilt oor System in urtainwall - 4 mm... 4 Reference etails - 4 mm orner etails - 4 mm vailable Frame Profiles - 4 mm Wind Load harts ead Load harts Silicone Glazing harts...42 Thermal harts...43 Table of ontents LWS N UILING N SFTY OS GOVRNING TH SIGN N US OF GLZ NTRN, WINOW, N URTIN WLL PROUTS Vry WIely. tgp OS not ONTROL TH SLTION OF PROUT ONFIGURTIONS, OPRTING HRWR, OR GLZING MTRILS, N SSUMS NO RSPONSIILITY THRFOR. 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 contents date 3 14 TGP reserves the right to change configurations without prior notice when deemed necessary for product improvement

4 Features Offers all the advantage of steel: greater strength, superior performance and improved aesthetics Narrow sight line of 1-3/4 (4 mm) or 2-3/8 (6 mm) Variety of system depths Infill options up to 2 Stainless steel or anodized cover caps available Painted finishes in standard and custom choices oncealed fastener joinery creates smooth, monolithic appearance Shear block fabrication method ompatible with Steeluilt Window & oors Systems Silicone compatible glazing materials for long-lasting seals Optional Features Stainless steel cover caps ustom aluminum cover caps available Steel reinforcing available Product pplications Ideal for low to mid-rise applications where large glass and narrow sight lines are desired Ideal choice for high span applications oastal environments that benefit from the durability of stainless steel Introduction date 3 14 contents Introduction page

5 4 mm system date 3 14 contents 4 mm System page

6 mm System Isometric View date 3 14 contents Isometric View - 4 mm System page 2 1. Vertical Mullion 2. Horizontal Mullion 3. Full-width Mullion Gasket 4. Front Gasket. Shear lock 6. Glass Setting Pad 7. Pressure Plate 8. over ap 9. Intersection over 1. onnecting Plate 11. Spacer 12. Sealing Washer 13. Guide ushing 14. Fastening Screw 1. Self rilling Screw

7 Profile Overview date 3 14 contents Profile Overview - 4 mm System page

8 1 4 mm System Overview Steeluilt oor System in urtainwall date 3 14 contents Overview Reference Steeluilt etails - 4 oor mm System - 4 mm System page

9 Reference etails date 3 14 contents Reference etails - 4 mm System page

10 4 4 mm System Reference etails date 3 14 contents Reference etails - 4 mm System page

11 Reference etails date 3 14 contents Reference etails - 4 mm System page

12 Reference etails date 3 14 contents Reference etails - 4 mm System page

13 Reference etails date 3 14 contents Reference etails - 4 mm System page

14 Reference etails date 3 14 contents Reference etails - 4 mm System page

15 Reference etails date 3 14 contents Reference etails - 4 mm System page

16 Reference etails date 3 14 contents Reference etails - 4 mm System page

17 Reference etails date 3 14 contents Reference etails - 4 mm System page

18 Reference etails date 3 14 contents Reference etails - 4 mm System page

19 Reference etails date 3 14 contents Reference etails - 4 mm System page

20 Reference etails date 3 14 contents Reference etails - 4 mm System page

21 Reference etails date 3 14 contents Reference etails - 4 mm System page

22 Reference etails date 3 14 contents Reference etails - 4 mm System page

23 Reference etails date 3 14 contents Reference etails - 4 mm System page

24 [4mm] 4 mm System Reference etails date 3 14 contents Reference etails - 4 mm System page

25 Reference etails date 3 14 contents Reference etails - 4 mm System page

26 Reference etails date 3 14 contents Reference etails - 4 mm System page

27 Reference etails date 3 14 contents Reference etails - 4 mm System page

28 orner etails date 3 14 contents orner etails - 4 mm System page

29 orner etails date 3 14 contents orner etails - 4 mm System page

30 orner etails date 3 14 contents orner etails - 4 mm System page

31 orner etails date 3 14 contents orner etails - 4 mm System page

32 orner etails date 3 14 contents orner etails - 4 mm System page

33 orner etails date 3 14 contents orner etails - 4 mm System page

34 orner etails date 3 14 contents orner etails - 4 mm System page

35 vailable Frame Profiles date 3 14 contents vailable Frame Profiles - 4 mm System page

36 Wind Load/ead Load harts WIN LO HRTS Mullions are designed for deflection limitations in accordance with M TIR-11 of L/17 up to 13-6 and L/24 +1/4 above These curves are for mullions WITH HORIZONTLS and are based on precise engineering calculations for stress and deflection. llowable wind load stress for STL 3, p.s.i. (27MPa.). harted curves, in all cases are for the limiting value. 4/3 increase in allowable stress has not been used to develop these curves. For special situations not covered by these curves, contact your tgp representative for additional information. LO HRTS Horizontal or deadload limitations are based upon 1/8 (3.2), maximum allowable deflection at the center of an intermediate horizontal member. The accompanying charts are calculated for 1 (2.4) thick insulating glass or 1/4 (6.3) thick glass supported on two setting blocks placed at the loading points shown. SILION GLZING HRT Structural silicone glazing is used primarily to eliminate the need or appearance of exterior pressure plates and caps. The size of the silicone bond line, used to structurally retain the glass to the building and the curtain wall frame, is based on the size of the individual lites of glass, the wind load requirements of a given project, and the design pressure of 2 psi capacity allowed by most silicone sealant manufacturers. The accompanying chart is meant to give the maximum wind load pressure based on either a ½ or ¾ weather joint between lites of glass, and the shortest dimension of the individual lite of glass. This chart is not meant to dictate final silicone bond line or loading requirements. While tgp can assist in determining the bond line dimension, the silicone sealant manufacturers must review and approve the final details, typically done during the shop drawing phase of most projects. THRML HRT Thermal transmittance (U-Value) is a measure of the rate of heat loss of a building component. The test method measures the thermal characteristics of the system under steady-state conditions. date 3 14 contents Wind Load/ead Load harts page

37 SPN (FT) SPN (FT) Single Span MOUL (FT) Single Span Reinforced SPN (M) SPN (M) 1.831" [46.] 1.831" [46.] 1.772" [4.] RP-1786 URV '' - 1 PSF URV '' - 2 PSF URV '' - 3 PSF URV '' - 4 PSF URV '' - PSF." [12.7] 1." [2.4] SPN (FT) SPN (FT) Twin Span Twin Span Reinforced Wind Load harts MOUL (FT) SPN (M) SPN (M) date 3 14 contents Wind Load harts page " [4.] 1 3. RP-1786 w/ (2) 1" x 1/2" Steel ars MOUL (FT) MOUL (FT)

38 SPN (FT) Single Span MOUL (FT) Single Span Reinforced SPN (FT) SPN (M) SPN (M) 2.717" [69.] 2.717" [69.] 1.772" [4.] RP-1787 URV '' - 1 PSF URV '' - 2 PSF URV '' - 3 PSF URV '' - 4 PSF URV '' - PSF." [12.7] 1.7" [44.4] SPN (FT) Twin Span Twin Span Reinforced Wind Load harts MOUL (FT) SPN (FT) SPN (M) SPN (M) date 3 14 contents Wind Load harts page " [4.] 1 3. RP-1787 w/ (2) 1-3/4" x 1/2" Steel ars MOUL (FT) MOUL (FT)

39 SPN (FT) SPN (FT) Single Span MOUL (FT) Single Span Reinforced SPN (M) SPN (M) 3.62" [91.] 3.62" [91.] 1.772" [4.] RP-1788 URV '' - 2 PSF URV '' - 3 PSF URV '' - 4 PSF URV '' - PSF URV '' - 6 PSF." [12.7] 2.7" [69.8] SPN (FT) SPN (FT) Twin Span Twin Span Reinforced Wind Load harts MOUL (FT) SPN (M) SPN (M) date 3 14 contents Wind Load harts page " [4.] 1 3. RP-1788 w/ (2) 2-3/4" x 1/2" Steel ars MOUL (FT) MOUL (FT)

40 SPN (FT) SPN (FT) Single Span MOUL (FT) Single Span Reinforced SPN (M) SPN (M) 4.488" [114.] 4.488" [114.] 1.772" [4.] RP-1789 URV '' - 2 PSF URV '' - 3 PSF URV '' - 4 PSF URV '' - PSF URV '' - 6 PSF." [12.7] 3." [88.9] SPN (FT) SPN (FT) Twin Span Twin Span Reinforced Wind Load harts MOUL (FT) SPN (M) SPN (M) date 3 14 contents Wind Load harts page " [4.] RP-1789 w/(2) 3-1/2" x 1/2" Steel ars MOUL (FT) MOUL (FT)

41 SPN (FT) Single Span MOUL (FT) Single Span Reinforced SPN (M).374" [136.] 1.772" [4.] RP-179 URV '' - 2 PSF URV '' - 3 PSF URV '' - 4 PSF URV '' - PSF URV '' - 6 PSF." [12.7] SPN (FT) Twin Span Twin Span Reinforced Wind Load harts MOUL (FT) SPN (M) date 3 14 contents Wind Load harts page 37 SPN (FT) 1 SPN (M).374" [136.] 4." [114.3] SPN (FT) 1 SPN (M) MOUL (FT) 1.772" [4.] RP-179 w/ (2) 4-1/2" x 1/2" Steel ars MOUL (FT)

42 SPN (FT) Single Span MOUL (FT) Single Span Reinforced SPN (FT) SPN (M) SPN (M).846" [148.].846" [148.] 1.772" [4.] RP-181 URV '' - 2 PSF URV '' - 3 PSF URV '' - 4 PSF URV '' - PSF URV '' - 6 PSF." [12.7]." [127.] SPN (FT) SPN (FT) Twin Span Twin Span Reinforced Wind Load harts MOUL (FT) SPN (M) SPN (M) date 3 14 contents Wind Load harts page " [4.] MOUL (FT) RP-181 w/ (2) " x 1/2" Steel ars MOUL (FT)

43 HIGHT OF GLSS HIGHT OF (FT) GLSS (FT) HIGHT OF GLSS (FT) 1/4" Glass HORIZONTL SPN (FT) 1/4" Glass SPN (M) SPN (M) 1.831" [46.] 2.717" [69.] 1.772" [4.] RP-1786 = 1/4 POINT LOING = 1/8 POINT loing ead Load harts (Tubular) HIGHT OF GLSS HIGHT OF (FT) GLSS (FT) HIGHT OF GLSS (FT) 1" Glass HORIZONTL SPN (FT) 1" Glass SPN (M) SPN (M) date 3 14 contents ead Load harts (Tubular) page " [4.]. RP HORIZONTL SPN (FT) HORIZONTL SPN (FT)

44 HIGHT OF GLSS (FT) HIGHT OF GLSS (FT) 1/4" Glass /4" Glass HORIZONTL SPN (FT) SPN (M) SPN (M) 3.62" [91.] 4.488" [114.] 1.772" [4.] RP-1788 = 1/4 POINT LOING = 1/8 POINT loing ead Load harts (Tubular) HIGHT OF GLSS (FT) HIGHT OF GLSS (FT) 1" Glass " Glass HORIZONTL SPN (FT) SPN (M) SPN (M) date 3 14 contents ead Load harts (Tubular) page " [4.]. RP HORIZONTL SPN (FT) HORIZONTL SPN (FT)

45 HIGHT OF GLSS (FT) HIGHT OF GLSS (FT) 1/4" Glass HORIZONTL SPN (FT) 1/4" Glass SPN (M) SPN (M).374" [136.] RP-179 = 1/4 POINT LOING = 1/8 POINT loing.846" [148.] 1.772" [4.] ead Load harts (Tubular) HIGHT OF GLSS (FT) HIGHT OF GLSS (FT) 1" Glass HORIZONTL SPN (FT) 1" Glass SPN (M) SPN (M) date 3 14 contents ead Load harts (Tubular) page " [4.]. RP HORIZONTL SPN (FT) HORIZONTL SPN (FT)

46 IMNSION Mullion WITH HRT LGN: 1. Select the row based on dimension column. This is the exterior weather joint between the lites of glass, the width is either 12 mm or 19 mm 2. To determine the sealant contact width, move to the right across the selected row to column (sealant contact width) 3. To determine the maximum wind load in psf follow this row further to the right until you reach the appropriate narrowest glass dimension column (top row) a. Note: to determine the narrowest glass dimension, use narrowest dimension of either glass width or height, rounded up to the nearest foot XMPL: xterior Weather Joint WITH Gasket Tape WITH Total + Sealant ontact WITH 1. For 4 mm mullion width system, select the 19 mm weather joint width (column, row 2) 2. Follow row to sealant contact bond width column (9. mm/ /16 ) 3. The largest lite on the project is 68 x 12. The narrowest measurement is 68, round up to 72 (6 ) 4. ontinue across the row to the right and look up to the narrowest glass dimension in feet until you get to the 6 column. 28 psf is the maximum wind load Silicone Glazing harts NRROWST GLass IMNSION IN FT (Top Line of hart) mm 12 mm 4 mm mm / 1/ mm 19 mm 4 mm mm / / MXIMUM WIN LO IN PSF (Values in Table) GLSS LIT: NRROW IM. [2.2mm] WI IM. date 3 14 contents Silicone Glazing harts page 42 NOT: chart and detail show possible configurations, exact conditions can vary project by project. ontact tgp or sealant manufacturer for specific questions about a given set of conditions or project. 1 SILION GLZING TIL T 4 mm SYSTM

47 Thermal Transmittance 1 (btu/hr + ft 2 + F) Glass U-Factor 3 Overall U-Factor 2 Stainless Steel over ap luminum over ap Thermal harts NOT: For glass values that are not listed, linear interpolation is permitted. 1. U-Factors are determined in accordance with NFR Glass properties are based on center of glass values and are obtained from your glass supplier. 3. Overall U-Factor is based on the standard NFR specimen size of matrix 2 mm wide by 2 mm high (78-3/4 by 78-3/4 ). date 3 14 contents Thermal harts page