JULY, 2016 E.C Architects - Please contact your Kawneer representative for further assistance.

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1 JULY, 0 E.C. -0 rchitects - Please contact your Kawneer representative for further assistance. Kawneer reserves the right to change configuration without prior notice when deemed necessary for product improvement. entrance, window, and curtain wall products vary widely. Kawneer does not control and assumes no responsibility therefor. LWS ND UILDING ND SFETY CODES GOVERNING THE DESIGN ND USE OF GLZED ENTRNCE, WINDOW, ND CURTIN WLL PRODUCTS VRY WIDELY. KWNEER DOES NOT CONTROL THE SELECTION OF PRODUCT CONFIGURTIONS, OPERTING HRDWRE, OR GLZING MTERILS, ND 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 Kawneer reserves the right to change configurations without prior notice when deemed necessary for product improvement.

2 IsoPort WINDOW JULY, 0 FETURES E.C. -0 Improved condensation resistance and thermal transmittance performance capability Laws and building and safety codes governing the design and use of glazed entrance, window, and curtain wall products vary widely. Kawneer does not control the selection of product configurations, operating hardware, or glazing materials, and assumes no responsibility therefor. Kawneer reserves the right to change configuration without prior notice when deemed necessary for product improvement. Kawneer Company, Inc., 0

3 JULY, 0 E.C. -0 IsoPort WINDOW PICTORIL VIEW

4 IsoPort WINDOW FRMING DETILS JULY, 0 E.C. -0 TYPE MULTI-MODULR STRIP WINDOW OR PUNCHED OPENING Laws and building and safety codes governing the design and use of glazed entrance, window, and curtain wall products vary widely. Kawneer does not control the selection of product configurations, operating hardware, or glazing materials, and assumes no responsibility therefor. JM HED INTERMEDITE HORIZONTL TUULR MULLION MULTI-MODULR COUPLING MULLION Kawneer reserves the right to change configuration without prior notice when deemed necessary for product improvement. Kawneer Company, Inc., 0 SILL

5 JULY, 0 E.C. -0 IsoPort WINDOW MISCELLNEOUS DETILS SCLE: / FULL SIZE 0 INSIDE CORNER 0 OUTSIDE CORNER FORMED LUMINUM SHEET (TYPICL) -0-0 / " "..0 /". - DEFLECTION HED (LLOWS + / (.) MOVEMENT) - " / " 0. /" ".0 RIN SCREEN WINDOW NOTE: UILDING INTERFCE DETILS VRY WIDELY ND RE SIMPLIFIED HERE FOR CLRITY. / " / ".. ".0 / ". 0- IR SEL GSKET -0

6 IsoPort WINDOW THERML TRNSMITTNCE JULY, 0 E.C. -0 For some regions and projects there may be minimum energy efficiency requirements for the building envelope, and its components, including windows. The shading coefficient (SC) and the thermal transmittance (U - value) of the window is then required to determine whether the building design complies with the specified energy requirements. Shading coefficient depends on the glass selected and should be obtained from the glass supplier. The U - value of the window varies with the type of glass and sealed unit edge construction, the window frame, and the relative areas of these components. The window thermal transmittance values (U - values) shown in the chart below are based on CS - 0. "Energy Performance Evaluation of Windows and Sliding Glass Doors". U - values of the center of glass, edge of glass and frame areas were computed using the VISION and FRME thermal simulation programs. Overall window U - values were calculated using the following relationship: U w = (U c c + U e e + U f f )/ w where U w = U-value of complete window product U c = calculated center of glass U-value U e = calculated edge of glass U-value U f = calculated frame U-value c = center of glass area e = edge of glass area f = frame area w = total window area OVERLL WINDOW U-VLUE (U ) w For fixed window configurations as shown with height (h) equal to width (w). and assumes no responsibility therefor. 0.0 RE IN SQURE METRES SELED UNIT GLZING TYPE = mm clear / / " air / mm clear / metal spacer / " = mm clear / air / mm low-e / metal spacer / " C = mm clear / argon / mm low-e / metal spacer / " D = mm clear / argon / mm low-e / Helima thermally broken spacer E = mm clear / / " argon / mm low-e / Helima thermally broken spacer F = mm clear / / " argon / mm low-e / Edgetech Super Spacer - low-e coating emittance = low-e coating emittance = 0.0 h w WINDOW U w IN TU / hr ft F D C E F 0 0 RE IN SQURE FEET NOTES: THE OVE SELED UNIT GLZING OPTIONS RE PRESENTED FOR THE PURPOSES OF ILLUSTRTING THERML PERFORMNCE CPILITIES. FOR WINDOWS WITH HEIGHT NOT EQUL TO WIDTH, WHEN DDING INTERMEDITE VERTICLS OR HORIZONTLS, OR DIFFERENT GLSS INFILL, THE OVERLL WINDOW U - VLUE MY VRY. THE SPECIFIER SHOULD SELECT GLSS TO MEET THE PERFORMNCE REQUIREMENTS OF THE PROJECT. 0 WINDOW U w IN W / m C necessary for product improvement.

7 JULY, 0 E.C. -0 IsoPort WINDOW STRUCTURL LIMITTIONS Calculations are based on CN-S "Strength Design in luminum" in accordance with the National uilding Code of Canada and an allowable deflection of / of mullion span. WITHOUT HORIZONTLS WINDLOD LIMITTIONS -0.0 WITH HORIZONTLS C D E WITHOUT HORIZONTLS C D E ".0 = p.s.f. (0. kpa.) = 0 p.s.f. (0. kpa.) C = p.s.f. (.0 kpa.) D = 0 p.s.f. (. kpa.) E = p.s.f. (. kpa.) " C.0 D E WITH HORIZONTLS C D E DEDLOD LIMITTIONS Intermediate Horizontal Over Ventilator (Maximum Deflection /") Intermediate Horizontal Over Fixed Lite (Maximum Deflection /") Curves are for mm ( " ) sealed units with () mm (/") lites with setting blocks " ( mm) from the ends of the lite. Intermediate Horizontal -0 I = 0. in (0.0 x 0mm ) S = 0. in (0. x 0mm )

8 IsoPort WINDOW LNK PGE JULY, 0 E.C. -0