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ONE. BY WOOD .. <br />SUCK BY OTHER <br />CAULK BETWEEN WINDa7V <br />FLANGE & WOOD BUCK <br />1 <br />14' <br />MIMETER CAULK <br />BY OTHER — <br />WMI TRUE— <br />EXTERIOR <br />FLANGE: <br />SM6.L0OW <br />PERIMETER <br />BY OTHER <br />i <br />PRE CAST SILL <br />BY OTF£RS - 7 . <br />:SECTION 1 <br />SHIM AS -REQ'0 <br />(SEE NOTES) <br />FINSTALLATION ANCHOR. <br />CAULK BET1A£EId <br />W0(0 BUCK !I1 <br />MASObJR`/ OPEtJiNG <br />BY OTHEf2S <br />I <br />a <br />BUCK <br />HEIGHT <br />SUCK WIDTH <br />FLANGE: TYPE <br />VMDOW FRAME —` <br />JAMB <br />PERIMETER CAULK <br />BY OTHERS <br />WINDOW WIDTH <br />EXTERIOR <br />ONE BY. WOOD <br />BUCK BY OTHER <br />SHIM AS REQ'0. <br />hA (SEE NoTEs) <br />U <br />LINSTALLATION <br />Q ANCHOR <br />CAULK, BETWEEN <br />WOOD BUCI( h <br />MASONRY OPENING <br />BY OTHERS <br />CAULK BETWEEN <br />WINDOW FLANGE <br />WOOD BUCK <br />SECTION 2 <br />WINDOW <br />WDH. <br />A i C <br />1MNDOW -- <br />HGT. <br />F G <br />H tt <br />L. <br />gm& -NOTEB <br />14 SWIM , AS REQ D; AT EACH INStMI A.T1ON ANCHOR WITH LOAD BEARING SHIM; MAX: <br />ALLO""LE SHDd STACK,TO <br />2 WINDQIN Ff2AtilE ,MATERIAL ALUMINUM ALLOY 6063 <br />3 'CAtJtJ� BEHIND tMNDQW FLA1�Gf d41 HEAP 'AND IAFABSfStL MUST BE <br />ATTACHE0 TQ THE SUBSTRATE Y1TTH VULKEM 11B ADHESdYE CAULK OR APPROVED EQUAL <br />A) APPLICATfOtN QF VULKIM tt& AOt FE9IVE. f;/IUI K AT FRAME SILL MUST CWPLY WITH SEALANT <br />MANUFAC _'S RECOMMENDATION. <br />5) CAULK FOFt PERIMETER SEAL ARQUND EXTERIOR OF WIINlIOW FLANGE <br />6) GLASS THICKNESS>MAY VARY PER THE REQUIREMENTS OF ASTM E1300 CLASS CHART <br />SINGLE GLASS IS SHOWN, INSULATING GLASS IS ALSO QUALIFIED. <br />0 <br />ELEVATION <br />VIEWED FROM EXTERIOR <br />COMPARATIVE ANALYSIS <br />& TAPCtNJ ANCHOR LOCATION CHART <br />ASTM E1300 <br />CALL <br />WINDOW <br />DESIGN PRESSURE <br />TAPCON ANCTKiR LOCATION <br />130 11141, <br />SIZE <br />SIZE (INCHE'S) <br />CAPACITY IN PSF <br />LOCATIONS <br />mw <br />GLASS SZ$ <br />DP LOAD <br />*WMQE <br />HEM <br />JAMUS <br />12 <br />19 1/.B -x'26 <br />-209 <br />AC <br />F.G.H.1 <br />161/Axt03/4 <br />-80 giS <br />13 <br />19 1/6 x 38 3/8 <br />1193. <br />AC <br />FC.111 <br />15 t/A f M" <br />-80 -(SSB) <br />14 <br />19 1/5 x 5G 6/8 <br />76s <br />AC <br />F.0 NJ <br />is0123 t/fi <br />-e0 {SSB)) <br />1444 <br />19 1/6 x 54 5/6 <br />-156 <br />A.0 <br />F.G,HJ <br />16 d/6 x 25 t/W <br />-70` (SSS) <br />1.4+5 <br />$9 1/a x.56 5/8 <br />--147 <br />AC <br />F:G,H.1 <br />16NAxt5vo <br />-70-. (SSS) I <br />15 <br />10 1 /8 x 63 <br />-132 <br />AC <br />O E ! ;G H 1 <br />16't/A 1291/4 <br />-55 4WO) <br />16 <br />19 1f8 x' 7T <br />_118 <br />AC <br />O E;f.GJi l <br />N I/G / 333A <br />-55 tf� <br />17 <br />19 1184 84 <br />-IG4 <br />A.0 <br />O.E F C.HI <br />161/2 f 39 SA <br />-50" (OW) , <br />IH2 <br />26 1/2 x 2S <br />-136 <br />AC - <br />F G,N.1 <br />231/11 t4 $/4 <br />-80 (SSB)- <br />iN3 <br />26 1j2 x 38 3/8 <br />-109, <br />A.0 <br />F.G,HJ <br />27 Vt 11615/W <br />-so (556) i <br />1N4 <br />-26 1/2 5L1 5/8 <br />-lei <br />A.C, <br />FG.H.I <br />21111 * 231/K- <br />-SO (S$B). <br />1H4+4 <br />26 1/2 x 54 6/8'. <br />-t00 <br />AC <br />F.G.H.1 <br />231/t f 2510 <br />-70: {M <br />1H4+5 <br />26 1/2' x 55 5/8 <br />-100 <br />A:C <br />F.G.HJ <br />231/t 251/10 <br />-70 (SS8) <br />1" <br />26' 1/2 :x. D3 <br />-91 <br />AC <br />FC,HJ <br />231/t x.b IA <br />-55 (SSE) <br />1N6 <br />25 T/2.. x 72 <br />-79:. <br />AC <br />'G.t}J <br />25111 33.V4 <br />-55, (OSS) <br />147 <br />261/2 x 84 <br />66 <br />A.0 <br />F.C,N.t <br />231/2 s 30 3/4 <br />--50 O9H <br />3Ox2 <br />.30 t/2 x-20 <br />-133 <br />AC <br />FG.HJ <br />211111J0 3/4 <br />-80 (S58) <br />3Ox3 <br />30 IA x 38 3/8" <br />-86 <br />A.0 <br />F-c'"A <br />22IJ211A" <br />-55 (SS*) <br />3Ox4 <br />30 1/Z, x: 80 S%8 <br />-78 <br />AC <br />F.G,HJ <br />V 1/t:x 231/Y <br />-50 $SS) , <br />30k4+4: <br />30 1/2 . wits <br />-77 <br />AC <br />Fc,H.t <br />22 i/t r 251/4 <br />-49 01) � <br />30x4 5 <br />30 1/2' x L5 .6/8 <br />-76' <br />A.0 <br />F.G.H.1 <br />27 1/2 x 20i V* <br />-49 (SSS) <br />30*5 <br />30 1/2 r, 63; <br />-76 <br />AC <br />F.G:H.1 <br />23112 i 217/4, <br />-50 (OSI3) <br />304 <br />30 1%Z s72; <br />-71 <br />AC <br />F.GMJ <br />V 1A 133 3A <br />-50 (OS8) 1 <br />3Ox7 <br />30-1 x <br />-59' <br />AC <br />F-rUX <br />221/2.3f13/4 <br />-49 (OSS) <br />22 <br />37 % 26 <br />-89 <br />A;c <br />F.G H.1 <br />x i 10 3/4 <br />-8D (Sse) i <br />23 <br />37 X 38 3/6 <br />-4 <br />Ax <br />F.G.HA <br />34116I5/16 <br />-55 (Sw) i <br />24 <br />37 X 50 5/4 <br />-57 <br />kc <br />F.G.H.I <br />34 c 231Jf0 <br />-50 ) <br />9444 <br />37 X 54 5%D <br />-55 <br />AC <br />F;C.H,I <br />34.25 1/15 <br />-49 m <br />24+5 <br />3i X 55 -�/6 <br />-55 <br />AC <br />F,G,HJ <br />341251/6 <br />-4.9 (SSS) <br />25 <br />37 X H3 <br />-53 <br />A;C <br />F.G.M.1 <br />34i 29 t/4 <br />-50 ) <br />26 <br />31 X. 12 <br />-52 <br />A.0 <br />F.G.HJ <br />34 4331/4 <br />-50 (OSS) <br />27 <br />37 X 84 <br />-52' <br />A.0 <br />F.G.N.! <br />34 s.31.3f4. <br />-44 <br />4226- <br />42 X 26' _ . <br />-49- <br />AC <br />F.C,HJ <br />3 f 10 3/4 <br />-6D (SSS) ; <br />4238 <br />42 X 38:3/8. <br />_40 <br />AC <br />F.C.H.I <br />N f W S/% <br />-55 (SSb) i <br />4250 <br />42 X 50 5/8 <br />—40 <br />A.0 <br />F,G Hd <br />3123 t%16 <br />-SO (558) <br />424+4 <br />42 X 54 5/8 <br />-40 <br />AC <br />F M <br />3 e 251/16 <br />-4g <br />424+S <br />�42 X 655 5/5 <br />-40. <br />AC <br />t=.C.HJ <br />3125 9/1i <br />-49 (S58) ! <br />4263 <br />42.X V3 <br />_40: <br />A.0 <br />FG.HJ <br />3129 (/4 <br />-50 (D58) ' <br />4272 <br />jI 42 X 72 <br />-40 <br />AC <br />F.G.HJ <br />3/1333/4 <br />_50: (9S8) 1 <br />42U <br />I 42.X 84 <br />40 <br />A.0 <br />F.QH.1 <br />a t 39 3/4 <br />-40 (1758) I <br />4826 <br />464 26 <br />-4$ <br />AC <br />F.G.HJ <br />451103/4 <br />-65 (SSb) <br />4" <br />48 X 38"3/4 <br />-40 <br />AC <br />F.C.HJ <br />45 [ %AA6 <br />-50 (OW) <br />4850 <br />48 X 50 5/8 <br />-40 <br />AC <br />F.C.H.{ <br />4i x 231/f6 <br />-56 (3/161 <br />A484+4 <br />48 X 545/1l <br />-40 <br />A.0 <br />F.G.MJ <br />6 s 251/16 <br />-50. (1/167 <br />48445 <br />46 % 35 5/6 <br />_ fg <br />AC <br />FC.HJ <br />40125 //K <br />-50 of-ir) <br />4863 <br />48. x 03 <br />: 40. <br />A.0 <br />F G H:1 <br />4S f 29: t/4 <br />-45 (3/167 <br />487Z <br />46 X 72 <br />-40 <br />A.0 <br />F G HJ <br />46 331A <br />-45 " 3 6 <br />32 <br />53. 1/15 i 25 <br />-40 <br />AC, <br />F.C:ii.l <br />S to i 10 3/4, <br />-65 (=') I <br />33 <br />33 f]$ x 383�0 <br />-40 <br />AC <br />F.G,HJ <br />501(Ax1015/U <br />56. (098). i <br />34 - <br />SS 1/8.x 50 AA <br />-40: <br />AC <br />F.G.N <br />50 IA x 71)At <br />50, "(3/t417 <br />34+4 <br />53 t/e s 54 S/ <br />-40 <br />AC_ <br />F.G.HJ <br />A2'lA x 2S VN <br />511: (3/t67 <br />34,+5 <br />63 1 a,;- 'r;F,'Sl8 <br />4g" <br />AC <br />F O.H,I <br />5Yy/A <br />3C <br />53 f/8 X 43,; <br />-af1 <br />A.0 <br />FG.MI <br />dD1J1M2!'1,4 <br />--45 <br />36 <br />53 f%t3..Y hz: <br />-40 <br />AC <br />F4.H.i- <br />9bIAi333/4' <br />-46-k3L76�i <br />OF <br />2} 1N51A13.AilOfRt.., Dow, lR�OW IN +� OR MASONRY OPENING USE 3 Is, Olk <br />At4CtxXV tJ91E3M 3'0 PRovi)E um EiiemAO1T iNtiS SUBSINAtE <br />AT;: 110NS'l5103141�11"Ct1N47, '.. <br />WF 0047 *NDOW'92E It -NOT IN MICHIC0 tHAIM 115E ANCHOR'OUAN11T1' ]UM <br />Yf134 Nw, UVi"-Va.:;fi1R`7ii mPftwiw47E,0ESICNPRESSURE Itarm <br />ef. <br />Ion 12. c.>b► Al • tao1114w D(- 73M-?A &9 ovit-oAkm i1; 73ilt <br />ASSEMBLY DRAWING <br />SERIS 1450/1550/1570 SINGLE ► UNG 1W'ODOW <br />Mm. cmmo ' <br />AR iP N/A <br />;T! <br />5� W <br />r W <br />SHEET NO. <br />W5 <br />