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GENERAL NOTES SERIES 555 LARGE 8 SMALL MISSILE,
<br />IMPACT-RESISTANT,VINYL, REINFORCED OUTSWING
<br />FRENCH DOOR & SIDELITERRANSOM (SLTiTR)
<br />I; MIS PRODUCT NAS BEEN OESCNEO b TESTED TO COIpLv WITH THE REOINMIAPITS OF THE
<br />FLORCA.wl.AOCWE.
<br />2) SHUTTERS ARE NOT REOLRMO WHEN US TO IN MADJI W OURS RUNINS.
<br />3) MATERIALS USED FOR ANCHOR EVALUATIONS WERE SOUTHERN PINE, ASI M OTD CONCRETE
<br />MASONRY UNITS AND CONCRETE WITH NI N. KSI PER ANCHOR TYPE.
<br />4) MASONRY ANCHORS MAYBE USE. INTO WOW AS PER TAB E ,.THIS SHEET ALL W000
<br />AREILS LESS TIIAIA UNIT I TNK)L ME TOM COHAO SkJ O 1X TE KLOO BLCI I%WOOD BUCKS
<br />ARE OPTIONALKRIS WSTNIEDDRECTLY TO SUBSTRATE YAWBUtlLS DEPILYEO AS I%
<br />ARE r17 TIRCM OR GREATER. 1%AND TX B TI.II IwHEN USEOt SHALL BE DESK>IEO TO
<br />PROPERLY TRAISFER LOADS TO THE STRUCTURE. WOOD OESK]i AND NSTKLATION G
<br />THE RESPONSROITv OF THE ENGINEER OR ARCHWECT REC R RECARD.
<br />510 SILL IS TIGHT TO SUBSTRATE. GROUT IS NOT REWIRET. E USED. NOMSIRIW,
<br />NON-WTALLIC GROUT, 34W PSI MIN RDONE BY OTHEWS)IMAX IN" SHIM SPACE FOR GROLM
<br />MUST FULLY SUPPORT THE ENRRE LENGTH OF TIE SAL THAT 6 NOT TI GNTTOTNE SUBSTRATE,
<br />AND TRANSFER SHEARLOAD TO SUBSTRATE. IF SUBSTRATE IS WOOD. TXI FELT PAPER OR
<br />MASTIC i6 REOURE BETWEEN THE GROUT ANO WOW SlRSTRATE.ORi A$ APPROVE08Y THE
<br />MITNOIBTY HAWING (txBSDICT10N. COLRYWO WttH THE FBG.
<br />E) ANCHOR ELM 0- TO BASE WTERIAL SHALL BE BEYOND WALL DRESSING OR STKCO. USE
<br />ANCHORS OF SUFFICIENT LENG!N TO ACHIEVE THE EAWOIAENT SHON ON TARE I. THK
<br />SHEET. NARROW JOINT SEALANT IS USED ON ALL FOUR CORNERS 6 THE FRAME, EMERgR
<br />INSTAL.I - ANCHORS SHO BE SEALED. OVERALL EEKNGFLASNNG STRATEGY F'CR
<br />WATER RESISTANCE O<MSTALLA110N SMALL BE DONE BY OTHER$ AND 68EYOND THE SCOPE
<br />OF THESE INSTRLX'TKKY.
<br />7)SHI41SAREREOVIR ATE iANCHORLODTX WHERETIEPRODUCT6NOTFLUSHTO
<br />TIE SI S. MST B USE SHAE CAPABLE OF ED TO RERRwL ADS AI OMDO. WGODBI y TH D
<br />OTHERS. MUST E SUFFICIENTLY AIK.FCRED TO RESIST LOADS NURSED dN TlEM By THE DOOR,
<br />SR3ELRE OR TRANSOM
<br />A DENEGAGA PRESSURES'
<br />A I WE DESIGN LOADS BASED ON SrRucnRK TEST RFS$URE, FRAME MNLv56 AND
<br />GLASS PER ASTMFIW
<br />IN LO
<br />B. PDS MNE A-ms AN D GLASS
<br />BASED ON WATER TEST PRESSURE, STRUCTURAL TEST PRESSURE.
<br />FRAME ANAIYyS AND OL/SSPER ASTM E131M1 '
<br />BI THE ANCHORADE METHWS SHOWN NAVE BEEN DESIGNED TO RESIST TIE -DADS
<br />CORRESPONIN4D TO THE REOLNREC DESGN PRESSURE. THE 31j STRESS INCREASE HAS NOT
<br />BEEN USED W THE DESIGN OF THIS PRODUCT. THE t 6 LOAT DIJNATCk FACTOR WAS USEO FOR
<br />THE E IA ANCHORS INTO WOOD. ANCHORS TUT COME INTO CONTACT WRH OTHER
<br />CIVILM NATERIALS 9NKL MT HgE0MM50TE Fm&ALOG WFO
<br />CORROSION
<br />RESISTANCE
<br />91 ALL RCIO AND CELLULAR P WWUFACTURED By' S E TRUSQNS. LTD. HAS BEEN
<br />TESTED TO C.OWLY WITH THE FLORIDA BEDWG CODE FOR PLASTICS
<br />I0)SIZES MUSTSEVERIFIEDFORCOMPLIANCEWITHEGRESSREOLINF, WSPERTHERORCA
<br />BUHDINGfADE
<br />I TI REFERENCES TEST gFFORiS Rl-]393. 13A6. 1d01. T403. 14M E Td18
<br />PnplKt
<br />Ste
<br />oPI
<br />:en --It
<br />MWIm
<br />%`
<br />•I -RI Nt
<br />276
<br />DOM
<br />3631r, %'QO
<br />IT.96' X(
<br />i1-10 W1
<br />MITI, TT,
<br />MITI,
<br />1009
<br />SidMlen
<br />47, I11•
<br />N'ro
<br />19M
<br />Troroan
<br />• , 4r
<br />pi
<br />1006. 1007
<br />DOOR
<br />GLAZING DETAILS
<br />I Y1r NOM
<br />GLASS STACK
<br />Y18' LAMn4ATED
<br />GLASS STACK
<br />I,T ANNEALED GLASS
<br />I Ir16'AIRSI, CE
<br />oeP DUI T
<br />• -
<br />BUTACITE PVB
<br />IIA' TEMPERED GLASS B-A-FOGYASS
<br />14 -
<br />I
<br />3
<br />E XTER w
<br />42
<br />i11
<br />GLASS TYPE 1
<br />TY1e•NOM
<br />GLASS STACK `
<br />SIr NANO
<br />GLASS STACK
<br />Ur ANNEA,E.G SS
<br />SB"AIRSPACE
<br />•
<br />DUPONT
<br />SLITACREPVB
<br />1 ANNE.. GIABS
<br />Y t6'TEMFEREDGLASB
<br />•
<br />( I
<br />14
<br />\
<br />\
<br />/
<br />wnss,;TE
<br />3EXTERIOR
<br />�
<br />1
<br />3U:IO.I
<br />:42
<br />41 I
<br />GLASS TYPE 2
<br />OE&ON PRESSURE, MNNG MPACT RATING
<br />VARES. RATED FOR IARRE 6 SMN.L
<br />SFF SHEETSabs ) MU^51 EIMPACT RESISTANCE
<br />G-W
<br />Anow
<br />SMOl.%
<br />Min. Edp
<br />Gl6rtde
<br />I'eWMORIK
<br />mnI
<br />A
<br />WIT Ek. U lt-
<br />LA muNd CMU (ASTM C-W
<br />1'
<br />1-1/4•
<br />CMU. STAR C4q
<br />2-1?
<br />1-1/r
<br />S
<br />W0S
<br />C10 H0 SMSS.S. $MS
<br />40
<br />M101845.5. SMS
<br />P.T. S.Ahem Pole (SG•0.55)
<br />1?
<br />1-y6"
<br />AIIe*-6063-TS'
<br />&IV
<br />0.071T(14 Ge)
<br />SWI,AT
<br />SIN'
<br />O.OW
<br />STaM StW, A863 (y 3T
<br />b/t6'
<br />O.OSY (18 E3e3
<br />WIT ECo UR-
<br />P.T. So~ PM (SG•0.55)
<br />1?
<br />1-318'
<br />GPAA d CCU, NSTM C-00)
<br />2.1?
<br />- 2.1w
<br />Carrels Im. 285 xel
<br />1"
<br />i.3T
<br />1/4* Elm LMrtm
<br />b CMU,(ASTM C 10)
<br />bt?
<br />/-1W
<br />IH2 S1eei EMS (G5)
<br />91241O S.S. SMS
<br />812,64 S S- SUS
<br />P.T. SotbllMn Piro (SEi•0.65)
<br />*IT
<br />1.3ir
<br />• 608347
<br />yT
<br />Mir (M G.)
<br />II"I A3V
<br />SIT
<br />0.06C
<br />SleeIi %4 A653 Gr. 3T
<br />3i6
<br />0.066' JIG
<br />C
<br />1/4' Elm Ut-
<br />P T. SOMtwn Pine (SG-0.56)
<br />1'
<br />I-3JC
<br />Gm led CMU. (AM 040)
<br />2.1?
<br />1.3fe
<br />COIIDIeM (Mn. 265 xei)
<br />11
<br />1-31T
<br />1 W Ek0410 S.S. CnO.Fl..
<br />Cb nete (mIR. 3.35 b)
<br />LkVmtW pAU. ASTM
<br />2-1?
<br />t•1N-
<br />Ur Ek I" S.S. AOW-G"
<br />P.T. Sather Pine (SG•0.55)
<br />Calaele (-. 3.27 AM)
<br />1-i?
<br />1JIC
<br />CMU. (ASTM COO)
<br />r
<br />1-lfr
<br />D
<br />1/1' EkD unaem
<br />CvlaMe (mN. 2. e5 L41)
<br />1M' l7aWt0 S.S. CNM4FieL
<br />Cm 3.35 kC
<br />TWe
<br />W.Aplan
<br />h..
<br />1
<br />1-yW1-.IGIIW T-MIT Air -t,r AP-.OBP PVB-1/6'An
<br />2
<br />'-WITLftr KI rXIT T- SITAR-i/T An-.09V PVS - VC An
<br />D
<br />3
<br />1.Y1G Lale.IG(IWT-WITAir-3fjVAn-.OBO'SO-y18'An
<br />SMBMeb
<br />1
<br />5
<br />1.YIT L4,nI IG YIT T-1?AN-y/6'M-.�0'SG- IT,
<br />'WIT Lari.G 1/6-T-W16'AX-y18'AA- OBO'PVS-y18'A
<br />Tnrlean
<br />e
<br />1-YITLAm-IG(3HTT-Irt" ^A-.OET -yi6'Ap
<br />(StT/1R)
<br />SIDELITE & TRANSOM
<br />GLAZING DETAILS
<br />G,..ASS STALK � 7n6' UMINAPFO
<br />GLASS STACK
<br />11t1 ANNEALEDGLA55
<br />&1r AIRSPACE DUPONT SG
<br />uA'TEMPERED GIASO - Y1r PNNEAREO GLASS
<br />14
<br />3
<br />EXTERIOR
<br />jL� 39'40 42
<br />GLASS TYPE 3
<br />3'16-NON. _
<br />-BE I,_
<br />••. �.. GLASS IT-
<br />AN ALEDG,XSs
<br />9nr ARBPACE DSPDUPUNT
<br />. - OUT— KE
<br />IAr iEMPEWE0 C1A55 • • VWANNEALEOGLASS
<br />\ A96 ME
<br />3 {
<br />FXTERCR
<br />39.40
<br />GLASS TYPE 5
<br />SG = WPONT SE O YOLA',XD OITERLAYER BY E I OUPONT DENEWXYRS b CO.. KRC
<br />GUIDE TO SHEETS.
<br />GENERA, NOTES .......... 1
<br />ELEVATIONS 2
<br />GLAZING OETMLS ..
<br />DESIGN PRESSURES.. -5
<br />SIOEUTE/TRAA, ANCH I -
<br />W STA,LATION..... 68
<br />E%TRVSION PROFIT ES......... 9
<br />CORNERDE IX I... ... ID
<br />HARDWARE DETNLS................ 11
<br />LUYt6' ROM.
<br />5$ST... '
<br />TIIIi'LAMIwTED
<br />GLASS STACK
<br />NIB- ANNEALED GLASS
<br />112 MRSPACE
<br />pp'DUPONi SG
<br />•
<br />3116 TEMPERED GLASS
<br />Y 6 ANNEALED GLASS
<br />14'
<br />I t
<br />3
<br />G,OR39 ia0
<br />:1
<br />41
<br />GLASS TYPE 4
<br />YtNOM
<br />G,A55 STACK
<br />_ ]I16' WYMTED
<br />' GLABO STACK
<br />3r18• ANNEALED OAISS
<br />UYAIRSP- • 0A0'OUPONT
<br />• BUTACITE PAR
<br />3'1l TEMPERED GLASS • Y1. ANNEA,ED iAAss
<br />14 • (
<br />..LANs°ertE
<br />3 i
<br />EN RKR .\
<br />42
<br />41 I
<br />GLASS TYPE 6
<br />3T-Y16'
<br />MAX. SLAB
<br />WIDTH
<br />/
<br />-IT
<br />Wx SLAB
<br />HEIGHT
<br />I_ 1
<br />TYP. DOOR SLAB
<br />A
<br />>
<br />M
<br />Tr UA%.
<br />TIP
<br />OIxw
<br />(IRCE STILES AND WTC
<br />RAILS SHOWN ON SCELITESl
<br />EXAMPLE CONFIGURATIONS
<br />41
<br />�� ]6Y! 36Y! MAX
<br />T6'MAx. KI(T'P. MAX TIP '
<br />X . ,
<br />XX
<br />A : OIX (SHOWN) OR XIO
<br />DINO
<br />40' MA%. GLASS
<br />40" M4x. GlA55
<br />IYADE STNSS Asi r ME) As
<br />SNOwN ON 51DEl1TE5J
<br />AILS OW STXEN NID HIDE
<br />RAILS SMOwN ON SOiEu1E5)
<br />TYPE,OLAE
<br />MAX.G
<br />iYPE5381.
<br />�,. 36'PE.-C
<br />_
<br />3 3N"
<br />TYPES bE
<br />TTPES Sbe,
<br />HORIZONTAL
<br />MxL-
<br />i
<br />1
<br />LENGTH
<br />B6JR'
<br />10H1,'1r
<br />40'
<br />_ TIP _r
<br />TYP .
<br />MAX.
<br />MAx.
<br />1-MULL
<br />d.0
<br />EO
<br />MAX.
<br />1
<br />HEIGHT
<br />E
<br />HEIGHT
<br />1 MALL r'., tf
<br />9
<br />OR WRDTH
<br />OR WIDTH
<br />'...
<br />VERTICAL
<br />N .
<br />LENGTH
<br />ENG
<br />L
<br />-
<br />rtrt
<br />1
<br />1 T
<br />SINGLE O
<br />SINGLE O
<br />ONO (ADDITIONAL MULLED
<br />(VADE STILES KJD YnOE
<br />I -STILES AND NARROW
<br />LITES ALLOWED)
<br />RNLS SINOWNON SIDELITES)
<br />RMLB SRK1NN Ci�SIOELITESi
<br />(WIDESTNES-NARCAN
<br />O/O WITH DIX WITH
<br />RMiS SHOn ON siDgiiTES)
<br />HORIZONTAL HORIZONTAL
<br />MULLION MULLION
<br />(WIDE STILES AMD INARROW STILES
<br />NOTES
<br />1) SINGLE DOORS NAY BE LEFT OR R%'HTNMUEO. WIDE RA655HOYnV ANOSHoINN
<br />2f M'LCNS SHOWN ARE STANDARD t"FRENCH DOOR MALIGNS PER THIS NOA. ON SIDELREb RMTRANO )GIN
<br />31 LULLED CONFIGURATIONS NOT SHOYM WY BE POSBRLE USING WT FUL4JO' TYPES. BEE SEPARATE NW. RRMl50Mj RANSOM)
<br />41 FRENCH DOOR MILLION! IS LN IMO TO IT IN VERTICAL APPLICATIONS AND W N HORIZONTAL <PPLCATa45
<br />E1 NARROW OR WIDE STILES AND RAILS NAY BE MXED WITHIN THE SAME SLT:TR OR MILLED ASSENE LY.
<br />6)A0DI1IONAL. CONFIGURATIONS USING THE I•FRENCH DOOR MI- ARE POSSIBLE. BE THE ABOVE --I AS
<br />A REFERENCE FOR SIM UM TAHONS.
<br />SINGLE DOOR
<br />DOUBLE DOOR
<br />SIDELITE-TO-SIDELITE
<br />SIDELITE-TO-DOOR
<br />_INSTALLATION
<br />INSTALLATION
<br />MULLION INSTALLATION
<br />MULLION INSTALLATION
<br />ux
<br />Lx-x1
<br />G G MIN
<br />O{ 10 OL ETC.)
<br />(XIO, OIX XIX, OjX O( , XIOIX• OIXXIO, ETC]
<br />SEE TABLE 4,
<br />SEE MULLCN CLUSTER
<br />SEE W.Ct4 CLUSTER
<br />4'MA%. .•- -•
<br />4'Mp%. >.
<br />"•.. ASTRAGAL _.
<br />THIS SHEET,
<br />FOR OUANTIT,
<br />OETAILBEL.OW
<br />DETAIL BELOW
<br />1
<br />I
<br />CLUSTER
<br />BEE TABLE 1,If
<br />ATTACHILICDOORS.wp
<br />D4tAX
<br />TYPE
<br />SHUTI FORjS,oEuM
<br />SIDELITESTOTHE
<br />ff
<br />1
<br />_
<br />MAY.
<br />! CENTERED ...
<br />ME INST AB PER
<br />`TINSTRUCTION
<br />TERE
<br />CSETINUb '/ !
<br />• .BETWEEN
<br />AIJCHORS /
<br />'
<br />:
<br />OFTNE RBIVIOIJAL
<br />DOOR OR SIOELRE
<br />BETWEEN
<br />CENTERED
<br />HINGES
<br />SEE
<br />BETWEEN
<br />I HINGES SEE
<br />TABLE 5-
<br />- MULLION
<br />I
<br />NOTEI
<br />CENTERED
<br />tYOf. NOTE I
<br />MAX CErvTEREO
<br />YMM'AL AIVWON
<br />OFSNCF PAE68UIE
<br />LENGTHIN
<br />VERTCAL
<br />APPLICATIONS
<br />BETTWEEN
<br />BETWEEN
<br />1
<br />SE'E
<br />_
<br />T0.0 PSF
<br />HFKES
<br />HINGES
<br />;
<br />NOTE 1
<br />\
<br />(
<br />TEMO
<br />CEI-.
<br />'-( t
<br />90EMTE' DOOR
<br />ANCIOEN
<br />MACANCHORS
<br />-
<br />I ANCHORREWIMMENTS/ I
<br />ANCHOR REOUOENIENTS
<br />ANCHORREWRENENTS
<br />SAME AS HEAD
<br />ANCHORREOUIg -NTS
<br />SAIAEASHEAD
<br />SAME AS HEAD
<br />SAME AS HEAD%
<br />X
<br />XX (USING ASTRAGAL)
<br />-
<br />1'MUILHON
<br />6• ULLIW
<br />TABLE 3
<br />DDaR ixawN PrEeslJnE
<br />•RmeP�eF TIIrf
<br />GI6F TYR 7
<br />xx aPN: A.eal aarr AMlgn R,RNBEd
<br />A II,NbbM
<br />Odor WAIN IRA)
<br />as
<br />�
<br />n
<br />T6
<br />W
<br />a
<br />4
<br />5
<br />s
<br />d 4
<br />MAX
<br />MAN.
<br />i'OC MN ' � r � - -4'O
<br />C. AM4
<br />a'OG a 4'OC.
<br />MN.
<br />t T 1 i
<br />ME TABLE
<br />I t i l
<br />---
<br />SETABLE 8,
<br />EET S SH.
<br />-
<br />INSHUT
<br />B
<br />_-SIDE-)
<br />FOR
<br />ODOIR.
<br />MANO
<br />SIDE-
<br />UTE f' UM
<br />I�
<br />TTTy.SEE
<br />;ABLE T SHEET
<br />OA TYPE
<br />SIDE.
<br />M
<br />--lln�
<br />; AEE • SHEET
<br />IYPC
<br />TRANSOM -TO -DOOR (X/O OR TRANSOM-TO-SIDELITE (0/0)
<br />MULLION ATTACHMENT& INSTALLATION
<br />ATTACH DOORS,
<br />SMI.TES.
<br />TRANSI TO THE
<br />MULLIONASRER
<br />THE INBTMI ON MULiION
<br />OF THE INOMDUK TRMNSON E' HORVa:TK
<br />PROIXKT �. } WLLMX1
<br />(APPLICATIONS
<br />KW ARE
<br />NAXTABLE I DOOR DR "AANCHANcHORS
<br />{TYPE A�DI AT EACH
<br />11ONSNf a MlAL1oN SDEUTE j WLLION EnO.
<br />DEWfN PIEewRE 1
<br />PBf
<br />WLLCN LENGTH
<br />W HORIZONTAL -CATIONS
<br />TARS++an'MAA &v AND BIMRAR
<br />T° 32 M COMAmWG
<br />H.Mrt Pa {al�o �e�oo YN�o ego o %x.oDeLEDa
<br />o ar �ALFc
<br />E FRAKE
<br />&TmI t to A WIDTH OF T
<br />US
<br />Dw T DOUBLE D
<br />WHEN
<br />THS TABLE
<br />WSTRUClCNS
<br />ALL
<br />XPPR N TANCHO RS FOLA O HTS SIX ANO S BE MST BE INSTAL ED ANCHORS. SEE TINSEL SHEET E FOR
<br />A,L MPROVED ANCHORS. FOUR OF THE SIX ANCHORS NUSi BE INSTALLED THRW GII THE HINGES ONE AT EACH
<br />HINGE A-EDIUNT, TE-.e10FLATHODSMSORYI r FLATHEADULTRACOIN FOR EACH RIMETN FR1.
<br />21 FOR A MJLLED UNR, DETERMNE'ME DESNPN PRESSLIRF Of EADR COMPOFEM W THAT COHFKKIRATON FOR
<br />EXAMPLE. pR IW'NO' COwIGW/.11BN THE OP FORT THE OWIt. TIRE MULICNAW THE SCEIrtE MUST EACH BE
<br />DETERLMED THE LOWEST W APPLIED TOT& EIOmE ASSEMBLY.
<br />WrES
<br />SINGLE DOORt WY HE LEFT ND RDH .NC.
<br />21-LIED C SHOWN ARE STANDARD C FRENCH DOOR MULLIONS.
<br />31E LLLEO COTERYNR NTNS NOT BE HMAv BE POSSIBLE UBWGOTHER A%)LIgN LVPES. SEE SEPARATENW.
<br />THE LOWEST COWONENi DP IS TO BE THE OVERALL ABSEA43Lv DP
<br />4) FRENCH DOOR OE STILE IS UMTFOS "Y rN VERTICAL WITHIN
<br />THE IONS AND q' W HORIZONTAL APPLIDTIONS
<br />B) NARROW OR WIDE STILES AND RAILS MAYBE MXED WRHN THE GAME SMELItENW WSOM OR NULLED ASSEMBLY
<br />FORXIMINO IN—
<br />REVISIONS
<br />NO DATE DESCRIPTION
<br />O S
<br />V
<br />e I ''�•` E c
<br />C aD -a E
<br />W
<br />E L z E
<br />Y �
<br />L S C
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<br />T�
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<br />U (6
<br />O
<br />n u�
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<br />m
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<br />E� m
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<br />O ta6 L
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<br />LL
<br />J LJL
<br />)OB NO.
<br />DATE
<br />FBC 2014
<br />DRAWN BY
<br />MANUFACTURE
<br />SHEET NO.
<br />PGT-3
<br />
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