|
GENERAL NOTES SERIES 555 LARGE 6 SMALL MISSILE.
<br />IMPACT -RESISTANT, VINYL, REINFORCED OUTSWING
<br />FRENCH DOOR B.SIDELITE!(RANSOM (SLT/TR)
<br />11 THIS PRODUCT HAS SEEN DESIGNED & TESTED TO COMPLY LATH THE REOU REMENTS OF THE
<br />iLORIOA BURDNG CODE.
<br />2) SHUTTERS ARE NOT REWIRED VAEN USED IN W,ND BORNE DESgIS REGIONS
<br />11 MATERW-S USED FOR ANCHOR E-UATNDNS HERE SOUTHERN PINE. ASTM CBB CONCRETE
<br />MASONRY UNRS AHD CONCRETE WITH LW MPER ANCHOR TYPE
<br />I) MASONRY ANCHORS MAYBE USED BE WOOD AS PER CABLE t, Tm5 SHEET. ALL WOW
<br />BUCNS LESS THAN 1-I I TNICN ARE TO BE CONSIDERED IX INSTALLATIONS S YVO W DBUCICE
<br />AS
<br />ARE OPTIONALX UNIT IS INSTALLED DNIECTLY TO SLRSTRAIE. NLAW BULNS DEPICTED A52%
<br />µE PROPERLY
<br />}MIENORGREATER. IX µ0TR CTURE, USEDI SHALLBE OESI(RTAL TO
<br />PROPERLY "ISUITEP LOADS TO THE STRUCTURE. YIOO OF
<br />RESIGN AND INSLALLAiION 5
<br />THE RESPONSI80.1TY OF THE ENGINEER W ARCH,TECT O RECORD
<br />$) IF SILL IS TIGYITTO SUBSTRATE. GROUT IS NOT REC I ED. F USED, NON -SHRINK,
<br />NON-METALLIC GROUT, 3400 PSI MIN, IDONE BY OTHERS! (MAX TA' SHM SPACE FM GNOUTI
<br />MUST FULLY SUPPORT THE ENTIRE LENGTH OF THE SRL THAT 5 NOT TIGHT TO THE S'-18STRATE,
<br />AND TRANSFER SHEAR LOM) TO SUBSTRATE, IF SUBSTRATE 5 WOOD 3TM FELT PAPER M
<br />MASTIC 5 REWIRED BETWEEN THE GROUT AND WOOD SUBSRAATE, M AS APPROVED BY THE
<br />AUT.-I HAVING JURIEDN:TION. COMPLYING WITH THE IBC.
<br />&).WCHM EMBEOLENT TO SASE MA11RIAL SHALL SE I DND WALL DRESSMGOR StU .USE
<br />ANCHORS U SUFFUEM LENGTH t0 ACItlEVE ME EMIEDAENT SHOWN W TABLE 1, TH5
<br />SHEET. NARROW .IO,NT SEALANT S USED ON ALL FOUR CORNERS OF THE FRAME. EXTERIOR
<br />IN
<br />STALLATION ANCHORS SHOU:D BE SEALED. OVERALL SEAINGFLA&8NG STRATEGY FOR
<br />WATER RESISTANCE OF INSTALLATION SHALL BE DONE BY OTHERSAIOS BEYOA THE SLOPE
<br />Of THESE N31AUCigNS.
<br />T) SHIMS ANE REWWRED AT EACH ANCHOR LOCATION WHERE THE PRODUCT IS NOT FLUSN TO
<br />THE SUBSTRATE. USE SHIMS CAPABLEO TRANSFERRING D LOADS. WOOD BLICNS. BY
<br />OTHERS. MUST BE SUFFICIENTLY ANCHORED TO RESIST LOADS IMPOSED ON THEM BY THE NOR.
<br />SIDELAEORTRµSOM
<br />8) DESIGN PRESSURE 8)S'
<br />EGATT E DESIGN LOADS BASED ON SIAVG— TEST PRESSURE. FRAME µALY" Alp
<br />GLASS PER AST. E13N
<br />B. POSI W DESIGN LOADS BASEO W WATER TEST PRESSURE. STRUCTURAL TEST RffSSURE.
<br />FRAME ANALYSIS AND CUSS PER AETM ETNO
<br />&I THE ANCHORAGE METH005 SHOWN HAVE BEEN SURE THE TO RESIST THE NACRE AD
<br />CORRESPOND It,
<br />TO THE OF
<br />THIS P ODUCI PRESSURE. THE DURATION
<br />STRESS INCREASE HAS NOT
<br />BEEN USED ILA THE DESIGN OF THIS PRODUCT THE 16 LOAD COW IT FACTOR WAS USED FOR
<br />THE EVALUATION IA ANCHORS INTO WORE ANCHORS THAT CUE INTO CONTACT WITH OTHER
<br />CORROSION
<br />MATERIALS SHALL MEET THE REWMEMEME OF THE FLOBf1A BUXDWG CODE FOR
<br />CORROSIO. RE55TANCE
<br />9)ALLPoGIDANDULLUW PVCMAMAFACTUREDBYVI&WE%TRUSKM3.LTD. NASBEEN
<br />TESTED TO COMPLY WITH THE FLORIDA BUILDING CODE FOR PLASTICS
<br />10) EIZE6 MUSTSE VERWIED FOR COMPLIANCE WITH EGRESS REQUIREMENTS PER THE FLORIDA
<br />BUMNGCAOE
<br />TTIREFERENCES. TEST REPORTSFTl-7393.T .T401. 14 TOW&T418.
<br />RB6Mc4
<br />doe
<br />OP
<br />IGYD4LaNn.
<br />MUSIpI
<br />SET
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<br />1301010. 2T3
<br />pop
<br />W.W
<br />COD
<br />SerM1p
<br />Tran4m
<br />4P. 11 T'
<br />ttt's 10'
<br />+r.10INI
<br />19 V`L ZT5.
<br />1.f0p1
<br />DOOR
<br />GLAZING DETAILS
<br />13r NCM
<br />GLASS STACK ^ r YTP UNVUTED
<br />OiASS WAOI
<br />• 1 r£ANNEALEDGUSS
<br />,IIIFMRSPACE MTDUPONT
<br />r BUTACITE PVB
<br />• R
<br />IV TEWERED GLASS LB -ANNEALED GLASS
<br />14
<br />♦ � Doss w!E
<br />3'
<br />EXTEROR
<br />39 ID
<br />41 ( 1
<br />GLASS TYPE 1
<br />t SB•NOEI _ _
<br />GLASS STACK 61,6-LAMe CXE
<br />CRASS STACK
<br />IVANNEALEDMSS
<br />SB-AIRSPACE • 090-OIMOM
<br />• EUTAOTE PVe
<br />.T TEMPEREDGUSS T!y 4MN[ALEO GARBED
<br />• I
<br />14
<br />♦ ` 7,\�u35 errs
<br />3. 1
<br />E%IERNN
<br />GLASS TYPE 2
<br />DESIGN PRESSURE RATMG a,PACT RA NG
<br />VARIES. R TE KOR LARGE 4SM41
<br />SEE SHEEi54&5 1 MI,.6eE MPACT RESSTANCE
<br />0-0
<br />Ar&-
<br />8416111ra4
<br />WR' EdM
<br />OIIYTIG
<br />ON.
<br />FIROa611111R
<br />A
<br />w16 Ekw UkBiD rI
<br />U"a01Ead = (ANTM CEO)
<br />1'
<br />1-11
<br />LhWWW CMU. (ASTM
<br />2-t17
<br />1-1hr
<br />S
<br />W O Stall sms (GS)
<br />610110S.S. SMS
<br />810189S.S. ISMS
<br />P.T SNHIMwn Per (SG.0.55)
<br />wr
<br />1-W
<br />AIIDALwn. 6063-TS•
<br />Slid'
<br />0.0x1T(14 Ge)
<br />SteaL Aid'
<br />511IT
<br />0.05E
<br />SARI Stud, A653 Gr. 3T
<br />'JTti'
<br />005E (16 GB)
<br />311W E100 t.Br(:d1
<br />P.T. Sp3nam PBr(SG•0,95)
<br />VT
<br />1.3I6'
<br />GHO AW CMU (ASTM CEM
<br />2-VT
<br />Z1W
<br />C-to TAR. 265 kM
<br />1"
<br />_
<br />1-3w
<br />V4-Ell. UN-oT
<br />-A dCMU.(ASTM
<br />2-1IY
<br />1-TIP
<br />912 Steil SMS (G5)
<br />612 470 S.S. SMS
<br />612 1" S.S. SUS
<br />P.T. SNKINem Pkr (SG•0.65)
<br />w16
<br />1-wr
<br />AlwTNMR, GX3-17
<br />wr
<br />0.071T (U G.)
<br />Steel. AW
<br />wE
<br />0.056
<br />S" SIVIL A653 GL 3T
<br />wE
<br />0 DSE id GO)
<br />C
<br />V4' Eft Ilk-
<br />PT Sa1MmPm($W0.56)
<br />V
<br />1-3,6
<br />Glmeed CIBU. (ASTM C40)
<br />2.11T
<br />1-wl'
<br />Cp,Blds (IAR- 205 kai
<br />1'
<br />1-3w
<br />IWE1.0430S.S. Cr*.Fle%
<br />GRtuale(rTN_ 335 kM)
<br />1'
<br />IAl4'
<br />ea CMU, ASTM CAD)
<br />2-177
<br />}114'
<br />114'E-1"S. S. A9V%43ap
<br />P.T. Sptpem Pitr (SC-0.65)
<br />1'
<br />1-w6
<br />Cancrate(m'v13.V kN)
<br />1.112,
<br />11w
<br />LMWW,d CMU, (ASTM C-W
<br />1"
<br />1414"
<br />D
<br />114'Ek»Uff-
<br />C-1mit. OBIT, 2.85 kv)
<br />2-17z'
<br />1-3M"
<br />114" EIc04I0 S.S. "eFIIIX
<br />c BDBm, (OeD, 3.35 kal)
<br />2-Itz'
<br />1-w4"
<br />Tromdp*OR
<br />WMIa
<br />t
<br />{I�e:
<br />1
<br />1a116'L4eTY. IG /ld'T-1;/ B Ak- VEM-.080'PVB-1IEM
<br />2
<br />1-w1E Lan} KS 311E T- SIB' M - 1l6
<br />:
<br />3
<br />1.VIE L.N. 13(VET-6rtE M-w16 M-.OBD'SG-w16M
<br />sw*.&
<br />4
<br />S
<br />1-w16Lemi. ki 16T-NAk-w16AA-DED'6G-wiEM
<br />1416LeAli.IG1TlE T-WTB'Air-wl6 M-OBD"PVB-w16'A
<br />lYarHm
<br />6
<br />1-V16 L-ii.G 16T-ItT Ail -wtd'M-DBP PV5-w/6 An)
<br />ISLT/iit)
<br />SIDELITE & TRANSOM
<br />GLAZING DETAILS
<br />YT6 MOM.
<br />GUSE STACK ' -LAMNATED
<br />1 ' CLASS STACK.
<br />-Y1ff ANNEAlEO GLASS
<br />.11 A -A E • IBXY DUPONT SG
<br />IS" TEMPERED GLASS J ANNEALEDGLASS
<br />11 I• }
<br />♦ j u55 ar=
<br />EXTERIOR '
<br />4 39: d0 42
<br />41
<br />GLASS TYPE 3
<br />GLASS STACK
<br />r
<br />TH6 tAMRUTEO
<br />�- CUSS STALK
<br />3'16 ANNEALED GlAES
<br />B"e .-ACE
<br />09P DUPONT
<br />•
<br />- RUTACITE RYS
<br />•.
<br />Y16 q.NEALEO GI SS
<br />TR- TEMPERED GLASS
<br />1
<br />14
<br />♦
<br />A85 pTE
<br />3
<br />�``,
<br />A
<br />EXTEwoR 4,F-Tl,
<br />A, 39'40 I
<br />�
<br />I
<br />42
<br />GLASS TYPE 5
<br />Na=DUPONt SEMRYOA:; 191NTERLAYER BYE DUPONT DENEMOL ACO.. INC
<br />WIDE 10 SHEETS
<br />GENENAL NOtE3 .I
<br />E.EYATIONS 1
<br />GLAZING DETAILS ..I
<br />DESIGN PRESSURE&. &5
<br />SIDEM1E1Rµ50M ANCHORS„ O-6
<br />INSTALLATION B.&
<br />E%TBUSION PROFILES.. 9
<br />PARTS LIST 10
<br />CORNERDEI-S _.1.
<br />HAFOWAM DETALS ...11
<br />ane• NOM
<br />GLASS STACK ' r
<br />MNATED
<br />GLASA
<br />GLA55 STACK
<br />Y,6'ANEALEGLASS
<br />—AIRSPACE •
<br />OBO' OUPONT SG
<br />•
<br />11, TEMPERED GLA$$ ViTANNEALEDGLASS
<br />1
<br />Tel`
<br />\ j
<br />.AcsertE
<br />3
<br />EXTERIOR
<br />a,39w
<br />i
<br />.?
<br />41;
<br />GLASS TYPE 4
<br />I E, MO",.
<br />'^
<br />r
<br />GLASE STACK
<br />I'IB'LAMNATEO
<br />_
<br />GLAS65TACK
<br />3111ANNEALEO GLASS
<br />I., AIRSPACE
<br />•
<br />09P DUPONT
<br />BUTACITE PVB
<br />YIff TEMPEREDO-An
<br />•- YW ANNEAL. GLASS
<br />T
<br />14'
<br />3,
<br />41
<br />��
<br />r
<br />GLASS TYPE 6
<br />O O
<br />V (wj H 9 o
<br />o2 _Y
<br />O O
<br />Qi iz n
<br />z 0
<br />a
<br />O w
<br />£ Oo
<br />A
<br />U a 2
<br />w 0
<br />0 LL 2
<br />�! az
<br />> O
<br />�(Is
<br />A MALER PE
<br />I bTM
<br />3 . 16-
<br />..�. MAX. SLAB
<br />wIOTH
<br />1
<br />I
<br />B31.
<br />MAX SLAB
<br />HEIGHT
<br />I
<br />TYP.. DOOR SLAB
<br />i" klNt.
<br />I
<br />BE,
<br />NE 'AL, ODOR
<br />CONFIGS)
<br />I
<br />OETAE
<br />MEET a
<br />- •MULL(%21 YP.
<br />OIxxIO
<br />(WIDE ETIa SAND WIDE
<br />RAPS SHOWN ON SIOELITES)
<br />40- MAX. LiAEE
<br />.... -MAX. GLASS
<br />I Pa.PES3&4,
<br />36 .GLASS
<br />`: _ MA% GLASS '
<br />TYPES—
<br />TYPES53&
<br />I
<br />I
<br />B3T18'
<br />,O6-1rT8'
<br />MA .
<br />OLIO
<br />DUD DLO
<br />m•
<br />-
<br />T
<br />OR AMoWDTN
<br />HE
<br />W A1DTH .
<br />R
<br />1A
<br />KK
<br />B
<br />M
<br />(
<br />I
<br />SINGLE O
<br />SINGLE O
<br />(WIDE STILES AND IN10E
<br />RAILSS 01,I-ITFS)
<br />tHARROIIT'STILES µD NARROW
<br />RAIL55HUYIN ON SIDELITESj
<br />NOTES:
<br />1 SNIGLE COO iS MAY RE LEFT OR RIGHT HANDED.
<br />x)MU.LIONS EHOYYN ARE STANIARD V FRENCH DOOR MN.LIOHS PER T. SNOA
<br />lA MULLED WNFtGURATHONS NOT SHOVM MAY BE PoSSIBLE LISPING OTHER NEJI LION TARES. SEE SEOARATE IIDA.
<br />41 FRENCH DOOR MULLHW IE IJMITFD TO BB' W VE0.TICAL MPUCATOHS µD aBT N HgRIZONTAL APPLICATIONS.
<br />51 NARROW OR WOE STALES ANO RAILED MFY BE MUEDYWT)RN THEE SLT,TR OR MLALEO ASEEAMI.Y.
<br />61 ADDITIONAL FORE LIMITATIONS
<br />VEING THE I'FRENCH DOOR MULLION µF P0555LE. UEE THE PBOVfDRAWINGS AS
<br />A REFERENCE FOR SIZE LIMTATIpNE
<br />SINGLE DOOR
<br />DOUBLE DOOR
<br />INSTALLATION
<br />INSTALLATION
<br />LX_)
<br />a•oE.MN..
<br />SEE TABLE 4,
<br />AST.- --
<br />THIS SHEET.
<br />FW MANFITY
<br />CLUSTER .1
<br />SEE TABLE 1.
<br />1 TOR
<br />MAx.
<br />MAXSHmET
<br />I
<br />I CENTERED .�..._
<br />..
<br />CENTERED .1 /
<br />BETWEE.
<br />ANCHORS
<br />BETWEEN
<br />HINGES
<br />CENTERED
<br />BETWEEN
<br />SEE
<br />I .NGEs SEE
<br />NOTE,
<br />,SIDE NOTE
<br />CEAMEREO
<br />BETWEEN
<br />MAX CENTERED
<br />I BETWEEN
<br />SEE
<br />NGES
<br />NMGES
<br />NOTE ,
<br />\
<br />CENTERED
<br />I
<br />-I BETWEEN I
<br />.
<br />1� ff �ANCNORS t� .:
<br />I ANCHORREOUIKWNTSI
<br />I
<br />ANCHOR REOL-w ATE
<br />FAME AS HEAD
<br />SAME AS HEAD
<br />X
<br />XX, (USING ASTRAGAL)
<br />;ABLE J
<br />ODOR OEBIGII PIEYGRF
<br />.It&a PBF LiIAFE TYp,
<br />-MaPBF GWsiTPei
<br />%]t Oe9r: ATtratP1 tlNl4rr A.ANpabRWne
<br />e aa1 A�
<br />DON w In)
<br />g$
<br />I�i
<br />1&
<br />qBO
<br />PI�C
<br />g
<br />gTx¢_
<br />�E
<br />TLC
<br />g IS jr$L
<br />�P �PIYO
<br />BD
<br />4�
<br />4
<br />5
<br />5 4
<br />Tel
<br />6
<br />5
<br />MAX
<br />'•• MAX. r 3d3K 36Y4' tYP y�
<br />t'MULL I -MULL r+ r-• ,"MALL
<br />OIX (SHOWN) OR XIO
<br />OIXIO
<br />(MADES SAWID
<br />- E DE RAILS
<br />(NARROWSTILEE
<br />µDUB
<br />SHQYM ON SIDE+ITES)
<br />Ap
<br />RAAS S.OA N ON SIUEMIES)
<br />NORq AL
<br />r
<br />MW-IOH
<br />'
<br />LENGTH
<br />AO
<br />MAIL
<br />TTP. ,'MULL
<br />AA%
<br />%AL
<br />GMW
<br />OIO (ADDITIONAL MULLED
<br />LITES ALLOWED)
<br />(WINDS SOLES AND iu_
<br />O/O WITH
<br />OM WITH
<br />RAAB SIHOAM 0. SIDELITFS)
<br />HORIZONTAL
<br />HORIZONTAL
<br />MULLION
<br />MULLION
<br />"AGE STALES AND
<br />(NARRONSTa j
<br />WIDE RAAS SHOPM
<br />ONSIDE—
<br />TRANSOM)
<br />ANDNARADW
<br />BNLS&NOVMf I
<br />iRµ50M1
<br />SIDELITE-TO-SIDELITE
<br />SIDELITE-TO-DOOR
<br />MULLION INSTALLATION
<br />MULLION INSTALLATION
<br />(OL IOIO, ETC.)
<br />(XIO. OIX XIX, OjX OI XIQIX, OIXXIO ETC I
<br />SEE MULLION CLUSTER
<br />SEf. MULLION CLUSTER
<br />DETAIL BELOW
<br />DETAIL RELON
<br />AM DOORS AND
<br />SIDE TO THE
<br />I
<br />MULLIONASPERTHEINSTRUCt10T4DOORORSOELOE
<br />jv�.1115U�
<br />5.
<br />BaLENGTHN33Uf1E
<br />98'MAXTABLE
<br />MIALION
<br />VERTICAL
<br />APPLICATIONS
<br />SIDELITE p001t
<br />i
<br />ANCHOR REWNEWH
<br />ANCHORREQUIREMENTE
<br />SAMEµ HEAD
<br />SAME AS HEAD
<br />8' !'MULLION
<br />r
<br />S' r 1'MULLON
<br />r M4Y
<br />MAX
<br />r '�
<br />4'O.C.MN. 6- AOCMN
<br />I—
<br />ME TABLE E
<br />MIN 44-OC. M
<br />MIN ( 1
<br />Mi, TABLE 6.
<br />YHS SHEET,
<br />5 SHEET.
<br />SINE- SIDE-
<br />ORANCHOR
<br />-T1TY SEE
<br />- FORANCHIOR
<br />910E- DON.-WANTTY, ME
<br />L?E Llh
<br />SABLE 1 SHEET
<br />L SABLE I. SHEET
<br />I I.I
<br />OR TYPE
<br />FOR TTPE
<br />TRANSOM -TO -DOOR (X/0) OR TRANSOM-TO-SIDELITE (0/0)
<br />MULLION ATTACHMENT& INSTALLATION
<br />ATTACHDWRS.
<br />SIDEUTES&
<br />TRANSOMSTOTNE
<br />MULL ON A6 PER
<br />THE INSTRUCT-
<br />, -
<br />-MULLION
<br />OF THEINDIWDUA1
<br />PRWIX:T
<br />TRANSOM 6'
<br />MAX I.
<br />HTOBIZONTAL
<br />Ml1LLNXN
<br />___
<br />APPLICATp
<br />ALWAvs
<br />TABLET
<br />MONIDYILL kAA110N1
<br />DOOR, OR
<br />SBELRF --
<br />NRE
<br />Iz)µCHOcrTORs
<br />mry MOi AT EACH
<br />WLIKN EHD
<br />DE3wN PrHBausE
<br />BASF
<br />LENGTH
<br />1. HORIZONTALPPRIOATIOIS
<br />_ _
<br />-AeEIVEMEIN.•--pr�ww4a - pow w.uAw�Ilq---..-.
<br />Dw TpSaeHN Wtln Au
<br />FOD SO
<br />ANDS"
<br />M
<br />a
<br />NG
<br />CONFND
<br />C0
<br />1oig0
<br />�gg p
<br />SY I�U
<br />F0
<br />Em
<br />YuIYO
<br />`c�u
<br />S0
<br />CONTRA
<br />DOUBLE
<br />IaA W
<br />Iiv
<br />,
<br />A
<br />THE FN
<br />2
<br />A
<br />WIDTHf
<br />oouB E
<br />WIENU
<br />1
<br />THSTA
<br />vp•
<br />AR
<br />NGA
<br />NG A
<br />Ia
<br />� D
<br />MG
<br />INSTRUCTIONS.
<br />1 DOOR HINGE JAMBS OF ALL HEIGHTS )O ALWAYS O[ µCHOREO WITH S X ANCHORS. EEE TABLE ,.SHEET 1 FOR
<br />ALL APPROVED ANCHORS FOUR Di' THE SIX ANCHORS MUST BE INSTALLED THROUGH THE HNGES OI'F_ AT EACH
<br />NGE LWATOH (RECOMMENDED a10 FLATHEAD SMSM YTE FLATHEAD ULTRACW FOR EACH HINGE ANCHOR)
<br />2) FOR A MULLED UNIT. DETERMINE THE DESIGN PRESSURE OF EACH COMPONENT N THAT CONFIG,M-1 FOR
<br />EXAAPLE, ON µ -XIO' CONFHGURATWN. THTE DD FOR THE DOOR. THE LlA LION AND THE SIOELRE MJST EILLSABE
<br />DETERMINED. THE LOWEST DP APPLES TO THE ENTFE ASSEMBLY
<br />NOTES.
<br />1 SINGLE - MAY BE LEFT OR RKRTTHIW4DED.
<br />xl 1e1LLION5 SHl6YM ARE sTANDARD 1' FRENCH OOOt MULLIONS.
<br />31 CABLED CLAN MPOINITHONS NOT SNO TH ANY BE POSSIBLE USING OTHER MULLMDN TYPES. SEE SEPARATE NpA.
<br />THE LOWEST COMPONENT IS I T BE THE NFYERT ASSEMBLY OD.
<br />al FRENCH DOOR MULLION 5 DBP TOBET NMInD .HINTMTIONS AND 40-NHR ORAPPLICATONS.
<br />51 NARROW W WIDE STILES µD RAAS MAYBE MIXED A?THIN Tiff SHORT
<br />O SIOELITErtRANS 1, OR NUIIEPA55ENBLv
<br />&FOR SI2EE NOT SHOWN. RW ND UP TO THE NEXT AVAILABLE SHORT OR LONG OE.FN&ON.
<br />W N
<br />> 3
<br />} r p V
<br />gVX"�
<br />o p Z
<br />Z D. z
<br />z O O
<br />a a
<br />R Q j
<br />dU
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<br />JOB NO.
<br />DATE
<br />FBC 2014
<br />DRAWN BY
<br />MANUFACTURE
<br />SHEET NO-
<br />PGT - 3
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