088000 Sf.glazing.agc Glass.update 1

7/25/2019 088000 Sf.glazing.agc Glass.update 1

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Copyright 2014 AIA MasterSpec Professional 06/14

PRODC! MAS!"RSP"C #IC"$S"D %& ARCOM !O A'C '#ASS COMPA$& $OR!(

AM"RICA)

Copyright 2014 *y !he A+erican Instit,te of Architects -AIA.

"cl,siely p,*lishe an istri*,te *y Architect,ral Co+p,ter Serices Inc) -ARCOM. for the AIA

!his Pro,ct MasterSpec Section is license *y ARCOM to A'C 'lass Co+pany $orth A+erica-3#icensee3.)

This Product MasterSpec Section modifies the original MasterSpec text, and does not include the

full content of the original MasterSpec Section.

Reisions +ae to the original MasterSpec tet are +ae solely *y the #icensee an are not enorse *y

or representatie of the opinions of ARCOM or !he A+erican Instit,te of Architects -AIA.) $either AIA

nor ARCOM are lia*le in any ay for s,ch reisions or for the ,se of this Pro,ct MasterSpec Section *y

any en ,ser) A 5,alifie esign professional sho,l reie an eit the oc,+ent to s,it proect

re5,ire+ents)

7or +ore infor+ation contact A'C 'lass Co+pany $orth A+erica 11189 Cicero Dr) S,ite 400Alpharetta 'A :0022; Phone< -===. 2:4>=:=0; ?e*site< ),s)agc)co+; "+ail< info@,s)agc)co+)

7or infor+ation a*o,t MasterSpec contact ARCOM at -=00. 424>90=0 or isit )MasterSpec)co+)

S"C!IO$ 0==000 > '#AI$'

TIPS:

!o ie non>printing Editor's Notesthat proie g,iance for eiting clicB on MasterorBs/Single>7ile7or+atting/!oggle/"itors $otes)

!o rea detailed research, technical information about products and materials, and coordination checlistsclicB on MasterorBs/S,pporting Infor+ation)

Reise this Section *y eleting an inserting tet to +eet Proect>specific re5,ire+ents)

!his Section ,ses the ter+ 3Architect)3 Change this ter+ to +atch that ,se to ientify the esign

professional as efine in the 'eneral an S,pple+entary Conitions)

erify that Section titles reference in this Section are correct for this Proects Specifications; Sectiontitles +ay hae change)

PAR! 1 > '"$"RA#

SC("D#" 0 > SMMAR&

PRODC! DA!A S(""! 0 > Section incl,es D"7I$I!IO$S

Retain ter+-s. re+aining after this Section has *een eite)

PRODC! DA!A S(""! 0 > 'lass Man,fact,rers< 7ir+s that pro,ce pri+ary glass as efine in

reference glaGing p,*lications)

PRODC! DA!A S(""! 1 > 'lass 7a*ricators< 7ir+s that pro,ce the fa*ricate glass

pro,cts) 7a*rication processes incl,e c,tting heat processing ins,lating spanrel

la+inating an other as fa*rication actiities efine in reference glaGing p,*lications)

SC("D#" 2 > COORDI$A!IO$

PRODC! DA!A S(""! 0 > Coorinate glaGing channel i+ensions to proie necessary *ite on glass+ini+,+ ege an face clearances an ae5,ate sealant thicBnesses ith reasona*le tolerances)

SC("D#" : > AC!IO$ S%MI!!A#S

PRODC! DA!A S(""! 0 > Pro,ct Data< 7or each type of pro,ct)

PRODC! DA!A S(""! 1 > S,staina*le Design S,*+ittals

e+itting +aterials)

PRODC! DA!A S(""! 2 > 'lass Sa+ples< 7or each type of glass pro,ct other than clear +onolithic

ision glass; 12 inches-:00 ++.s5,are)

PRODC! DA!A S(""! : > 'laGing Sche,le< #ist glass types an thicBnesses for each siGe opening

an location) se sa+e esignations inicate on Draings)

PRODC! DA!A S(""! 4 > Delegate>Design S,*+ittal< 7or glass inicate to co+ply ith

perfor+ance re5,ire+ents an esign criteria incl,ing analysis ata signe an seale *y the 5,alifie

professional engineer responsi*le for their preparation)

SC("D#" 4 > I$7ORMA!IO$A# S%MI!!A#S

PRODC! DA!A S(""! 0 > Preconstr,ction ahesion an co+pati*ility test report)

'#AI$' 0==000 > 2


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AM"RICA)

SC("D#" 9 > A#I!& ASSRA$C"

PRODC! DA!A S(""! 0 > Sealant !esting Agency ,alifications< An inepenent testing agency

5,alifie accoring to AS!M C 1021 to con,ct the testing inicate)

SC("D#" 6 > PR"CO$S!RC!IO$ !"S!I$'

Retain this article for preconstr,ction testing if ins,lating or la+inate glass is installe ith glaGing

sealants) Ahesion an co+pati*ility testing is essential for ins,lating an la+inate glass an is ,s,ally

one *y sealant +an,fact,rer) !ests re5,ire large n,+*er of Sa+ples an so+e tests re5,ire fo,r eeBs

to co+plete)

PRODC! DA!A S(""! 0 > Preconstr,ction Ahesion an Co+pati*ility !esting< !est each glass

pro,ct tape sealant gasBet glaGing accessory an glass>fra+ing +e+*er for ahesion to an

co+pati*ility ith elasto+eric glaGing sealants)

Retain s,*paragraph *elo if preio,s testing is accepta*le)

0)1 !esting is not re5,ire if ata are s,*+itte *ase on preio,s testing of c,rrent sealant

pro,cts an glaGing +aterials +atching those s,*+itte)

SC("D#" 8 > ?ARRA$!&

?hen arranties are re5,ire erify ith Oners co,nsel that arranties state in this article are not

less than re+eies aaila*le to Oner ,ner preailing local las)

Paragraphs *elo are ea+ples only)

PRODC! DA!A S(""! 0 > Man,fact,rers Special ?arranty for Coate>'lass Pro,cts< Man,fact,rer

agrees to replace coate>glass ,nits that eteriorate ithin specifie arranty perio) Deterioration of

coate glass is efine as efects eelope fro+ nor+al ,se that are not attri*,te to glass *reaBage or to

+aintaining an cleaning coate glass contrary to +an,fact,rers ritten instr,ctions) Defects incl,e

peeling cracBing an other inications of eterioration in coating)

erify aaila*le arranties an arranty perios) Reise s,*paragraph *elo if glass +an,fact,rers insist

on arranty *eginning on ate of +an,fact,re) See "al,ations)

0)1 ?arranty Perio< E$%F JInsert numberK years fro+ ate of S,*stantial Co+pletion)

PRODC! DA!A S(""! 1 > Man,fact,rers Special ?arranty for #a+inate 'lass< Man,fact,rer

agrees to replace la+inate>glass ,nits that eteriorate ithin specifie arranty perio) Deterioration ofla+inate glass is efine as efects eelope fro+ nor+al ,se that are not attri*,te to glass *reaBage

or to +aintaining an cleaning la+inate glass contrary to +an,fact,rers ritten instr,ctions) Defects

incl,e ege separation ela+ination +aterially o*str,cting ision thro,gh glass an *le+ishes

eceeing those alloe *y reference la+inate>glass stanar)



'#AI$' 0==000 > :


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AM"RICA)

1)1 ?arranty Perio< 7ie years fro+ ate of S,*stantial Co+pletion)

PRODC! DA!A S(""! 2 > Man,fact,rers Special ?arranty for Ins,lating 'lass< Man,fact,rer agrees

to replace ins,lating>glass ,nits that eteriorate ithin specifie arranty perio) Deterioration of

ins,lating glass is efine as fail,re of her+etic seal ,ner nor+al ,se that is not attri*,te to glass

*reaBage or to +aintaining an cleaning ins,lating glass contrary to +an,fact,rers ritten instr,ctions)"ience of fail,re is the o*str,ction of ision *y ,st +oist,re or fil+ on interior s,rfaces of glass)



2)1 ?arranty Perio< E$%F JInsert numberK years fro+ ate of S,*stantial Co+pletion)

Possi*ly insert glaGiers arranty coering la*or to replace ins,lating>glass ,nits or as an alternatie a

+aintenance contract that incorporates ,nit prices for replace+ent la*or)

PAR! 2 > PRODC!S

See "iting Instr,ction $o) 1 in the "al,ations for ca,tions a*o,t na+e +an,fact,rers an pro,cts)

7or an eplanation of options an Contractors pro,ct selection proce,res see Section 016000 3Pro,ct

Re5,ire+ents)3

SC("D#" 0 > MA$7AC!R"RS

PRODC! DA!A S(""! 0 > %asis>of>Design Pro,ct< S,*ect to co+pliance ith re5,ire+ents

proie A'C 'lass Co+pany $orth A+erica Inc); &product name or designationor a co+para*le

pro,ct *y one of the folloing P"R7ORMA$C" R"IR"M"$!S

Retain 3Delegate Design3 Paragraph *elo if Contractor is re5,ire to ass,+e responsi*ility for esign)

PRODC! DA!A S(""! 0 > Delegate Design< "ngage a 5,alifie professional engineer as efine in

Section 014000 3,ality Re5,ire+ents3 to esign glaGing)

PRODC! DA!A S(""! 1 > Str,ct,ral Perfor+ance< 'laGing shall ithstan the folloing esign loas

ithin li+its an ,ner conitions inicate eter+ine accoring to the International %,iling Coe anAS!M " 1:00)

1)1 Design ?in Press,res< As inicate on Draings)

Retain 3Design Sno #oas3 S,*paragraph *elo if slope glaGing is epose to sno loas) !he I%C

re5,ires that the flat>roof sno loa *e shon on the Constr,ction Doc,+ents if the gro,n sno loa

ecees 10 l*f/s5) ft) -0)48H B$/s5) +.)

1)2 Design Sno #oas< &Insert design sno! loadE)s indicated on *ra!ingsF)

1): !hicBness of Patterne 'lass< %ase esign of patterne glass on thicBness at thinnest part of the

glass)

3Differential Shaing3 S,*paragraph *elo applies pri+arily to tinte glass *eca,se of its heat>a*sor*ing

property) AS!M " 1:00 an the I%C o not aress this concern)

1)4 Differential Shaing< Design glass to resist ther+al stresses in,ce *y ifferential shaingithin inii,al glass lites)

Retain 3?in*orne>De*ris>I+pact Resistance3 Paragraph *elo if re5,ire *y Proect) !he I%C efines

in*orne e*ris regions) "nhance protection applies to essential facilities) erify re5,ire+ents of

a,thorities haing ,risiction)

PRODC! DA!A S(""! 2 > ?in*orne>De*ris>I+pact Resistance< "terior glaGing shall co+ply ith

EbasicF EenhancedF>protection testing re5,ire+ents in AS!M " 1HH6 for E+ind one $F E+ind one -F

E+ind one F E+ind one /F hen teste accoring to AS!M " 1==6) !est speci+ens shall *e no

s+aller in ith an length than glaGing inicate for ,se on Proect an shall *e installe in sa+e

+anner as glaGing inicate for ,se on Proect)

2)1 #arge>Missile !est< 7or glaGing locate ithin :0 feet-H)1 +.of grae)

2)2 S+all>Missile !est< 7or glaGing locate +ore than :0 feet-H)1 +.a*oe grae)

PRODC! DA!A S(""! : > Safety 'laGing< ?here safety glaGing is inicate proie glaGing that

co+plies ith 16 C7R 1201 Category II)

'#AI$' 0==000 > 9


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PRODC! DA!A S(""! 4 > !her+al an Optical Perfor+ance Properties< Proie glass ith

perfor+ance properties specifie as inicate in +an,fact,rers p,*lishe test ata *ase on proce,res

inicate *elo7actors< Center>of>glaGing al,es accoring to $7RC 100 an *ase on #%#s

?I$DO? 9)2 co+p,ter progra+ epresse as %t,/s5) ft) h eg 7-?/s5) + N.)4)2 Solar (eat>'ain Coefficient an isi*le !rans+ittance< Center>of>glaGing al,es accoring to

$7RC 200 an *ase on #%$#s ?I$DO? 6): co+p,ter progra+)

4): isi*le Reflectance< Center>of>glaGing al,es accoring to $7RC :00)

SC("D#" 2 > '#ASS PRODC!S '"$"RA#

PRODC! DA!A S(""! 0 > 'laGing P,*lications< Co+ply ith p,*lishe reco++enations of glass

pro,ct +an,fact,rers an organiGations *elo ,nless +ore stringent re5,ire+ents are inicate) See

these p,*lications for glaGing ter+s not otherise efine in this Section or in reference stanars)

Retain p,*lications in s,*paragraphs *elo that apply to glass pro,cts specifie)

0)1 'A$A P,*lications< E01aminated 2la"ing 3eference Manual0 and F3'laGing Man,al)3

0)2 AAMA P,*lications< AAMA 'DS'>1 3'lass Design for Slope 'laGing3 an

AAMA !IR A8 3Slope 'laGing ',ielines)3

0): I'MA P,*lication for Slope 'laGing< I'MA !%>:001 3',ielines for Slope 'laGing)3

0)4 I'MA P,*lication for Ins,lating 'lass< SI'MA !M>:000 3$orth A+erican 'laGing

',ielines for Seale Ins,lating 'lass nits for Co++ercial an Resiential se)3

Retain 3Safety 'laGing #a*eling3 Paragraph *elo if applica*le an if la*eling is re5,ire) $ot all

+an,fact,rers participate in thir>party testing progra+s)

PRODC! DA!A S(""! 1 > Safety 'laGing #a*eling< ?here safety glaGing is inicate per+anently+arB glaGing ith certification la*el of Ethe S244F Ethe S244 or another certification agenc#

acceptable to authorities ha5ing 6urisdictionF EorF EmanufacturerF) #a*el shall inicate +an,fact,rers

na+e type of glass thicBness an safety glaGing stanar ith hich glass co+plies)

Delete 3Ins,lating>'lass Certification Progra+3 Paragraph *elo if no ins,lating glass) $ot all

+an,fact,rers participate in progra+; see the I'CC irectory for participants) erify that types of ,nits

re5,ire are certifie)

PRODC! DA!A S(""! 2 > Ins,lating>'lass Certification Progra+< Per+anently +arBe either on

spacers or on at least one co+ponent lite of ,nits ith appropriate certification la*el of I'CC)

PRODC! DA!A S(""! : > !hicBness< ?here glass thicBness is inicate it is a +ini+,+)EPro5ide

glass that complies !ith performance re7uirements and is not less than the thicness indicated.F

PRODC! DA!A S(""! 4 > Strength< ?here anneale float glass is inicate proie anneale floatglass heat>strengthene float glass or f,lly te+pere float glassEas needed to compl# !ith

0Performance 3e7uirements0 )rticleF) ?here heat>strengthene float glass is inicate proie heat>

strengthene float glass or f,lly te+pere float glassEas needed to compl# !ith 0Performance

3e7uirements0 )rticleF) ?here f,lly te+pere float glass is inicate proie f,lly te+pere float

glass)

'#AI$' 0==000 > 6


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AM"RICA)

PRODC! DA!A S(""! 9 > (eat>!reate 7loat 'lass< ?here heat treate float glass is re5,ire or

inicate proie glass in accorance to AS!M C 104=; !ype I; ,ality>:; Class I -clear. ,nless

otherise inicate; of Bin an conition inicate)

Retain first s,*paragraph *elo if orientation of glass is i+portant) See "al,ations) erify that glass

siGes inicate can *e +an,fact,re ith roll ae parallel to *otto+ ege)

9)1 7a*rication Process< %y horiGontal -roller>hearth. process ith roll>ae istortion parallel to

*otto+ ege of glass as installe ,nless otherise inicate)

9)2 7or ,ncoate glass co+ply ith re5,ire+ents for Conition A)

9): 7or coate ision glass co+ply ith re5,ire+ents for Conition C -other coate glass.)

If heat soaBing of f,lly te+pere glass is neee insert re5,ire+ents here)

Coating in first paragraph *elo is aaila*le only on clear float glass an is applie pyrolytically on the

float line) Conse5,ently if a reflectie or lo>e coating is re5,ire -hich o,l *e on the secon

s,rface hich as epose to the +olten tin *ath on the float line. it +,st *e a sp,ttere coating)

PRODC! DA!A S(""! 6 >

SC("D#" : > '#ASS PRODC!S

Retain paragraphs in this article that apply to +onolithic> la+inate> an ins,lating>glass types

specifie)

Retain 3Clear Anneale 7loat 'lass3 Paragraph *elo een if plain clear float glass is not re5,ire; other

paragraphs in this article an in glass types articles epen on *elo for efinition of 3clear float glass)3

PRODC! DA!A S(""! 0 > Clear Anneale 7loat 'lass< AS!M C 10:6 !ype I Class 1 -clear.,ality>:)

Retain option in 3ltraclear 7loat 'lass3 Paragraph *elo if re5,ire for passie solar esign)

PRODC! DA!A S(""! 1 > ltraclear 7loat 'lass< AS!M C 10:6 !ype I Class I -clear. ,ality>:;

an ith isi*le light trans+ission of not less than H1 percentEand solar heat gain coefficient of not less

than %.89F)

PRODC! DA!A S(""! 2 > !inte Anneale 7loat 'lass< AS!M C 10:6 !ype I Class 2 -tinte.

,ality>:)

Retain 37,lly !e+pere 7loat 'lass3 Paragraph *elo een if plain te+pere float glass is not re5,ire;

other paragraphs in this article an glass types articles epen on *elo for efinition of 3f,lly te+pere

float glass)3 Alays retain paragraph if Contractor is responsi*le for eter+ining glass thicBness an

strength)

PRODC! DA!A S(""! : > 7,lly !e+pere 7loat 'lass< AS!M C 104= Nin 7! -f,lly te+pere.

Conition A -,ncoate. ,nless otherise inicate !ype I Class 1 -clear. or Class 2 -tinte. as inicate

,ality>:)

'#AI$' 0==000 > 8


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AM"RICA)

0)1 Constr,ction< #a+inate glass ith Epol#5in#l but#ral interla#erF Eionoplast interla#erF EorF

Ecastinplace and ultra5iolet curedtransparentresin interla#erF to co+ply ith interlayer

+an,fact,rers ritten instr,ctions)

0)2 Interlayer !hicBness< Proie thicBness not less than that inicate an as neee to co+ply

ith re5,ire+ents)

0): Interlayer Color< Clear ,nless otherise inicate)

Retain 3?in*orne>De*ris>I+pact>Resistant #a+inate 'lass3 Paragraph *elo if retaining 3?in*orne>

De*ris>I+pact Resistance3 Paragraph in 3Perfor+ance Re5,ire+ents3 Article)

PRODC! DA!A S(""! 1 > ?in*orne>De*ris>I+pact>Resistant #a+inate 'lass< Co+ply ith

re5,ire+ents specifie a*oe for la+inate glass ecept la+inate glass ithE one ofF the folloing to

co+ply ith interlayer +an,fact,rers ritten instr,ctionsin>place an c,re>transparent>resin interlayer)1)9 Cast>in>place an c,re>transparent>resin interlayer reinforce ith polyethylene terephthalate

fil+)

SC("D#" 9 > I$S#A!I$' '#ASS

PRODC! DA!A S(""! 0 > Ins,lating>'lass nits< 7actory>asse+*le ,nits consisting of seale lites

of glass separate *y a ehyrate interspace 5,alifie accoring to AS!M " 21H0)

0)1 Sealing Syste+< D,al seals)

If retaining a specific spacer +aterial coorinate ith +an,fact,rers an pro,cts)0)2 Spacer< EManufacturer's standard spacer material and constructionF E)luminum !ith mill

or clear anodic finishF E)luminum !ith blac, color anodic finishF E)luminum !ith

bron"e, color anodic finishF E)luminum !ith po!dered metal paint finish in color selected

b# )rchitectF E2al5ani"ed steelF EStainless steelF EPol#prop#leneco5ered stainless steel in

color selected b# )rchitectF EThermall# broen aluminumF ENonmetallic laminateF

ENonmetallic tubeF &Insert material)

SC("D#" 6 > '#AI$' S"A#A$!S

PRODC! DA!A S(""! 0 > 'eneralglass ,nits an glaGing channel s,*strates ,ner conitions

of serice an application as e+onstrate *y sealant +an,fact,rer *ase on testing an fieleperience)

0)2 S,ita*ility< Co+ply ith sealant an glass +an,fact,rers ritten instr,ctions for selecting

glaGing sealants s,ita*le for applications inicate an for conitions eisting at ti+e of

installation)

'#AI$' 0==000 > H


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AM"RICA)

S,*paragraph *elo applies to #""D 200H $C CI an CS; #""D 4; IgCC; AS(RA" 1=H)1; an

'reen 'lo*es)

0): Sealant shall hae a OC content of 290 g/# or less)

S,*paragraph *elo applies to #""D 200H for Schools Creit I" 4)1)

0)4 Sealant shall co+ply ith the testing an pro,ct re5,ire+ents of the California Depart+ent ofP,*lic (ealths 3Stanar Metho for the !esting an "al,ation of olatile Organic Che+ical

"+issions fro+ Inoor So,rces sing "niron+ental Cha+*ers)3

0)9 Colors of "pose 'laGing Sealants< E)s indicated b# manufacturer's designationsF EMatch

)rchitect's samplesF E)s selected b# )rchitect from manufacturer's full rangeF)

Retain one or +ore of fo,r 3'laGing Sealant3 paragraphs *elo) If retaining +ore than one retain

3Applications3 s,*paragraphs)

PRODC! DA!A S(""! 1 > 'laGing Sealant< $e,tral>c,ring silicone glaGing sealant co+plying ith

AS!M C H20 !ype S 'rae $S Class 100/90 se $!)

1)1 Man,fact,rers< S,*ect to co+pliance ith re5,ire+ents proie pro,cts *y one of thefolloingc,ring silicone glaGing sealant co+plying ith

AS!M C H20 !ype S 'rae $S Class 90 se $!)

2)1 Man,fact,rers< S,*ect to co+pliance ith re5,ire+ents proie pro,cts *y one of the

folloingConstr,ction Syste+s)

%) Do Corning Corporation)

C) '" Constr,ction Sealants; Mo+entie Perfor+ance Materials Inc)

D) May $ational Associates Inc); a s,*siiary of SiBa Corporation)

") Pecora Corporation)

7) Poly+eric Syste+s Inc)') SiBa Corporation)

() !re+co Incorporate)

I) JInsert manufacturer's nameK)

2)2 Applications< &*escribe t#pes of gla"ing applications !here this sealant is re7uired)

PRODC! DA!A S(""! : > 'laGing Sealant< $e,tral>c,ring silicone glaGing sealant co+plying ith


'#AI$' 0==000 > 10


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AM"RICA)

:)1 Man,fact,rers< S,*ect to co+pliance ith re5,ire+ents proie pro,cts *y one of the

folloingc,ring silicone glaGing sealant co+plying ith


4)1 Man,fact,rers< S,*ect to co+pliance ith re5,ire+ents proie pro,cts *y one of the

folloingConstr,ction Syste+s)

%) %ostiB Inc)

C) Do Corning Corporation)

D) '" Constr,ction Sealants; Mo+entie Perfor+ance Materials Inc)

") May $ational Associates Inc); a s,*siiary of SiBa Corporation)

7) Pecora Corporation)

') Poly+eric Syste+s Inc)

() Schnee>Morehea Inc) an I!? co+pany)

I) SiBa Corporation)L) !re+co Incorporate)

N) JInsert manufacturer's nameK)

4)2 Applications< &*escribe t#pes of gla"ing applications !here this sealant is re7uired)

SC("D#" 8 > '#AI$' !AP"S

PRODC! DA!A S(""! 0 > %acB>%eing Mastic 'laGing !apes< Prefor+e *,tyl>*ase 100 percent

solis elasto+eric tape; nonstaining an non+igrating in contact ith nonporo,s s,rfaces; ith or itho,t

spacer ro as reco++ene in riting *y tape an glass +an,fact,rers for application inicate; an

co+plying ith AS!M C 12=1 an AAMA =00 for pro,cts inicate *elo*eing tapes fro+ s,*paragraphs *elo) AAMA =04): tape is for less>seere

*acB>*eing an rop>in resiential an light>co++ercial glaGing applications) AAMA =06): tape is for

high>perfor+ance co++ercial glaGing applications inoling contin,o,s press,re fro+ gasBets or

press,re>generating stop esigns) AAMA =08): tape is for co++ercial glaGing applications not inolingcontin,o,s press,re fro+ gasBets an stop esigns)

0)1 AAMA =04): tape here inicate)

'#AI$' 0==000 > 11


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AM"RICA)

0)2 AAMA =06): tape for glaGing applications in hich tape is s,*ect to contin,o,s press,re)

0): AAMA =08): tape for glaGing applications in hich tape is not s,*ect to contin,o,s press,re)

PRODC! DA!A S(""! 1 > "pane Cell,lar 'laGing !apes< Close>cell PC foa+ tapes; factory

coate ith ahesie on *oth s,rfaces; an co+plying ith AAMA =00 for the folloing types MISC"##A$"OS '#AI$' MA!"RIA#S

PRODC! DA!A S(""! 0 > Cleaners Pri+ers an Sealers< !ypes reco++ene *y sealant or gasBet

+an,fact,rer)

PRODC! DA!A S(""! 1 > Setting %locBs< "lasto+eric +aterial ith a Shore !ype A ,ro+eter

harness of =9 pl,s or +in,s 9)

PRODC! DA!A S(""! 2 > Spacers< "lasto+eric *locBs or contin,o,s etr,sions of harness re5,ire

*y glass +an,fact,rer to +aintain glass lites in place for installation inicate)

PRODC! DA!A S(""! : > "ge %locBs< "lasto+eric +aterial of harness neee to li+it glass lateral

+oe+ent -sie alBing.)

Retain 3Cylinrical 'laGing Sealant %acBing3 Paragraph *elo if applica*le for glaGing channels)

PRODC! DA!A S(""! 4 > Cylinrical 'laGing Sealant %acBing< AS!M C 1::0 !ype O -open>cell

+aterial. of siGe an ensity to control glaGing sealant epth an otherise pro,ce opti+,+ glaGing

sealant perfor+ance)

PAR! : > ""C!IO$

SC("D#" 0 > '#AI$' '"$"RA#

PRODC! DA!A S(""! 0 > Co+ply ith co+*ine ritten instr,ctions of +an,fact,rers of glasssealants gasBets an other glaGing +aterials ,nless +ore stringent re5,ire+ents are inicate incl,ing

those in reference glaGing p,*lications)

PRODC! DA!A S(""! 1 > Protect glass eges fro+ a+age ,ring hanling an installation) Re+oe

a+age glass fro+ Proect site an legally ispose of off Proect site) Da+age glass incl,es glass ithege a+age or other i+perfections that hen installe co,l eaBen glass i+pair perfor+ance or

i+pair appearance)

PRODC! DA!A S(""! 2 > Apply pri+ers to oint s,rfaces here re5,ire for ahesion of sealants as

eter+ine *y preconstr,ction testing)

'#AI$' 0==000 > 12


13/35



AM"RICA)

PRODC! DA!A S(""! : > Install setting *locBs in sill ra**ets siGe an locate to co+ply ith

reference glaGing p,*lications ,nless otherise re5,ire *y glass +an,fact,rer) Set *locBs in thin

co,rse of co+pati*le sealant s,ita*le for heel *ea)

PRODC! DA!A S(""! 4 > Do not ecee ege press,res stip,late *y glass +an,fact,rers for

installing glass lites)

PRODC! DA!A S(""! 9 > Proie spacers for glass lites here length pl,s ith is larger than 90

inches-1280 ++.)

PRODC! DA!A S(""! 6 > Proie ege *locBing here inicate or neee to preent glass lites

fro+ +oing sieays in glaGing channel as reco++ene in riting *y glass +an,fact,rer an

accoring to re5,ire+ents in reference glaGing p,*lications)

SC("D#" 1 > !AP" '#AI$'

PRODC! DA!A S(""! 0 > Position tapes on fie stops so that hen co+presse *y glass theirepose eges are fl,sh ith or protr,e slightly a*oe sightline of stops)

PRODC! DA!A S(""! 1 > Install tapes contin,o,sly *,t not necessarily in one contin,o,s length) Do

not stretch tapes to +aBe the+ fit opening)

PRODC! DA!A S(""! 2 > Coer ertical fra+ing oints *y applying tapes to heas an sills first then

to a+*s) Coer horiGontal fra+ing oints *y applying tapes to a+*s then to heas an sills)

PRODC! DA!A S(""! : > Place oints in tapes at corners of opening ith aoining lengths *,tte

together not lappe) Seal oints in tapes ith co+pati*le sealant approe *y tape +an,fact,rer)

Delete first paragraph *elo if not re5,ire or 5,alify *y aing 3here inicate3 an inicate locationson Draings)

PRODC! DA!A S(""! 4 > Apply heel *ea of elasto+eric sealant)

PRODC! DA!A S(""! 9 > Center glass lites in openings on setting *locBs an press fir+ly against

tape *y inserting ense co+pression gasBets for+e an installe to locB in place against faces of

re+oa*le stops) Start gasBet applications at corners an orB toar centers of openings)

Delete paragraph *elo if not applica*le or reise; it ass,+es fie stop is locate on eterior)

PRODC! DA!A S(""! 6 > Apply cap *ea of elasto+eric sealant oer epose ege of tape)

SC("D#" 2 > 'ASN"! '#AI$' -DR&.

PRODC! DA!A S(""! 0 > C,t co+pression gasBets to lengths reco++ene *y gasBet +an,fact,rer

to fit openings eactly ith alloance for stretch ,ring installation)

PRODC! DA!A S(""! 1 > Insert soft co+pression gasBet *eteen glass an fra+e or fie stop so it

is sec,rely in place ith oints +iter c,t an *one together at corners)

'#AI$' 0==000 > 1:


14/35



AM"RICA)

PRODC! DA!A S(""! 2 > Installation ith Drie>in ?ege 'asBets< Center glass lites in openings on

setting *locBs an press fir+ly against soft co+pression gasBet *y inserting ense co+pression gasBets

for+e an installe to locB in place against faces of re+oa*le stops) Start gasBet applications at corners

an orB toar centers of openings) Co+press gasBets to pro,ce a eathertight seal itho,t

eeloping *ening stresses in glass) Seal gasBet oints ith sealant reco++ene *y gasBet

+an,fact,rer)

PRODC! DA!A S(""! : > Installation ith Press,re>'laGing Stops< Center glass lites in openings on

setting *locBs an press fir+ly against soft co+pression gasBet) Install ense co+pression gasBets an

press,re>glaGing stops applying press,re ,nifor+ly to co+pression gasBets) Co+press gasBets to pro,ce

a eathertight seal itho,t eeloping *ening stresses in glass) Seal gasBet oints ith sealant

reco++ene *y gasBet +an,fact,rer)

PRODC! DA!A S(""! 4 > Install gasBets so they protr,e past face of glaGing stops)

SC("D#" : > S"A#A$! '#AI$' -?"!.

PRODC! DA!A S(""! 0 > Install contin,o,s spacers or spacers co+*ine ith cylinrical sealant

*acBing *eteen glass lites an glaGing stops to +aintain glass face clearances an to preent sealantfro+ etr,ing into glass channel an *locBing eep syste+s ,ntil sealants c,re) Sec,re spacers or

spacers an *acBings in place an in position to control epth of installe sealant relatie to ege

clearance for opti+,+ sealant perfor+ance)

PRODC! DA!A S(""! 1 > 7orce sealants into glaGing channels to eli+inate ois an to ens,re

co+plete etting or *on of sealant to glass an channel s,rfaces)

PRODC! DA!A S(""! 2 > !ool epose s,rfaces of sealants to proie a s,*stantial ash aay fro+

glass)

SC("D#" 4 > C#"A$I$' A$D PRO!"C!IO$

PRODC! DA!A S(""! 0 > I++eiately after installation re+oe nonper+anent la*els an clean

s,rfaces)

PRODC! DA!A S(""! 1 > Protect glass fro+ contact ith conta+inating s,*stances res,lting fro+

constr,ction operations) "a+ine glass s,rfaces aacent to or *elo eterior concrete an other +asonry

s,rfaces at fre5,ent interals ,ring constr,ction *,t not less than once a +onth for *,il,p of irt

sc,+ alBaline eposits or stains)

1)1 If espite s,ch protection conta+inating s,*stances o co+e into contact ith glass re+oe

s,*stances i++eiately as reco++ene in riting *y glass +an,fact,rer) Re+oe an replace

glass that cannot *e cleane itho,t a+age to coatings)

PRODC! DA!A S(""! 2 > Re+oe an replace glass that is a+age ,ring constr,ction perio)

'#AI$' 0==000 > 14


15/35



AM"RICA)

SC("D#" 9 > MO$O#I!(IC '#ASS SC("D#"

Monolithic glass refers to glass that is +ae in a single sheet itho,t *eing la+inate)

Copy paragraphs *elo an re>eit for each type of glass re5,ire)

Insert raing esignation) se these esignations on Draings to ientify each glass type)

If thicBness esignations are inicate on Draings or are eter+ine solely *y co+pliance ith

3Perfor+ance Re5,ire+ents3 Article elete 3Mini+,+ !hicBness3 s,*paragraphs)

PRODC! DA!A S(""! 0 > 'lass !ype E21&;F< Clear EannealedF EheatstrengthenedF Efull#

temperedF float glass)

0)1 Mini+,+ !hicBness< E mmF E< mmF E= mmF E$% mmF E$- mmF&Insert thicness

designation)

Retain s,*paragraph *elo if re5,ire; 3f,lly te+pere3 option +,st *e retaine in paragraph a*oe ifsafety glaGing is re5,ire)

0)2 Safety glaGing re5,ire)

PRODC! DA!A S(""! 1 > 'lass !ype E21&;F< ltraclear EannealedF EheatstrengthenedF Efull#


Retain 3%asis>of>Design Pro,ct3 S,*paragraph *elo to re5,ire a specific pro,ct or an approe e5,al

pro,ct fro+ +an,fact,rers liste in 3Man,fact,rers3 Article)

1)1 %asis>of>Design Pro,ct< EA'C 'lass Co+pany $orth A+erica; Nrystal NlearF

1)2 Mini+,+ !hicBness< E mmF E< mmF E= mmF E$% mmF E$- mmF &Insert thicness

designation)

Retain s,*paragraph *elo if re5,ire; 3f,lly te+pere3 option +,st *e retaine in paragraph a*oe if

safety glaGing is re5,ire)

1): Safety glaGing re5,ire)

PRODC! DA!A S(""! 2 > 'lass !ype E21&;F< Sp,ttere Coate #o>"+issiity Clear

ision 'lass)

2)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; EEnerg# Select -8F EEnerg#

Select $F EEnerg# Select =F EEnerg# Select /%F EEnerg# Select 3/-F EEnerg# Select =F)

Consier retaining option in first s,*paragraph *elo if applica*le; option is *ase on AS!M C 1:86)

2)2 Nin< Nin C -coate ision glass.E, except that >ind 4? @coated o5erhead glassA ma# be

used !here the lo!er edge of the glass is more than = feet@$.8 mAabo5e the ad6acent floor

le5el or cannot be approached closer than $% feet@.% mAF)

2): Coating Color< $e,tral

2)4 'lass< Clear float)

2)9 Mini+,+ !hicBness< E= mmF &Insert thicness designation)

'#AI$' 0==000 > 19


16/35



AM"RICA)

PRODC! DA!A S(""! : > 'lass !ype E21&;F< Sp,ttere Coate #o>"+issiity !inte

ision 'lass)

:)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; EEnerg# Select -%F EEnerg#

Select -ind 4? @coated o5erhead glassA ma# be



:): Coating Color< $e,tral

:)4 'lass< !inte float.

:)9 !int Color< EPure 2re#F EPure Bron"eF EMeado! 2reenF ECorest 2reenF&Insert color)

:)6 Mini+,+ !hicBness< E= mmF &Insert thicness designation)

PRODC! DA!A S(""! 4 > 'lass !ype E21&;F< Pyrolytic Coate #o>"+issiity Clear

ision 'lass)

4)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; "nergy Select 8:)

Consier retaining option in first s,*paragraph *elo if applica*le; option is *ase on AS!M C 1:86)4)2 Nin< Nin C -coate ision glass.E, except that >ind 4? @coated o5erhead glassA ma# be




4)4 'lass< Clear float)


PRODC! DA!A S(""! 9 > 'lass !ype E21&;F< Pyrolytic Coate #o>"+issiity !inte

ision 'lass)

9)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica S,nergy)

Consier retaining option in first s,*paragraph *elo if applica*le; option is *ase on AS!M C 1:86)

9)2 Nin< Nin C -coate ision glass.E, except that >ind 4? @coated o5erhead glassA ma# be




9)4 'lass< !inte float)

9)9 !int Color< E2reenF E2re#F E)"urF E*ar BlueF)


PRODC! DA!A S(""! 6 > 'lass !ype E21&;F< !inte EannealedF EheatstrengthenedF Efull#




6)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; Solarshiel)

'#AI$' 0==000 > 16


17/35



AM"RICA)

6)2 !int Color< Solarshiel EPure 2re#F EPure Bron"eF EPure 2reenF EMeado! 2reenF ECorest2reenF EPure BlueF ES# BlueF EMidnight BlueF &Insert color)

6): Mini+,+ !hicBness< E mmF E< mmF E= mmF E$% mmF E$- mmF &Insert thicness

designation)

Insert perfor+ance properties if re5,ire in 3isi*le #ight !rans+ittance3 an 3Solar (eat 'ainCoefficient3 s,*paragraphs *elo to s,it pro,ct-s.)

6)4 isi*le #ight !rans+ittance< &Insert numberpercent +ini+,+)

6)9 Solar (eat 'ain Coefficient< &Insert 5alue+ai+,+)




PRODC! DA!A S(""! 8 > 'lass !ype E21&;F< Cera+ic>coate ision glass; EheatstrengthenedF

Efull# temperedF float glass)

Retain 3%asis>of>Design Pro,ct3 S,*paragraph *elo to re5,ire a specific pro,ct or an approe e5,alpro,ct fro+ +an,fact,rers liste in 3Man,fact,rers3 Article)

A'C 'lass Co+pany $orth A+erica oes not pro,ce silB>screene glass; hoeer A'C 'lass

Co+pany $orth A+ericas glaGing pro,cts +ay *e ,se in the fa*rication of silB>screene glass *y an

A'C 'lass Co+pany $orth A+erica approe fa*ricator)

8)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; JInsert fabricator(s nameD

product name or designationK))

8)2 'lass< E4learF EltraclearF ETintedF float glass)

8): !int Color< Solarshiel EPure 2re#F EPure Bron"eF EPure 2reenF EMeado! 2reenF ECorest

2reenF EPure BlueF ES# BlueF EMidnight BlueF &Insert color)

8)4 Cera+ic Coating Color an Pattern< E)s selected b# )rchitect from manufacturer's fullrangeF EMatch )rchitect(s samplesF JInsert one manufacturer(s color and patterndesignation if matching is re7uiredK JInsert manufacturerD color and pattern

designationK E$F8 inch *ots on $F/ inch 4enters @/%G 4o5erageAF E$F8 inch 1ines on $F/

inch 4enters @ 'lass !ype E21&;F< Reflectie>coate ision glass; EannealedF Eheat

strengthenedF Efull# temperedF float glass)

'#AI$' 0==000 > 18


18/35



AM"RICA)



=)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; EStopsol 4lassicF EStopsolSuperSil5erF EStopsol Sil5er1ightF)

Consier retaining option in 3Nin3 S,*paragraph *elo if applica*le; option is *ase on AS!M C 1:86)

=)2 Nin< Nin C -coate ision glass.E, except that >ind 4? @coated o5erhead glassA ma# be



Pyrolytic coatings +ay *e ,se on either the first or the secon s,rface of +onolithic>glass lites)

Sp,ttere coatings +ay only *e ,se ith +onolithic glass if reco++ene *y +an,fact,rer an then

only on the secon s,rface)

=): Coating !ype< Pyrolytic)

Retain one color fro+ options in 3Coating Color3 S,*paragraph *elo) $ot all sp,ttere>coating colors

are s,ita*le for +onolithic applications an +,st *e on secon s,rface for +onolithic applications)=)4 Coating Color< E4lassic 2oldF ESuperSil5er Pe!terF ESil5er1ight Sil5erF &Insert color)

=)9 'lass< E4learF ETintedF float glass)

Retain one of three Q!int Color s,*paragraphs *elo to correspon ith A'C 'lass Co+pany $orth

A+erica pro,ct selecte in Q%asis>of>Design Pro,ct s,*paragraph a*oe)

=)6 !int Color Stopsol Classic< E4learF E*ar BlueF EBron"eF E2reenF E2re#F)

=)8 !int Color Stopsol S,perSiler< E4learF E2reenF E2re#F E*ar BlueF)

=)= !int Color Stopsol Siler#ight< Pria %l,e)

=)H Mini+,+ !hicBness< E= mmF &Insert thicness designation)

=)10 Coating #ocation< 7irst s,rface)

Insert perfor+ance properties if re5,ire in 3O,toor isi*le Reflectance3 3isi*le #ight!rans+ittance3 an 3Solar (eat 'ain Coefficient3 s,*paragraphs *elo to s,it pro,ct-s.)

=)11 O,toor isi*le Reflectance< &Insert numberpercent +ai+,+)

=)12 isi*le #ight !rans+ittance< &Insert numberpercent +ini+,+)=)1: Solar (eat 'ain Coefficient< &Insert 5alue+ai+,+)



=)14 Safety glaGing re5,ire)

A'C 'lass Co+pany $orth A+erica oes not pro,ce spanrel glass; hoeer A'C 'lass Co+pany

$orth A+ericas glaGing pro,cts +ay *e ,se in the fa*rication of spanrel glass *y an A'C 'lass

Co+pany $orth A+erica approe fa*ricator)

PRODC! DA!A S(""! H > 'lass !ype E21&;F< Cera+ic>coate spanrel glass; Eheat



'#AI$' 0==000 > 1=


19/35



AM"RICA)

H)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; JInsert fabricator(s nameDproduct name or designationK)

H)2 'lass< E4learF EltraclearF ETintedF float glass)

H): !int Color< Solarshiel EPure 2re#F EPure Bron"eF EPure 2reenF EMeado! 2reenF ECorest

2reenF EPure BlueF ES# BlueF EMidnight BlueF&Insert color)

H)4 Coating Color< E)s selected b# )rchitect from manufacturer's full rangeF F E2reenF E2re#FEBlacF E+arm 2re#F E4harcoalF EBron"eF E1a5a Bron"eF EBlueF E*ar 2reenF E+hiteFEPri5ac# 2re#F)

H)9 Mini+,+ !hicBness< E mmF E< mmF E= mmF E$% mmF E$- mmF &Insert thicness

designation)

H)6 Coating #ocation< Secon s,rface)

PRODC! DA!A S(""! 10 > A'C 'lass Co+pany $orth A+erica oes not pro,ce spanrel glass;

hoeer A'C 'lass Co+pany $orth A+ericas glaGing pro,cts +ay *e ,se in the fa*rication of

spanrel glass *y an A'C 'lass Co+pany $orth A+erica approe fa*ricator)'lass !ype E21&;Fcoate spanrel glass; EheatstrengthenedF Efull# temperedF float glass)



product name or designationK10)2 'lass< E4learF EltraclearF ETintedF float glass)

10): !int Color< Solarshiel EPure 2re#F EPure Bron"eF EPure 2reenF EMeado! 2reenF ECorest

2reenF EPure BlueF ES# BlueF EMidnight BlueF&Insert color)

10)4 Coating Color< E)s selected b# )rchitect from manufacturer's full rangeF EFE2reenF E2re#F

EBron"eF E+arm 2re#F EBlacF)

10)9 Mini+,+ !hicBness< E mmF E< mmF E= mmF F$% mmF E$- mmF &Insert thicness

designation)

10)6 Coating #ocation< Secon s,rface)




PRODC! DA!A S(""! 11 > 'lass !ype E21&;F< Reflectie>coate spanrel glass; Eheat




11)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; Stopsol E4lassicFESuperSil5erF ESil5er1ightF&Insert manufacturer's nameD product name or designation)

Pyrolytic coatings +ay *e ,se on either the first or the secon s,rface of +onolithic>glass lites)

Sp,ttere coatings +ay only *e ,se ith +onolithic glass if reco++ene *y +an,fact,rer an then

only on the secon s,rface)

11)2 Coating !ype< Pyrolytic)

'#AI$' 0==000 > 1H


20/35



AM"RICA)


are s,ita*le for +onolithic applications an +,st *e on secon s,rface for +onolithic applications)

11): Coating Color< E4lassic 2oldF ESuperSil5er Pe!terF ESil5er1ight Sil5erF &Insert color)

11)4 'lass< E4learF ETintedF float glass)

Retain one of three 3!int Color3 s,*paragraphs *elo to correspon ith A'C 'lass Co+pany $orthA+erica pro,ct selecte in 3%asis>of>Design Pro,ct3 s,*paragraph a*oe)

11)9 !int Color Stopsol Classic< E4learF E2reenF E2re#F EBron"eF E*ar Blue)

11)6 !int Color Stopsol S,perSiler< E4learF E2reenF E2re#F E*ar BlueF)

11)8 !int Color Stopsol Siler#ight< Pria %l,e)

11)= Mini+,+ !hicBness< E= mmF &Insert thicness designation)

11)H Coating #ocation< ECirstF ESecondF s,rface)

11)10 O,toor isi*le Reflectance< &Insert numberpercent +ai+,+)

Retain s,*paragraph *elo if rea>thro,gh is not controlle *y another +eans) Opacifier *elo can *e

applie only oer reflectie coating; erify aaila*ility ith glass +an,fact,rers)

11)11 7actory apply +an,fact,rers stanar opacifier to coate secon s,rface of lites ith res,lting

pro,cts co+plying ith Specification $o) =H>1>6 in 'A$As 3"ngineering StanarsMan,al3 #AMI$A!"D '#ASS SC("D#"




3Perfor+ance Re5,ire+ents3 Article elete 3Mini+,+ !hicBness of "ach 'lass Ply3 s,*paragraphs)

A'C 'lass Co+pany $orth A+ericas Defener I+pact la+inate glass ith 0)060 or 0)0H0 interlayersproies s+all an large +issile protection an is typically specifie in section 0===9: 3Sec,rity

'laGing3)

PRODC! DA!A S(""! 0 > 'lass !ype E21&;F< Clear la+inate glass ith to plies of EannealedF

EheatstrengthenedF Efull# temperedF Eultraclear annealedF Eultraclear heatstrengthenedF

Eultraclear full# temperedF float glass)



0)1 %asis>of>Design Pro,ct< Clear la+inate glass as fa*ricate *y an A'C 'lass Co+pany $orthA+erica approe 7a*ricator)

0)2 Mini+,+ !hicBness of "ach 'lass Ply< E mmF E< mmF E= mmF E$% mmF E$- mmF E)s

indicatedF &Insert thicness designation)

0): Interlayer !hicBness< E%.%% inch@%.9= mmAF E%.%=% inch@$. 20


21/35



AM"RICA)

PRODC! DA!A S(""! 1 > 'lass !ype E21&;F< !inte la+inate glass ith to plies of EannealedF

EheatstrengthenedF Efull# temperedF float glass ith o,ter ply tinte an inner ply clear)



1)1 %asis>of>Design Pro,ct< !inte la+inate glass as fa*ricate *y an A'C 'lass Co+pany

$orth A+erica approe 7a*ricator)

1)2 !int Color< EPure 2re#F EPure Bron"eF EPure 2reenF EMeado! 2reenF ECorest 2reenF

&Insert color)

1): Mini+,+ !hicBness of "ach 'lass Ply< E mmF E< mmF E= mmF E$% mmF E$- mmF E)s


1)4 Interlayer !hicBness< E%.%% inch@%.9= mmAF E%.%=% inch@$. 'lass !ype E21&;F< Cera+ic>coate la+inate ision glass ith to

plies of EheatstrengthenedF Efull# temperedF float glass)



2)1 %asis>of>Design Pro,ct< Cera+ic>coate la+inate ision glass as fa*ricate *y an A'C

'lass Co+pany $orth A+erica approe 7a*ricator)

2)2 O,ter Ply< E4learF EltraclearF ETintedF float glass)

2): !int Color< EPure 2re#F EPure Bron"eF EPure 2reenF EMeado! 2reenF ECorest 2reenF

&Insert color)

2)4 Inner Ply< E4learF EltraclearF float glass)

2)9 Cera+ic Coating Color an Pattern< E)s selected b# )rchitect from manufacturer's full

rangeF EMatch )rchitect's samplesF &Insert one manufacturer's color and pattern

designation if matching is re7uired &Insert manufacturerD color and pattern

designation)

2)6 Mini+,+ !hicBness of "ach 'lass Ply< E mmF E< mmF E= mmF E$% mmF E$- mmF E)sindicatedF &Insert thicness designation)

2)8 Interlayer !hicBness< E%.%% inch@%.9= mmAF E%.%=% inch@$. 21


22/35



AM"RICA)

Retain s,*paragraph *elo if re5,ire)


Sa+ples for erification or +ocB,ps sho,l *e ,se for la+inate glass that has the coating facing the

plastic interlayer ,e to potential color shift)

PRODC! DA!A S(""! : > 'lass !ype E21&;F< Reflectie>coate la+inate ision glass ith to

plies of EheatstrengthenedF Efull# temperedF float glass ith inner ply clear)



:)1 %asis>of>Design Pro,ct< Reflectie>coate la+inate ision glass as fa*ricate *y an A'C

'lass Co+pany $orth A+erica approe 7a*ricator)

Consier retaining option in 3Nin3 S,*paragraph *elo if applica*le; option is *ase on AS!M C 1:86):)2 Nin< Nin C -coate ision glass.E, except that >ind 4? @coated o5erhead glassA ma# be

used !here the lo!er edge of the glass is more than = feet@$.8 mAabo5e the ad6acent floorle5el or cannot be approached closer than $% feet@.% mAF)

Pyrolytic coatings +ay *e ,se on any s,rface of la+inate glass) Sp,ttere coatings +ay only *e ,se

on the secon or thir s,rface of la+inate glass)

:): Coating !ype< EP#rol#ticF ESputtercoating @5acuum deposition processAF)



:)4 Coating Color< E2oldF EPe!terF ESil5erF &Insert color)

:)9 O,ter Ply< E4learF ETintedF float glass)

:)6 !int Color< EPure 2re#F EPure Bron"eF EPure 2reenF EMeado! 2reenF ECorest

2reenF&Insert color):)8 Mini+,+ !hicBness of "ach 'lass Ply< E mmF E< mmF E= mmF E$% mmF E$- mmF E)s

indicatedF &Insert thicness designation):)= Interlayer !hicBness< E%.%% inch@%.9= mmAF E%.%=% inch@$.Maintenance Coating3 S,*paragraph *elo only ith sp,tter>coate clear float glass anonly after erifying aaila*ility)

:)1: #o>Maintenance Coating< Pyrolytic coating on first s,rface)


:)14 Safety glaGing re5,ire)



'#AI$' 0==000 > 22


23/35



AM"RICA)

PRODC! DA!A S(""! 4 > 'lass !ype E21&;F< #o>">coate la+inate ision glass ith to

plies of clear EannealedF EheatstrengthenedF Efull# temperedF float glass)



4)1 %asis>of>Design Pro,ct< #o>">coate la+inate ision glass as fa*ricate *y an A'C 'lass

Co+pany $orth A+erica approe 7a*ricator)



4): Interlayer !hicBness< E%.%% inch@%.9= mmAF E%.%=% inch@$." Coating< EP#rol#tic on secondF ESputtered on secondF s,rface)

Insert perfor+ance properties if re5,ire in 3isi*le #ight !rans+ittance3 an 3Solar (eat 'ain

Coefficient3 s,*paragraphs *elo to s,it pro,ct-s.)










PRODC! DA!A S(""! 9 > 'lass !ype E21&;F< Reflectie>coate la+inate spanrel glass ith

to plies of EheatstrengthenedF Efull# temperedF float glass ith inner ply clear)




product name or designationK)

Pyrolytic coatings +ay *e ,se on any s,rface of la+inate glass) Sp,ttere coatings +ay only *e ,se

on the secon or thir s,rface of la+inate glass)

9)2 Coating !ype< EP#rol#ticF ESputtercoating @5acuum deposition processAF)

Retain one color fro+ options in 3Coating Color3 S,*paragraph *elo) $ot all sp,ttere>coating colorsare s,ita*le for +onolithic applications an +,st *e on secon s,rface for +onolithic applications)

9): Coating Color< E2oldF EPe!terF ESil5erF &Insert color)

9)4 O,ter Ply< E4learF ETintedF float glass)

9)9 !int Color< EPure 2re#F EPure Bron"eF EPure 2reenF EMeado! 2reenF ECorest 2reenF

&Insert color)



9)8 Interlayer !hicBness< E%.%% inch@%.9= mmAF E%.%=% inch@$. 2:


24/35



AM"RICA)

9)= Coating #ocation< ESecondF EThirdF ECourthF s,rface)

9)H O,toor isi*le Reflectance< &Insert numberpercent +ai+,+)

SC("D#" 8 > I$S#A!I$' '#ASS SC("D#"




3Perfor+ance Re5,ire+ents3 Article elete 3Mini+,+ !hicBness of "ach 'lass #ite3 s,*paragraphs)

PRODC! DA!A S(""! 0 > 'lass !ype E21&;F< Clear ins,lating glass)



0)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; JInsert product name or

designationK)

0)2 Oerall nit !hicBness< E$ inch@-< mmAF E


25/35



AM"RICA)

Insert perfor+ance properties if re5,ire in 3?inter $ightti+e >7actor3 an 3S,++er Dayti+e >

7actor3 s,*paragraphs *elo to s,it pro,ct-s.)

1)8 ?inter $ightti+e >7actor< &Insert 5alue+ai+,+)

1)= S,++er Dayti+e >7actor< &Insert 5alue+ai+,+)

Retain s,*paragraph *elo if re5,ire; 3f,lly te+pere3 option +,st *e retaine in 3O,toor #ite3 anInoor #ite3 s,*paragraphs if safety glaGing is re5,ire)

1)H Safety glaGing re5,ire)

PRODC! DA!A S(""! 2 > 'lass !ype E21&;F< #o>">coate clear ins,lating glass)



2)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; JInsert product name ordesignationK)

2)2 Oerall nit !hicBness< E$ inch@-< mmAF E7actor3 3S,++er Dayti+e >7actor3

3isi*le #ight !rans+ittance3 an 3Solar (eat 'ain Coefficient3 s,*paragraphs *elo to s,it pro,ct-s.)

2)= ?inter $ightti+e >7actor< &Insert 5alue+ai+,+)2)H S,++er Dayti+e >7actor< &Insert 5alue+ai+,+)



Retain s,*paragraph *elo if re5,ire; 3f,lly te+pere3 or 3,ltraclear f,lly te+pere3 option +,st *e

retaine in 3O,toor #ite3 an Inoor #ite3 s,*paragraphs if safety glaGing is re5,ire)


PRODC! DA!A S(""! : > 'lass !ype E21&;F< !inte ins,lating glass)



:)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; JInsert product name or

designationK)

:)2 Oerall nit !hicBness< E$ inch@-< mmAF E


26/35



AM"RICA)

:)9 !int Color< EPure 2re#F EPure Bron"eF EPure 2reenF EMeado! 2reenF ECorest 2reenF

&Insert color)

:)6 Interspace Content< E)irF E)rgonF)

:)8 Inoor #ite< Clear EannealedF EheatstrengthenedF Efull# temperedF float glass)

Insert perfor+ance properties if re5,ire in 3?inter $ightti+e >7actor3 3S,++er Dayti+e >7actor33isi*le #ight !rans+ittance3 an 3Solar (eat 'ain Coefficient3 s,*paragraphs *elo to s,it pro,ct-s.)

:)= ?inter $ightti+e >7actor< &Insert 5alue+ai+,+)

:)H S,++er Dayti+e >7actor< &Insert 5alue+ai+,+)

:)10 isi*le #ight !rans+ittance< &Insert numberpercent +ini+,+)

:)11 Solar (eat 'ain Coefficient< &Insert 5alue+ai+,+)

Retain s,*paragraph *elo if re5,ire; 3f,lly te+pere3 option +,st *e retaine in 3O,toor #ite3 an

Inoor #ite3 s,*paragraphs if safety glaGing is re5,ire)

:)12 Safety glaGing re5,ire)

PRODC! DA!A S(""! 4 > 'lass !ype E21&;F< #o>">coate tinte ins,lating glass)




designationK)

4)2 Oerall nit !hicBness< E$ inch@-< mmAF E" Coating< EP#rol#tic lo!E on second surfaceF EP#rol#tic lo!E on third surfaceF

ESputtered on second surfaceF ESputtered on third surfaceF EP#rol#tic or sputtered on

second or third surfaceF EP#rol#tic lo!E in combination !ith Energ# Select 9 P#rol#tic

lo!E on second and fourth surfacesF E4ombined !ith sputter coated glass on second

surface and p#rol#tic on fourth surface @/ /thSurface Technolog# b# )24AF)

Insert perfor+ance properties if re5,ire in 3?inter $ightti+e >7actor3 3S,++er Dayti+e >7actor3


4)H ?inter $ightti+e >7actor< &Insert 5alue+ai+,+)

4)10 S,++er Dayti+e >7actor< &Insert 5alue+ai+,+)

4)11 isi*le #ight !rans+ittance< &Insert numberpercent +ini+,+)4)12 Solar (eat 'ain Coefficient< &Insert 5alue+ai+,+)



4)1: Safety glaGing re5,ire)

'#AI$' 0==000 > 26


27/35


28/35



AM"RICA)

6)2 Nin< Nin C -coate ision glass.E, except that >ind 4? @coated o5erhead glassA ma# beused !here the lo!er edge of the glass is more than = feet@$.8 mAabo5e the ad6acent floor


Pyrolytic coatings +ay *e ,se on any s,rface of ins,lating glass) Sp,ttere coatings +ay only *e ,se

on the secon or thir s,rface of ins,lating glass)6): Coating !ype< EP#rol#ticF ESputtercoating @5acuum deposition processAF)



6)4 Coating Color< E2oldF EPe!terF ESil5erF &Insert color)

6)9 Oerall nit !hicBness< E$ inch@-< mmAF E" Coating< EP#rol#tic on secondF EP#rol#tic on thirdF ESputtered on secondF ESputtered

on thirdF EP#rol#tic or sputtered on second or thirdF s,rface)

Insert perfor+ance properties if re5,ire in 3O,toor isi*le Reflectance3 3?inter $ightti+e >

7actor3 3S,++er Dayti+e >7actor3 3isi*le #ight !rans+ittance3 an 3Solar (eat 'ain Coefficient3

s,*paragraphs *elo to s,it pro,ct-s.)

6)1: O,toor isi*le Reflectance< &Insert numberpercent +ai+,+)6)14 ?inter $ightti+e >7actor< &Insert 5alue+ai+,+)




Retain 3#o>Maintenance Coating3 S,*paragraph *elo only ith sp,tter>coate clear float glass an

only after erifying aaila*ility)

6)1= #o>Maintenance Coating< Pyrolytic coating on first s,rface)



6)1H Safety glaGing re5,ire)




PRODC! DA!A S(""! 8 > 'lass !ype E21&;F< E4eramicF ESiliconeF>coate ins,lating spanrel

glass)

'#AI$' 0==000 > 2=


29/35



AM"RICA)



8)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; JInsert fabricator(s nameDproduct name or designationK)

8)2 Coating Color< E)s selected b# )rchitect from manufacturer's full rangeF EMatch)rchitect's samplesF &Insert one manufacturer's color designation if matching is

re7uired&Insert manufacturerD color designation)

8): Oerall nit !hicBness< E$ inch@-< mmAF &Insert dimension)

8)4 Mini+,+ !hicBness of "ach 'lass #ite< E mmF E< mmF E= mmF E$% mmF E$- mmF &Insert

thicness designation)

8)9 O,toor #ite< E4learF EltraclearF EannealedF EheatstrengthenedF Efull# temperedF float

glass)

8)6 Interspace Content< E)irF E)rgonF)

Retain 3heat>strengthene3 or 3f,lly te+pere3 option in 3Inoor #ite3 S,*paragraph *elo for cera+ic>

coate ins,lating spanrel glass)

8)8 Inoor #ite< E4learF EltraclearF EannealedF EheatstrengthenedF Efull# temperedF floatglass)

8)= Spanrel Coating #ocation< 7o,rth s,rface)

Insert perfor+ance properties if re5,ire in 3?inter $ightti+e >7actor3 an 3S,++er Dayti+e >7actor3 s,*paragraphs *elo to s,it pro,ct-s.)

8)H ?inter $ightti+e >7actor< &Insert 5alue+ai+,+)





PRODC! DA!A S(""! = > 'lass !ype E21&;F< E4eramicF ESiliconeF>coate lo>" ins,lating

spanrel glass)



=)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; JInsert fabricator(s nameD


=)2 Coating Color< E)s selected b# )rchitect from manufacturer's full rangeF EMatch

)rchitect's samplesF &Insert one manufacturer's color designation if matching is


=): Oerall nit !hicBness< E$ inch@-< mmAF &Insert dimension)=)4 Mini+,+ !hicBness of "ach 'lass #ite< E mmF E< mmF E= mmF E$% mmF E$- mmF &Insert


=)9 O,toor #ite< E)nnealedF EHeatstrengthenedF ECull# temperedF Eltraclear annealedF

Eltraclear heatstrengthenedF Eltraclear full# temperedF float glass)

=)6 Interspace Content< E)irF E)rgonF)

Retain 3heat>strengthene3 or 3f,lly te+pere3 option in 3Inoor #ite3 S,*paragraph *elo for cera+ic>coate lo>" ins,lating spanrel glass)

'#AI$' 0==000 > 2H


30/35



AM"RICA)

=)8 Inoor #ite< E)nnealedF EHeatstrengthenedF ECull# temperedF Eltraclear annealedF

Eltraclear heatstrengthenedF Eltraclear full# temperedF float glass)

=)= #o>" Coating< EP#rol#tic on secondF EP#rol#tic on thirdF ESputtered on secondF ESputtered

on thirdF EP#rol#tic or sputtered on second or thirdF s,rface)

=)H Opa5,e Coating #ocation< 7o,rth s,rface)



=)10 ?inter $ightti+e >7actor< &Insert 5alue+ai+,+)

=)11 S,++er Dayti+e >7actor< &Insert 5alue+ai+,+)




PRODC! DA!A S(""! H > 'lass !ype E21&;F< E4eramiccoatedF ESiliconecoatedF tinte

ins,lating spanrel glass)



H)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; JInsert fabricator(s nameD


H)2 Coating Color< E)s selected b# )rchitect from manufacturer's full rangeF EMatch

)rchitect's samplesF &Insert one manufacturer's color designation if matching is


H): Oerall nit !hicBness< E$ inch@-< mmAF &Insert dimension)

H)4 Mini+,+ !hicBness of "ach 'lass #ite< E mmF E< mmF E= mmF E$% mmF E$- mmF &Insert


H)9 O,toor #ite< !inte EannealedF EheatstrengthenedF Efull# temperedF float glass)H)6 !int Color< EPure 2re#F EPure Bron"eF EPure 2reenF EMeado! 2reenF ECorest 2reenF

&Insert color)

H)8 Interspace Content< E)irF E)rgonF)

Retain 3heat>strengthene3 or 3f,lly te+pere3 option in 3Inoor #ite3 S,*paragraph *elo for cera+ic>

coate tinte ins,lating spanrel glass)

H)= Inoor #ite< Clear EannealedF EheatstrengthenedF Efull# temperedF float glass)

H)H Spanrel Coating #ocation< 7o,rth s,rface)



H)10 ?inter $ightti+e >7actor< &Insert 5alue+ai+,+)H)11 S,++er Dayti+e >7actor< &Insert 5alue+ai+,+)

SC("D#" = > I$S#A!I$'>#AMI$A!"D>'#ASS SC("D#"

'lass types in this article are pri+arily for slope glaGing an glaGing that is re5,ire to *e in*orne>

e*ris>i+pact resistant)

'#AI$' 0==000 > :0


31/35



AM"RICA)




3Perfor+ance Re5,ire+ents3 Article elete 3Mini+,+ !hicBness of O,toor #ite3 an 3Mini+,+!hicBness of "ach 'lass Ply3 s,*paragraphs)

PRODC! DA!A S(""! 0 > 'lass !ype E21&;F< Clear ins,lating la+inate glass)



0)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; JInsert product name ordesignationK)

0)2 Oerall nit !hicBness< E$coate clear ins,lating la+inate glass)




designationK)1)2 Oerall nit !hicBness< E$ :1


32/35



AM"RICA)

1)9 Interspace Content< E)irF E)rgonF)

1)6 Inoor #ite< Clear la+inate glass ith to plies of EannealedF EheatstrengthenedF Efull#


A) Mini+,+ !hicBness of "ach 'lass Ply< E mmF E< mmF E= mmF E$% mmF E$- mmF E)s

indicatedF &Insert thicness designation)%) Interlayer !hicBness< E%.%% inch@%.9= mmAF E%.%=% inch@$." Coating< EP#rol#tic on secondF EP#rol#tic on thirdF ESputtered on secondF ESputtered

on thirdF s,rface)



1)= ?inter $ightti+e >7actor< &Insert 5alue+ai+,+)

1)H S,++er Dayti+e >7actor< &Insert 5alue+ai+,+)





PRODC! DA!A S(""! 2 > 'lass !ype E21&;F< !inte ins,lating la+inate glass)




designationK)

2)2 Oerall nit !hicBness< E$7actor< &Insert 5alue+ai+,+)2)H S,++er Dayti+e >7actor< &Insert 5alue+ai+,+)



'#AI$' 0==000 > :2


33/35



AM"RICA)



PRODC! DA!A S(""! : > 'lass !ype E21&;F< #o>">coate tinte ins,lating la+inate glass)


:)1 %asis>of>Design Pro,ct< A'C 'lass Co+pany $orth A+erica; JInsert product name or

designationK)

:)2 Oerall nit !hicBness< E$" coate tinte EheatstrengthenedF Efull# temperedF float glass)

:)9 !int Color< EPure 2re#F EPure Bron"eF EPure 2reenF EMeado! 2reenF ECorest2reenF&Insert color)

:)6 Interspace Content< E)irF E)rgonF):)8 Inoor #ite< Clear la+inate glass ith to plies of EannealedF EheatstrengthenedF Efull#


A) Mini+,+ !hicBness of "ach 'lass Ply< E mmF E< mmF E= mmF E$% mmF E$- mmF E)s


%) Interlayer !hicBness< E%.%% inch@%.9= mmAF E%.%=% inch@$." Coating< EP#rol#tic on secondF ESputtered on secondF s,rface)



:)H ?inter $ightti+e >7actor< &Insert 5alue+ai+,+):)10 S,++er Dayti+e >7actor< &Insert 5alue+ai+,+)

:)11 isi*le #ight !rans+ittance< &Insert numberpercent +ini+,+)

:)12 Solar (eat 'ain Coefficient< &Insert 5alue+ai+,+)


:)1: Safety glaGing re5,ire)

PRODC! DA!A S(""! 4 > 'lass !ype E21&;F< Reflectie>coate ins,lating la+inate glass)




designationK)

Consier retaining option in 3Nin3 S,*paragraph *elo if applica*le; option is *ase on AS!M C 1:86)4)2 Nin< Nin C -coate ision glass.E, except that >ind 4? @coated o5erhead glassA ma# be



'#AI$' 0==000 > ::


34/35



AM"RICA)

Pyrolytic coatings +ay *e ,se on the first secon or thir s,rface of ins,lating la+inate glass)

Sp,ttere coatings are only ,se on the secon or thir s,rface of ins,lating la+inate glass)

4): Coating !ype< EP#rol#ticF ESputtercoating @5acuum deposition processAF)


are s,ita*le for +onolithic applications an +,st *e on secon s,rface for +onolithic applications)4)4 Coating Color< E2oldF EPe!terF ESil5erF &Insert color)

4)9 Oerall nit !hicBness< E$7actor< &Insert 5alue+ai+,+)


4)19 isi*le #ight !rans+ittance< &Insert numberpercent +ini+,+)4)16 Solar (eat 'ain Coefficient< &Insert 5alue+ai+,+)

Retain 3#o>Maintenance Coating3 S,*paragraph *elo only ith sp,tter>coate clear float glass an

only after erifying aaila*ility)4)18 #o>Maintenance Coating< Pyrolytic coating on first s,rface)


4)1= Safety glaGing re5,ire)

PRODC! DA!A S(""! 9 > 'lass !ype J21&;K< Reflectie>coate lo>e ins,lating

la+inate glass)

9)1 Oerall nit !hicBness< E$


35/35



AM"RICA)

A) !hicBness of "ach 'lass Ply< E mmF E< mmF E=.% mmF E$% mmF E$- mmF E)s indicatedF

JInsert thicness designationK)

%) Interlayer !hicBness< E%.%% inch@%.9= mmAF E%.%=% inch@$.e Coating #ocation< EP#rol#tic on secondF EP#rol#tic on thirdF ESputtered on secondF

s,rface)

9)= Reflectie Coating #ocation< ESecondF EThirdF s,rface)9)H ?inter $ightti+e >7actor< JInsert 5alueK +ai+,+)9)10 S,++er Dayti+e >7actor< JInsert 5alueK +ai+,+)

9)11 Solar (eat 'ain Coefficient< JInsert 5alueK +ai+,+)


9)12 Proie safety glaGing la*eling)

"$D O7 S"C!IO$ 0==000

Date post:	28-Feb-2018
Category:	Documents
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088000 Sf.glazing.agc Glass.update 1

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