Bsi bs en 15269 5 2014 + a1 2016

Subje t to the completion of the a pro riate tes or tes s sele ted from those identified in Clause 4 the ex tended a plcation ma cover al or some of the folowing ex amples: — integrity E

in icated in the tex t by tags Tags in icatin chan es to CEN tex t car y

the n mber of the CEN amen ment For ex ample, tex t altered by CEN

amen ment A 1 is in icated by 

T he UK par icipatio in it preparatio w as ent us ed by Tech ical

C mmit e F H/2 , Fire resis ance tes s, to Su commit e F H/2 / 5, Fire

resis ance tes s for d or

A ls of organiz tio s represented o this su commit e can be

o tained o req es to it secretary

T his p blcatio d es n t p rp r to inclu e al the neces ary prov isio s

of a co t act User are resp nsible f or it cor ect ap lcatio

© T e British Stan ards Ins itutio 2 16

P blshed by BSI Stan ards Limited 2 16

A me dme t s/ or r ig nd is u d since publcat ion

31 Octo er 2 16 Implementatio of CEN amen ment A1:2 16

ICS 1 2 0.5 ; 9 060.5 Su er edes EN 1 269-5:2 14

English V er sion

Ap lc tion éten ue des résultat d'es ais en matièr e

de r ésisanc au feu et/ u d'étanchéité à la fumé des

blo s-pores, blo s-fermetures et ouv rant de fenête, y

c mpris leur élément de q inc i erie intég rés -

Par ie 5:Résistanc e au feu des blo s-pores vités

batant et pivotant, à os ature métal q e, et des

fenêtes v ité s à os ature métal q e

Erweiterer Anwen u g sbereic h v on Prüferg eb is en

zur Feuerwider tan sähig keit u d/ der

Rauch ichtig eit von Türen, Toren u d Fensern

einschleßlch ihrer Bau eschläg e - Tei 5:

Feuerwider tan sähig keit v on verg lasen

Drehflüg eltüren u d zu öfnen en Fensern mit

Metal(r ohr)rahmen

This E rope n Stan ard was ap rov ed b C N on 17 Apr il 2014 an inclu es Amen ment 1 ap rov ed b C N on 1 March 2016

C N member are bou d to c mply with the C N/C NE E Internal Reg ulations w hich sip late the c n itions for g ivin this

E r ope n Stan ard the s atus of a national san ar d without an alteration Up-to-date lss an biblog rap ic al referenc es

c nc rnin such national s an ards may be obtained on ap lc ation to the C N-C NE E Manag ement Centre or to an C N

member

This E rope n Stan ard ex iss in thre oficial ver ions (E g lish, French, Ger man) A ver ion in an other lang uage made b

tanslation u der the responsibi ty of a C Nmember into it own lang uag e an notified to the C N-C NE E Manag ement

Cente has the same satus as the oficial ver ions

C N member are the national san ards bodies of Aus r ia, Belg ium, B lg aria, Cro tia, Cyprus, Cz ch Rep blc, Denmark, Esonia,

Finlan , Former Yug oslav R ep blc of Mac edonia, Franc e, Germany, Gre c , Hu g ary, Ic lan , Ir elan , Italy, Latvia, Lith ania,

L x embourg, Malta, Nether lan s, Norway, Polan , Porug al, Romania, Slovakia, Slovenia, Spain, Sweden, Switz rlan , Turkey an

United K ing dom

EUR OP A N COM IT E FOR STANDA R DIZA ION

COMITÉ EU OP EN DE NORMALISA ION

EUR PÄISCHES KOMITE FÜ NO MUNG

C N-C NE E Manag ement C ntre: A ven e Marnix 1 , B-1 0 Brus els

© 2 1 CEN A ll r ig hts of ex ploitation in any for m an b any me ns r eserv d Ref No EN 1 2 9-5:2 14+A 1:2 1 E

Contents Page

E r ope n for ewor d 3

Intr oduc tion 4

1 Sco e 5

2 Nor mative r efer ences 5

3 Ter ms and definitions 6

4 Deter minatio ofthe field of ex tended ap lcation 6

4.1 Gener al 6

4.2 How to use ex tended appl c atio r ules in Annex A 6

4.3 Pr ocedur e for max imum field ofex tended applc atio 7

4.4 A nalysis ofr esistance to fir e test r esults 8

5 Ex tended appl c atio r epor t 8

6 Clas ificatio r epor t 8

A nnex A (nor mative) Co str uc tio par amete var iatio s 9

A nnex B (nor mative) A rr ang ements for do r sets incor por ating side and / or over panels 122

A nnex C (nor mative) Relationship showing the r elev ant Par ts ofEN 1526 that which

should be used depending upo the ty e ofdo r set 126

Biblog r aphy 131

This document (EN 15 6 -5:2 14+A 1:2 1 ) has be n pr ep r ed b Te hnical Committe CEN/TC 1 7

“ Fir safety in buidings”, the se r tariat of which is held b BSI

This E ro ean Stan ard shal be g iven the s atus of a national s an ard, eithe b publcation of an

identical tex t or b en or sement, at the lates b A pri 2 1 , an conflcting national s an ards shal be

withdrawn at the lates b A pri 20 7

A ttention is drawn to the p s ibi ty that some of the element of this document ma be the subje t of

p tent r ight CEN [an / r CENELEC] shal not be held r sponsible for identifying any or al such patent

rig ht

Thisdocument inclu esA men ment 1 a proved b CENon 2 1 -0 -1

Thisdocument super sedes EN1 26 -5:2 14

The s art and finish of tex t introd c d or alte ed b amen ment is indicated in the tex t b tag s !"

This document has be n pr par d u de a mandate g iven to CEN b the Eur opean C mmis ion an the

E ro ean Fr e TradeA ssociation, and sup ort b sic work r q ir ment of R eg ulation (EU) 3 5 2 1

A ccor ding to the CEN/ ENELEC Inte nal Reg ulations, the national s andards organizations of the

folowing cou tries ar e b u d to implement this E r opean Stan ar d: A ustr ia, Belg ium, Bulgaria,

Cro tia, Cyprus, Cz ch Republc, Denmark, Es onia, Finlan , F r me Yug osla Republc of Mac donia,

Franc , Ger many, Gr e e, Hu g ary, Ic lan , Ir elan , Italy, L tvia, Lith ania, Lux emb urg , Malta,

Nethe lan s, Norway, Polan , Portug al, Romania, Slovakia, Slovenia, Sp in, Sweden, Switz rlan ,

Turkey and the United Kingdom

This document is one of a se ies of s an ards ls ed below and inten ed to be used for the purp se of

pr od cing an ex ten ed a plcation r p r t b sed on the evaluation of one or mor fir r sis anc an / r

smoke control tes s These s an ards ma also be used to identify the bes sele tion of tes spe imens

r q ir d to cover a wide r ang e of prod ct variations

EN1 2 9 ,Extended a plication o test r sult fr fir r sista c e a d or smoke c ontrol fr do r, shut e

a d o en ble window asse mblies including the ir ele ment o b ilding h rdwar , cur ently consis s of:

— Part 1: G ene al r q ireme nts;

— Part 2: Fire r sista c e o hinged a d pivoted s e l do rsets;

— Part 3: Fire r sista c e o hinged a d pivoted timbe do rset a d o en ble timbe framed windows;

— Part 4: Fire r sista c e o hinged a d pivoted glass do rset (in pr p ration);

— Part 5: Fire r sista c e o hinged a d pivoted metal framed glazed do rset a d o en ble windows ;

— Part 6: Fire r sista c e o sliding timbe do rse ts;

— Part 7: Fire r sista c e o sliding ste l do rsets;

— Part 8: Fire r sista c e o h rizo tally flding timbe do rset (in pr p ration);

— Part 9: Fire r sista c e o h rizo tally flding stee l do rset (inpr p ration);

— Part 10: Fire r sista c e o ste l rolling sh t e assemblies;

— Part 1 : Fire r sista c e o o e a le f bric c urtains;

— Part 2 : Smoke c ontrol f r hinged a d pivoted stee l, timbe a d metal framed glazed do rsets

g laz d do r set or o ena le win ows

This E ro ean Stan ard pr scr ibes the methodolog y for ex tending the a plcation of tes r sult

o tained fr om r esis anc to fir test(s) con ucted in ac or danc with EN1 34-1

Subje t to the completion of the a pro riate tes or tes s sele ted from those identified in Clause 4 the

ex tended a plcation ma cover al or some of the folowing ex amples:

— integrity (E), integ r ity/radiation (EW )or integ rity/insulation (EI1 or EI2 clas ifications;

— do rset and o ena le win ows;

— do r / win ow leaf (leaves);

— glazing an non-g laz d p nels in do rset an o ena le window;

— items of bui ding hardwar e;

— de or ative finishes;

— intumesc nt, smoke, dr aug ht or acous ic seals;

— alte native sup orting cons ruction( s)

The folowing document , in whole or in p r t, ar e normatively r fer enc d in this document an ar e

in ispensa le for it a plcation F r dated r fe enc s, only the edition cited a ples F r u dated

r fe enc s, the lates edition of the r fer enc d document (inclu ing any amen ment ) a ples

EN1 6 -1, Fire r sista ce tests —Part 1: G ene al R e quirement

EN1 34-1, Fire r sista c e a d smoke c ontrol tes s fr do r a d shute assemblies, o en ble windows a d

element o b ilding h rdwar — Part 1: Fire r sista ce tes f r do r a d sh te assemblies a d o en ble

windows

EN1 34-2, Fire r sista c e a d smoke c ontrol tess fr do r, sh te a d o en ble window assemblies a d

element o b ilding h rdwar — Part 2: Fire r sista ce c harac te isatio tes fr element o b iding

EN1 5 1-2:2 0 +A 1:2 09, Fire classific atio o c onstruc tio produc ts a d b ilding element — Part 2:

Classific ation using data from fire r sista c e tests,exc luding ventilatio servic e s

EN1 2 9-1, Extended a plic atio o tes r sults f r fire r sista ce a d or smoke c ontrol f r do r, shute

a d o en ble window assemblies, including their element o b ilding h rdwar — Part 1: Gene al

ENISO 1 943, Fire sa ety — Voc ab lary (ISO 13 43)

3.1

ful sc ale test

tes of a ful scale do r set in ac or danc with EN 1 34-1

3.2

smal sc ale test

tes on element of buiding hardwar in ac ordanc with EN 1 34-2 an whe e the de ision proc s

given in EN 1 34-2 pe mit it use

3.3

efec tive r ebate depth-2

dimension of the do r leaf thick es of overla ping adjac nt edg es of do r leaf r lative to the do r

frame, transom or side p nel or flush overp nel

Note 1to entry: At the me ting edg s an for re at ed le ves the dimension is the depth of the larg est re at e

S e Fig ur e 1

Note 2to entry: T e efective re ate depth-2 is diferent from the efective re ate depth definition g iv en on

other stan ards of the series EN 1 269

3.4

o ening outwar ds

means o ening the do rleaf away from the fir side

4.1 Gener al

4.1.1 Befor the e can be any conside ation for ex ten ed a plcation the do r set shal have be n

tes ed an clas ified in ac ordanc with EN 16 4-1 an EN 1 5 1-2 r spe tively in orde to es a lsh a

clas ification for the do r set

4.1.2 A r eview of the cons r uction par amete s can indicate that one or mor char acter is ics ma be

impr oved b a p r ticular p r amete variation A ll evaluationsshal be made on the b sis of r taining the

clas ifications o taina le from tes ing to EN16 4-1, inclu ing those lowe than the tes d ration

However, this shal never lead to an incr eased clas ification for any spe ific p ramete bey n that

achieved b one r sis anc to fir tes u les spe ificaly identified in the r levant C ns ruction

Paramete Var iation ta les

4.1.3 If, b folowing the ensuing pr oc d r e, any p rt of the clas ification cannot be achieved b

ex tended a plcation rules that p rt of clas ification shal be omitted from the subseq ent ex ten ed

a plcation r p r t and clas ification r epor t

4.2 How to use ex tended appl cation rules in A nnex A

4.2.1 Identify the variations fr om theor ig inal r sistanc to fir tes spe imen( s)which ar r q ir d to

be cover d b an ex ten ed a plcation r p rt

of column (4) whethe any ex ten ed a plcation is avaia le beyon the dir ct a plcation rules in

EN1 34-1without the ne d for furthe tes ing

4.2.4 W her e this is de med to be p s ible this can be r corded in the ex tended a pl cation r p r t

tog ethe with any a pr opriate r s rictions an the s ated r ulesfrom column (4) ofTa leA 1

4.2.5 Wher e the variations r q ir d can only be achieved from ad itional tes ing , the ad itional

r sis anc to fir tes can be made on a simiar spe imen type i.e a do r set of thesame or mor e one ous

configuration whe ethe leaf cons r uction is fu damentaly thesame as tes ed A lte natively, column (5)

identifies an o tion for alte native testing an r lev nt r sis anc to fir e tes p rameter s

4.3 Procedur e for maximum field of extended appl cation

4.3.1 It is p s ible to pr ovide an ex ten ed field of a plcation from a sing le r sis anc to fir tes

However, whe e a man factur er inten s to prod c a r ange of do r s incor porating single do r s an

also double do r s, with or without side, tr ansom or flush over p nels, with or without g lazing, with or

without louvr es or ventiation gri es, with alte native element of buiding hardwar e, etc it is

r commended that car ful conside ation is given to the complete rang e of do rset desig ns an o tions

in orde to minimise the tes ing r q ir d befor tes ing commenc s

4.3.2 Es a lsh al the p ramete var iations which ar r q ir d to be p rt of the prod ct range

4.3.3 Deter mine which ar the mos imp r tant spe ification r q ir ement an incorp r ate as many

as p s ible into the spe imen( )for the fir st r sis anc to fir tes s in the se ies

4.3.4 C n uct the firs r sis anc to fir e tes or a ser ies of tes s an then es a lsh which of the

or iginal desir ed par amete variations have not be n cover d b the r esis anc to fir tes s, inclu ing

dir ct a plcation p s ibi ties

4.3.5 Identify these par amete variations in A nnex A an establsh if any ex ten ed a plcation is

p s ible without fur the tes ing

4.3.6 Record this for the ex ten ed a plcation r port togethe with any r s r ictions and rules given in

column (5) in Ta le A 1

4.3.7 Evaluate which, if any, of the desir d p ramete variations have not be n cover d b the field of

dir ct a plcation or the initial field of ex ten ed a plcation de ived fr om 4.3.5

4.3.8 Deter mine if the prod ct range is to include only sing le leafdo r set or if the rang e is to also

include double leaf configurations Whe e only single do rsets ar to be p rt of the prod ct range then

the out tan ing cons ruction p ramete variations shal only be incorporated into spe imens for the

sing le leaf do r set Wher e sing le leaf an double leaf do rset ar to be inclu ed in the prod ct rang e,

the outstan ing cons r uction p ramete variations for the ex ten ed a pl cation of single leaf do r set

ma be incorp rated into eithe r peated sing le leaf do rset r esis anc to fir tes s or in the weakes

o tion, as defined in column 5 of Ta le A 1, double leaf do rset config urations

4.3.9 S le t the r q ir ed out tanding p ramete var iations from column (1) an column (2) of

Ta le A 1 an o se ve from column (5) of Ta leA 1 which ar the mos a pro riate weakes spe imen

o tions for furthe tes ing

4.4 A nalysis of r esistance to fir e test r esults

4.4.1 In orde to maximiz the ex tended field of a plcation, it is imp rtant that the tes r p rt shal

r cor d detai s of any pr matur e integ r ity an / or insulation faiur also r cord detais of any dis ortion

to evaluate low,medium an hig h dis ortion ( se Annex A )

4.4.2 Wher e a ser ies of r esis anc to fir tes s have be n cond cted, the ex ten ed field of a plcation

shal be b sed on the lowes per for manc achieved from the complete ser ies of r sis anc to fir tes s

u les pr matur e fai ur hasbe n attr ibuted to one or mor e spe ific cons ruction p r amete variation

4.4.3 Wher e it has be n p s ible, to identify spe ific p r amete faiur es, the ex ten ed a plcation for

al othe cons r uction p ramete variations can be b sed on the pe for manc achieved afe isolating

the pr matur e faiur ( s)

Pr p r an ex ten ed a plcation r ep rt in ac ordanc with the r eq ir ements of Clause 6 of EN 15 6 -1,

b sed on the r sults of ev luations in ac ordanc with the a ove

The clas ification r p rt shal be deter mined from the r esults of the ex tended a plcation r p rt an

pr esented in ac ordanc with A nnex A of EN13 0 -2:2 0 +A 1:20 9

Fig ur e 1 — Efec tiv e r ebate depth-2

Constr uction par ameter var iations

Ta le A 1 is designed to be used in the field of fir r esistanc tes ing of hinged an pivoted metal framed

glaz d do r set an o ena le win ows

The ta le shal only be used to ev luate a field of ex tended a plcation when at leas one positive fir e

r sis anc tes to EN 1 34-1 has r sulted in a clas ification ac or ding to EN 1 5 1-2

The fir st two columnsidentify p s iblevariations to the cons ruction detais of the spe imen tes ed

The Influenc of variation on pe formanc char acter is ic is identified fr om column 3 as, integrity,

insulation or radiation ( E, I or W r spe tively) F r some p rameter s, it is ne es ary to evaluate

whethe the spe imen displayed a high, medium or low level of distortion d ring the tes Wher e this is

the case the folowing levels shal be used to es a lsh hig h, medium an low distortion do rset : as

measur ed using the ma imum r lative movement at any p sition between the edge of the do r leaf an

do r frame or betwe n theme ting edges of do r leaves

The measur ement shal be taken fr om the s ar t of the tes at any time d r ing the complete r q ir d

clas ification per iod ( ugges ed measur ing p sitions ar e given in EN 1 34-1):

— low dis ortion do r set : max imum r lative movement is <40% of efe tive r b te depth-2;

— medium dis ortion do r set : max imum r elative movement is between 40% an 6 % efe tive

r b te depth-2;

— hig h dis ortion do rset : max imum r lative movement is>6 % of efe tive r eb te depth-2

The efe t of the change in each p r amete is evaluated for each char acte is ic in column 3 u de E for

efe t on integ rity, I for efe t on insulation (whethe an I

1

or I

2clas ) and W for the efe t on

radiation

These evaluations lead to the ju g ement of the p s ibi ty of ex ten ing the field of a plcation the

r sult of which ar e g iven in column 4 In c rtain cases in column 4, it is a r q ir ment to achieve

C teg ory B, ther q ir ement for which ar g iven in EN 1 34-1

Wher e ad itional tes s ar e de med to be ne es ary the type of spe imen a proved for incorporation of

the changed p rameter is defined in column 5 Wher e it is p s ible to use infor mation from tes s

pe for med on one configuration for evidenc on a difer ent configur ation, this alowanc has be n made

in orde to r d c the o e al n mbe of tes s r q ir d for ex ten ed a plcation evaluation e.g sing le

action do r set to doubleaction do r set

Wher e an ad itional tes is r q ir ed in column 5 the tes is a ful scale tes with the spe imen o ening

outwards (away from the furnac ) u les it is other wise spe ified

In orde to max imiz the p s ible field of ex ten ed a pl cation from a minimum n mbe of tes s the

p ramete chang es have be n spr ad over a se ies of tes spe imens The r ecommen ed tes s for each

p ramete depen s on the clas ification r q ir d an the pr fe r ed dir ection of tes ing in icated in

column 5

Wher e mor e than a sing le par amete variation is r q ir d, the influenc on othe var iations shal also

be taken into ac ou t

A ll the rules in Ta le A 1 influencing g las dimensions shal r spe t the rules for changing them, as

mentioned in Ta leA 1 p rt F

= - no sig nific ant chang e in per for manc anticipated

_ - eq al or hig her perormanc e anticipated

_ - eq al or lower per formanc anticipated

> / = / < - the influenc on perormanc e c ould be wor e, eq al or beter henc variations not pos ible u les spe ific, lmited c n itions are identified

C nstr uction p r ameter Var iation Influenc of var iation on

For double le f do r ets, b th le ves shal b of the same b sic construction

A.1.1 Numb r of le ves — S e Fig ure A.1 Sing le le f

fr om double

le f test

≤ ≥ - ≥ Not pos ible without an ad itional t est- A dditional test sing le le f

do r set with g lazing b ad

in fire side

A 1.2 Numb r of le ves Double le f

fr om sing le

le f test

≤ ≤ ≤ Not pos ible without an ad itional t est A dditional test (s) double

le f do r set open out wards

an inwards for do r with

insulated profiles with

g lazing b ad in fire side

Open outwards for do r

with u - nsulated profiles

with g lazing b ad in fire

side

A 1.3 Intumes ent se ls b tween fr ame an

do r le f / le ves- S e Fig ure A 2

frame re ate (open out wards)

A 1.4 Intumes ent se ls b tween fr ame an

do r le f / le ves – S e Fig ur e A.2

(open out wards)

A 1.5 Intumes ent se ls b t w een me ting

edg s of the do r le ves - S e Fig ure A 3

Location > / = /

<

> / = / < > / = / < Not pos ible without ad itional test s) A dditional test (s) double

le f do r set open out wards

for E an EW do r

For EI aluminium do r :

test b th directions

For EI steel do r s: one t est,

with fire on op osite side

of the operated direction

S e Fig ure A 3

A 1.6 Non intumes ent se ls b tw een fr ame

an do r le f / le ves (draug ht / smoke /

acoustic etc.) - (Reaction to fire clas A1)

e.g ceramic prod cts( itt ed in le f or frame)

S e Fig ure A.4

Location = = = A ny mov ement pos ible pr oviding no

modifications of the const ruction are

r eq ired otherwise not pos ible w ithout

an ad itional test

A dditional test sing le or

double le f do r et if the

se l is positioned b tw een

the me ting edg s of the

do r le ves the ad itional

test shal b a double le f

do r set

A 1.7 Non intumes ent se ls b tw een me ting

edg s of the do r le ves (dr aug ht / smoke /

acoustic etc.)- (R eaction to fire clas A1)

A.1.8 Non intumes ent se ls b tw een do r

le ves an / or fr ames (draug ht /smok e /

acoustic etc.) – < Re ction to fire clas A1

(itted in le f or frame)- S e Fig ur e A 4

For EI aluminium do r :

test b th directions

For EI steel do r : one test,

with fire on op osit e side

of the oper at ed direction

S e Fig ur e A.4b

A.1.9 Non intumes ent se ls b tw een do r

le ves an / or frames (draug ht / smoke /

acoustic etc.) - (Re ction to fire clas A1),

e.g cer amic prod cts ( it ted in le f or fr ame) -

S e Fig ur e A 5

A dd = = = Pos ible for do r without intumes ent

se ls an prov iding the g p b t ween

do r le f an do r frame is not

inc e sed other w ise not pos ible

without an ad itional test

A dditional test sing le or

double le f do r e if the

se l is positioned b tw een

the me ting edg s of the

do r le ves the ad itional

test shal b a double le f

do r et

A.1.1 Non intumes ent se ls b tw een do r

le ves an / or frames (draug ht / smoke /

acoustic etc.) - (Re ction to fire clas A1),

e.g cer amic prod cts ( it ted in le f or fr ame) -

S e Fig ur e A 6

Remov e ≤ ≤ ≤ Not pos ible without an ad itional t est A dditional test sing le or

double le f do r e if the

se l is positioned b tw een

the me ting edg s of the

do r le ves the ad itional

test shal b a double le f

do r et

A.1.1 Non intumes ent se ls b tw een do r

le ves an / or frames (draug ht / smoke /

acoustic etc.) – < Re ction to fire clas A1

(itted in le f or fr ame)- S e Fig ur A 5

A dd ≤ ≤ ≤ Not pos ible without an ad itional t est A dditional test sing le or

double le f do r e if the

se l is positioned b tw een

the me ting edg s of the

do r le ves the ad itional

test shal b a double le f

do r e Fireside op osit e

the position where the se l

is ad ed S e Fig ure A.5

A.1.1 Non intumes ent se ls b tw een do r

le ves an / or frames (draug ht / smoke /

acoustic etc – <Re ction to fire clas A1

(itted in le f or frame)– S e Fig ur e A 6

the me ting edg s of the

do r le ves the ad itional

test shal b a double le f

do r et

A.1.1 V entilation g riles (louv r es) in do r le f

tested without ventilation g r ile -

≥ ≥ Pos ible providing the cut out is les

than 5 % of the infil ot herwise not

pos ible without an ad itional test

A dditional test sing le or

double le f do r et

A.1.1 Ventilation g riles (louvres) in the infil

of the do r le f test ed with v entilation grile

Location in

vert ical

direction

≤ ≤ ≤ Pos ible for low er location than t est ed

other wise not pos ible without an

ad itional t est

A dditional test sing le or

double le f do r et

A.1.16 V entilation g riles (louv r es) in do r le f

tested with ventilation g rile - S e Fig ur e A.8

Location in

horizontal

direction

= = = Pos ible providing the distance b t ween

the edg e of the louv re an t he per imet er

of the infil is not dec e sed an

providing an int ernal stifening

elements are not afect ed otherwise not

pos ible without an ad itional test

A dditional test sing le or

double le f do r set

A.1.1 V entilation g riles (louvr es) in the

profile of the do r le f test ed with vent ilation

A.1.1 V entilation g riles (louvres) in do r le f

test ed with ventilation g rile - S e Fig ur e A.9

Smaler size ≥ ≥ ≥ Pos ible for one or more louvres smal er

than that test ed specimen pr oviding the

location is inside the perimeter of the

tested lou r e an minimum spacing

b t w een cut outs is not les than

1 0 mm other w ise not pos ible w ithout

an ad itional test

A dditional test sing le or

double le f do r et

A.1.1 V entilation g riles (louv r es) in do r le f

tested with ventilation g rile- S e Fig ur e A 9

Larg er size ≤ ≤ ≤ Pos ible for do r ets have achieved

categ ory B, size inc e se of ventilation

g riles in the infil of the do r le f u to

2 % in heig ht an width an inc e se

A dd ≤ ≤ ≥ Insulated profies:

Not pos ible without an ad itional test

u les the orig inal test had ad itional

thermocou les positioned on the profile

max imum 1 0 mm an / r 2 mm from

the edg e of the notional re ate (i.e 1

0-x ) where x me ns the w idth of the ad ed

r eb te an dimension y shal not b

r ed ced, otherwise not pos ible without

an ad itional test

Un-nsulated profiles:

Not pos ible without an ad itional t est

A dditional test sing le

do r set for sing le do r s,

double do r et for double

A.1.2 R eb te (me ting edg es) -

S e Fig ure A.1

A dd (one

re ate)

Not pos ible without an ad itional test

u les the orig inal test had ad itional

thermocou les positioned on the profile

max imum 1 0 mm an / r 2 mm from

the edg e of the notional re ate (i.e 1

0-x ) where x me ns the w idth of the ad ed

r eb te an dimension y shal not b

r ed ced.Otherwise not pos ible without

an ad itional test

Un-nsulated profiles:

Not pos ible without an ad itional t est

A dditional test sing le le f

A.1.2 Reb te (do r le ves to frames an

me ting edg s)- S e Fig ure A.1

Remov e ≤ ≤ ≤ Not pos ible without an ad itional t est A dditional test sing le or

A dditional test to inclu e

the req ired latching

A.1.24 Latching / lock ing R emov e from

do r le f

test ed with

latching /

locking

≤ ≥ ≥ Not pos ible without an ad itional t est For sing le le f do r ets

ad itional t est sing le le f

do r set (open inwards for

EI do r , open out war ds

for E or W do r ) for

double le f do r ets

ad itional t est double le f

do r set (open inwards for

EI do r , open out war ds

for E or W do r

A.2 Siz v ar iations

A 2.1 Size (are , w idth, heig ht)al distortions Dec e se ≥ ≤ ≥ E an EW u limit ed red ction is

Pos ible

For sing le le f do r ets

ad itional t est sing le le f

or double le f do r et, for

double le f do r ets

ad itional t est double le f

do r set

EI: pos ible to dec e se to a minimum

dimension of the g las as it is mentioned

For sing le le f do r ets

ad itional t est sing le le f

or

pos ible for do r ets which have

achieved categ ory B an medium an

low distortion u to 2 % providing

overlap of do r le f t o fr ame he der is

not red ced an distance b tween top

hing an top of do r le f is eq al to or

les than t ested an ad itional for EW a

thermal emis ion calculation in

ac ordance with EN 1 2 4–4 within the

1 K W limit R ule F.1.3 ap lies)

otherwise not pos ible w ithout an

A 2.3 Width - al distortions Inc e se ≤ = ≤ Pos ible for do r ets which have

achieved categ ory B u to 1 %

or

pos ible for do r ets which have

achieved categ ory B an medium an

low distortion u to 2 %

prov iding overlap of do r le f to fr ame

jambis not red ced an ad itional

(or EW)thermal emis ion calculation in

ac or dance with EN 1 2 4–4 within the

1 K W limit R ule F.1.3 ap lies

Otherwise not pos ible without an

ad itional t est

For sing le le f do r ets

ad itional t est sing le le f

or double le f do r et, for

double le f do r ets

ad itional t est double le f

do r set open outwards)

A.2.4 Are - al distortions Inc e se ≤ = ≤ Pos ible for do r ets which have

achieved categ ory B u to 2 %

or pos ible for do r sets which have

achieved categ ory B an medium an

low distortion u to 2 %

prov iding overlap of do r le f to fr ame

he der is not red ced an distance

b tw een t op hing an top of the do r

le f is eq al to or les than t ested)

an ad itional (or EW)

a thermal emis ion calculation in

ac ordance with EN 1 2 4–4 within the

1 K W limit R ule F.1.3 ap lies

Otherwise not pos ible without an

ad itional t est

A dditional test se A.2.2

an / r A 2.3

A 3 Mate ials andconstructions

A 3.1 Density of infil of pr ofile or

core-material in the panel (org anic or R eaction to

fire clas A1)– al distortions

Inc e se > / = /

<

≥ ≥ Pos ible by a max imum of 1 %

(nominal v alue)of e ch core materialof

the do r le f a ove 1 % not pos ible

without an ad itional

test

A dditional test sing le or

double le f do r set

A 3.2 Density of infil of pr ofile of core material

(org anic or R eaction to fir e clas A1) – al

not pos ible w ithout an ad itional t est

A dditional test sing le or

A.3.3 T pe of infil of profile of cor e mat erial

(sing le thicknes or in combination of difer ent

A.3.4 Type of core mat erial (sing le thick nes

or in combination of diferent layer )

– org anic b sed

(<R eaction t ofire clas A1)

Inc e se ≤ = = Not pos ible without an ad itional test A dditional test sing le or

double le f do r set

A 3.6 Amou t of ad esiv e / m

2

– org anic b sed

(<R eaction t ofire clas A1)

A.3.7 Amou t of ad esiv e / m

2

– inorg anic

b sed (Re ction to fire clas A1)

A.3.8 amou t of ad esiv e / m

2

– inorg anic

b sed (Re ction to fire clas A1)

Dec e se = = = Not pos ible without an ad itional test A dditional test sing le or

= = = Pos ible for identical chemical

composition otherw ise not pos ible

without an ad itional test

Ad itional test sing le or

A.3.1 A dditional overlap ing edg e at the

b ttom of the do r le f - S e Fig ur e A 1 a

A dd ≥ ≤ > / = / < Pos ible providing the test ed

ov erlap ing edg e at the top of the le f is

ad ed at the b ttom of the le f an

providing a fourth fr ame memb r is

ad ed

otherwise

not pos ible w ithout an ad itional t est

A dditional test sing le or

double le f do r set

A 3.1 Ov erlap ing edg at the b tt om of the

do r le f - S e Fig ur A.1 b

Remov e ≤ ≥ > / = / < Pos ible providing the g ap b tw een the

b ttom of the do r le f an t he flo r

remains the same as the original test

specimen an in line with direct

ap lication other wise not pos ible

without an ad itional test

A dditional test sing le or

double le f do r et

A 3.14 Dimension of intumes ent se ls (le f or

fr ame fit ted) - S e Fig ur A 1 a

Inc e se > / = /

<

> / = / < > / = / < Not pos ible without an ad itional test A dditional test sing le or

double le f do r set

A 3.1 Dimension of intumes ent se ls (le f or

fr ame fit ted) - S e Fig ur A 1 b

Dec e se ≤ ≤ ≤ Not pos ible without an ad itional test A dditional test sing le or

double le f do r set

A 3.16 Type of intumes ent se ls (le f or

fr ame fit ted)

> / = / < > / = / < Pos ible but only for ident ical

composition otherw ise not pos ible

without an ad itional test

A dditional test sing le or

double le f do r set

A 3.1 Type of intumes ent se ls (le f or

fr ame fit ted)

A 3.1 Dimension of dr aught / smoke se ls

(R eaction to fir e clas A 1); e.g cer amic

prod cts (le f or frame fitt ed) - S e

Fig ur e A 1 a

Inc e se ≥ = = Pos ible providing the g ap b tw een do r

le f an do r frame is not inc e sed

otherwise not pos ible w ithout an

A.3.1 Dimension of draught / smoke se ls

(Reaction t o fire clas A1); e.g ceramic

prod cts (le f or fr ame fitt ed) - S e

Fig ur e A 1 b

Dec e se ≤ = = Not pos ible without an ad itional test A dditional test sing le or

double le f do r set

A 3.2 Dimension of dr aught / smoke se ls

(<R eaction to fire clas A1) (le f or frame

fitted)– S e Fig ur A 1 a

Inc e se ≤ ≤ ≤ Not pos ible without an ad itional t est A dditional test sing le or

double le f do r set

A 3.2 Dimension of dr aught / smoke se ls

(<R eaction to fire clas A1) (le f or frame

fitted)-S e Fig ur e A 1 b

Dec e se ≥ ≥ ≥ Pos ible in an c os sectional

dimension providing the same mater ial

an the same man facturer otherwise

not pos ible w ithout an ad itional t est

A.3.2 Type of draug ht / smok e se ls (le f or

fr ame fit ted)

= = Pos ible for Reaction t o fire clas A1

materialor for identical chemical

composition otherw ise not pos ible

without an ad itional test

A dditional test sing le or

double le f do r set

A 3.2 Type of draug ht / smok e se ls (le f or

fr ame fit ted)

A.3.24 Type of draug ht / smok e se ls (le f or

fr ame fit ted)

A 4 De orative and / or prote tive finishes

A 4.1 Paints w ithout contribution to fire

r esistance (on le f or frame)

A ddition = = = Pos ible in line w ith direct ap lication

b y on the field of direct ap lication

r ules not pos ible without an ad itional

test

A dditional test sing le or

double le f do r set

A 4.2 Paints w ithout contribution to fire

r esistance (on le f or frame)

A.4.3 T icknes of paints with positiv e

contribution to fire resist ance (on le f or

fr ame)

Inc e se ≥ ≥ ≥ Pos ible u t o a max imum of 2 % in

mas per m

2

otherwise not pos ible

without an ad itional test

A dditional test sing le or

double le f do r set

A 4.4 T icknes of paints with positiv e

contribution to fire resist ance (on le f or

fr ame)

Dec e se ≤ ≤ ≤ Not pos ible without an ad itional test A dditional test sing le or

double le f do r set

A 4.5 type of paints w ith positive cont ribution

to fir e resistance (on le f or frame)

A 4.6 Type of paints with positive contribution

to fir e resistance (on le f or frame)

A 4.7 Decorativ e laminates an t imb r vene r

on the face (on le f or frame) - S e

Fig ur e A 1

A dd > / = /

<

≥ ≥ Pos ible in line w ith direct ap lication

Otherwise not pos ible without

A.4.8 Decorativ e laminates an t imb r vene r

on the face (on le f or frame) - S e

Fig ur e A 1

Pos ible

EI, EW

Pos ible for ate or y B do r pr oviding

that the thicknes of a the laminat e is

A 4.9 Decorativ e laminates an t imb r vene r

on the edg es (on le f or frame) - S e

Fig ur e A 1

A dd ≤ ≤ ≤ Not pos ible without an ad itional test A dditional test sing le or

double le f do r set

A 4.1 Decorativ e laminates an timb r

vene r on me ting edg s

A dd ≤ ≤ ≤ Not pos ible without an ad itional test A dditional test double le f

do r set

A 4.1 Decorativ e laminates an timb r

vene r on the edg s (on le f or frame) - S e

Fig ur e A 2

Remov e ≥ = = Pos ible providing the g ap dimension is

r etained b tw een do r le f an frame

otherwise not pos ible w ithout

ad itional t est

A dditional test sing le or

double le f do r et

A 4.1 Types an thick nes of decor ative

laminates an timb r vene r on the face (on

> / = / < > / = / < Pos ible in line w ith direct ap lication

b y on the field of direct ap lication

r ules not pos ible without an ad itional

test

A dditional test sing le or

double le f do r set

A 4.1 Types an thick nes of decor ative

laminates an timb r v ene r on the edg es

A.4.14 Types an thick nes of decorative

laminates an timb r v ene r on the me ting

A 4.1 Types of decorative laminates an

timb r vene r on the face edg s (on le f or

not pos ible w ithout ad itional test

A dditional test sing le or

double le f do r set

A 4.16 Prot ective elements – face fix ed

(kick plates/p sh plates/ rmour plates) -

S e Fig ur A.2

A dd > / = /

<

> / = / < > / = / < Not pos ible if the prot ectiv e elements

cover an part of the g las

otherwise

pos ible only for metal elements for one

piece u to 8 0 mm from the b se of the

le f prov iding no thicker than 1,5 mm or

limited to max imum t wo pieces per face

at 2 0 mm in width or heig ht for E an

EW do r s the elements shal b Reaction

to fire clas A1) For ac eptable fix ing

methods se rule 4.1 “Attachment

tech iq e for elements ad ed to do r ”

otherwise

not pos ible w ithout an ad itional t est

A dditional test sing le or

double le f do r set

A 4.1 Prot ective elements – face fix d (k ick

plates/p sh plates/ r mour plates)

A.4.1 Attachment t ech iq e for elements

only select ion of Re ction to fire clas A 1

material for fix ing s pos ible an for EI

do r providing no throug h con ection

EI

al selections pos ible within the ar ea

where thermocou les shal b placed

an providing no throug h con ection

other wise

not pos ible w ithout an ad itional t est

A dditional test sing le or

double le f do r set

A 4.1 Moulding s/profiles - S e Fig ure A 2 A dd ≤ = ≤ E, EI, EW

Pos ible only for moulding s/profiles

which wil not chang the st ructural

rig idity of the le f an providing no

bre k throug h to the op osit e face

E, EW

pos ible only for inor g anic material

other wise

not pos ible w ithout an ad itional t est

A dditional test sing le or

double le f do r set

A 4.2 Moulding s/profiles - S e Fig ure A 2 Remov e ≥ ≤ ≤ E

Pos ible providing the remov alwil not

chang e the structur al rig idity of the le f

EI, EW

Not pos ible without an ad itional test

A dditional test sing le or

double le f do r set

A 5 Pr ofies in d orleaf ( e Fig ur e A 2 for ex lanation of width and depth of the profie)

A 5.1 Cros sect ion of profile of the do r le f

(inclu ing t r ansoms an mul ions) b sed on

hig h distor tion

A.5.2 Cros sect ion of profile of the do r le f

(inclu ing transoms an mul ions) b sed on

medium an low distortion

Inc e se depth > / = /

<

≥ ≥ Pos ible t o incr ease the depth to a

max imum of 2 % by inc e sing the

shels an / r the insulation-con ector

o T e ov erlap re ate depth

(S e Fig ure A.24) of the

frame-profile is inc e sed with the same

per entag e

o If the thicknes of one of the outer

shel is inc e sed, then the other

shel is incr eased with the same

per entag e - S e Fig ure A.2

o T e insulation-con ector can b

inc e sed in thick nes with t he same

per entag e ac ording to the

folowing rule: profile can b cut

ac or ding to cut C, an al cutted

materials shal b filed in w ith more

A.5.3 Cros section of profile of the do r le f Dec e se

depth

> / = /

<

≤ ≤ Not pos ible without an ad itional test ad itional t est can b

sing le for sing le le f

do r sets or double le f for

double le f do r ets; with

g lazing b ad in fire side

A 5.3 a T pe of Infil mat erial C ang e of

A.5.3 d T ick nes of Infil mat er ial -

S e Fig ur A.2

A.5.4 Cros sect ion of profile of the do r le f

b sed on hig h distort ion

Inc e se w idth < < < Not pos ible without ad itional test ad itional t est can b

A.5.5 Cros section of profile of the do r le f

(inclu ing t ransoms an mulions) Based on

Medium an Low distortion

Inc e se w idth < = = <= T e dimensions of the profile can only

b inc e sed ac or ding to the fol owing

o al cutted mat erials must b filed in

with more of the same mat erial se

Fig ur e A 2

E, EW an EI1:

Pos ible to inc e se the widt h of the

v ert ical side profiles, an the hor izontal

top profile ( og ether or separately) u to

Pos ible to inc e se the widt h of pr ofile

in the b tt om of the do rle f, an

tr ansoms an mulions u to 3 0 % u t il

a max imum of 3 0 mm

EI2:

Pos ible to inc e se the widt h of the

vert ical side pr ofiles, an the horizontal

top profile (tog ether or eparately) u to

1 0 % to a ma imum profile width of

1 0 mm

It is o lig ed to me sure the t emperature

on the pr ofile; the inc e se with 1 0 % is

only alowed when the max imum

temperature rise is not hig her than

1 0°C (me sured ac ording to

EN 1 63 1

Pos ible to inc e se the widt h of profile

in the b tt om of the do rle f, an

tr ansoms an mulions u to 3 0 % to a

A.5.6 Cros section of pr ofile of the do r le f Dec e se

width

= < = = EI2: R ed ction from a w idth smaler

than 1 5mm is al owed with a

max imum of 40 % to a minimum of

3 mm

E an EW do r : a dec e se of 40%

dow n to a minimum of 3 mm is alowed

EI with ov er u B a dec e se of 40%

dow n to a minimum of 3 mm is alowed

R ule F.1.3 ap lies for E, EW, EI1 an EI2

Other wise not pos ible without an

A.5.7 T icknes of the metalwal of the pr ofile

(inclu ing t ransoms an mulions)

Inc e se > > < A n inc e se of 0,5 mm to a max imum

A 5.9 Hor izontal rails in do r le f ad = = < Pos ible if r ail is t ested in a le f in the

same const ruction providing the same

g las -retent ion system is used

Otherwise not pos ible without

A.5.1 Hor izontal rails r emove = = = Pos ible provided the heig ht of the g las

is not big g er then the big gest test ed

g las -heig ht (g las tested in the hig hest

position in the same construction, rules

for ex t ension of g las heig ht is alowed)

Otherwise not pos ible without

A 5.1 a V ertical stiles ad = = < Pos ible if the stile is test ed in a le f in

the same construction pr oviding the

same g las -ret ention system is used

Otherwise

not pos ible w ithout ad itional test

A dditional test can b

sing le or double le f

do r et with g lazing b ad

in fire side

A 5.1 bV ertical stile Remov e > = = = Pos ible provided the width of the g las

is not big g er then the big gest test ed

g las -width (g las tested in t he same

construction,r ules for e tension of g las

Pos ible providing the heig ht of the g las

is not big g er than the big gest test ed in

the same construction rules for

ex t ension of g las heig ht is alowed)

A.5.1 Position of horizontal rail Mov ing

dow nwards

Pos ible providing the heig ht of the g las

is not big g er than the big gest test ed in

the same construction in the hig hest

position rules for ex t ension of g las is

< = = Not pos ible without an ad itional t est

A 5.1 Posit ion of vertical stile Moving to the

hing side

> = = Pos ible providing the width of the g las

is not big g er than t ested in the same

constr uction

A 5.16 Horizontal rails C ang ing the

ang le

C ang ing the ang le of rails in an

direction is al owed for E, EW an EI

do r sets if w or t case as shown in

If wor st-case (Fig ure A 2 ) is not t ested,

then turning of the rail is only alowed

for EI do r sets within t he fol owing

con itions:

1 Con ection w ith v ertical side profile

of the do r-le f can ot b within

2 0 mm of the in er corner of the

do r le f A > 2 0 mm S e

Fig ur e A 2

2 R esulting heig ht of the g las can ot

b hig her than t ested in t he same

Other wise not pos ible without

ad itional t est

R ule F.1.1 an F.1.16 ap ly

A 5.1 V er tical stiles C ang ing the

ang le

C ang ing the ang le of st iles in an

direction is al owed for E, EW an EI

do r sets if w or t case as shown in

If wor st-case (Fig ure A 2 ) is not t ested,

then turning of the stile is al owed for EI

do r ets within the folowing con itions:

1 Con ection with horizontal top- or

b ttom-profile of the do rle f can

only b closer to the hing -side an

can ot b within 2 0 mm of the

in er corner; A > 2 0 mm S e

Fig ur e A 3

2 R esulting width of the g las can ot

b w ider than t ested in t he same

A.5.1 Shapes of do r-le f Other than

r ectang ular

> = < > =< > = < Not pos ible without ad itional test A dditional test:

sing le do r for sing le

> / = / < > / = / < Pos ible for do r sets which have

achieved categ ory B

Otherwise not pos ible without an

For intumes ent / draug ht / smok e se ls refer to sections A.1

B.1.1 T reshold / Sil / Frame memb r t o

b ttom of do r fr ame

A dd ≥ ≥ ≥ Pos ible for threshold / sil made of

metal or A1 materials

or fr ame memb r of identical

construction like the u per memb r of

the do rframe providing the do rle f is

adapted in the same way

Otherwise not pos ible without an

B.1.2 T reshold / Sil / Frame memb r t o

b ttom of do r frame

Remov e ≤ ≤ ≤ Pos ible providing the g ap b tw een the

b ttom of the do r le f an t he flo r

levelremains the same as the orig inal

test specimen an in line with direct

ap lication

other wise

not pos ible w ithout an ad itional t est

A dditional test sing le or

double le f do r et

B.1.3 Distance b t ween frame of hatch, or

do r, or opena le w in ow an flo r lev el -

S e Fig ur A.3

Var iation > / = /

<

> / = / < > / = / < Pos ible to position in al locations

pr oviding t ested to simulate a finished

flo r lev el 1,5 m b low the do r et

i.e with 8,5 Pa at the b se of the do r et

For test urnaces in which the pres ure

can b adjust ed: T e test specimen can

b placed in an position as long as a

pres ure of 8,5 Pa is ap lied to the b se

of the do r et d ring the test For test

fur naces in which the pres ure can ot b

adjusted: T e t est specimen can b

positioned at an heig ht as long as the

finished flo r level in the test is b tween

1,5m an 2,5m b low the do r an a

pres ure of at le st 8,5Pa is ap lied to

the b se of the do r et d ring the t est

otherwise not pos ible w ithout an

ad itional t est

Test ed to simulate a

finished flo r lev el 1,5m

b low the do r et i.e with

B.1.4 Heig ht of do r set a ov e flo r Var iation > / = /

<

> / = / < > / = / < Pos ible to a hig her position of 0,3m

a ove the notional flo r ma imum

Variation of more than 0,3m pos ible

providing the top edg of the do r set

was test ed with a pres ure of + 0 Pa an

prov iding a fourth frame memb r of

identical construction like the u per

memb r is ad ed at the b tt om,

otherwise not pos ible w ithout an

ad itional t est

A dditional test with

suspension sy stem on the

fire side with a pres ur e of

+ 0 Pa at the t op edg or

tested in the max imum

heig ht of do r set a ov e

flo r

B.2 Mate ials andconstructions r ules r lated to o en pr ofies in pe imeter frame

B.2.1 Overal dimensions an shape -

S e Fig ure A.3

Inc e se ≥ ≥ ≥ Pos ible providing that he c os section

detail at he over lap/re ate position

(shown in b ld in Fig ure A.3 )is

retained or the ov erlap dimension is

inc e sed otherw ise not pos ible

without an ad itional test

A dditional test sing le or

= = > / = / < E,EW:pos ible

EI1an EI2: not pos ible wit hout an