Iec 61347 2 3 2016

Lamp cont rol gear – Part 2- 3: Particular requirements for a.c.. suppl ed elect ronic control gear for fluorescent lamps Part ie 2- 3: Ex igences part icul ères pour les apparei lages é

Lamp cont rol gear –

Part 2- 3: Particular requirements for a.c and/ or d.c suppl ed elect ronic control

gear for fluorescent lamps

Part ie 2- 3: Ex igences part icul ères pour les apparei lages élect roniques

al mentés en courant alternatif et/ou en courant continu pour lampes

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Lamp cont rol gear –

Part 2- 3: Part icular requirement s for a.c and/or d.c suppl ed electronic control

gear for fluorescent lamps

A pparei lages de lampes –

Partie 2- 3: Ex igences part icul ères pour les apparei lages élect roniques

al ment és en courant alt ernatif et/ou en courant continu pour lampes

IEC 61 347- 2- 3

Edit io 2.1 2 16-0

Lamp cont rol gear –

Part 2- 3: Particular requirements for a.c and/ or d.c suppl ed elect ronic control

gear for fluorescent lamps

Part ie 2- 3: Ex igences part icul ères pour les apparei lages élect roniques

al mentés en courant alternatif et/ou en courant continu pour lampes

CONTENTS

FOREWORD 4

INTRODUCTION 6

1 Sco e 7

2 Normative ref eren es 7

3 Terms an def i ition 7

4 General req irements 8

5 General notes on tests 8

6 Clas if i ation 9

7 Markin 9

8 Protection again t ac idental contact with l ve p rts 9

9 Terminals 9

10 Provision f or e rthin 10 1 Moisture resistan e an in ulation 10 12 Electric stren th 10 13 Thermal en uran e test for win in s 10 14 Fault con ition 10 15 Protection of as ociated comp nents 10 16 Abnormal con ition 12 17 Behaviour of the control ge r at en of lamp l fe 13 18 Con tru tion 19 19 Cre p ge distan es an cle ran es 19 2 Screws, c r ent-car yin p rts an con ection 19 21 Resistan e to he t, f ire an trac in 19 2 Resistan e to cor osion 19 An ex A (normative) Test to esta ls whether a con u tive p rt is a l ve p rt whic may cau e an electric s oc 2

An ex B (normative) Partic lar req irements for thermal y protected lamp control ge r 2

An ex C (normative) Partic lar req irements for electronic lamp control ge r with me n of protection again t overhe tin 2

An ex D (normative) Req irements for car yin out the he tin tests of thermal y protected lamp control ge r 2

An ex E (normative) Use of con tant S other than 4 5 0 in t w tests 2

An ex F (normative) Drau ht-pro f en los re 2

An ex G (normative) Explanation of the derivation of the values of pulse voltages 3

An ex H (normative) Tests 31

An ex I (normative) Me s rement of hig -freq en y le kage c r ent 3

An ex J (normative) Partic lar ad itional saf ety req irements f or a.c a.c./d.c or d.c s p l ed electronic control ge r f or emergen y l g tin 3

An ex K (informative) Comp nents u ed in the as mmetric pulse test circ it (se Fig re 1) 41

An ex L (normative) Inf ormation for control ge r desig (from An ex E of IEC 61 9 ) 4

Bibl ogra h 4

Fig re 1 – As mmetric pulse test circ it 14

Fig re 2 – As mmetric p wer detection circ it 16

Fig re 3 – Op n f ilament test circ its 18

Fig re 4 – Circ it for testin rectif yin ef fect 2

Fig re 5 – Nomogra h for the ca acitive le kage c r ent l mits of HF-o erated f l ores ent lamps 2

Fig re I 1 – L akage c r ent test ar an ement for variou f l ores ent lamps 3

Ta le 1 – Relation b twe n r.m.s workin voltage an maximum p ak voltage 1

Ta le J.1 – Pulse voltages 4

Ta le K.1 – Material sp cifi ation 41

Ta le K.2 – Tran f ormer sp cif i ation 41

INTERNATIONAL ELECTROTECHNICAL COMMISSION

Part 2-3: Particular requirements f or a.c and/or d.c

suppl ed electronic control gear f or f luorescent lamps

1 Th Intern tio al Ele trote h ic l Commis io (IEC) is a worldwid org niz tio for sta d rdiz tio c mprisin

al n tio al ele trote h ic l c mmite s (IEC Natio al Commite s) Th o je t of IEC is to promote

intern tio al c -o eratio o al q e tio s c n ernin sta d rdiz tio in th ele tric l a d ele tro ic f i ld To

this e d a d in a ditio to oth r a tivitie , IEC p bls e Intern tio al Sta d rd , Te h ic l Sp cif i atio s,

Te h ic l Re orts, Pu lcly Av ia le Sp cific tio s (PAS) a d Guid s (h re f ter refere to a “IEC

Pu lc tio (s)”) Th ir pre aratio is e tru te to te h ic l c mmite s; a y IEC Natio al Commite intere te

in th s bje t d alt with ma p rticip te in this pre aratory work Intern tio al g v rnme tal a d n

n-g v rnme tal org niz tio s laisin with th IEC als p rticip te in this pre aratio IEC c la orate clo ely

with th Intern tio al Org niz tio for Sta d rdiz tio (ISO) in a c rd n e with c n itio s d termin d b

a re me t b twe n th two org niz tio s

2) Th formal d cisio s or a re me ts of IEC o te h ic l maters e pre s, a n arly a p s ible, a intern tio al

c n e s s of o inio o th rele a t s bje ts sin e e c te h ic l c mmite h s re re e tatio f rom al

intere te IEC Natio al Commite s

3) IEC Pu lc tio s h v th form of re omme d tio s f or intern tio al u e a d are a c pte b IEC Natio al

Commite s in th t s n e Whie al re s n ble eforts are ma e to e s re th t th te h ic l c nte t of IEC

Pu lc tio s is a c rate, IEC c n ot b h ld re p n ible for th wa in whic th y are u e or f or a y

misinterpretatio b a y e d u er

4) In ord r to promote intern tio al u iformity, IEC Natio al Commite s u d rta e to a ply IEC Pu lc tio s

tra s are tly to th ma imum e te t p s ible in th ir n tio al a d re io al p blc tio s An div rg n e

b twe n a y IEC Pu lc tio a d th c r e p n in n tio al or re io al p blc tio s al b cle rly in ic te in

th later

5) IEC its lf d e n t pro id a y ate tatio of c nformity In e e d nt c rtif i atio b die pro id c nformity

a s s me t s rvic s a d, in s me are s, a c s to IEC mark of c nformity IEC is n t re p n ible for a y

s rvic s c rie o t b in e e d nt c rtific tio b die

6) Al u ers s o ld e s re th t th y h v th late t e itio of this p blc tio

7) No la i ty s al ata h to IEC or its dire tors, emplo e s, s rv nts or a e ts in lu in in ivid al e p rts a d

memb rs of its te h ic l c mmite s a d IEC Natio al Commite s for a y p rs n l injury, pro erty d ma e or

oth r d ma e of a y n ture wh ts e er, wh th r dire t or in ire t, or f or c sts (in lu in le al fe s) a d

e p n e arisin o t of th p blc tio , u e of, or rela c u o , this IEC Pu lc tio or a y oth r IEC

Pu lc tio s

8) Ate tio is drawn to th Normativ refere c s cite in this p blc tio Us of th refere c d p blc tio s is

in is e s ble f or th c re t a plc tio of this p blc tio

9) Ate tio is drawn to th p s ibi ty th t s me of th eleme ts of this IEC Pu lc tio ma b th s bje t of

p te t rig ts IEC s al n t b h ld re p n ible f or id ntifyin a y or al s c p te t rig ts

DISCLAIMER

This Con ol d te v rsion is not a of f icial IEC Sta dard a d ha be n prepare f or

us r conv nie c Only the c r e t v rsion of the sta dard a d its ame dme t s)

are to be considere the of ficial doc me ts

This Consol date v rsion of IEC 613 7-2-3 be rs the e ition number 2.1 It con ists of

the s cond e ition (2 1 -0 ) [doc me ts 3 C/9 5/FDIS a d 3 C/9 8/RVD], its

cor ige dum 1 (2 1 -0 ) a d its ame dme t 1 (2 16-0 ) [doc me ts 3 C/12 6/FDIS a d

3 C/12 1/RVD] The te h ic l conte t is id ntic l to th ba e e ition a d its

ame dme t

In this Re l ne v rsion, a v rtic l l ne in the margin s ows where the te h ic l conte t

is modifie by ame dme t 1 Addition are in gre n te t, d letions are in strik through

re te t A s parate Fin l v rsion with al c a ge a c pte is a ai able in this

publ c tion

International Stan ard IEC 613 7-2-3 has b en pre ared by s bcommite 3 C: Au i aries

f or lamps, of IEC tec nical commite 3 : L mps an related eq ipment

This stan ard s al b u ed in conju ction with IEC 613 7-1 (2 0 ) an its Amen ment 1

(2 10)

This secon edition con titutes a tec nical revision

The sig if i ant revision with resp ct to the f irst edition are:

– rectif yin test con ition when dimmin ;

– con tru tion req irements;

– me s rement circ its an l mits f or HF le kage c r ents;

– modif i ation of the stru ture to b come a stan ard ex lu ively f or a.c an d.c central

s p l ed electronic control ge r f or general l g tin an An ex J cover central y-

s p l ed emergen y control ge r

This publcation has b en draf ted in ac ordan e with the ISO/IEC Directives, Part 2

This p rt 2 s p lements or modif ies the cor esp n in clau es in IEC 613 7-1 so as to

con ert that publcation into the IEC stan ard: Partic lar req irements f or a.c an /or d.c

s p l ed electronic control ge r f or f l ores ent lamps

NOT In this sta d rd, th f olowin print ty e are u e :

– Req irements pro er: in roman typ

– Te t s e ific tio s: in itali typ

–

Ex la atory mater: in smaler roma ty e

A lst of al p rts of the IEC 613 7 series, publ s ed u der the general title: L mp c ntrol

g ar, can b f ou d on the IEC we site

The commit e has decided that the contents of the b se publ cation an its amen ment wi

"ht p:/we store.iec.c " in the data related to the sp cif i publcation At this date, the

IMPORTANT – Th 'colour in ide' logo on the cov r pa e of this publ c tion indic te

that it contains colours whic are consid re to be us f ul f or th cor e t

INTRODUCTION

This secon edition of IEC 613 7-2-3, publ s ed in conju ction with IEC 613 7-1, re resents

an review of the f irst edition of IEC 613 7-2-3 The formatin into se arately publ s ed p rts

provides for e se of future amen ments an revision Ad itional req irements wi b ad ed

as an when a ne d for them is recog ized

This stan ard, an the p rts whic make up IEC 613 7-2, in ref er in to an of the clau es of

IEC 613 7-1, sp cif y the extent to whic s c a clau e is a pl ca le an the order in whic

the tests are to b p rformed; they also in lu e ad itional req irements, as neces ary Al

p rts whic make up IEC 613 7-2 are inten ed to b self-contained an , theref ore, do not

in lu e referen es to e c other However, f or the case of emergen y l g tin lamp control

ge r, some cros - ef eren in has b en neces ary

Where the req irements of an of the clau es of IEC 613 7-1 are refer ed to in this stan ard

by the phrase ”The req irements of clau e n of IEC 613 7-1 a ply”, this phrase is interpreted

as meanin that al req irements of the clau e in q estion of p rt 1 a ply, ex e t an whic

are cle rly ina pl ca le to the sp cifi typ of lamp control ge r covered by this p rtic lar p rt

of IEC 613 7-2

LAMP CONTROL GEAR –

Part 2-3: Particular requirements f or a.c and/or d.c

suppl ed electronic control gear f or f luorescent lamps

This p rt of IEC 613 7 sp cif ies p rtic lar saf ety req irements for electronic control ge r for

u e on a.c s p l es at 5 Hz or 6 Hz up to 1 0 0 V an /or d.c s p l es up to 1 0 0 V at 5

Hz or 6 Hz with lamp o eratin f req en ies deviatin f rom the s p ly freq en y, as ociated

with f l ores ent lamps as sp cif ied in IEC 6 0 1 an IEC 6 9 1, an other f l ores ent lamps

f or hig -f req en y o eration

Perf orman e req irements are the s bject of IEC 6 9 9

Partic lar req irements for electronic control ge r with me n protection again t overhe tin

are given in An ex C

For emergen y l g tin o eration, p rtic lar req irements f or control ge r o erated from a

central s p ly are given in An ex J Perf orman e req irements a pro riate to the safe

o eration of emergen y l g tin are also contained in An ex J

Req irements f or emergen y l g tin control ge r o eratin f rom non-central sed p wer

s p l es are given in IEC 613 7-2-7

NOT Perorma c re uireme ts d taie b An e J are th s c n id re to b s f ety-elate with re p ct to

rela le emerg n y o eratio

2 Normative ref erenc s

For the purp ses of this doc ment, the normative referen es given in Clau e 2 of

IEC 613 7-1 whic are mentioned in this stan ard a ply, together with the folowin normative

ref eren es

IEC 6 9 9: 2 1 , AC a d/or DC-s p li d electro ic c ntrol g ar for tu ular fluore c nt lamp

– P erorma c re uireme ts

IEC 613 7-1:2 0 , L mp c ntrol g ar – P art 1: Ge eral a d s fety re uireme ts

Amen ment 1(2 10)

IEC 613 7-2-7,_ _ L mp c ntrol g ar – P art 2-7 : P artic lar re uireme ts for b ttery s p lied

ele tro ic c ntrol g ar for emerg n y li htin (s lf-c ntain d)

1

a.c s ppl e ele tronic control ge r

main -s p l ed a.c to a.c in ertor in lu in sta i zin elements f or startin an o eratin

one or more f l ores ent lamps, general y at hig f req en y

3.2

ma imum v lue of lamp power (of a control able control ge r)

lamp p wer (l g t output whic compl es with 8.1 of IEC 6 9 9, u les otherwise declared by

the man f acturer or resp n ible ven or

3.3

ma imum al owe pe k volta e

hig est p rmit ed p ak voltage acros an in ulation u der o en-circ it con ition an an

normal an a normal o eratin con ition

The maximum p ak voltage is related to the declared r.m.s workin voltage; se Ta le 1

3.4

minimum v lu of lamp power (of a control able control ge r)

lowest p rcentage of the lamp p wer def i ed in 3.2 declared by the man f acturer or

resp n ible ven or

3.5

a.c./d.c s ppl e ele tronic control ge r f or maintaine emerge c l ghting

main /b t ery-s p l ed a.c./d.c to a.c in ertor in lu in sta i zin elements for startin an

o eratin one or more f l ores ent lamps, general y at hig freq en y for emergen y l g tin

3.6

c thode dummy re istor

cathode s bstitution resistor as sp cified on the relevant lamp data s e t of IEC 6 0 1 or

IEC 6 9 1 or as declared by the relevant lamp man facturer or by the resp n ible ven or

3.7

d.c s ppl e ele tronic control ge r

d.c s p l ed electronic control ge r or in ertor in lu es sta i sation elements f or startin an

o eratin one or more tubular f l ores ent lamps, generaly at hig freq en y

The req irements of Clau e 4 of IEC 613 7-1 a ply, together with the f olowin ad itional

req irement:

AC/d.c electronic control ge r for emergen y l g tin s al comply with the req irements of

An ex J

The req irements of Clau e 5 of 613 7-1 a ply together with the f ol owin ad itional

req irement:

The f ol owin n mb r of sp cimen s al b s bmit ed for testin :

– one u it f or the tests of Clau e 6 to 12 an 15 to 2 ;

– 12 samples with e c one or more u its for the test of Clau e 14, ref er to IEC 613 7-1,

14.5 (ad itional u its or comp nents, where neces ary, may b req ired in con ultation

with the man facturer)

Tests to me t the safety req irements f or a.c./d.c s p l ed electronic control ge r f or

emergen y l g tin are made u der the con ition sp cif ied in An ex J

In ac ordan e with the req irements of 7.2 of IEC 613 7-1, control ge r, other than integral

integrated controlge r, s al b cle rly an d ra ly marked with the folowin man atory

markin s:

− items a), b), c), d), e), f ), k), l), m), s), t an u) of 7.1 of IEC 613 7-1, together with

(here y item s) in 7.1 has priority over the req irements of SELV controlge r in Ta le L.1);

– ac ordin to 15.4, the declaration of U

o tcan b b sed on a red ced n mb r of

me s rements

7.2 Inf ormation to be provide , if appl c ble

In ad ition to the a ove man atory markin s, the f ol owin inf ormation, if a pl ca le, s al b

given either on the controlge r, or b made avai a le in the man f acturer’s catalog e or

simiar:

– items h), i), j) an n) given in 7.1 of IEC 613 7-1;

– information regardin voltage p larity reversal protection f or d.c s p l ed controlge r

only

10 Provisions f or earthing

The req irements of Clau e 9 of IEC 613 7-1 a ply

11 Moisture resistanc and insulation

The req irements of Clau e 1 of IEC 613 7-1 a ply together with the f ol owin ad itional

req irements:

The le kage c r ent that may oc ur from contact with f l ores ent lamps o erated at hig

f req en y from a.c s p l ed electronic control ge r s al not ex e d the values in Fig re 5

when me s red in ac ordan e with An ex I The values are in r.m.s values

The l mits of le kage c r ent values for freq en ies b twe n the values s own in Fig re 5

s ould b o tained by calc lation ac ordin to the f ormula in the fi ure (u der con ideration)

NOT Limits of le k g c re t v lu s for f re u n ie a o e 5 kHz are u d r c n id ratio

Comp a c with th s re uireme ts is c e k d in a c rdan e with An e I

15 Protection of associated compone ts

15.1 Ma imum pe k volta e und r normal operation condition

Un er con ition of normal o eration, verified with d mmy cathode resistors in erted an

con ition of a normal o eration, as sp cif ied in Clau e 16, the voltage at the output

terminals s al at no time ex e d the maximum p rmit ed p ak value sp cified in Ta le 1

Table 1 – Relation betwe n r.m.s working volta e a d ma imum pe k volta e

Voltage at output terminals

NOT Lin ar interp latio b twe n th giv n v lta e ste s is alowe

15.2 Ma imum workin volta e under normal a d abnormal o eratin con itions

Un er normal o eratin con ition an a normal o eratin con ition as sp cif ied in

Clau e 16, ex e t for the rectif yin eff ect, an from 5 s af ter the switc on or b gin in of the

startin proces , the voltage at the output terminals s al not ex e d the maximum workin

voltage for whic the control ge r is declared

15.3 Ma imum workin volta e a d re tifying ef f ect

In the case of a rectif yin ef fect, i.e a normal o eratin con ition ac ordin to 16.1 d), the

r.m.s voltage at the output terminal s al not ex e d the maximum p rmited value for whic

the control ge r is desig ed for a p riod lon er than 3 s af ter switc -on, or b gin in of the

startin proces

For control ge r whic makes more than one at empt to start a fai ed lamp, the combined

d ration of voltages a ove the maximum workin voltage f or whic the b last is declared

15.4 Output volta e a d abnormal condition

For the tests of 15.1 and 15.2, the output voltages me s red s al b those b twe n an

output terminal an e rth Ad itional y, voltages that a p ar b twe n output terminals s al

b me s red in cases where the voltage is present acros in ulation b r iers within

as ociated comp nents

For multi-lamp or multi-p wer controlge r only the combination that le d to the hig est

voltage s al b me s red

If , f rom a simi ar review or declaration for al controlge r, it b comes cle r that the voltage is

b low 5 V, then only that terminal-terminalor terminal-e rth co mbination is me s red

16 Abnormal c nditions

16.1 Abnormal conditions f or a.c a d d.c control ge rs

The control ge r s al not imp ir saf ety when o erated u der a normal con ition at an

voltage b twe n 9 % an 1 0 % of the rated s p ly voltage

Comp a c is c e k d b th followin te t

Eac ofthe fo owin c nditio s s a b a p ed with the c ntrol g ar o eratin a c rd in to

the ma ufa turer's in tru tio s (in lud in a h at sin , if s e ified ) for 1 h:

a) the lamp or o e of the lamp is n t in erted ;

b) the lamp do s n t start b c u e o e of th c th des is bro e ;

c) the lamp do s n t start alth u h th c thod e circ its are inta t (de-a tiv ted lamp)

d ) the lamp o erate , b t o e ofth c th des is de-a tiv ted or bro e (e tifyin efe t);

e) s ort circ it of the starter switc , if a y

For th te t simulatin o eratio with a de-a tiv ted lamp, a re istor is c n e ted in plac of

e c lamp c thod e Th re istor v lu is deriv d fom the v lue of the n min l ru nin

c r e t ofth lamp pre crib d in the relev nt lamp d ata s e t ofI EC 60 81 a d I EC 60 01

a d s b tituted in th followin e u tio :

Ω

×

=

IR

n1,2

0,1

where

I

n

is the rated lamp c r ent of the lamp

ma ufa turer s al b u ed

Wh n te tin electro ic b llasts for th re tifying efe t, the circ it s own in Fig re 1 is u ed

Th a ode of the re tifier is c n e ted to the mid points of a pro riate e uiv lent re istors;

the c th de of the re tifier is c n e ted to th s ort circ ited lamp ele trod e Th d ire tio of

the re tifying efe t is c o e s a to giv the mo t u fa o ra le c nditio s I f n c s ary,

the lamp is started u in a s itable devic

During a d at the e d of the tests s e ified u der items a) to e), th c ntrol g ar s a s ow

n defe t imp iring s fety n r s a a y smo e b prod uc d

16.2 Ad itional abnormal conditions f or d.c s ppl e ele tronic control ge r

If the d c s p li d ele tro ic c ntrol g ar declared b th ma ufa turer a a prote ted c ntrol

g ar a ain t the re ers l p larity of th s p ly v ltag , th n th followin test is a p ed :

The d.c s p l ed electronic control ge r s al b con ected f or 1 h with the reversal s p ly

voltage at the maximum value of the rated voltage with the maximum lamp p wer declared by

the man f acturer

Durin an at the en of the test the electronic control ge r s al o erate the lamp(s) normal y

without an def ects

17 Behaviour of the c ntrol ge r at end of lamp l f e

17.1 End of lamp l f e ef f ects

At the en of lamp lf e, the control ge r s al b have in s c a way that no overhe tin of

lamp ca (s) oc urs at an voltage b twe n 9 % an 1 0 % of the rated s p ly voltage

For the test simulatin en of lamp l f e ef f ects, thre tests are des rib d:

a) as mmetric pulse test (des rib d in 17.2);

b) as mmetric p wer dis ip tion test (des rib d in 17.3);

c) o en f ilament test (des rib d in 17.4)

An of the thre tests may b u ed to q al f y electronic control ge r The control ge r

man facturer s al determine whic of the thre tests wi b u ed to test a given control ge r

b sed on the desig of that p rtic lar control ge r circ it The c osen test method s al b

in icated in the control ge r man f acturer’s l terature

NOT 1 Ch c in c ntrol g ar a ain t th ir c p bi ty to c p with th p rtial re tifyin efe t is re omme d d b

IEC 61 9 , An e E, a d IEC 61 9 , An e H

NOT 2 InJa a , o ly th re uireme ts of 17.1 b) are a ple f or ele tro ic c ntrol g ar

L mps u ed in the b l ast test circ its s al b new lamps se soned for 10 h

17.2 As mmetric puls te t

The b l ast controlge r s al have adeq ate protection to prevent lamp ca overhe tin at the

en of the lamp l f e c cle Compl an e is c ec ed by the fol owin test The relevant values of

lamp p wer, maximum as mmetric p wer P

ma

at the cathodes an the desig ation of lamp

ca s al b taken from An ex E of IEC 6 0 1 an An ex D of IEC 6 9 1 resp ctively

NOT Ame dme t 6 of IEC 6 0 1 is u d r pre aratio Sta e at th time of p blc tio :

IEC C V 6 0 1 AMD6:2 15

Test proced re:

Ref er to the s hematic diagram in Fig re 1

If only one con ection p r electrode is avai a le at the control ge r an /or lamp, T1 s al b

removed an then the control ge r s al b con ected to J2 an the lamp to J4 The control

ge r man facturer s ould b as ed whic of the output terminals has to b con ected to J4

termin ls J5 a d J6 time th c re t f l win fom J8 to J7 Th v lta e s o ld b me s re with a

difere tial v lta e pro e, a d th c re t s o ld b me s re with a d.c c re t pro e A digital

o ci o c p c n b u e for th multiplc tio a d a era in fu ctio s If th c ntrol g ar o erate in a

c cln mo e, th a era in interv l s o ld b s t to c v r a inte er n mb r of c cle (Ea h c cle is

ty ic ly gre ter th n 1 s.) Th s mpln rate a d n mb r of s mple in lu e in th c lc latio s s o ld b

s ficie t to a oid ala in erors

The p wer dis ip tion s al b b low P

ma

If the p wer dis ip tion is gre ter than P

ma, the control ge r has f ai ed an the test is

dis ontin ed

(5) Close S1 an S4

(6) Set S2 to p sition B

(7) Re e t ste s (2), (3) an (4)

The control ge r s al p s b th p sition “A” an p sition “B” tests

(8) For multi-lamp control ge r, re e t ste s (1) to (7) f or e c lamp p sition

A multi-lamp control ge r s al p s the tests f or e c lamp p sition

(9) For control ge r that o erate multiple lamp typ s (e.g 2 W, 3 W, 4 W), e c lamp

typ sp cif ied s al b tested Re e t ste s (1) to (8) for e c lamp typ

J5

J6

+ _

J7 J8

20 V D6

20 V D8

20 V D7

B S1

P 33-FC2

J1

J2

J4 J3

C2

0,1µ

1N414D3

9V at t ery +

_ J9

J10

1N414D4

S4 is o e

A l st of material an tran former sp cif i ation is given in An ex K An other tran f ormer

comp nents with the same fun tional ty are p rmit ed

17.3 As mmetric power te t

The controlge r s al have adeq ate protection to prevent lamp ca overhe tin at the en of

the lamp l fe c cle Compl an e is c ec ed by the f olowin test The relevant values of lamp

p wer, maximum cathode p wer P

ma

at the cathodes an the desig ation of lamp ca s al

b taken from An ex E of IEC 6 0 1 an An ex D of IEC 6 9 1 resp ctively

NOT Ame dme t 6 of IEC 6 0 1 is u d r pre aratio Sta e at th time of p blc tio :

IEC C V 6 0 1 AMD6:2 15

Test proced re:

Ref er to the s hematic diagram in Fig re 2

(1) Set switc S1 to p sition A

(2) Set resistan e of resistor R1 to 0 (zero) Ω

(3) Start lamp(s) by turnin on p wer to controlge r u der test an al ow lamp(s) to warm

up for 5 min

(4) In re se the resistan e of R1 ra idly, (within 15 s) u ti the p wer dis ip ted by resistor

R1 eq als the test wat age p wer value of 10 W for a T4 lamp or 15 W f or a T5 lamp

twice the as mmetric p wer P

ma

in An ex E of IEC 6 0 1 an An ex D of IEC 6 9 1

resp ctively If the controlge r l mits the p wer in R1 to a value les than the test

controlge r switc es of f b f ore re c in the test wat age p wer, contin e with (5) If the

controlge r do s not switc of f an l mits the p wer in R1 to a value les than the test

(5) If the test wat age value was re c ed in ste (4), wait for an ad itional 15 s If the test

wat age value was not re c ed in ste (4), wait f or an ad itional 3 s Me s re the

p wer in R1

ma

If the p wer dis ip tion in resistor R1 is gre ter than P

ma, The control ge r has fai ed

an the test is dis ontin ed

(6) Turn of f p wer to control ge r Set switc S1 to p sition B

(7) Re e t test proced re ste s (3) to (5) a ove

The control ge r s al have adeq ate protection to prevent lamp ca overhe tin at the en of

the lamp l fe c cle u der o en f ilament con ition Compl an e is c ec ed by either test

proced re A or B as determined by the value of

(Other diameters are u der stu y.)

If these c r ent values are ex e ded, test proced re B s al b a pled; otherwise, test

proced re A s al b a pled

17.4.2 Me s reme ts to be c r ie out prior to te t proc dure A

Determine the r.m.s c r ents, I

L(1), I

LH(1), I

L(2), I

LH(2), at the control ge r output terminals,

by u in a c r ent pro e an mark the terminals resp ctively, where:

L(1) is the lower of the r.m.s c r ents throu h le d-in wire of electrode 1

LH(1) is the hig er of the r.m.s c r ents throu h le d-in wire of electrode 1

L(2) is the lower of the r.m.s c r ents throu h le d-in wire of electrode 2

LH(2) is the hig er of the r.m.s c r ents throu h le d-in wire of electrode 2

Con ect the circ it ac ordin to Fig re 3

If the lamp dis harge c r ent is gre ter than I

ma, the control ge r has f ai ed an the

(9) For multi-lamp control ge r, re e t test proced re ste s (1) to (8) for e c lamp

p sition

A multi-lamp control ge r s al p s the tests f or e c lamp p sition to p s the en of

-lamp-l f e test

(10) For control ge r that o erate multiple lamp typ s (e.g 2 W, 3 W, 4 W), e c lamp

typ sp cif ied s al b tested Re e t ste s (1) to (9) for e c lamp typ

17.4.4 Te t proc dure B

Con ect the lamp as s own in Fig res 3 an 3 with the me s rement ar an ement

ac ordin to Fig re 3c If the control ge r has an isolation tran f ormer, con ect the 1 MΩ

resistor to the cor esp n in terminal def i ed in 17.4.2

(1) Set S to p sition 1

(2) Turn on the control ge r u der test an al ow lamp(s) to warm up for 5 min

(3) Set S to p sition 2 wait f or 3 s

Me s re the r.m.s voltage value with the dif ferential pro e placed as in icated in

Fig re 5c If the voltage is pulsin , the r.m.s value s al b computed over one

complete pulse c cle in lu in the off time

(4) The voltage s al not b gre ter than 2 % of the rated lamp voltage If the voltage is

gre ter than 2 %, dis ontin e the test

Ref er to Fig re 3

L( )

I

LH( )

I

L(2)

I

LH(2)

I

LH( )

I

L(2)

I

LH(2)

LH( ) of Fig re 3

Figure 3 – Dete tio of lamp c r ent

L 2 b n e lamp (sin le c p e a d circ lar; c p er

foi width: twic 2 cm; b th fois c n e te to eth r

Figure 5b – Limits for c pa itive le kage c r ent (in mA

r.m.s

) of HF-o erated fluore c nt lamps –

Ran e 10 msto 1 0 0 ms

Annex A

(normative)

Test to establ sh whether a conductive part

is a l ve part which may cause an electric shock

The req irements of An ex A of IEC 613 7-1 a ply

Annex C

(normative)

Particular requirements f or electronic lamp control gear

with means of protection against overheating

The req irements of An ex C of IEC 613 7-1 a ply

Annex E

(normative)

Use of constant S other than 4 500 in t

wtests

The req irements of An ex E of IEC 613 7-1 are not a pl ca le

Annex G

(normative)

Explanation of the derivation of the values of pulse voltages

The req irements of An ex G of IEC 613 7-1 are not a pl ca le

Annex H

(normative)

Tests

The req irements of An ex H of IEC 613 7-1 a ply

Annex I

(normative)

Measurement of high-f requency leakage cur ent

Electronic control ge rs are tested for ca acitive hig -freq en y le kage c r ent, as fol ows

The b last is tested in the circ it s own in Fig re I 1 with two normal lamps, e c b in

con ected to the circ it at only one en ("cros ed p ir of lamps") This method would also

provide the worst-case le kage to e rth

The glas tub of one of the two lamps, whic ever gives the worst value, is wra p d with a

7 mm wide metal f oi , together with a non-in u tive 2 0 0 Ω resistor an a me s rin device

s ita le for the test circ it

The test s al b con u ted with the lamps s p orted on two 7 mm hig wo den bloc s an

placed on a wo den ta le, s c that no external in uen e f rom metal c s rf aces is cau ed

The le kage c r ent (i.e the hig -freq en y c r ent flowin f rom the metal foi throu h the

2 0 0 Ω ± 5 Ω resistor to e rth) is me s red u der the fol owin simulated o eratin

con ition

– Two normal lamps, e c b in in erted at only one en into a p ir of holders, with the

s p ly voltage switc ed on

– In order to take care of the most ad erse con ition ( hat is to en ure that the hig est

le kage c r ent whic may oc ur wi b me s red) the proced re s al b car ied out in

s c a way that al of the f our p s ible holder contactca -pin combination are covered

– For control ge r with multi-lamp o eration, the le kage c r ent from e c lamp p sition is

me s red se arately

– Where a ran e of control ge r are s bmited f or test, e c b l ast typ s al b c ec ed,

not ju t the hig er or lower p wer variants

– Un er e c of the sp cified o eration con ition , the ca acitive le kage c r ent me s red

s al not ex e d the l mits sp cif ied in Fig re 5 (with the time ran es given in 5 , 5 an

5c)

NOT L a a e c re ts ared riv d fom IEC 6 4 9-2

Dime sion in mil l imet ers

Figure I1a – Te t ar an ement for bar-shaped tubular fluore c nt lamps