Iec 61076 3 104 2017

International Stan ard IEC 610 6-3-10 has b en pre ared by s bcommit e 4 B: Electrical con ectors, of IEC tec nical commit e 4 : Electrical con ectors an mec anical stru tures f or elect

IEC 61 076- 3- 1 04

Editio 3.0 2 17-0

Connect ors for elect rical and elect ronic equipment – Product requirement s –

Part 3- 104: Det ai specificat ion for 8-way, shielded f ee and fix ed connect ors for

dat a t ransmissions w it h f equencies up t o 2 000 MHz

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IEC 61 076- 3- 1 04

Edit io 3.0 2 17-0

Connect ors for elect rical and elect ronic equipment – Product requirement s –

Part 3- 104: Det ai specificat ion for 8-way, shielded f e and fix ed connect ors for

dat a t ransmissions w it h f equencies up t o 2 000 MHz

FOREWORD 8

INTRODUCTION 10 1 Sco e 1

2 Normative ref eren es 1

3 Tec nical information 13 3.1 Terms an def i ition 13 3.2 L vels of comp tibi ty 14 3.2.1 Interc ange bi ty level 14 3.2.2 Intermate bi ty 14 3.2.3 Intero era i ty 14 3 3 Groups of related con ectors 1

4 3.4 Clas ification into clmate categories 15 3.5 Cle ran e an cre p ge distan es 15 3.6 Cur ent car yin ca acity 15 3.7 Markin 15 3.7.1 General 15 3.7.2 Per orman e markin 15 4 Dimen ional information 15 4.1 General 15 4.2 Isometric views an common f eatures 16 4.2.1 General 16 4.2.2 Fixed con ector variant 01 (ca le outlet 17 4.2.3 Fixed con ector variant 0 , (printed circ it b ard outlet 2

4.2.4 Fre con ector variant 0 (4-p ir plu ) 21

4.2.5 Fre con ector variant 0 (2-p ir plu ) 2

4.2.6 Fre con ector variant 0 (1-p ir plu ) 2

4 3 Termination 3

4.3.1 General 3

4.3.2 Ref eren ed solderles termination types 3

4.3.3 Non- ef eren ed termination typ s 31

4.3.4 Solder termination 31

4.4 Mou tin information 31

4.4.1 General 31

4.4.2 Mou tin inf ormation for f i ed con ectors 31

4.4.3 Mou tin information for fe con ectors 31

4.5 Gau es 31

4.5.1 Sizin gau es an retention force gau es; mec anical f un tion, en agin /se aratin /in ertion/with rawal force 31

4.6 Mec anical fu ction, en agin /se aratin /in ertion/with rawal f orce gau es 3

4.7 Test p nels 3

5 Characteristic 3

5.1 General 3

5.2 Pin an p ir groupin as ig ment 3

5.3 Cl matic categories 3

5.4 Electrical c aracteristic 4

5.4.1 Cre p ge an cle ran e distan es 4

5.4.3 Cur ent car yin ca acity 4

5.4.4 Initial contact an s ield resistan e 41

5.4.5 Input to output resistan e 41

5.4.6 Input to output resistan e u b lan e 41

5.4.7 In ulation resistan e 4

5.5 Tran mis ion c aracteristic 4

5.5.1 General 4

5.5.2 In ertion los 4

5.5.3 Return los 4

5.5.4 Pro agation delay 4

5.5.5 Delay s ew 4

5.5.6 NEXT los 4

5.5.7 Power s m NEXT los (for information only) 4

5.5.8 FEXT los 4

5.5.9 Power s m FEXT los (for inf ormation only) 4

5.5.10 Tran verse con ersion los 4

5.5.11 Tran verse con ersion tran fer los 4

5.5.12 Power s m al en (exogenou ) NEXT los 4

5.5.13 Power s m al en (exogenou ) FEXT los 4

5.5.14 Coupl n at en ation 4

5.5.15 Tran fer imp dan e 4

5.6 Mec anical c aracteristic 4

6 Test s hed le 4

6.1 General 4

6.2 Test proced res an me s rin method 4

6.3 Precon itionin 4

6.4 Wirin an mou tin of sp cimen 4

6.4.1 Wirin 4

6.4.2 Mou tin 4

6.4.3 Ar an ement f or contact resistan e me s rement an proced re 4

6.4.4 Ar an ement f or d namic stres tests ( est phase CP1) 4

6.5 Test s hed les 5

6.5.1 General 5

6.5.2 Basic (minimum) test s hed le 5

6.5.3 Ful test s hed le 5

An ex A (normative) Gau in proced re 5

A.1 Fixed con ectors 5

A.2 Fre con ectors 5

An ex B (normative) L c in device mec anical o eration – test proced re an req irements 6

B.1 Object 6

B.2 Pre aration of the sp cimen 6

B.3 Test method 6

B.4 Final me s rements 6

An ex C (normative) Plu an outlet intero era i ty q al fication 61

C.1 Object 61

C.2 Test eq ipment 61

C.3 Test proced re 6

D.1 Test in trumentation 6

D.2 Co xial ca les an test le d for network analy ers 6

D.3 Me s rement precaution 6

D.4 Balu req irements 6

D.5 Ref eren e comp nents f or cal bration 6

D.5.1 Ref eren e lo d for cal bration 6

D.5.2 Ref eren e ca les for cal bration 6

D.6 Termination lo d for termination of con u tor p irs 6

D.7 Termination of s re n 6

D.8 Test sp cimen an ref eren e planes 6

An ex E (normative) In ertion los 6

E.1 Object 6

E.2 Test method 6

E.3 Test set up 6

E.4 Proced re 6

E.4.1 Cal bration 6

E.4.2 Me s rement 6

E.5 Test re ort 6

E.6 Ac urac 6

An ex F (normative) Return los 7

F.1 Object 7

F.2 Test method 7

F.3 Test set-up 7

F.4 Proced re 7

F.4.1 Cal bration 7

F.4.2 Me s rement 7

F.5 Test re ort 7

F.6 Ac urac 7

An ex G (normative) Ne r en cros talk (NEXT) 7

G.1 Object 7

G.2 Test method 7

G.3 Test set-up 7

G.4 Proced re 7

G.4.1 Cal bration 7

G.4.2 Esta l s ment of noise flo r 7

G.4.3 Me s rement 7

G.5 Test re ort 7

G.6 Ac urac 7

An ex H (normative) Far en cros talk (FEXT) 7

H.1 Object 7

H.2 Test method 7

H.3 Test set-up 7

H.4 Proced re 7

H.4.1 Cal bration 7

H.4.2 Esta l s ment of noise flo r 7

H.5 Me s rement 7

H.6 Test re ort 7

An ex I (normative) Tran verse Con ersion L s (TC L) an Tran verse Con ersion

Tran fer L s (TC TL) 7

I 1 Object 7

I 2 Test method 7

I 3 Test set-up 7

I 4 Proced re 7

I 4.1 Cal bration 7

I 4.2 Noise flo r 7

I 4.3 Me s rement 8

I 5 Test re ort 8

I 6 Ac urac 8

An ex J (normative) Termination of b lu 81

J.1 Termination of b lu with low return los for common mode 81

J.2 Centre ta con ected to grou d 81

J.3 Centre ta o en 81

Biblogra h 8

Fig re 1 – Isometric view of ca le an PCB fixed con ectors 16 Fig re 2 – Isometric view s owin f e con ector f or 4, 2 an 1 p ir 16 Fig re 3 – Variant 01 drawin 1 17 Fig re 4 – Variant 01 drawin 2 19 Fig re 5 – Variant 0 drawin 2

Fig re 6 – Variant 0 drawin 1 21

Fig re 7 – Variant 0 drawin 2 2

Fig re 8 – Variant 0 drawin 3 2

Fig re 9 – Variant 0 drawin 1 2

Fig re 10 – Variant 0 drawin 2 2

Fig re 1 – Variant 0 drawin 1 2

Fig re 12 – Variant 0 drawin 2 2

Fig re 13 – Variant 0 drawin 3 2

Fig re 14 – Fixed con ector location "Go" gau e 3

Fig re 15 – Fixed con ector location "No-Go" gau e 3

Fig re 16 – Fixed con ector size "Go" gau e 3

Fig re 17 – Fixed con ector size "No-Go" gau e 3

Fig re 18 – Fre con ector location "Go" gau e 3

Fig re 19 – Fre con ector location "No-Go" gau e 3

Fig re 2 – Fre con ector size "Go" gau e 3

Fig re 21 – Fre con ector size "No-Go" gau e 3

Fig re 2 – Fixed con ector p nel 3

Fig re 2 – Sc ematic diagram of f i ed con ector 3

Fig re 2 – Con ector de- atin c rve 41

Fig re 2 – Ar an ement f or contact resistan e me s rement 4

Fig re 2 – Ar an ement f or dy amic stres 5

Fig re C.1 – Precision test f i tures (covers) 61

Fig re D.2 – Cal bration of referen e lo d 6

Fig re D.3 – Resistor lo d 6

Fig re D.4 – Definition of ref eren e planes 6

Fig re E.1 – Cal bration 6

Fig re E.2 – Me s rin set-up 6

Fig re G.1 – NEXT me s rement diff erential mode only termination 7

Fig re G.2 – NEXT me s rement diff erential an common mode termination 7

Fig re H.1 – FEXT me s rement dif ferential mode only termination 7

Fig re H.2 – FEXT me s rement dif ferential an common mode termination 7

Fig re I 1 – TCL me s rement 7

Fig re I 2 – TCTL me s rement 7

Fig re J.1 – Balan ed at en ator for b lu centre ta grou ded 81

Fig re J.2 – Balan ed at en ator for b lu centre ta o en 8

Ta le 1 – Variant 01 drawin 1 dimen ion 18 Ta le 2 – Variant 01 drawin 2 dimen ion 19 Ta le 3 – Variant 0 drawin dimen ion 2

Ta le 4 – Variant 0 drawin 1 dimen ion 2

Ta le 5 – Variant 0 drawin 2 dimen ion 2

Ta le 6 – Variant 0 drawin 3 dimen ion 2

Ta le 7 – Variant 0 drawin 1 dimen ion 2

Ta le 8 – Variant 0 drawin 2 dimen ion 2

Ta le 9 – Variant 0 drawin 1 dimen ion 2

Ta le 10 – Variant 0 drawin 2 dimen ion 2

Ta le 1 – Variant 0 drawin 3 dimen ion 2

Ta le 12 – Cl matic categories – Selected values 4

Ta le 13 – minimum cre p ge an cle ran e distan es 4

Ta le 14 – In ertion los 4

Ta le 15 – Return los 4

Ta le 16 – NEXT los 4

Ta le 17 – Power s m NEXT los 4

Ta le 18 – FEXT los 4

Ta le 19 – Power s m FEXT los 4

Ta le 2 – Tran verse con ersion los 4

Ta le 21 – Tran verse con ersion tran fer los 4

Ta le 2 – Power s m al en (exogenou ) NEXT los 4

Ta le 2 – Power s m al en (exogenou ) FEXT los 4

Ta le 2 – Coupl n at en ation 4

Ta le 2 – Tran fer imp dan e 4

Ta le 2 – Test group P 51

Ta le 2 – Test group AP 5

Ta le 2 – Test group BP 5

Ta le 3 – Test group DP 5

Ta le 31 – Test group EP 5

Ta le 3 – Test group FP 5

Ta le 3 – Test group GP 5

Ta le D.1 – Test b lu p rf orman e c aracteristic 6

Ta le F.1 – Un ertainty ban of return los me s rement at feq en ies b low 10 MHz 71

INTERNATIONAL ELECTROTECHNICAL COMMISSION

_

Part 3-104: Detai specification f or 8-way, shielded f ree and fixed

connectors f or data transmissions with frequencies up to 2 000 MHz

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International Stan ard IEC 610 6-3-10 has b en pre ared by s bcommit e 4 B: Electrical

con ectors, of IEC tec nical commit e 4 : Electrical con ectors an mec anical stru tures

f or electrical an electronic eq ipment

This third edition of IEC 610 6-3-10 can els an re laces the secon edition, publ s ed in

2 0 , an con titutes a tec nical revision

This edition in lu es the f ol owin sig if i ant tec nical c an es with resp ct to the previou

edition:

a) the title has b en c an ed to in orp rate tran mis ion with f eq en ies up to 2 0 0 MHz;

b) the drawin s of some styles have b en cor ected f or clarification;

d) Fig re 3 has b en updated to in lu e referen e dimen ion an dimen ional f ormat

e) the dimen ion of Fig re 7 have b en updated;

f ) the typ desig ation an orderin inf ormation has b en removed for con isten y with the

most updated sectional sp cification;

g) the test s hed le was updated to in lu e a pro riate IEC 6 512 Test Nos;

h) the electrical p rorman e req irements have b en revised f or 2 GHz level;

i) interc an e bi ty inf ormation has b en ad ed f or p rf orman e categories

The text of this International Stan ard is b sed on the fol owin doc ments:

Ful inf ormation on the votin for the a proval of this International Stan ard can b f ou d in

the re ort on votin in icated in the a ove ta le

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

A lst of al p rts of the IEC 610 6 series, publ s ed u der the general title Co n ctors for

ele tro ic e uipme t – Prod uct re uireme ts, can b fou d on the IEC we site

The commite has decided that the contents of this doc ment wi remain u c an ed u ti the

sta i ty date in icated on the IEC we site u der "htp:/ we store.iec.c " in the data related to

the sp cific doc ment At this date, the doc ment wi b

• recon rmed,

• with rawn,

• re laced by a revised edition, or

A bi n ual version of this publcation may b is ued at a later date

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The International Electrotec nical Commis ion (IEC) draws at ention to the fact that it is

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may b the s bject of p tent rig ts other than those identified a ove IEC s al not b held

resp n ible for identifyin an or al s c p tent rig ts

CONNECTORS FOR ELECTRICA L A ND ELECTRONIC EQUIPMENT –

Part 3-104: Detai specification f or 8-way, shielded f ree and fixed

connectors f or data transmissions with frequencies up to 2 000 MHz

This p rt of IEC 610 6 esta l s es u iform sp cification , typ testin req irements for

8-way, s ielded f re an f i ed con ectors for data tran mis ion with f req en ies up to

2 0 0 MHz, an u ed as category 7 con ectors in clas F

A

ca l n s stems sp cified in

ISO/IEC 1 8 1-1 It contain al test method an seq en es, severity an pref er ed values

for dimen ion an c aracteristic

The f ol owin doc ments are ref er ed to in the text in s c a way that some or al of their

content con titutes req irements of this doc ment For dated referen es, only the edition

cited a ples For u dated ref eren es, the latest edition of the ref eren ed doc ment (in lu in

an amen ments) a pl es

IEC 6 0 0-5 1, I ntern t ion l El ectrote h ic l Vo a ulary – Part 581: Ele trome h nic l

c mp n nts for el ectro ic e uipme t

IEC 6 0 8-1, Enviro me t al test in – P art 1: Ge eral a d g id an e

IEC 6 16 -15, Rad io-fe u n y c n e tors – Part 15: R.F c a ial c n e tors wit h inn r

diamet er ofo ter c nd uctor 4.13 mm (0.16 in) wit h screw c u l ing – Ch ra ters imp dan e

5 0 o ms (Ty e SMA)

IEC 6 3 2-2, Sold erl es c n e tions – Part 2: Crimp d c n e t ions – Ge eral re uireme ts,

test methods a d pra tic l g id an e

IEC 6 3 2-3, Sold erl es c n e t ions – Part 3: Sol derl es a c s ible insul at ion d ispla eme t

c n e tions – Ge eral re uireme ts, t est meth ds and pra tic l g idan e

IEC 6 3 2-4, Sold erl es c n e tions – Part 4: Sol d erles n n-a c s ibl e insul at ion

displ ac me t c n e tio s – Ge eral re uireme ts, t est methods a d pra t ical g id an e

IEC 60 5 -5, Sol d erles c n e t ions – Part 5: P res -in c nn ctions – Ge eral re uireme ts,

test methods a d pra tic l g id an e

IEC 6 3 2-6, Sold erles c n e t ions – Part 6: I nsulat io piercing c n e tions – Ge eral

re uireme ts, test met hods a d pra tic l g id an e

IEC 60 5 -7, Sold erl es c n e ti ons – Part 7: Sprin cl amp c n e tions – Ge eral

re uireme ts, test met hods a d pra tic l g id an e

IEC 60 12-1-1, Co n ctors for el ectro ic e uipme t – Tests a d me sureme ts – Part 1-1:

IEC 6 512-1-2, Co n ctors for el ectronic e uipme t – Tests a d me sureme ts – Part 1-2:

Ge eral e aminat ion – Test 1b: Ex mination ofd ime sion a d mas

IEC 6 512-2-1, Co n ct ors for el ectro ic e uipme t – Tests a d me sureme ts – Part 2-1:

Ele tric l c nt inuity a d c nt act resist an e tests – Test 2 : Co ta t resist an e – Mil livolt lev l

met hod

IEC 6 512-2-5, Co n ctors for el ectro ic e uipme t – Tests a d me sureme ts – Part 2-5:

Ele tric l c ntin ity a d c nt act resista c tests – Test 2 : Co ta t d isturb n e

IEC 60 12-3-1, Co n ctors for el ectro ic e uipme t – Tests a d me sureme ts – Part 3-1:

I nsulat io t ests – Test 3 : Insulat io resista c

IEC 6 512-4-1, Co n ct ors for electro ic e uipme t – Tests a d me sureme ts – Part 4-1:

Volt ag stres tests – Test 4 : Volt ag pro f

IEC 6 512-6-4, Co n ctors for el ectro ic e uipme t – Tests a d me sureme ts – Part 6-4:

Dy amic st res tests – Test 6d : Vibratio (sinusoidal

IEC 6 512-9-1, Co n ctors for el ectro ic e uipme t – Tests a d me sureme ts – Part 9-1:

End ura c t ests – Test 9 : Mec a ic l o erat ion

IEC 6 512-9-2, Co n ct ors for el ectro ic e uipme t – Tests a d me sureme ts – Part 9-2:

End ura c t ests – Test 9 : Electric l l oad a d temp rature

IEC 6 512-1 -4, Co n ctors for el ectro ic e uipme t – Tests a d me sureme ts – Part 1 -4:

Cl imatic t ests – Test 1 d: Ra id c a g of t emp rat ure

IEC 6 512-1 -7, Co n ct ors for el ectro ic e uipme t – Tests and me sureme ts – P art 1 -7 :

Climat ic tests – Test 1 g: Flowin mix ed g s c rosion test

IEC 6 512-13-2, Co n ct ors for electro ic e uipme t – Tests a d me sureme ts – P art 13-2:

Mec a ic l o erat io tests – Test 13 : Insertion a d withdrawal forc s

IEC 6 512-15-6, Co n ctors for el ectro ic e uipme t – Tests a d me sureme ts – P art 15-6:

Co n ctor tests (me h nic l – Test 15f: Efe t iv n s of c n e tor c u l ing devic s

IEC 6 512-2 -10 , Co n ct ors for ele tro ic e uipme t – Tests a d me sureme ts –

P art 2 –10 : me sureme t setup, test a d refere c ara g me ts a d me sureme ts for

c n e t ors a c rding to IEC 6 6 3-7 – Test 2 a t o 2 g

IEC 6 512-2 -10 , Co n ctors for el ectro ic e uipme t – Tests a d me sureme ts –

P art 2 -10 : Sig al integrity t ests u to 1 0 0 M H z o IEC 6 6 3-7 a d IEC 6107 6-3 series

c n e t ors – Test 2 a to 2 g

IEC 610 6-1:2 0 , Co n ct ors for ele tro ic e uipme t – P roduct re uireme ts – Part 1:

Ge eric sp cific tion

IEC 610 6-3:2 08, Co n ctors for electro ic e uipme t – P rod uct re uireme ts – Part 3:

Re ta g l ar c n e tors – Se tion l sp cific t ion

IEC 61 5 (al p rts), Mult ic re a d symmetric l p irq ad c bles for d igit al c mmu ic t ions

IEC 61 5 -2, Mult ic re a d symmetric l p irq ad c bles for d igital c mmu ic tio s – Part 2:

Symmetric l p ir/q ad c bles wit h tra smis ion c ara terist ics u to 10 MHz – H orizo t al

IEC 61 5 -3, Multic re a d symmetric l p irq ad c bles for d igit al c mmu ic t io s – Part 3:

Work are c ble – Se tion l sp cific t ion

IEC 61 5 -4, Mult ic re a d symmetric l p irq ad c bles for d igital c mmu ic tio s – Part 4:

Riser c bl es – Se t ion l sp cific tion

IEC 61 5 -5, Multic re a d symmetric l p irq ad c bles for d igit al c mmu ic t io s – Part 5:

Symmetric l p irq ad c bl es with tra smis ion c ara terist ics u t o 1 0 0 MHz – Horizo t al

fl oor wirin – Se t io al sp cific tio

IEC 61 5 -6, Mul t ic re a d symmetric l p irq ad c bles for d igital c mmu ic tio s – Part 6:

Symmetric l p irq ad c bl es wit h tra smis ion c ara teristics u t o 1 0 0 MHz – Work are

wiring – Se t ion l sp cification

IEC 61 5 -7, Mult ic re a d symmetric l p irq ad c bles for d igital c mmu ic tio s – Part 7:

Symmetric l p ir c bles with tra smis ion c ara terist ics u to 1 2 0 MHz – Se t io al

sp cific tio for d igital a d a alo c mmu ic t ion c bles

IEC 61 5 -9, Mult ic re a d symmetric l p irq ad c bles for d igital c mmu ic tio s – Part 9:

Ca les for c a n ls with tra smis ion c ara t erist ics u to 2 GHz – Se t ion l sp cific tion

IEC 61 5 -10, Mult ic re a d symmetric l p irq ad c bl es for d igit al c mmu ic t io s –

Part 10: Ca les for c rds wit h tra smis io c ara terist ics u to 2 GHz – Se t ion l

sp cific t io

IEC 6 15 -4-12, Metal lic c mmu ic t ion c bl e t est methods – Part 4-12: Ele troma n tic

c mp tibility (EMC) – Co pl ing atten at ion or scre ning atten at ion of c n e ting h rdware –

Absorbing clamp method

ISO/IEC 1 8 1-1

1

, Information t ec n l og – Ge eric c bling for c stomer premises – Part 1:

Ge eral re uireme ts

ISO 13 2, Ge metric l P rod uct Sp cific tio s (GPS) – Ind ic t ion of sura e text ure in

tec nic l produ t doc me t ation

Recommen ation ITU-T K.4 :2 12, Resist ibility test for tel ec mmu ic tio e uipme t

exposed to overvoltag s a d overc r e ts – Basic re omme d atio

EN 5 2 9-1-14, Commu ic t io c bl es – Sp cific t ions for test methods – Part 1-14:

Ele tric l test methods – Co pl ing at ten at ion or scre ning atten ation of c n e t ing

• ISO Onl ne browsin platf orm: avai a le at htp:/www.iso.org/o p

• Typ : Con ectors within a p rtic lar s bf ami y s c as a multicontact con ector with

one, two or four p irs

• Ran e: The hou in (s el ) sizes an contact ar an ements within a typ For

example, a hou in containin one, two or four p irs

• Style: A p rtic lar con ector within a type, f or example fixed p nel, PCB or f re

con ector

• Variant: Variation within a typ , style or ran e, an Interc an e bi ty

3.1.1

AACR-F

aten ation to al en (exogenou ) cros talk ratio at the f ar en AACR-F

dif feren e in dB, b twe n the al en far en cros talk los f rom a disturbin p ir of a c an el

an the in ertion los of a disturb d p ir in another c an el

3.2 Le els of compatibi ity

3.2.1 Interc a ge bi ity le el

The con ectors s al b intermate ble, intero era le an b c ward comp tible with

IEC 610 6-3-10 Category 7 an IEC 610 6-3-10 Category 8.2 con ectors with the

l mitation that tran mis ion p r orman e wi b to that of the lower p rormin con ector

The con ectors s al b interc ange ble in ofar as the intermate bity an intero era i ty

req irements herein, whic en ure that this c aracteristic a ples to mated con ectors even

when in ivid al con ector halves are fom dif ferent sources The mec anical an electrical

c aracteristic s al b met whatever the source of the con ector u ed Conformity is

ac ieved by me tin the req irements of 3.2.2

NOT Th plu /s c et interf ac c n b c n tru te s a to p rmit th u e of multiple mo ule , e.g 2 × 2 p irs

or 4 × 1 p ir plu s mate dire tly with a sin le 4 p irs s c et

Intermate bi ty s al b en ured by a plyin the “Go” an “No-Go” gau e req irements

herein, an by me tin the dimen ional req irements herein

3.2.3 Intero erabi ity

Intero era i ty of dif ferent IEC 610 6-3-10 Category 7 con ectors s al b as ured by

compl an e with al tran mis ion req irements when the con ector is mated with the

resp ctive “ est con ector as des rib d in the normative an exes of this stan ard

Intero era i ty of dif ferent IEC 610 6-3-10 Category 8.2 con ectors s al b as ured by

compl an e with al tran mis ion req irements when the con ector is mated with the

resp ctive “ est con ector as des rib d in 5.4 of this stan ard

The con ector typ s are intero era le with the l mitation that the tran mis ion p r orman e

wi b identical to that of the lower p rf ormin con ector

3.3 Groups of relate con e tors

A group of elated con ectors s al b def i ed as a group of con ectors within a f ami y havin

common fe tures Typical examples of this wi b the same con ector typ an ran e, but

dif ferent style

IEC 610 6-3-10 Category 8.2 con ectin hardware s al have a p rorman e mark on the

hou in visible d rin in tal ation The markin s al b :

“Cat 8.2” f or IEC 610 6-3-10 Category 8.2 comp nent s

NOT Perorma c markin s are a a ditio to th markin s d sig ate in IEC 610 6-3 Th s markin s are n t

to re la e s f ety a e c lstin , b idin c d a d or ele tric l c d re uireme ts

4 Dimensional inf ormation

The f i ures provided in this doc ment give normative dimen ion es ential f or

interc an e bi ty an p rf orman e req irements of this stan ard but a art f rom this the

drawin s are not inten ed to govern desig

Dimen ion are in mi imetres ex e t where noted

Fig re 3 i u trates variant 01 drawin 1;

Fig re 4 i u trates variant 01 drawin 2;

Fig re 5 i u trates variant 0 drawin ;

Fig re 6 i u trates variant 0 drawin 1;

Fig re 7 i u trates variant 0 drawin 2;

Fig re 8 i u trates variant 0 drawin 3;

Fig re 9 i u trates variant 0 drawin 1;

Fig re 10 i u trates variant 0 drawin 2;

Fig re 1 i u trates variant 0 drawin 1;

Fig re 12 i u trates variant 0 drawin 2;

4.2 Isometric views a d common fe ture

4.2.2 Fix d con e tor varia t 01 (c ble outlet)

Fig res 3 an 4 i u trate variant 01 (ca le outlet The cor esp n in dimen ion are s own

in Ta le 1 an Ta le 2

IE C

Table 1 – Varia t 01 drawing 1 dime sion

Dime sion in mil l imet re

Figure 4 – Varia t 01 drawin 2

Table 2 – Varia t 01 drawing 2 dime sion

Dime sion in mil l imet re

4.2.3 Fix d con e tor varia t 0 , (printe circ it board outlet)

Fig re 5 i u trates variant 0 (Printed circ it b ard outlet The cor esp n in dimen ion are

s own in Ta le 3

Fig re 5 – Varia t 0 drawin

Table 3 – Varia t 0 drawing dime sion

Dime sion in mil l imet re

NOT Se Fig re 3 a d 4 for intern l dime sio s

IEC

4.2.4 Fre conne tor v ria t 0 (4-pair plug)

Fig res 6, 7, an 8 i u trate variant 0 (4-p ir plu ) The cor esp n in dimen ion are

s own in Ta les 4, 5 an 6

Figure 6 – Varia t 0 drawin 1

IE C

Table 4 – Varia t 0 drawing 1 dime sion

Dime sion in mil l imet re

Table 5 – Varia t 0 drawing 2 dime sion

Dime sion in mil l imet re

Figure 8 – Varia t 0 drawin 3

Table 6 – Varia t 0 drawing 3 dime sion

Dime sion in mil l imet re

4.2.5 Fre conne tor v ria t 0 (2-pair plug)

Fig res 9 an 10 i u trate variant 0 (2-p ir plu ) The cor esp n in dimen ion are s own

in Ta les 7 an 8

Figure 9 – Varia t 0 drawin 1

Table 7 – Varia t 0 drawing 1 dime sion

Dime sion in mil l imet re

Figure 10 – Varia t 0 drawing 2

Table 8 – Varia t 0 drawing 2 dime sion

Dime sion in mil l imet re

4.2.6 Fre conne tor v ria t 0 (1-pair plug)

Fig res 1 , 12, an 13 i u trate variant 0 (1-p ir plu ) The cor esp n in dimen ion are

s own in Ta les 9, 10 an 1

Figure 1 – Varia t 0 drawing 1

Table 9 – Varia t 0 drawing 1 dime sion

Dime sion in mil l imet re

Figure 12 – Varia t 0 drawing 2

Table 10 – Varia t 0 drawing 2 dime sions

Dime sion in mil l imet re

Figure 13 – Varia t 0 drawing 3

Table 1 – Varia t 0 drawing 3 dime sions

Dime sion in mil l imet re

4.3 Terminations

A con ector may in lu e multiple termination b twe n the ca le termination an the

se ara le contact inter ace These may in lu e pres -in (compl ant pin) con ection of jac

sprin s into PCBs, f or example Al termination s al me t the relevant termination

req irements

If a typ of solderles termination is u ed whic is not covered by an IEC 6 3 2 series

sp cification, the s p l er s al as ure its rel a i ty by p rf ormin simi ar tests, an

demon tratin a simi ar level of p rf orman e, to those in IEC 6 3 2 The s p l er s al hold

test res lts demon tratin rel a i ty an p rf orman e an make s c co ies of s c res lts

avai a le up n req est

Fre con ectors are inten ed to b terminated to ca le to provide con ector an ca le

as embl es The con ector typ desig ation provides b sic termination con ernin the typ

of con u tor ( in el, stran ed, sol d) to whic the con u tor may b a pl ed, an the typ of

con ection u ed (solder, in ulation displacement, etc.)

NOT Sp cific d tais c n ernin wire g u e siz , ty e a d thic n s of c n u tor in ulatio , siz a d s a e of

c rd g or c ble ja k t, etc are n t inte d d to b p rt of this s e if i atio Min r v riatio s in a fe c n e tor’s

interior d tais to a c mmo ate dif ferin wire g u e siz s, o ter ja k ts, etc d n t re uire th g n ratio of n w

f re c n e tor s e if i atio s

If the con ector is a le to be u ed with multiple ca le typ s, the man facturer s al as ure

that al con ection p ints conform with the relevant IEC stan ard with e c of the ca le

typ s

4.3.2 Refere c d solderle s termination type

If a typ of solderles termination is u ed, whic is covered by an IEC 6 3 2 series

sp cification, the s p l er s al as ure its rel a i ty by p rormin tests an demon tratin a

level of p rorman e, ac ordin to the IEC 6 3 2 series The s p l er s al hold test res lts

demon tratin rel a i ty an p r orman e an make s c co ies of s c res lts avaiable

up n req est

4.3.2.2 In ulation displa eme t terminations

In ulation displacement termination s al conf orm to IEC 6 3 2-3 or IEC 6 3 2-4

4.3.2.3 Crimp termin tions

Crimp termination s al conform to IEC 6 3 2-2

4.3.2.4 In ulation piercing terminations

In ulation piercin termination s al conf orm to IEC 6 3 2-6

4.3.2.5 Compl a t pin (pre s-in)

Compl ant pin (pres -in) s al conform to IEC 6 3 2-5

4.3.2.6 Spring clamp terminations

4.3.3 Non-ref ere c d termin tion type

If a typ of termination is u ed whic is not covered by an IEC 6 3 2 series sp cification,

the s p l er s al as ure its rel a i ty by p rf ormin simi ar tests, an demon tratin a simi ar

level of p r orman e, to those covered by IEC 6 3 2 series The s p l er s al hold test

res lts demon tratin rel a i ty an p r orman e an provide co ies of s c res lts avai a le

Fixed mou tin information s al b sp cified by the man facturer for the relevant con ector

4.4.2.2 Hole pat ern on printe boards

Fixed con ector printed b ard mou tin s al b sp cified by the man facturer for the

relevant con ector

4.4.2.3 Mountin on pa els

Fixed con ector mou tin on p nels s al b sp cified by the man f acturer f or the relevant

con ector

4.4.3 Mountin inf ormation for f re conn ctors

Mou tin inf ormation for fe con ectors onto ca les s al b sp cified by the man f acturer

f or the relevant con ector

4.5.1 Sizing ga ge a d rete tion f orc ga ge ; me ha ic l f unction,

e ga in /s parating/ins rtion/withdrawal f orc

4.5.1.1 Fix d conne tor (outlet) g uge

Gau es s al b made ac ordin to the f olowin req irements:

– material: to l ste l, hardened

–

= Sur ace rou h es , ac ordin to ISO 13 2;

– Ra = 0,2 µm max

– A 0,01 mm we r toleran e may b a pl ed, ke pin the toleran e alway on the safe side

( he relevant GO or NO-GO test s al never b faci tated by the forese a le gau e we r);

– cle ran e s al b provided f or con ector contacts

NOT An e A pro id s a ditio al informatio a o t u in th g u e

Se Fig res 14 to 17 b low for i u tration an dimen ion of "Go" an "No-Go" gau es for

Leter Minimum Nominal (ef.) Maximum

Figure 14 – Fix d conne tor loc tion "Go" ga ge

Dime sion in mil l imet re

Leter Minimum Nominal (e ) Maximum

Leter Minimum Nominal (e ) Maximum

Figure 17 – Fix d conne tor size "No-Go" ga g

4.5.1.2 Fre conne tor (plug) ga ge

Gau es s al b made ac ordin to the f ol owin req irements:

– material: to l ste l, hardened;

– = Surf ace rou h es , ac ordin to ISO 13 2;

– Ra = 0,2 µm max

– A 0,01 mm we r toleran e may b a pl ed, ke pin the toleran e alway on the safe side

( he relevant GO or NO-GO test s al never b faci tated by the forese a le gau e we r);

– cle ran e s al b provided f or con ector contacts

NOT An e A pro id s a ditio al informatio a o t u in th g u e

Se Fig res 18 to 21 b low for i u tration an dimen ion of "Go" an "No-Go" gau es for

Leter Minimum Nominal (e ) Maximum

Leter Minimum Nominal (e ) Maximum

Leter Minimum Nominal (e ) Maximum

Leter Minimum Nominal (e ) Maximum

Fig re 21 – Fre conne tor size "No-Go" ga ge

4.6 Me ha ic l f unction, e g ging/s parating/in ertion/withdrawal f orc ga ge

Mec anical fu ction s al b determined u in the sizin gau es given in 4.5.1 so as to me t