Iec 61196 1 314 2015

IEC 61 1 96 1 31 4 Edition 2 0 201 5 08 INTERNATIONAL STANDARD Coaxial communication cables – Part 1 31 4 Mechanical test methods – Test for bending IE C 6 1 1 9 6 1 3 1 4 2 0 1 5 0 8 (e n ) ® Copyrig[.]

IEC 61 196- 1 - 31 4

Edit io 2.0 2 15-0

Part 1- 314: Mechanical test methods – Test for bending

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IEC 61 1 96- 1 - 31 4

Edit io 2.0 2 15-0

Coax ial communicat ion cables –

Part 1- 314: Mechanical t est met hods – Test for bending

CONTENTS

FOREWORD 4

1 Sco e 6

2 Normative ref eren es 6

3 Terms an def i ition 6

4 Ben in arou d a test man rel 6

4.1 Eq ipment 6

4.2 Test sample 7

4.3 Proced re 7

4.3.1 General 7

4.3.2 Proced re 1 7

4.3.3 Proced re 2 7

4.3.4 Req irements 7

4.3.5 Test re ort 7

5 Re e ted b n in 7

5.1 Eq ipment 7

5.2 Test sample 8

5.2.1 Sample len th 8

5.2.2 Termination 8

5.3 Proced re 8

5.4 Req irements 8

5.5 Test re ort 8

6 Flexin 10 6.1 Eq ipment 10 6.2 Test sample 10 6.3 Proced re 10 6.4 Req irements 10 6.5 Test re ort 10 7 Flexin en uran e 1

7.1 Eq ipment 1

7.2 Test sample 1

7.3 Proced re 1

7.4 Req irements 1

7.5 Test re ort 1

8 Ca le b n in u der ten ion (d namic test 12

8.1 Eq ipment 12

8.2 Test sample 12

8.3 Proced re 12

8.3.1 General 12

8.3.2 Proced re 1 13

8.3.3 Proced re 2 13

8.4 Req irements 13

8.5 Test re ort 13

9 Stif f nes 14

9.1 General 14

9.2 Eq ipment 15

Fig re 7 – Test set-up f or method A: Thre p int b n in test 17

Fig re 8 – Test set-up f or method B: Cantiever test 17

Fig re 9 – Test set-up f or compres ion force 18

Fig re 10 – Example of es lts of a pled f orce an displacement 18

Fig re 1 – Kin test 19

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International Stan ard IEC 61 9 -1-314 has b en pre ared by s bcommit e 4 A: Co xial

ca les, of IEC tec nical commit e 4 : Ca les, wires, waveg ides, R.F con ectors, R.F an

microwave p s ive comp nents an ac es ories

This secon edition can els an re laces the edition publ s ed in 2 0 This edition

con titutes a tec nical revision This edition in lu es the fol owin sig ifi ant tec nical

c an e with resp ct to the previou edition:

– Clau e 4 (sin le b n in test was completely revised

The text of this stan ard is b sed on the f ol owin doc ments:

Ful information on the votin for the a proval of this stan ard can b f ou d in the re ort on

votin in icated in the a ove ta le

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

This stan ard is inten ed to b re d in conju ction with IEC 61 9 -1:2 0 , on whic it was

b sed

A l st of al p rts in the IEC 61 9 series, u der the general title: Co x ial c mmu ic tio

c bles, can b fou d on the IEC we site

The commit e has decided that the contents of this publcation 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 cifi publ cation At this date, the publ cation wi b

COAXIAL COMMUNICATION CABLES –

Part 1- 314: Mechanical test methods –

Test f or bending

This p rt of IEC 61 9 a pl es to co xial commu ication ca les It sp cifies test method to

determine the b n in tests for ca les:

• b n in arou d a test man rel (Clau e 4);

The f olowin doc ments, in whole or in p rt, are normatively referen ed in this doc ment an

are in isp n a le f or its a pl cation For dated ref eren es, only the edition cited a pl es For

u dated ref eren es, the latest edition of the referen ed doc ment (in lu in an

ht p:/www.electro edia.org/

IEC 61 9 -1, Co x ial c mmu ic tio c bles – P art 1: Ge eric s e ific tio – Ge eral,

definitio s a d re uireme ts

Mec a ic l te t methods – Ge eral re uireme ts

A sin le man rel a p ratu s al ena le the sample to b wra p d tan ential y in a close

hel x arou d a test man rel

The sample s al b wra p d in a close hel x arou d the man rel at a u iform rate Suf f icient

ten ion s al b a pl ed to en ure that the sample contours the man rel The sample s al

The test con ists of one wra pin an one u wra pin

The diameter of the test man rel an the n mb r of turn p r hel x s al b s own in the

sectional or detai sp cif i ation

4.3.3 Proc d re 2

The sample s al b b nt arou d a man rel throu h 18 ° an ke t taut d rin the b n in

The test con ists of one U b n fol owed by a reverse U b n , an returned to the straig t

p sition The diameter of the test man rel s al b stated in the sectional or detai

sp cif i ation

4.3.4 Re uireme ts

The ac e tan e criteria f or the test s al b stated in the sectional or detai sp cifi ation

Typical fai ure modes in lu e los of electrical contin ity, degradation of tran mis ion

p rforman e or ph sical damage to the ca le

4.3.5 Te t rep rt

The test re ort s al in lu e:

a) proced re to b u ed (proced re 1 or proced re 2);

b) test man rel diameter (or ratio of man rel diameter to ca le diameter);

c) n mb r of turn (for proced re 1);

d) maximum alowa le at en ation in re se:

1) d rin the test (if a pl ca le);

2) af ter the test (if a plca le);

e) test temp rature;

f) p s /f ai criteria

5.1 Equipme t

The a p ratu s al p rmit a sample to b b nt b c ward an f orward throu h an les up to

18 °, the two extreme p sition makin an an le of 9 ° on b th sides of the vertical, whi st

b in s bjected to a ten i e lo d For testin ca les, a s ita le a p ratu is s own in Fig re 1

For testin ca le/con ector as embl es, a s ita le a p ratu is s own in Fig re 2 Other

eq ivalent a p ratu may b u ed

The b n in arm s al have an adju ta le clamp of fi ture to p rmit holdin the ca le

sec rely d rin the entire test For con ectorized ca les, a con ector may b u ed to hold the

ca le on the b n in arm providin that its c aracteristic f it with the ten i e lo d

The a p ratu s al b ca a le of c cl n Displacin the sample f rom the vertical p sition to

the extreme rig t p sition then os i atin to the extreme lef t p sition an returnin to the

original vertical p sition is con idered to b one c cle Unles otherwise sp cif ied in the

sectional or detai sp cifi ation, the b n in rate s al b a proximately one c cle in 2 s

tran mis ion p rforman e req ested in the sectional or detai sp cif i ation

5.2 Te t s mple

5.2.1 Sample le gth

The sample len th s al b s f f icient to car y out the testin sp cified When only ph sical

damage is to b evaluated, the len th may ran e from 1 m (for example for smal diameter

jump r cord ) to 5 m (f or larger diameter ca les) L n er len th may b neces ary to p rmit

tran mis ion me s rements

5.2.2 Termination

The sample may b terminated at e c en in a con ector, or in a re resentative man er

The clamps on the b n in a p ratu may b adeq ate, or the sample may b lon enou h

that no restraint is ne ded

The proced re can b def i ed in fi e ste s

a) Precon ition sample at stan ard atmospheric con ition for 2 h

b) Ap ly the weig t of mas as s own in the sectional or detai sp cif i ation

c) Me s re ac e tan e criteria p rameters to esta l s b sel ne values

d) Car y out re e ted b n in for the n mb r of c cles sp cif ied in the sectional or detai

sp cif i ation

e) Car y out ac e tan e criteria p rameter me s rements If neces ary, the sample may b

removed from the a p ratu for vis al examination

5.4 Re uireme ts

The ac e tan e criteria f or the test s al b stated in the sectional or detai sp cif i ation

Typical f ai ure modes in lu e los of tran mis ion p rf orman e of ph sical damage to the

e) test temp rature;

f) p s /fai criteria

Figure 1 – Repe te be ding te t for c ble

Figure 2 – Repe te be ding te t f or c ble/conne tor a s mbly

6 Flexing

6.1 Equipme t

The test is car ied out u in the a p ratu s own in Fig re 3

The pul ey s al have a semicirc lar s a ed gro ve f or circ lar ca les an a f lat gro ve f or

f lat ca les The restrainin clamps D s al b fi ed so that the pul is alway a pled by the

weig t f rom whic the car ier is movin away

6.2 Te t s mple

The sample s al b terminated at e c en in a con ector, or in a re resentative man er

The len th of the sample s al b s f f icient to car y out the testin sp cified

The sample s al b stretc ed over the pul ey , e c en b in lo ded with a weig t The

mas of this weig t an the diameter of the pul ey A an B s al b as sp cified in the

sectional or detai sp cifi ation

The sample s al b f lexed f or the n mb r of c cles sp cif ied in the sectional or detai

sp cif i ation A c cle is defi ed as the movement of the car iage away from its startin

p sition to one en of the traverse f ol owed by movement in the o p site direction to the other

en an then b c to the startin p sition

6.4 Re uireme ts

The ac e tan e criteria f or the test s al b stated in the sectional or detai sp cifi ation

Typical f ai ure modes in lu e los of tran mis ion p rf orman e or ph sical damage to the

Figure 3 – Flexing apparatus

7.1 Equipme t

The test is car ied out u in the a p ratu s own in Fig re 4

7.2 Te t s mple

The sample s al b taken f rom one en of a f i is ed ca le

The sample s al b terminated at e c en in a con ector, or in a re resentative man er

The len th of the sample s al b s ff icient to car y out the testin sp cified

The maximum len th of ca le as embly s ould b les than 2 m

The ca le s al b placed on a horizontal ta le in an a p ratu as i u trated in Fig re 4

Whi st one en is fi ed, the other en is moved b c an forth in the direction of the ca le

axis

7.4 Re uireme ts

Af ter the test, the ca le s al s ow no visible damage Electrical req irements stated in the

sectional or detai sp cifi ation s al b compled with

R est rainin c lamp D

R est rainin c lamp D

Pule B

Pule A

R ec iproc at in c aria e