01 The values given are for piain annealed copper conductors. For tinned conductors reference should be made to HD383

d* With 160mm* neutral

m With IfiSmm* neutralMaximum re sh tan се of conductor and armour for 600/1000 V auxilary cables with copper conductors
having steel wire armour

1

2

3

< і

5

8 1

7

Nominal cross* sectional area of conductor

Maximum resistance per kilometre of cable at 20°С

Copper conductor *"

Sunt wire armour

Number of cores


7

12

19

27

37

mm1

a

0

0

0

Q

1.5

12.1

7.0

3.9

3.3

2.1

1.9

2.5

7.41

63

3,5

2.3

1.9

1.7

4

4.61

4.0

2,3

2.0

1.7

1.2 !==»—



m The values given are for plain annealed copper conductors. For tinned conductors reference should be made to HD 383.

For non-pref erred suesr (he maximum resistance shall not be greater than that of the next lowest preferred number of cores.TABLE IB

Grow Croat-aaetional areas of armour wiret for single core 600/1000 V cablet having aluminium wire
armour

1

2 1

3


Grete cross-sectional area of armour wires

Nominal croet-sactionai

Cablet with stranded

Cables with solid

area of conductor

copper conductors

aluminium conductors


500/1000V

600/1 ooov

mm*

mm’

mm1

50

26

23

70

42

38

95

47

42

120

52

46

150

76

68

165

84

76

240

94

84

300

104

92

400

147

-

500

163


630

182

*

800

260


IODO

284

*

CIRCULAR SECTORAL CONDUCTORS



380

-

131

480

-

147

600

A

160

740


225

960

-

250

1200


279

TABLE ЇЙ

Gross сгсне-eectlonal areas of armour wires tor two, three and tour-core 600/1000 V cables having steel
wire armour

1

2

3

4

5

6 і

7

8

Nominal СГОМ- sect tonal area of conductor

Gross cross-sectional area of round armour wires

Cables with stranded copper conductors

Cables with solid aluminium conductors

Two- core

Three-core

Four-core

Four-core (reduced neutral}

Two-core

Three-core

Four-core

mm’

mm1

mm'

mm1

mm*

mm*

mm1

mm1

1.5'1

16

17

18

A

-►

*

ф

2.5'“

17

19

20

*


-

V

4*’1

19

21

23

*


*


6*’1

22

23

36

r

*

*

-

10*1

26

39

43

A

*


-

Iff”

41

44

49


40

42

46

2S

42

62

70

70

38

58

66

35

62

70

80

76

54

64

72

60

68

78

90

86

60

72

82

70

80

90

131

128

70

84

122

96

113

128

147

144

100

119

135

120

125

141

206

163

*

131

191

1Б0

138

201

230

220

*

181

211

165

191

220

255

250

*

206

235

240

215

250

289

279

*

230

265

300

235

269

319

304

250

289

400

265

304

л

-

*

-

  1. 111 Circular conductors

Gro» cross-sectional areas of armour wires for 600/1000V auxilary cables with copper conductors having
steel wire armour

1

2

3

4

Б

6

Nominal сгов*' sectional area of conductor

Gross сто55‘5Є€іюпаІ areas of armour wires

Number of cores

7

12

19

27

37

mm1

mm1

mm1

mm1

mmr

mm1

1.5

22

40

47

74

84

2.5

24

45

70

84

94

4

39

68

80

96

138

NOTE:


These value* relate to the cables in table 13.




    R

    hi

    equirements for compatibiity of insuletlon test

    1

    2

    3 1


    Requirement |

    Test

    XLFE

    HEPR


    %

    % I

    Maximum variation14 of tensile strength

    26

    30

    Maximum variation4'1 of elongation at break

    26

    30



    The variation is the difference between the respective values obtained prior to and after heat treatment expressed as a percentage of the formerAPPENDIX

    GUIDE TO USE

    Contents

    1. Scope

    2. Object

    3. Recommendations for use

      1. Permissible application

      2. Highest permissible voltage

    4. Recommendations for storage and transport and disposal

      1. Storage

      2. Transport

      3. Disposal by incineration

      4. Cable and sealing

    би Recommendations for cable laying and installation

    1. General

    2. Environmental conditions

    3. Pulling tensions

    4. Bending radii

    5. СаЫе installation

    1. 6. Teets after installation

    ТЫв Appendix covers the application of 0.6/1 kV cables according to HD 604 Pan 6, Section E.

    1. Object

    The object of thia document js to provide recommendations for the selection, storage, (SspoMl, transportation and installation of the cables specified under clause 1.

    1. R«comnr»r*dationt for им

      1. PormiMibte application

    Cables may be installed indoors and outdoors for fixed installations on walls and metallic structure*. They may not be installed in waterlogged conditions without reference to the manufacturer,

    1. Maximum oarmiasible voltage

    These cables may be used on Category А. В & C of IEC 183.

    1. Becommendations for itorw, transport end disposal

      1. SiaraM

    Cable drums should be regularly inspected to assess their physical condition.

    Battens, when supplied, should not be removed until cable fa required for installation.

    1. Transport

    Cable drums having a flange diameter exceeding 1 m and weighing more than 250kg gross shall be transported in an upright condition. The drums should be protected against movement* Load ng and unloading shall be facilitated by suitable devices to avoid damage to both cable and drum. When moving drums due regard must be paid to tfie weight, method and direction of roMing, protruding nails and wood sphnters.

    1. Disposal bv indnentioq

    Small quantities of umber or battens which may have been treated with wood preservative may ba burnt under carefully controKed conditions in the open.

      1. Cable end saalino

    1. Both ends of every length of cable shall be sealed in such a manner as to mclude the oversheath and to inhibit the ingress of moisture during storage, delivery and up to the time of jointing-faqommendations for cable lavino and installation

      1. Gamrai

    The choice of cable shatt take into account the cable route, method of laying and service conditions. The Latter shall include:

    1. The adjacency of other cables and iheir mutual heating effect; the specific earth resistivity, protection against solar radiation; the earth loop Impedance; the capabMIty of the cable to withstand the worst anticipated fault conditions of the system.

    2. The leakage of stray cur tents and attack from solvent substances.

    Cel Soil subsidence and other forms of violent vibrations.

    1. Protection against mechanical damage during and after installation,

    2. When cables are laid in ducts, the correct size of duct shall be used to avoid damage during Installation and overheating,

    3. Where cables are laid in surface troughs, there shall be adequate ventilation which, however, will not permit the entry of debris.

    4. The cable support system should be designed to avoid damage or danger under normal or fault conditions,