Catalog for Wires & Cables

Catalog for Wires & Cables

A M A RESOURCES, INC.Marketing Office

4000 Ponce De Leon Boulevard Suite 470 Coral Gables, FL 33146

T. (786)509-6433F. (305) 777-0449

Executive Office

AMA ASIA HOLDINGS, LIMITEDRoom 2802, 28/F., China Resources Building

No.26 Harbour RoadWanchai, Hong Kong

T. 852-2815-8380

Catalog

Company introduction ................................................................ l

Certificates .................................................................................. 2

Bare Copper Conductor .............................................................. 3

PVC insulated wire ..................................................................... 4

I PVC insulated wire .............................................................. 4

II PVC insulated flexible wire ................................................. 8

Plastic insulated control cabl'e .................................................. 11

r PVC insulated control cable ............................................... 11

Il XLPE insulated control cable ............................................ 26

Computer cable ......................................................................... 31

Plastics insulated power cable ................................................... 38

I PVC insulated power cable ................................................ 38

0 XLPE Insulated Power Cable ............................................ 53

Low Smoke Halogen Free(LSHF) Cable ............................................. 88

Packaging and shipping ............................................................. 105

A M A RESOURCES

1

AMA Resources, Inc.; (Allied Mines of Argentina) was established in 2003 as a Junior Mining Exploration Company, and has since then performed exploration on several deposits which have proven to contain important copper, silver, vanadium, gallium and Lanthanum mineral reserves.

The company owns several measured reserves of Surface Based Red Bed Oxide Malachite Copper that contain over 55 million tons of copper ore at 0.37% cupric or 300 million pounds of metal copper once processed. Additionally, the company has established relationships with several local mine owners with properties which have been previously explored and proven to contain mineral below the 50 million ton minimum requirement which the large mining companies look to acquire. Some of these deposits and proven mines have substantial mineral ranging between 10 million and 30 million tons with grades ranging from 1.20% cu., to 5%. The total tonnage of the combined deposits and mines is well above one billion tons. AMA contractually has right of first refusal to purchase the mineral and the license to process the mineral.

AMA Resources today counts with offices in Hong Kong, Buenos Aires and Neuquén, Republic of Argentina, Montevideo, Uruguay, Republic of Malta and Miami, USA.

The company has three divisions:ExplorationCopper Concentrate ProductionCopper Wire, Cable, Piping, Cathode Trading and Sales

The above was achieved over years of negotiations in order to establish solid strategic alliances with Chinese end users, technology transfer attainment, machinery supplied, end product quid pro quo arrangements in exchange for future copper concentrate production and agency agreements with Chinese, Chilean and Peruvian toll smelters and refiners.

Our company is able to supply over 1,200 copper wire and cable products on order and over 500 sizes and gages of piping.The company strongly believes that in order to

maintain future high level development and brand prestige, returning customer good

quality products with reasonable prices and service levels and that this attitude starts at

home; thus we must continue to develop our already successful social commitment

and management philosophy. We believe this pragmatically innovative spirit will result

in continuous cooperation and harmony, taking our win-win ideology into the next level.

COMPANY INTRODUCTION

A M A RESOURCES

2

CERTIFICATES

ISO 9001 : 2006 STANDARDISO14001 : 2004 STANDARDISO 18001 : 2007 STANDARD

A M A RESOURCES

3

1. Usage Soft drawn copper conductors are used for grounding electrical systems, where

high conductivity and flexibility is required.

2. Applicable standard IEC:60228, Class 2

3. Performance and parameters See table 1

Table 1

Nominal

section

mm²

Number/diameter

of core

mm

Maximum

outer

diameter

mm

Reference

weight

kg/km

Copper

Conductor

resistance at

20

/km

Copper

Standard

Package

M+/-5

1.5 7/0.52 1.6 13.5 12.1 10000

2.5 7/0.62 1.9 22.5 7.41 9000

4 7/0.85 2.4 36.0 4.61 5000

6 7/1.04 3.0 54.0 3.08 8000

10 7/1.35 4.0 90.0 1.83 9000

16 7/1.70 5.0 144.0 1.15 5000

25 7/2.04 6.3 225.0 0.727 3600

35 7/2.52 7.4 315.0 0.524 2500

50 19/1.78 8.8 450.0 0.387 2500

70 19/2.14 10.6 630.0 0.268 2400

95 19/2.52 12.4 855.0 0.193 2500

120 37/2.03 14.0 1080.0 0.153 2500

150 37/2.25 15.5 1350.0 0.124 2000

185 37/2.52 17.4 1665.0 0.099 1000

240 61/2.25 20.0 2160.0 0.075 1000

300 61/2.48 22.3 2700.0 0.061 1000

400 61/2.81 25.3 3600.0 0.047 500

500 61/3.18 28.6 4450.0 0.037 500

Product Figure

Conductor

BARE COPPER CONDUCTOR

A M A RESOURCES

4

1. Usage The cable is used for fixed wiring of power device with the rated AC voltage

450/750V.

2. Applicable standard IEC60227

3.Working temperature BV-90 model not more than 90 .others not more than 70

installation temperature not lower than 0 .

4. Model and Name See table 1

Table 1

Model Name

BV Copper core PVC insulation power line

BVV Copper core PVC insulation PVC sheathed round power wire

BV-90 Copper core heat-resistance 90 PVC insulation power wire

PVC INSULATED WIRE

I PVC INSULATED WIRE CLASS 1 & 2

A M A RESOURCES

5

5.Performance and parameters See table 2-3

Table2: BV-90 450/750

Nominal

section

mm²

Number/diameter

of core

mm

Maximum

outer

diameter

mm

Reference weight

kg/km

Conductor resistance at

20

/km

Copper Aluminum Aluminum Copper

1.5 A 1/1.38 3.3 20.3 12.1

1.5 B 7/0.52 3.5 21.6 12.1

2.5 A 1/1.78 3.9 31.6 17 11.8 7.41

2.5 B 7/0.62 4.2 34.8 7.41

4 A 1/2.55 4.4 47.1 22 7.39 4.61

4 B 7/0.85 4.8 50.3 4.61

6 A 1/2.76 4.8 50.3 29 4.91 3.08

6 B 7/1.04 5.4 71.2 3.08

10 7/1.35 7.0 119 62 3.08 1.83

16 7/1.70 8.0 179 78 1.91 1.15

25 7/2.04 10.0 281 118 1.20 0.727

35 7/2.52 11.5 381 156 0.868 0.524

50 19/1.78 13.0 521 215 0.641 0.387

70 19/2.14 15.0 734 282 0.443 0.268

95 19/2.52 17.5 962 385 0.320 0.193

120 37/2.03 19.0 1180 431 0.253 0.153

150 37/2.25 21.0 1470 539 0.206 0.124

185 37/2.52 23.5 1810 666 0.164 0.0991

240 61/2.25 26.5 2350 857 0.125 0.0754

Product Figure

Conductor

Insulation

A M A RESOURCES

6

Table3 BVV 300/500V

Nominal section

mm²

Number/diameter of

core

mm

Maximum outer

diameter

mm

Reference weight

kg/km

2×1.5 A 2×1/1.38 9.8 109 2×1.5(B) 2×7/0.52 10.5 123

2×2.5 A 2×1/1.78 11.5 157

2×2.5(B) 2×7/0.68 12.0 172

2×4 A 2×1/2.25 12.5 205

2×4(B) 2×7/0.85 13.0 222

2×6 A 2×1/2.76 13.5 265

2×6 B 2×7/1.04 14.5 286

2×10 2×7/1.35 18.0 471

3×1.5 A 3×1/1.38 10.5 136

3×1.5(B) 3×7/0.52 11.0 146

3×2.5 A 3×1/1.78 12.0 190

3×2.5(B) 3×7/0.68 12.5 207

3×4 A 3×1/2.25 13.0 252

3×4(B) 3×7/0.85 14.0 272

3×6 A 3×1/2.76 14.5 344

3×10 3×7/1.35 19.0 574

4×1.5 A 4×1/1.38 11.5 164

4×1.5(B) 4×7/0.52 12.0 174

4×2.5 A 4×1/1.78 13.5 252

4×2.5(B) 4×7/0.68 14.5 321

4×4 A 4×1/2.25 15.5 346

4×4(B) 4×7/0.85 17.5 370

4×6 A 4×1/2.76 16.0 439

4×6 B 4×7/1.04 17.5 470

5×1.5 A 5×1/1.38 12.0 192

5×1.5(B) 5×7/0.52 12.5 205

5×2.5 A 5×1/1.78 14.0 272

5×2.5(B) 5×7/0.68 14.5 292

5×4 A 5×1/2.25 16.0 379

5×4(B) 5×7/0.85 17.0 418

5×6 A 5×1/2.76 17.5 518

5×6 B 5×7/1.04 18.5 550

4*10 4×/71.35 23.2 891

4*16 4×7/1.70 26.0 1175

4*25 4×7/2.12 30.5 1998

4*35 4×7/2.52 34.8 2585

5*10 5×7/1.35 21.7 776

5*16 5×7/1.70 24.5 1093

5*25 5×7/2.12 28.6 1602

5*35 5×7/2.52 31.2 2073

A M A RESOURCES

7

Product Figure

Table 4 BVR 450/750V

Nominal

section

mm²

Number/diameter

of core

mm

Maximum

outer

diameter

mm

Reference

weight

kg/km

Conductor resistance at 20

/km

2.5 19/0.41 4.2 34.7 7.41

4 19/0.52 4.8 51.4 4.61

6 19/0.64 5.6 73.6 3.08

10 49/0.52 7.6 129 1.83

16 49/0.64 8.8 186 1.15

25 98/0.58 11.0 306 0.727

35 133/0.58 12.5 403 0.524

50 133/0.68 14.5 553 0.387

70 189/0.68 16.5 764 0.268

Product Figure

Softer copper conductor

Insulation

Conductor

Insulation

Filler

Sheath

A M A RESOURCES

8

1.Usage This product is fitted for domestic electrical appliances with ac rated voltage

450/750V and below, smaller size motorized tools, instruments of various meters and

motorized lighting installations.

2.Applicable standard IEC60227

3. Working temperature Not more than90 for RV-90 model, the others not more than 70 .

4.Model and name See table 1

Table1

Model Name

RV Copper core PVC insulation jointed flexible wire

RVV Copper core PVC insulation PVC sheathed round joint flexible wire

RV-90 Copper core heat-resistance 90 PVC insulation joint flexible wire

5.Performance and parameters(RV) See table 2-4

Table 2 RV 300/500V

Nominal section

mm²

Number/diameter of core

mm

Maximum outer diameter

mm

Reference weight

kg/km

0.3 16/0.15 2.3 6.4

0.4 23/0.15 2.5 8.1

0.5 16/0.2 2.6 9.1

0.75 24/0.2 2.8 12.2

1.0 32/0.2 3.0 15.1

II PVC INSULATED FLEXIBLE WIRE

A M A RESOURCES

9

Table 3 RV 450/750V

Nominal section

mm²


mm


mm

Reference weight

kg/km

1.5 30/0.25 3.5 21.4

2.5 49/0.25 4.2 24.5

4 56/0.30 4.8 51.8

6 84/0.30 6.4 74.1

10 84/0.30 8.0 124

Table 4 RV-90 300/500V

Nominal section

mm²


mm


mm

Reference weight

kg/km

0.5 16/0.2 2.4 10.2

0.75 24/0.2 3.0 13.5

1.0 32/0.2 3.2 16.4

1.5 30/0.25 3.5 21.4

2.5 49/0.25 4.2 34.5

Product Figure:


Insulation

A M A RESOURCES

10

6. Performance and parameters(RVV) See table 5

Table 5 RVV 300/500V

Nominal section

mm²


mm


mm

Reference weight

kg/km

2×0.75 2×24/0.20 7.6 50

2×1.0 2×32/0.20 7.8 58

2×1.5 2×30/0.25 8.8 75

2×2.5 2×49/0.25 11.0 120

3×0.75 2×24/0.20 8.0 63

3×1.0 2×32/0.20 8.4 74

3×1.5 2×30/0.25 9.6 102

3×2.5 2×49/0.25 11.5 162

4×0.75 2×24/0.20 8.6 79

4×1.0 2×32/0.20 9.2 97

4×1.5 2×30/0.25 11.0 133

4×2.5 2×49/0.25 12.5 204

5×0.75 2×24/0.20 9.4 97

5×1.0 2×32/0.20 11.0 115

5×1.5 2×30/0.25 12.0 158

5×2.5 2×49/0.25 14.0 249

Product Figure:

Insulation

Filler

Wrapping layer

Sheath


A M A RESOURCES

11

1.Usage The product is suitable for control supervisory circuit and protection circuit with

AC rated voltage up to and including 450/750V. It can be installed in doors, trenches, ducts

and etc.

2.Applicable standard IEC60502 \ IEC60092-376

3.Using feature:

Rated voltage: U0/U 450/750V

Operating temp PVC low-smoke low-halogen PVC insulated not more than 70 .

Mini ambient temp: installation 0 .

Mini bending radius:

6 times of the cable diameter non-armored cable or shielded flexible cable .

10 times of the cable diameter armored cable or Cu-tape shielded cable .

PLASTICS INSULATED CONTROL CABLE

I PVC INSULATED CONTROL CABLE

A M A RESOURCES

12

4.Main technical index See table 1

Table 1

Item Technical Index

Conductor

DC

resistance

20

Section

mm²0.75 1.0 1.5 2.5 4 6 10.0

Conductor

AB

Type 24.5 24.8 18.1 18.2 12.1 12.2 7.41 7.56 4.61 4.7 3.08 3.11 1.83 1.84

R

Type 26 26.7 19.5 20.0 13.3 13.7 7.98 8.21 7.98 8.21 4.95 5.09 3.30 3.39

Test

voltage Test voltage3000V/5min

General

Flame-

retardant

As National standard IEC60332


Table 2

Model Name Application places

KVV Cu-core PVC insulated sheathed control

cable Fixed laying indoors trench and conduits

KVVP Cu-core PVC insulated sheathed copper

wire braiding shielded control cable

Fixed laying indoors trench and conduits with

screening needs

KVVP2 Cu-core PVC insulated sheathed Cu-

tape shielded control cable


screening needs

KVV22 Cu-core PVC insulated sheathed steel-

tape armored control cable


capability of bearing considerable mechanical

force

A M A RESOURCES

13


KVV32 Cu-core PVC insulated sheathed fine

steel-wire armored control cable



force

KVVR Cu-core PVC insulated sheathed control

flexible cable It is insulated in the buildings and can be moved

KVVRP Cu-core PVC insulated sheathed copper

wire braiding shielded control flexible cable

It is insulated in the buildings and required to be

moved freely

ZR-KVV Cu-core PVC insulated sheathed flame-

resistance control cable Fixed laying indoors trench and conduits

ZR-KVVP

Cu-core PVC insulated sheathed copper

wire braiding shielded flame-resistance

control cable


screening needs

ZR-KVVP2

Cu-core PVC insulated sheathed Cu-

tape shielded flame-resistance control

cable


screening needs

ZR-KVV22

Cu-core PVC insulated sheathed steel-

tape armored flame-resistance control

cable



force

ZR-KVV32

Cu-core PVC insulated sheathed fine

steel-wire armored flame-resistance control

cable



force

ZR-KVVR Cu-core PVC insulated sheathed flame-

resistance control flexible cable It is insulated in the buildings and can be moved

ZR-KVVRP



control flexible cable


moved freely

DZR-

KVDVD

Cu-core low-smoke low-halogen PVC

insulated sheathed low-smoke low-

halogen flame-resistance control cable

Fixed laying indoors trench and conduits

DZR-

KVDVDP


insulated sheathed copper wire braiding

shielded low-smoke low-halogen flame-

resistance control cable


screening needs

DZR-

KVDVDP2


insulated sheathed Cu-tape shielded

low-smoke low-halogen flame-resistance

control cable


screening needs

A M A RESOURCES

14


DZR-

KVDVD22


insulated sheathed steel-tape armored


control cable



force

DZR-

KVDVD32


insulated sheathed fine steel-wire

armored low-smoke low-halogen flame-




force

DZR-

KVDVDR



halogen flame-resistance control flexible

cable

It is insulated in the buildings and can be moved

DZR-

KVDVDRP




resistance control flexible cable


moved freely

ZH-

ZRKVVP



fire-resistance control cable


screening needs

ZH-

ZRKVVP2

Cu-core PVC insulated sheathed Cu-

tape shielded flame-resistance fire-



screening needs

ZH-

ZRKVV22

Cu-core PVC insulated sheathed steel-

tape armored flame-resistance fire-




force

ZH-

ZRKVV32

Cu-core PVC insulated sheathed fine

steel-wire armored flame-resistance fire-




force

ZH-

ZRKVVR

Cu-core PVC insulated sheathed flame-

resistance fire-resistance control flexible

cable


ZH-

ZRKVVRP



fire-resistance control flexible cable


moved freely

ZH-

DZRKVDV

D



halogen flame-resistance fire-resistance

control cable

Fixed laying indoors trench and conduits

15


ZH-

DZRKVDV

DP




resistance fire-resistance control cable


screening needs

ZH-

DZRKVDV

DP2


insulated sheathed Cu-tape shielded




screening needs

ZH-DZRKV

DVD22


insulated sheathed steel-tape armored





force

ZH-

DZRKVDV

D53


insulated sheathed and corrugated steel

armoring made of single longitudinal tape

wrapping low-smoke low-halogen flame-




force

ZH-

DZRKVDV

D32


insulated sheathed fine steel-wire

armored low-smoke low-halogen flame-




force

ZH-

DZRKVDV

DR



halogen flame-resistance fire-resistance

control flexible cable


A M A RESOURCES

A M A RESOURCES

16


ZH-

DZRKVDV

DRP




resistance fire-resistance control flexible

cable


moved freely

6. Model explanation Table 3

-

Specifications

Heat-proof degree

Shielding material

Armoring material

Multi strand material

Sheath material

Insulating material

Series code

Flame-retardant code

Fire-resistance code

Table 3

Item Code Explanation

Fire-resistance code NH Fire-resistance

Flame-retardant code /

ZR

Non-flame-retardant to be omitted

Flame-retardant

Series code K Control cable

Insulating material V

VD

PVC

Low-smoke Low-halogen PVC

Sheath material V

VD

PVC


A M A RESOURCES

17

Conductor type

A

B

R

Single strand conductor

Stranding conductor

Multi-strand stranding conductor

Shielding material

/

P

P2

Non-shielded to be omitted

Cu wire

Cu tape

Armoring material 22 Steel tape armored

32 Fine steel tape armored

7.Cable construction data See table 4-5

Table 4

Core No. ×

nominal

section

mm

Conductor Max outer diameter

mm

Calculated weight

kg/km

Type

Numbers/

diameter

mm

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

2×0.75 A 1/0.97 8.0 63

2×0.75 B 7/0.37 8.4 9.8 72 91

2×1.0 A 1/1.13 8.4 71

2×1.0 B 7/0.43 8.8 10.5 79 102

2×1.5 A 1/1.38 9.4 89

2×1.5 B 7/0.52 10.0 11.5 96 125

2×2.5 A 1/1.78 10.5 120

2×2.5 B 7/0.68 11.5 12.5 133 171

2×4 A 1/2.25 11.5 160

2×4 B 7/0.85 12.5 14.5 173 218

2×6 A 1/2.76 12.5 206

2×6 B 7/1.04 14.0 16.0 228 280

2×10 B 7/1.35 17.5 19.0 360 436

3×0.75 A 1/0.97 8.4 77

3×0.75 B 7/0.37 8.8 10.5 89 98

A M A RESOURCES

18

Core No. ×

nominal

section

mm


mm

Calculated weight

kg/km

Type

Numbers/

diameter

mm

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

3×1.0 A 1/1.13 8.8 90

3×1.0 B 7/0.43 9.2 10.5 99 126

3×1.5 A 1/1.38 9.8 111

3×1.5 B 7/0.52 10.5 12.0 126 163

3×2.5 A 1/1.78 11.0 165

3×2.5 B 7/0.68 12.0 13.5 182 216

3×4 A 1/2.25 12.5 212

3×4 B 7/0.85 13.5 15.5 239 294

3×6 A 1/2.76 14.5 308

3×6 B 7/1.04 15.0 17.0 326 380

3×10 B 7/1.35 18.5 20.0 485 564

4×0.75 A 1/0.97 9.0 91

4×0.75 B 7/0.37 9.8 11.0 103 128

4×1.0 A 1/1.13 9.8 105

4×1.0 B 7/0.43 10.0 11.5 119 146

4×1.5 A 1/1.38 10.5 139

4×1.5 B 7/0.52 11.5 12.5 158 187

4×2.5 A 1/1.78 12.0 198

4×2.5 B 7/0.68 13.0 15.0 222 286

4×4 A 1/2.25 14.0 290

4×4 B 7/0.85 15.0 16.5 321 370

4×6 A 1/2.76 15.0 380

4×6 B 7/1.04 16.5 18.0 406 458

4×10 B 7/1.35 20.0 22.0 615 690

5×0.75 A 1/0.97 9.6 110

5×0.75 B 7/0.37 10.5 11.5 124 146

5×1.0 A 1/1.13 10.0 128

5×1.0 B 7/0.43 11.0 12.0 149 169

A M A RESOURCES

19

Core No. ×

nominal

section

mm


mm

Calculated weight

kg/km

Type

Numbers/

diameter

mm

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

5×1.5 A 1/1.38 11.5 170

5×1.5 B 7/0.52 12.5 13.5 196 228

5×2.5 A 1/1.78 14.0 262

5×2.5 B 7/0.68 14.5 16.5 280 331

5×4 A 1/2.25 15.0 350

5×4 B 7/0.85 16.5 18.0 362 423

5×6 A 1/2.76 16.5 472

5×6 B 7/1.04 18.0 19.5 496 552

5×10 B 7/1.35 22.5 24.0 786 882

7×0.75 A 1/0.97 10.5 132

7×0.75 B 7/0.37 11.0 12.5 149 178

7×1.0 A 1/1.13 11.0 156

7×1.0 B 7/0.43 11.5 13.0 174 206

7×1.5 A 1/1.38 12.5 211

7×1.5 B 7/0.52 13.5 15.0 232 281

7×2.5 A 1/1.78 15.0 337

7×2.5 B 7/0.68 16.0 17.5 363 419

7×4 A 1/2.25 16.5 456

7×4 B 7/0.85 17.5 19.0 478 542

7×6 A 1/2.76 18.0 618

7×6 B 7/1.04 19.5 21.0 636 709

7×10 B 7/1.35 24.0 26.0 1046 1144

8×0.75 A 1/0.97 11.5 154

8×0.75 B 7/0.37 12.0 13.5 176 208

8×1.0 A 1/1.13 12.0 186

8×1.0 B 7/0.43 13.0 15.0 199 242

8×1.5 A 1/1.38 14.5 264

8×1.5 B 7/0.52 15.5 17.0 275 329

20

Core No. ×

nominal

section

mm


mm

Calculated weight

kg/km

Type

Numbers/

diameter

mm

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

8×2.5 A 1/1.78 16.5 281

8×2.5 B 7/0.68 17.5 19.0 316 386

8×4 A 1/2.25 18.0 524

8×4 B 7/0.85 19.5 21.5 559 623

8×6 A 1/2.76 20.0 716

8×6 B 7/1.04 22.0 24.0 743 826

8×10 B 7/1.35 27.5 29.0 1205 1307

10×0.75 A 1/0.97 12.5 181

10×0.75 B 7/0.37 13.5 16.0 196 272

10×1.0 A 1/1.13 14.0 242

10×1.0 B 7/0.43 15.0 16.0 261 309

10×1.5 A 1/1.38 16.0 329

10×1.5 B 7/0.52 17.0 18.5 348 402

10×2.5 A 1/1.78 18.5 468

10×2.5 B 7/0.68 19.5 21.5 496 578

10×4 A 1/2.25 20.5 656

10×4 B 7/0.85 22.5 24.0 683 783

10×6 A 1/2.76 22.5 888

10×6 B 7/1.04 25.0 27.5 908 1049

10×10 B 7/1.35 30.5 32.5 1506 1627

12×0.75 A 1/0.97 13.5 230

12×0.75 B 7/0.37 14.5 16.0 248 296

12×1.0 A 1/1.13 14.5 276

12×1.0 B 7/0.43 15.5 17.0 291 345

12×1.5 A 1/1.38 16.5 362

12×1.5 B 7/0.52 17.5 19.0 383 453

12×2.5 A 1/1.78 19.0 537

12×2.5 B 7/0.68 20.5 22.5 569 664

A M A RESOURCES

A M A RESOURCES

21

Core No. ×

nominal

section

mm


mm

Calculated weight

kg/km

Type

Numbers/

diameter

mm

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

12×4 A 1/2.25 21.5 753

12×4 B 7/0.85 23.0 25.0 789 885

12×6 A 1/2.76 23.5 1017

12×6 B 7/1.04 26.0 27.0 1065 1196

14×0.75 A 1/0.97 14.5 259

14×0.75 B 7/0.37 15.0 17.0 272 333

14×1.0 A 1/1.13 15.0 298

14×1.0 B 7/0.43 16.0 17.5 328 390

14×1.5 A 1/1.38 17.0 413

14×1.5 B 7/0.52 18.5 20.0 439 508

14×2.5 A 1/1.78 19.5 606

14×2.5 B 7/0.68 21.5 23.5 647 743

14×4 A 1/2.25 22.5 859

14×4 B 7/0.85 24.5 26.0 905 999

14×6 A 1/2.76 24.5 1186

14×6 B 7/1.04 27.0 29.0 1217 1356

16×0.75 A 1/0.97 15.0 287

16×0.75 B 7/0.37 16.0 17.5 299 365

16×1.0 A 1/1.13 16.5 341

16×1.0 B 7/0.43 17.0 18.5 363 429

16×1.5 A 1/1.38 18.0 460

16×1.5 B 7/0.52 19.5 21.0 484 568

16×2.5 A 1/1.78 21.0 699

16×2.5 B 7/0.68 23.0 24.5 756 845

19×0.75 A 1/0.97 15.5 327

19×0.75 B 7/0.37 16.5 18.0 353 413

19×1.0 A 1/1.13 16.5 392

19×1.0 B 7/0.43 17.5 19.0 418 482

A M A RESOURCES

22

Core No. ×

nominal

section

mm


mm

Calculated weight

kg/km

Type

Numbers/

diameter

mm

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

KVV

ZR-KVV

ZR-KVDVD

KVVP

ZR-KVVP

DZR-

KVDVDP

19×1.5 A 1/1.38 18.0 535

19×1.5 B 7/0.52 19.5 22.5 562 653

19×2.5 A 1/1.78 19.0 806

19×2.5 B 7/0.68 20.5 25.5 842 967

Note

1. The cable with 61#cores can be supplied, but not listed in the table

2. Maximum outer diameter of armored cable is 4mm larger than that of non-

armored one. Maximum outer diameter of Cu-tape shielded cable is 2mm

larger than that of non-Cu-tape shielded one.

Table 5

Core No. ×

nominal

section

mm


mm

Calculated weight

kg/km

Type

Numbers/

diameter

mm

KVVR

ZR-KVVR

DZR-

KVDVDR

KVVRP

ZR-KVVRP

DZR-

KVDVDRP

KVVR

ZR-KVVR

DZR-

KVDVDR

KVVRP

ZR-

KVVRP

DZR-

KVDVDRP

4×0.5 R 16/0.20 9.0 10.5 84 109

4×0.75 R 24/0.20 9.4 11.0 108 137

4×1.0 R 32/0.20 10.0 11.5 123 159

4×1.5 R 30/0.25 11.5 12.5 164 198

4×2.5 R 50/0.25 13.0 15.0 231 289

5×0.5 R 16/0.20 9.6 11.0 110 138

5×0.75 R 24/0.20 10.5 11.5 120 153

5×1.0 R 32/0.20 11.0 12.0 154 187

5×1.5 R 30/0.25 12.0 13.5 208 249

5×2.5 R 50/0.25 14.5 16.0 293 348

A M A RESOURCES

23

Core No. ×

nominal

section

mm


mm

Calculated weight

kg/km

Type

Numbers/

diameter

mm

KVVR

ZR-KVVR

DZR-

KVDVDR

KVVRP

ZR-KVVRP

DZR-

KVDVDRP

KVVR

ZR-KVVR

DZR-

KVDVDR

KVVRP

ZR-

KVVRP

DZR-

KVDVDRP

7×0.5 R 16/0.20 10.5 11.5 122 158

7×0.75 R 24/0.20 11.0 12.5 154 192

7×1.0 R 32/0.20 11.5 13.0 182 222

7×1.5 R 30/0.25 13.0 15.0 241 287

7×2.5 R 50/0.25 16.0 17.5 382 432

8×0.5 R 16/0.20 11.5 13.0 142 184

8×0.75 R 24/0.20 12.0 13.5 184 226

8×1.0 R 32/0.20 13.0 15.0 208 252

8×1.5 R 30/0.25 15.0 17.0 296 343

8×2.5 R 50/0.25 17.5 19.0 438 398

10×0.5 R 16/0.20 12.5 14.5 168 213

10×0.75 R 24/0.20 13.5 15.5 207 254

10×1.0 R 32/0.20 15.0 16.5 264 318

10×1.5 R 30/0.25 17.0 18.5 365 424

10×2.5 R 50/0.25 19.5 21.0 524 596

12×0.5 R 16/0.20 13.0 15.0 186 233

12×0.75 R 24/0.20 14.5 16.0 259 308

12×1.0 R 32/0.20 15.5 17.0 314 366

12×1.5 R 30/0.25 17.5 19.0 398 457

12×2.5 R 50/0.25 20.5 22.5 597 689

14×0.5 R 16/0.20 13.5 16.0 215 267

14×0.75 R 24/0.20 15.0 16.5 293 349

14×1.0 R 32/0.20 16.0 17.5 351 415

14×1.5 R 30/0.25 18.0 20.0 464 536

14×2.5 R 50/0.25 21.0 23.0 661 757

A M A RESOURCES

24

Core No. ×

nominal

section

mm


mm

Calculated weight

kg/km

Type

Numbers/

diameter

mm

KVVR

ZR-KVVR

DZR-

KVDVDR

KVVRP

ZR-KVVRP

DZR-

KVDVDRP

KVVR

ZR-KVVR

DZR-

KVDVDR

KVVRP

ZR-

KVVRP

DZR-

KVDVDRP

16×0.5 R 16/0.20 15.0 16.5 251 308

16×0.75 R 24/0.20 16.0 17.5 312 375

16×1.0 R 32/0.20 17.0 18.5 378 452

16×1.5 R 30/0.25 19.0 20.5 497 582

16×2.5 R 50/0.25 23.0 24.5 789 886

19×0.5 R 16/0.20 15.5 17.0 292 368

19×0.75 R 24/0.20 16.5 18.0 367 448

19×1.0 R 32/0.20 17.5 19.0 429 514

19×1.5 R 30/0.25 20.0 22.0 584 669

19×2.5 R 50/0.25 24.0 25.5 893 982

Note:

The cable with 61#cores can be supplied, but not listed in the table

Product Figures

Conductor

Insulation

Wrapping

Shield

Sheath

A M A RESOURCES

26

1.Usage The product is suitable for control supervisory circuit and protection circuit with

AC rated voltage up to and including 450/750V. It can be installed in doors, trenches, ducts

and etc.

2.Applicable standard IEC60502\ IEC60092-376

3.Using feature: Rated voltage: U0/U 450/750V.

4. Operating temp XLPE insulated not more than 90 , Radiation XLPE insulated not more

than 105 .

5. Mini bending radius:

1 6 times of the cable diameter non-armored cable or shielded flexible cable .

2 10 times of the cable diameter armored cable or Cu-tape shielded cable .


II XLPE INSULATED CONTROL CABLE

A M A RESOURCES

27

Table 1

Item Technical Index

Conductor

DC

resistance

20

Section

mm²0.75 1.0 1.5 2.5 4 6 10.0

Conductor

AB

Type 24.5 24.8 18.1 18.2 12.1 12.2 7.41 7.56 4.61 4.7 3.08 3.11 1.83 1.84

R

Type 26 26.7 19.5 20.0 13.3 13.7 7.98 8.21 7.98 8.21 4.95 5.09 3.30 3.39

Test

voltage Test voltage3000V/5min

Flame-

retardant

feature

Low-smoke low halogen

flame-retardant

Flame-retardant material oxygen index 30

Zero emission of halogen acid gas 100

Light penetration 30%

Smoke density Dm 200

7.Model explanation Table2

-

Specifications

Shielding material

Armoring material

Multi strand material

Sheath material

Insulating material

Series code


Fire-resistance code

A M A RESOURCES

28

Table2


Fire-resistance code NH Fire-resistance


/

ZR

WZR

Non-flame-retardant to be omitted

Flame-retardant

low-smoke non-halogen flame-retardant

Series code K Control cable

Insulating material YJ XLPE

Sheath material

V

VD

E

PVC


Polyethylene

Conductor type

A

B

R

Single strand conductor

Stranding conductor

Multi-strand stranding conductor

Shielding material

/

P

P1

P2

Non-shielded to be omitted

Cu wire

Tinned Cu wire

Cu tape

Armoring material 22

32

Steel tape armored

Fine steel tape armored

8.Model and Name See table 3

Table 3


KYJV Cu-core XLPE insulated PVC sheathed control

cable

Fixed laying indoors trench and

conduits

KYJVP Cu-core XLPE insulated PVC sheathed copper

wire braiding shielded control cable


conduits with screening needs

A M A RESOURCES

29


KYJVP2 Cu-core XLPE insulated PVC sheathed Cu-tape

shielded control cable



KYJV22 Cu-core XLPE insulated PVC sheathed steel-tape

armored control cable


conduits with capability of bearing

considerable mechanical force

KYJV32 Cu-core XLPE insulated PVC sheathed fine steel-

wire armored control cable




KYJVR Cu-core XLPE insulated PVC sheathed control

flexible cable

It is insulated in the buildings and can be

moved

KYJVRP Cu-core XLPE insulated PVC sheathed copper

wire braiding shielded control flexible cable

It is insulated in the buildings and

required to be moved freely

WZR-

KYJEP

Cu-core XLPE insulated polythene sheathed

copper wire braiding shielded low-smoke non-




WZR-

KYJEP2

Cu-core XLPE insulated polythene sheathed Cu-

tape shielded low-smoke non-halogen flame-




WZR-

KYJE22

Cu-core XLPE insulated polythene sheathed steel-

tape armored low-smoke non-halogen flame-





WZR-

KYJE32

Cu-core XLPE insulated polyethylene sheathed

fine steel-wire armored low-smoke non-halogen

flame-resistance control cable




WZR-

KYJER


low-smoke non-halogen flame-resistance control

flexible cable


moved

WZR-KYJE

Cu-core radiation XLPE insulated polyethylene

sheathed low-smoke non-halogen flame-



conduits

WZR-

KYJEP


sheathed copper wire braiding shielded low-smoke

non-halogen flame-resistance control cable



WZR-

KYJEP2


sheathed Cu-tape shielded low-smoke non-




A M A RESOURCES

30


WZR-

KYJE22


sheathed steel-tape armored low-smoke non-





WZR-

KYJE32


sheathed fine steel-wire armored low-smoke non-





WZR-

KYJER


sheathed low-smoke non-halogen flame-

resistance control flexible cable


moved

WZR-

KYJERP


sheathed copper wire braiding shielded low-smoke

non-halogen flame-resistance control flexible cable

It is insulated in the buildings and

required to be moved freely

NH-

WZRKYJEP


copper wire braiding shielded low-smoke non-




Product Figure

9.Delivery length

Minimum delivery length is 500m for Non-armored cable 200m for armored cable short

length more than 30m can be delivered but not exceeding 10% of the total. Special

requirement needs to be discussed between the supplier and the buyer if required.

Conductor

Insulation

Wrapping laver

Inner sheath

Armour

Sheath

A M A RESOURCES

31

1.Usage It is used as signal transmission and connection of checking appliances of

distribution system computer system and automatic system of power-generating metallurgy

petroleum chemistry.

2.Applicable standard IEC60092-376

4. Operating temp Normal model 70 .

5. Mini ambient temp Fixed installation -40 Not-fixed installation 15 .

6. Mini bending radius: Non-armored cable 10 times diameter of the cable. Armored cable

12 times diameter of the cable.

7. Main Technical Index See table 1

Table1

Item Unit Technical index

PE insulation PVC insulation

20

insulation

Between any core

M .km

5000

Between any individual

screen 1

Operating

capacitance

Type3

pf/m

75

Type1 and 2 90

Capacitance Imbalance 1kHz pf/m 1

Inductance

resistance

0.75 mm²

1.0 mm²

1.5 mm²

20

25

35

20

25

35

Shield control coefficient 0.01 0.01

Test voltage V/1min 1000 1000

COMPUTER CABLE

FLAME RETARDANT COMPUTER CABLE

A M A RESOURCES

32

8. Model and Name See table2

Table2

Model Name

ZR-DJYPV Cu core PE insulated PVC sheathed paired with tinned Cu wire braided shielded flame-

retardant computer cable

ZR-DJYPV22 Cu core PE insulated PVC sheathed paired with tinned Cu wire braided shielded steel

tape armored flame-retardant computer cable

ZR-DJYPV32 Cu core PE insulated PVC sheathed paired with tinned Cu wire braided shielded fine

steel wire armored flame-retardant computer cable

ZR-DJYPVP Cu core PE insulated PVC sheathed paired with tinned Cu wire braided shielded and

general shielded flame-retardant computer cable

ZR-DJYP2V Cu core PE insulated PVC sheathed paired with Cu tape shielded flame-retardant

computer cable

ZR-DJYP2VP2 Cu core PE insulated PVC sheathed paired with Cu tape shielded and general shielded

flame-retardant computer cable

ZR-JHDJYP3V Cu core PE insulated PVC sheathed paired with Al foil/plastic film compound shielded

flame-retardant computer cable

ZR-DJYP3VP3 Cu core PE insulated PVC sheathed paired with Al foil/plastic film compound shielded

and general shielded flame-retardant computer cable

DZR-DJYPV Cu core PE insulated PVC sheathed paired with tinned Cu wire braided shielded low-

smoke low-halogen flame-retardant computer cable

DZR-DJYPV22 Cu core PE insulated PVC sheathed paired with tinned Cu wire braided shielded steel

tape armored low-smoke low-halogen flame-retardant computer cable

DZR-DJYPV32 Cu core PE insulated PVC sheathed paired with tinned Cu wire braided shielded fine

steel wire armored low-smoke low-halogen flame-retardant computer cable

DZR-DJYPVP Cu core PE insulated PVC sheathed paired with tinned Cu wire braided shielded and

general shielded low-smoke low-halogen flame-retardant computer cable

DZR-DJYP2V Cu core PE insulated PVC sheathed paired with Cu tape shielded low-smoke low-

halogen flame-retardant computer cable

DZR-DJYP2VP2 Cu core PE insulated PVC sheathed paired with Cu tape shielded and general shielded

low-smoke low-halogen flame-retardant computer cable

DZR-DJYP3V Cu core PE insulated PVC sheathed paired with Al foil/plastic film compound shielded

low-smoke low-halogen flame-retardant computer cable

DZR-DJYP3VP3 Cu core PE insulated PVC sheathed paired with Al foil/plastic film compound shielded

and general shielded low-smoke low-halogen flame-retardant computer cable

A M A RESOURCES

33

9. Model explanation Table3

/

Conductor type

Specifications

Bundle flame-retardant

General shielding material

Armoring material

Sheath material

Paired shielding material

Insulating material

Series code

Flame-retardant

Table 3



ZR

ZR/

DZR

Flame-retardant

Bundle flame-retardant

Low-smoke low-halogen flame-retardant

Series code DJ For computer and electric appliance

Insulating material Y

V

PE

PVC

Shielding material

P

P2

P3

A

Tinned Cu wire braided

Copper tape

Al foil/polymer film compound

With polymer-coated Al tape bond inner shield

Sheathing material Y

V

PE

PVC

Armoring material

22

32

Steel tape armored

Steel wire armored

With corrugated steel armoring made of single longitudinal tape

wrapping

Specifications

Unit core noose conductor section

Pairs 1 2

Unit core noose 2 3

Conductor section 0.75 1.0 1.5 mm²

A M A RESOURCES

34

10. Cable construction data See table 4

Table 4

Pair×unit

core

×nominal

section

mm²

Max out diameter of cable

mm

ZR-DJYPV

ZR-DJYPV

DZR-

DJYPV

ZR-

DJYP2V

ZR-

JDJYP2V

DZR-

JHDJYP2V

ZR-

DJYP2VP2

ZR-

DJYP2VP2

DZR-

DJYP2VP2

ZR-DJYP3V

ZR-

JHDJYP3V

DZR-

JHDJYP3V

ZR-

DJYP3VP3

ZR-

DJYP3VP3

DZR-

DJYP3VP3

ZR-

DJYPV22 32

ZR-

DJYPV22 32

DZR-

DJYPV22 32

ZR-

DJYPVP

ZR-

DJYPVP

DZR-

DJYPVP

1×2×0.75 8.4 8.4 9.3 8.4 9.3 11.6 9.5

2×2×0.75 14.8 14.8 15.7 14.8 15.7 18.0 15.9

3×2×0.75 15.6 15.6 16.5 15.6 16.5 18.8 16.7

4×2×0.75 17.0 17.0 17.9 17.0 17.9 20.2 18.1

5×2×0.75 18.8 18.8 19.7 18.8 19.7 22.0 19.9

6×2×0.75 21.2 21.2 22.1 21.2 22.1 24.4 22.3

7×2×0.75 21.2 21.2 22.1 21.2 22.1 24.4 22.3

8×2×0.75 22.2 22.2 23.1 22.2 23.1 25.4 23.3

9×2×0.75 26.0 26.0 26.9 26.0 26.9 29.2 27.3

10×2×0.75 26.0 26.0 26.9 26.0 26.9 29.2 27.3

12×2×0.75 27.1 27.1 27.9 27.1 27.9 30.2 28.3

14×2×0.75 28.4 28.4 29.3 28.4 29.3 31.6 29.7

16×2×0.75 30.4 30.4 31.3 30.4 31.3 33.6 31.7

19×2×0.75 32.0 32.0 32.9 32.0 32.9 35.2 33.3

1×3×0.75 8.8 8.8 9.7 8.8 9.7 12.0 9.9

3×3×0.75 16.5 16.5 17.4 16.5 17.4 19.7 17.6

4×3×0.75 18.2 18.2 19.1 18.2 19.1 21.4 19.3

5×3×0.75 19.9 19.9 20.8 19.9 20.8 23.1 21.0

6×3×0.75 22.0 22.0 22.9 22.0 22.9 25.2 23.3

7×3×0.75 22.0 22.0 22.9 22.0 22.9 25.2 23.3

8×3×0.75 23.7 23.7 24.6 23.7 24.6 26.9 25.0

10×3×0.75 28.2 28.2 29.1 28.2 29.1 31.4 29.3

A M A RESOURCES

35

Pair×unit

core

×nominal

section

mm²


mm

ZR-DJYPV

ZR-DJYPV

DZR-

DJYPV

ZR-

DJYP2V

ZR-

JDJYP2V

DZR-

JHDJYP2V

ZR-

DJYP2VP2

ZR-

DJYP2VP2

DZR-

DJYP2VP2

ZR-DJYP3V

ZR-

JHDJYP3V

DZR-

JHDJYP3V

ZR-

DJYP3VP3

ZR-

DJYP3VP3

DZR-

DJYP3VP3

ZR-

DJYPV22 32

ZR-

DJYPV22 32

DZR-

DJYPV22 32

ZR-

DJYPVP

ZR-

DJYPVP

DZR-

DJYPVP

12×3×0.75 29.1 29.1 30.0 29.1 30.0 32.3 30.3

14×3×0.75 30.6 30.6 31.5 30.6 31.5 33.8 31.9

1×2×1.0 8.8 8.8 9.7 8.8 9.7 12.0 9.9

2×2×1.0 15.8 15.8 16.7 15.8 16.7 19.0 16.9

3×2×1.0 16.5 16.5 17.4 16.5 17.4 19.7 17.6

4×2×1.0 18.2 18.2 19.1 18.2 19.1 21.4 19.3

5×2×1.0 19.9 19.9 20.8 19.9 20.8 23.1 21.0

6×2×1.0 22.0 22.0 22.9 22.0 22.9 25.2 23.3

7×2×1.0 22.0 22.0 22.9 22.0 22.9 25.2 23.3

8×2×1.0 23.7 23.7 24.6 23.7 24.6 26.9 25.0

9×2×1.0 28.2 28.2 29.1 28.2 29.1 31.4 29.3

10×2×1.0 28.2 28.2 29.1 28.2 29.1 31.4 29.3

12×2×1.0 29.1 29.1 30.0 29.1 30.0 32.3 30.3

14×2×1.0 30.6 30.6 31.5 30.6 31.5 33.8 31.9

16×2×1.0 32.7 32.7 33.6 32.7 33.6 35.9 34.0

19×2×1.0 34.8 34.8 35.7 34.8 35.7 37.6 35.7

1×3×1.0 9.2 9.2 10.1 9.2 10.1 12.4 10.3

3×3×1.0 18.0 18.0 18.9 18.0 18.9 20.8 18.7

4×3×1.0 19.6 19.6 20.5 19.6 20.5 22.4 20.3

5×3×1.0 21.3 21.3 22.2 21.3 22.2 24.5 22.6

6×3×1.0 23.2 23.2 24.1 23.2 24.1 26.4 24.5

7×3×1.0 23.2 23.2 24.1 23.2 24.1 26.4 24.5

8×3×1.0 25.1 25.1 26.0 25.1 26.0 28.3 26.4

10×3×1.0 29.8 29.8 30.7 29.8 30.7 33.0 31.1

12×3×1.0 30.8 30.8 31.7 30.8 31.7 34.0 32.1

A M A RESOURCES

36

Pair×unit

core

×nominal

section

mm²


mm

ZR-DJYPV

ZR-DJYPV

DZR-

DJYPV

ZR-

DJYP2V

ZR-

JDJYP2V

DZR-

JHDJYP2V

ZR-

DJYP2VP2

ZR-

DJYP2VP2

DZR-

DJYP2VP2

ZR-DJYP3V

ZR-

JHDJYP3V

DZR-

JHDJYP3V

ZR-

DJYP3VP3

ZR-

DJYP3VP3

DZR-

DJYP3VP3

ZR-

DJYPV22 32

ZR-

DJYPV22 32

DZR-

DJYPV22 32

ZR-

DJYPVP

ZR-

DJYPVP

DZR-

DJYPVP

14×3×1.0 32.8 32.8 33.7 32.8 33.7 36.0 34.1

1×2×1.5 10.0 10.0 11.1 10.0 11.1 12.4 11.3

2×2×1.5 17.7 17.7 18.6 17.7 18.6 20.9 18.8

3×2×1.5 18.7 18.7 19.6 18.7 19.6 21.9 19.8

4×2×1.5 20.7 20.7 21.6 20.7 21.6 23.9 21.8

5×2×1.5 22.6 22.6 23.5 22.6 23.5 25.8 23.9

6×2×1.5 24.7 24.7 25.6 24.7 25.6 27.9 26.0

7×2×1.5 24.7 24.7 25.6 24.7 25.6 27.9 26.0

8×2×1.5 27.3 27.3 28.2 27.3 28.2 30.5 28.6

9×2×1.5 32.0 32.0 32.9 32.0 32.9 35.2 33.3

10×2×1.5 32.0 32.0 32.9 32.0 32.9 35.2 33.3

12×2×1.5 33.4 33.4 34.3 33.4 34.3 36.6 34.7

14×2×1.5 35.2 35.2 36.1 35.2 36.1 38.4 36.5

16×2×1.5 37.7 37.7 38.6 37.7 38.6 40.9 39.0

19×2×1.5 39.8 39.8 40.7 39.8 40.7 43.0 41.1

1×3×1.5 10.6 10.6 11.5 10.6 11.5 13.8 11.7

3×3×1.5 19.5 19.5 20.4 19.5 20.4 22.9 20.8

4×3×1.5 22.0 22.0 22.9 22.0 22.9 25.2 23.3

5×3×1.5 24.0 24.0 24.9 24.0 24.9 27.2 25.3

6×3×1.5 26.6 26.6 27.5 26.6 27.5 29.8 27.9

7×3×1.5 26.6 26.6 27.5 26.6 27.5 29.8 27.9

8×3×1.5 28.8 28.8 29.7 28.8 29.7 32.0 30.1

10×3×1.5 34.2 34.2 35.1 34.2 35.1 37.4 35.5

12×3×1.5 35.9 35.9 36.8 35.9 36.8 39.4 37.2

14×3×1.5 38.2 38.2 39.1 38.2 39.1 41.0 39.1

A M A RESOURCES

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Product Figure

Note

The cable with 61#cores can be supplied but not listed in the table

means the type of flame retardant power cable.

added to the original type of cable means the type of fireproof cable. Intrinsically

after it.

11. Delivery length

Minimum delivery length is 1000m for Non-armored cable 10-pair and below 500m for

the one more than 10-pair. Minimum delivery length is 1000m for armored cable 8-pair and

below, 500m for the one more than 8-pair. Short length more than 50m can be delivered, but

not exceeding 6% of total. Special requirement needs be discussed between the supplier and

the buyer if required.

Conductor

Insulation

Wrapping layer

Shield

Filler

Wrapping layer

Sheath

Shield

A M A RESOURCES

38

1.Usage This cable is suitable to be installed in transmission distribution lines with rated

voltage up to and including 10kV.


3.Using feature Max continuous operating temperature of conductor is 70 .

Max short circuit conductor temperature max 5 sec is 160 .

The ambient temperature should not be below 0 .When the cable is

installed Min bending diameter is double to that of testing usage cylinder..


Table 1

Item Technical index

Test voltage 3500V/5min

Test voltage

Applicable

standard IEC60502

Flame-retardant

feature

General flame-retardant Applicable standard IEC60502

Low-smoke low halogen

flame-retardant

Flame-retardant material oxygen index 30

Zero emission of halogen acid gas 100



PLASTICS INSULATED POWER CABLE

I PVC INSULATED POWER CABLE

A M A RESOURCES

39


Table2

Model Name

Cu Al

VV VLV PVC insulated PVC sheathed power cable

VY VLY PVC insulated PE sheathed power cable

VV22 VLV22 PVC insulated steel-tape armored PVC sheathed power cable

VV32 VLV32 PVC insulated fine steel-wire armored PVC sheathed power cable

VV42 VLV42 PVC insulated steel-wire armored PVC sheathed power cable

ZR-VV ZR-VLV PVC insulated PVC sheathed flame-resistance power cable

ZR-VV22 ZR-VLV22 PVC insulated steel-tape armored PVC sheathed flame-resistance

power cable

ZR-VV32 ZR-VLV32 PVC insulated fine steel-wire armored PVC sheathed flame-resistance

power cable

ZR-VV42 ZR-VLV42 PVC insulated steel-wire armored PVC sheathed flame-resistance

power cable

VVF VLVF PVC insulated NBR sheathed power cable

VVF-22 VLVF-22 PVC insulated steel-tape armored NBR sheathed power cable

VVF-32 VLVF-32 PVC insulated fine steel-wire armored NBR sheathed power cable

VVF-42 VLVF-42 PVC insulated steel-wire armored NBR sheathed power cable

ZR-VV ZR-VLV PVC insulated PVC sheathed flame-resistance power cable

A M A RESOURCES

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Model Name

Cu Al

ZR-VV22 ZR-VLV22 PVC insulated steel-tape armored PVC sheathed flame-resistance

power cable

ZR-VV32 ZR-VLV32 PVC insulated fine steel-wire armored PVC sheathed flame-resistance

power cable

ZR-VV42 ZR-VLV42 PVC insulated steel-wire armored PVC sheathed flame-resistance

power cable

ZR-VVF ZR-VLVF PVC insulated NBR sheathed flame-resistance power cable

ZR-VVF-22 ZR-VLVF-22 PVC insulated steel-tape armored NBR sheathed flame-resistance

power cable

ZR-VVF-32 ZR-VLVF-32 PVC insulated fine steel-wire armored NBR sheathed flame-resistance

power cable

ZR-VVF-42 ZR-VLVF-42 PVC insulated steel-wire armored NBR sheathed flame-resistance

power cable

DZR-VV DZR-VLV PVC insulated PVC sheathed low-smoke low halogen flame-resistance

power cable

DZR-VV22 DZR-VLV22 PVC insulated steel-tape armored PVC sheathed low-smoke low

halogen flame-resistance power cable

DZR-VV32 DZR-VLV32 PVC insulated fine steel-wire armored PVC sheathed low-smoke low


DZR-VV42 DZR-VLV42 PVC insulated steel-wire armored PVC sheathed low-smoke low


DZR-VVF DZR-VLVF PVC insulated NBR sheathed low-smoke low halogen flame-resistance

power cable

DZR-VVF-22 DZR-VLVF-22 PVC insulated steel-tape armored NBR sheathed low-smoke low


DZR-VVF-32 DZR-VLVF-32 PVC insulated fine steel-wire armored NBR sheathed low-smoke low


DZR-VVF-42 DZR-VLVF-42 PVC insulated steel-wire armored NBR sheathed low-smoke low


A M A RESOURCES

41

6. Specifications See table 3

Table 3

Model

No of cores

Rated voltage

(kV)

0.6/1 1.8/3

Copper core Aluminum core Nominal cross-section

mm²

VV VY VV22 VLV VLY VLV22 1 1.5-800 10-800

VV VY VV22 VLV VLY VLV22 2 1.5-185 10-185

VV VY VV22 VV32 VV42 VLV VLY VLV22 VLV32 VLV42 3 1.5-300 10-300

VV VY VV22 VLV VLY VLV22 3+1 4-300 10-300

VV VY VV22 VLV VLY VLV22 4 4-185 4-185

VV VY VV22 VV32 VV42 VLV VLY VLV22 VLV32 VLV42 4+1 3+2 5 2.5-240

Note

Single core cable armored material should be non-magnetic or reducing magnetic

loss structure.

Flame-resistance and NBR sheathed cable is similar to non-flame-resistance PVC

sheathed cable in specifications and construction data.

7. DC resistance conductor See table 4

Table 4

Nominal cross-

section

mm²

Max DC resistance at 20

/km

Nominal cross-

section

mm²

Max DC resistance at 20

/km

Copper core Aluminum core Copper core Aluminum core

1.5 12.1 - 95 0.193 0.320

2.5 7.41 12.1 120 0.153 0.253

4 4.61 7.41 150 0.124 0.206

6 3.08 4.61 185 0.0991 0.164

10 1.83 3.08 240 0.0754 0.125

16 1.15 1.91 300 0.0601 0.100

25 0.727 1.20 400 0.0470 0.0778

35 0.524 0.868 630 0.0283 0.0469

50 0.387 0.641 800 0.0221 0.0367

70 0.268 0.443

A M A RESOURCES

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8.Cable construction data See table 5-6

Table 5 Rated voltage 0.6/1kV PVC insulated power cable

Core No.×

nominal

section

mm

Max outer diameter

mm

Calculated weight

kg/km

VV

VY

VLV

VLY

VV22

VLV22

VV32

VLV32 VV VY VLV VLY VV22 53 VLV22 53 VV32 VLV32

1×1.5 6.4 - - 55 45 46 36

1×2.5 6.8 - - 68 57 52 42

1×4 7.8 - - 93 79 68 55

1×6 8.4 - - 117 102 79 65

1×10 9.1 13.8 - 161 145 98 82 299 236

1×16 10.6 15.3 - 233 214 134 114 384 285

1×25 12.4 17.1 - 343 319 186 161 515 357

1×35 13.5 18.2 - 445 419 226 201 630 412

1×50 15.3 20.0 587 557 291 262 791 496

1×70 17.1 21.8 - 799 766 372 339 1027 600

1×95 19.4 24.1 - 1080 1042 488 449 1334 742

1×120 21.4 25.7 - 1337 1293 589 544 1603 854

1×150 23.2 27.7 - 1628 1578 708 659 1913 933

1×185 25.8 30.0 - 2029 1971 875 817 2336 1182

1×240 29.1 33.3 - 2634 2564 1118 1048 2970 1454

1×300 32.1 36.4 - 3286 3204 1378 1296 3651 1742

1×400 35.8 40.0 4148 4052 1716 1620 4547 2115

1×500 10.0 44.2 - 5330 5217 2166 2053 5774 2610

1×630 11.6 48.7 - 6874 6741 2717 2584 7360 3204

2×1.5 10.5 - - 126 106 107 87

2×2.5 11.3 - - 157 134 126 104

2×4 13.1 15.7 - 224 198 174 148 369 319

2×6 14.1 16.9 - 281 252 211 182 437 369

2×10 15.7 18.3 - 382 371 256 245 557 430

2×16 18.8 19.8 - 559 520 358 320 764 544

2×25 19.2 21.4 - 669 634 359 323 855 564

A M A RESOURCES

43

Core No.×

nominal

section

mm

Max outer diameter

mm

Calculated weight

kg/km

VV

VY

VLV

VLY

VV22

VLV22

VV32


2×35 19.5 21.5 - 901 860 465 424 1086 650

2×50 22.2 24.4 - 1237 1188 614 567 1453 830

2×70 24.4 27.9 - 1646 1590 775 719 2148 1277

2×95 27.7 31.1 - 2192 2125 1010 943 2763 1581

2×120 30.1 33.5 - 2699 2622 1206 1129 3302 1809

2×150 33.3 36.9 - 3350 3261 1484 1394 4038 2172

2×185 35.7 39.9 4160 4104 1814 1757 5144 2737

3×1.5 11.0 - 149 127 121 100

3×2.5 11.8 - 189 166 142 120

3×4 13.8 16.4 17.6 268 240 194 167 421 347 570 465

3×6 15.1 17.6 19.7 341 310 236 205 507 404 700 654

3×10 16.6 19.1 23.0 492 456 303 267 666 484 1163 1017

3×16 19.9 22.5 25.0 731 687 431 388 948 649 1427 1263

3×25 21.2 22.8 26.4 1004 958 536 491 1200 733 1809 1362

3×35 23.2 25.2 28.2 1314 1264 659 609 1535 881 2174 1980

3×50 26.8 30.2 32.9 1821 1762 886 827 2376 1036 2979 2736

3×70 30.0 33.4 35.7 2443 2369 1134 1080 3045 1738 3739 3469

3×95 34.5 37.9 39.7 3267 3179 1491 1403 3968 2191 4760 4452

3×120 37.6 41.0 44.2 4021 3721 1781 1481 4776 2537 6074 5709

3×150 41.3 44.9 47.6 5006 4889 2198 2108 5857 3049 7118 6719

3×185 45.9 49.3 51.3 6136 5996 2584 2543 7075 3822 8485 8047

3×240 51.8 55.2 57.3 7868 7698 3389 3216 8911 4432 10623 10096

3×300 52.1 56.1 58.0 9792 9578 4032 3818 11233 5473 12902 12375

3×4+1×2.5 14.4 17.0 21.1 309 279 200 170 469 379 660 537

3×6+1×4 16.0 18.4 23.2 400 367 271 236 574 446 1062 922

3×10+1×6 17.6 20.2 25.8 564 527 341 303 755 531 1284 1128

3×16+1×10 21.0 23.6 29.6 835 789 472 427 1062 700 1596 1420

3×25+1×16 24.2 26.2 32.8 1228 1175 661 616 1459 892 2024 1837

3×35+1×16 26.5 28.5 35.1 1541 1483 787 729 1788 1034 3352 3091

A M A RESOURCES

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Core No.×

nominal

section

mm

Max outer diameter

mm

Calculated weight

kg/km

VV

VY

VLV

VLY

VV22

VLV22

VV32


3×50+1×25 30.2 33.6 40.1 2146 2075 1053 982 2755 1662 4218 3927

3×70+1×35 34.3 37.7 44.3 2864 2780 1335 1251 3653 2034 5793 5435

3×95+1×50 39.2 42.6 49.4 3804 3698 1730 1624 4611 2538 5895 6507

3×120+1×70 42.2 45.6 52.1 4809 4545 2140 2020 5647 2978 7924 7504

3×150+1×70 43.7 47.7 54.2 5820 5679 2594 2450 6786 3557 7952 9440

3×185+1×95 45.6 49.5 56.0 7238 7070 3190 3022 8296 4246 9572 9710

3×240+1×12

0

51.9 55.9 62.4 9295 9056 4028 3824 10445 5213 11960 11405

3×300+1×15

0

56.9 61.0 67.5 11395 11365 4689 4448 12878 6172 14373 13818

4×4 14.9 17.5 - 334 302 235 204 500 401

4×6 16.3 18.7 - 430 396 278 244 607 458

4×10 18.1 20.7 - 607 596 356 319 807 554

4×16 21.8 24.4 26.7 909 861 510 462 1150 751 1659 1480

4×25 25.1 27.1 28.3 1300 1245 678 623 1536 914 2164 1970

4×35 27.5 29.7 31.3 1709 1649 838 778 1988 1117 2850 2634

4×50 31.3 34.5 35.5 2372 2299 1127 1054 2031 1776 3608 3341

4×70 35.8 39.2 39.0 3208 3115 1466 1373 3932 2190 4609 4307

4×95 40.7 44.3 45.5 4280 4170 1916 1824 5120 2757 6403 5025

4×120 44.0 47.4 48.5 5294 5164 2308 2178 6260 3214 7550 7141

4×150 49.2 52.6 52.2 6581 6428 2848 2696 7581 3848 8889 8442

4×185 54.4 57.8 57.7 8073 7891 3469 3287 9168 4564 10797 10265

3×4+2×2.5 16.0 18.0 22.0 336 336 229 229 529 422 743 606

3×6+2×4 17.0 19.0 23.0 456 420 292 256 679 515 1256 1091

3×10+2×6 20.0 22.0 26.0 661 618 390 347 912 641 1548 1358

3×16+2×10 23.0 25.0 27.0 960 909 524 473 1250 814 1882 1667

3×25+2×16 26.0 28.0 30.0 1408 1349 419 660 1742 1053 2410 2193

3×35+2×16 28.0 30.0 32.0 1715 1651 845 781 2089 1198 3670 3571

3×50+2×25 33.0 35.0 37.0 2444 2362 1164 1082 3252 1972 4983 4636

3×70+2×35 34.0 37.0 38.0 3170 3082 1406 1319 3979 2215 6314 5927

3×95+2×50 38.0 41.0 42.0 4359 4249 1903 1793 5283 2827 7885 7473

A M A RESOURCES

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Core No.×

nominal

section

mm

Max outer diameter

mm

Calculated weight

kg/km

VV

VY

VLV

VLY

VV22

VLV22

VV32


3×120+2×70 41.0 45.0 46.0 5488 5360 2324 2196 6502 3338 9086 8641

3×150+2×70 44.0 48.0 49.0 6421 6276 2703 2558 7512 3794 10063 8814

3×185+2×95 50.0 53.0 54.0 7887 7713 3198 3024 9103 4414 10508 9974

4×4+1×2.5 16.0 18.0 22.0 360 330 246 213 561 444 613 499

4×6+1×4 18.0 20.0 24.0 479 442 303 266 698 522 1293 1123

4×10+1×6 21.0 23.0 27.0 715 670 417 372 974 676 1658 1455

4×16+1×10 24.0 26.0 28.0 1028 975 555 502 1324 851 1955 1768

4×25+1×16 27.0 29.0 31.0 1517 1456 787 726 1861 1113 2579 2346

4×35+1×16 29.0 31.0 33.0 1923 1853 932 862 2299 1308 4307 3974

4×50+1×25 34.0 37.0 38.0 2727 2639 1289 1201 3570 2132 5475 5093

4×70+1×35 35.0 38.0 39.0 3501 3404 1518 1421 4529 2546 7196 6755

4×95+1×50 40.0 43.0 44.0 4782 4661 2039 1918 5763 3020 8603 8153

4×120+1×70 44.0 47.0 48.0 5970 5828 2487 2346 7041 3558 9838 9357

4×150+1×70 48.0 51.0 52.0 7207 7043 2983 2819 8377 4153 11223 9830

4×185+1×95 53.0 56.0 57.0 8916 8722 3676 3479 10207 4964 11788 11188

5×4 16.0 18.0 22.0 387 353 262 228 592 467 870 708

5×6 18.0 20.0 24.0 505 467 317 279 728 540 1350 1173

5×10 21.0 23.0 27.0 772 725 446 399 1053 727 1796 1576

5×16 24.0 26.0 28.0 1095 1041 584 530 1400 889 2114 1876

5×25 28.0 30.0 32.0 1788 1725 980 917 1983 1175 2750 2502

5×35 31.0 34.0 36.0 2141 2066 1030 955 2901 1790 5453 5031

5×50 32.0 35.0 37.0 2901 2817 1304 1219 3695 2098 5677 5282

5×70 37.0 40.0 41.0 3888 3783 1684 1579 4790 2588 7610 7143

5×95 42.0 45.0 46.0 5281 5150 2251 2120 6310 3280 9425 8932

5×120 45.0 49.0 50.0 6513 6361 2709 2557 7630 3826 10665 10143

5×150 50.0 54.0 55.0 8039 7859 3310 3130 9316 4587 12486 10937

5×185 56.0 59.0 60.0 9875 9663 4080 3868 11239 5444 12983 12323

A M A RESOURCES

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Table 6 Rated voltage 1.8/3kV PVC insulated power cable

Core No.×

nominal section

mm

Max outer

diameter

mm

Calculated weight

kg/km

VV

VY

VLV

VLY

VV22

VLV22 VV VY VLV VLY VV22 53 VLV22 53

1×10 12.6 16.2 290 268 229 207 516 455

1×16 13.5 17.1 364 340 268 244 606 509

1×25 15.5 20.1 505 477 345 317 822 661

1×35 16.6 21.2 622 592 400 370 960 738

1×50 18.0 22.6 769 736 466 435 1132 831

1×70 20.8 24.4 1049 999 614 564 1404 969

1×95 22.7 26.3 1342 1287 739 684 1729 1125

1×120 24.3 27.9 1614 1555 852 793 2028 1266

1×150 25.8 29.4 1906 1843 969 907 2346 1409

1×185 27.7 31.3 2300 2232 1125 1057 2771 1596

1×240 30.3 34.7 2901 2826 1357 1282 3661 2117

1×300 33.2 38.6 3562 3479 1625 1543 4472 2536

1×400 36.5 41.9 4455 4364 1977 1886 5456 2979

1×500 41.1 45.5 5596 5469 2473 2346 6606 3483

1×630 45.3 50.9 7127 6986 332 2891 8373 4277

2×10 21.5 25.6 604 552 493 431 1004 883

2×16 23.4 27.4 758 701 564 508 1192 998

A M A RESOURCES

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Core No.×

nominal section

mm

Max outer

diameter

mm

Calculated weight

kg/km

VV

VY

VLV

VLY

VV22


2×25 23.9 28.0 961 906 649 594 1387 1075

2×35 24.3 29.2 1182 1123 750 691 1834 1402

2×50 25.9 31.8 1455 1392 870 807 2215 1630

2×70 28.3 34.2 1906 1837 1059 990 2734 1887

2×95 31.8 36.6 2529 2433 1357 1260 3359 2186

2×120 33.8 39.6 3047 2944 1564 1461 4012 2529

2×150 35.8 41.6 3601 3491 1799 1669 4621 2799

2×185 37.3 43.1 4224 4114 1988 1858 5244 2988

3×10 22.7 26.8 769 714 587 533 1191 1009

3×16 24.7 28.8 986 926 696 636 1444 1154

3×25 25.3 30.1 1324 1263 855 794 2001 1532

3×35 27.1 33.0 1647 1581 999 933 2441 1792

3×50 29.2 35.0 2048 1976 1171 1099 2899 2021

3×70 32.9 37.8 2783 2682 1512 1412 3643 2372

3×95 36.0 40.9 3614 3504 1856 1745 4555 2796

3×120 38.6 44.4 4378 4259 2153 2034 5477 3252

3×150 42.1 46.9 5288 5133 2556 2401 6368 3636

3×185 44.9 50.0 6411 6245 2979 2813 7565 4133

A M A RESOURCES

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Core No.×

nominal section

mm

Max outer

diameter

mm

Calculated weight

kg/km

VV

VY

VLV

VLY

VV22


3×240 49.1 53.9 8115 7933 3611 3428 9374 4872

3×300 53.7 59.5 9971 9770 4343 4142 11477 5849

4×4 21.7 25.7 626 574 528 476 1029 931

4×6 22.9 26.9 733 678 587 532 1158 1012

4×10 24.8 28.8 935 875 692 632 1394 1152

4×16 26.0 31.9 1217 1151 830 764 1939 1551

4×25 26.8 32.7 1656 1591 1031 965 2441 1816

4×35 29.2 34.9 2082 2011 1218 1146 2929 2065

4×50 32.4 37.3 2679 2580 1509 1410 3526 2356

4×70 36.0 40.8 3569 3459 1875 1765 4507 2813

4×95 39.7 45.5 4668 4545 2323 2200 5797 3452

4×120 43.7 48.5 5771 5610 2805 2643 6894 3928

4×150 46.6 51.5 6865 6692 3222 3050 9063 4421

4×185 50.3 55.2 8358 8171 3782 3595 9652 5075

Installation condition Running in air the ambient temperature is 30 .Max permissible

continuous operating temperature of conductor is 70 . Buried directly in the ground

Temperature of ground is15 Thermal resistivity of ground is 1.2 .m/w Buried depth is

0.5m Max allowed continuous operating temperature of conductor is 70 ..

A M A RESOURCES

49

9. Current Rating See table 7-9

Table 7 The permissible continuous operating current rating of 0.6/1kV PVC insulated without

armoring power cables

Nominal

cross

section

area

(mm²)

In air

A

In the ground

A

Single-core BI-core Trio-core 3+1 -

core Single-core BI-core Trio-core

3+1 -

core

Cu Al Cu Al Cu Al Cu Al Cu Al Cu Al Cu Al Cu Al

1.5 24 - 20 - 17 - - - 34 - 27 - 22

2.5 32 25 28 21 23 18 46 35 35 28 30 23

4 45 34 36 29 31 24 28 22 61 47 47 36 39 31 37 28

6 56 43 47 36 39 31 38 28 75 58 58 45 49 38 46 36

10 80 61 66 51 56 43 51 50 105 81 80 62 68 52 61 47

16 106 83 89 69 76 59 68 53 138 106 105 82 89 69 80 61

25 143 111 117 91 102 78 92 71 180 138 133 104 107 83 106 82

35 175 133 143 111 122 94 115 89 218 169 164 127 131 101 130 101

50 223 170 180 138 154 122 144 111 265 196 201 159 159 123 161 124

70 265 207 217 170 191 148 178 136 310 239 244 186 195 150 194 148

95 329 254 233 180 218 168 369 283 231 178 231 177

120 382 297 270 207 253 195 416 323 262 201 263 204

150 445 339 313 244 297 228 474 364 300 231 303 233

185 519 392 360 281 344 163 530 408 337 262 340 263

240 609 472 429 334 617 474 390 301

300 705 546 477 376 700 530 451 355

400 832 641 820 629

500 965 753 929 710

630 1134 880 1060 813

A M A RESOURCES

50

Table 8 The permissible continuous operating current rating of 0.6/1kV PVC insulated with


Nominal

cross

section

area

(mm²)

In air

A

In the ground

A

Single-core BI-core Trio-core 3+1 -

core Single-core BI-core Trio-core

3+1 -

core

Cu Al Cu Al Cu Al Cu Al Cu Al Cu Al Cu Al Cu Al

4 - 37 37 29 32 24 29 23 - - 45 35 38 29 36 27

6 48 48 37 40 32 39 29 56 43 47 37 46 36

10 82 67 67 52 57 45 52 40 101 78 77 59 65 50 61 47

16 111 91 91 70 77 60 70 54 132 104 102 79 87 66 81 62

25 143 122 122 92 102 80 94 73 175 132 125 97 109 84 106 82

35 175 143 143 111 122 95 119 92 212 164 148 115 130 100 134 103

50 223 180 180 138 154 122 149 115 260 201 181 140 160 123 163 125

70 276 217 217 170 191 148 184 141 307 238 220 170 195 150 196 151

95 334 233 180 226 174 371 286 229 150 234 181

120 387 270 207 260 201 424 339 262 176 267 206

150 445 313 244 301 231 483 375 299 201 301 231

185 509 360 281 345 266 541 419 334 229 338 261

240 615 424 334 636 493 386 298

300 700 477 371 721 557 445 350

400 832 838 547

500 970 955 743

630 1124 1093 987

A M A RESOURCES

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Table 9 The permissible continuous operating current rating of 1.8/3kV PVC insulated with


Nominal cross section area

(mm²)

In air

A

In the ground

A

Single-core Trio-core Single-core Trio-core

Cu Al Cu Al Cu Al Cu Al

16 - 90 68 - 97 74

25 118 89 125 95

35 143 108 151 114

50 195 143 173 130 193 147 178 136

70 244 180 217 164 236 180 219 168

95 302 221 266 201 282 215 264 201

120 348 255 308 233 319 244 299 230

150 395 290 351 265 357 273 336 257

185 453 337 403 305 401 309 379 292

240 532 399 474 361 269 357 436 338

300 607 458 540 413 513 402 488 381

10.The correct coefficients of current rating at different ambient temperatures

See table 10

Table 10

Ambient temperature In air In the ground

15 1.21 1.0

20 1.14 0.95

25 1.08 0.90

30 1.00 0.85

35 0.94 0.78

40 0.86 0.71

45 0.77 -

A M A RESOURCES

52

11. The correct coefficients of ground thermal resistivity See table 11

Table11

Thermal resistivity .m/w 0.6 0.8 1.0 1.2 1.4 1.6 2.0

Coefficient 1.17 1.08 1.00 0.94 0.89 0.84 0.77

12.Delivery length

The delivery length of cables should not be less than 100m. It is permitted to supply short

cable not shorter than 30m but overall length should not be more than 10% of the total length.

Special requirement needs be discussed between the supplier and the buyer if required.

A M A RESOURCES

53


2.Using feature The ambient temperature should not be below 0 when the cable

installed.There is no limit in drop.

3.The min bending radius 20 D+d ±5% to single core 15 D+d ±5% to three cores cable

D is the overall diameter of cable d is the of diameter conductor .

4.Max operating temperature of cables: PVC sheathed power cable 90 PE sheathed

power cable 80 .

5.Max continuous conductor operating temperature XLPE insulated not more than 90

radiation XLPE insulated not more than 105 Max short circuit conductor temperature is

250 max 5sec

6.The operating conditions:

One or two single-core cable is not permitted to install in steel tube.

II XLPE INSULATED POWER CABLE

A M A RESOURCES

54

Table 1

Item Technical index

Test voltage As National standardIEC60502

Insulation

resistance As National standard 6

Flame-retardant

feature

Low-smoke low halogen flame-

retardant

Flame-retardant material oxygen

index30

Zero emission of halogen acid gas

100



Fire-resistance characteristics As National standard IEC60331


Table 2


Cu Al

YJV YJLV XLPE insulated PVC sheathed

power cable Suitable for indoor channels

conduits and cable grooves It

cannot bear mechanical stress, but

can endure common pulling force.

Suitable for installing under ground YJY YJLY XLPE insulated PE sheathed

power cable

YJV22 YJLV22

XLPE insulated steel-tape

armored PVC sheathed power

cable It can bear mechanical stress, but

cannot endure large pulling force

YJV23 YJLV23


armored PE sheathed power

cable

A M A RESOURCES

55


Cu Al

YJV32 YJLV32

XLPE insulated fine steel-wire


cable It can be laid in water and high

dropped earth it cannot endure large

pulling force

YJV33 YJLV33


armored PE sheathed power

cable

YJV42 YJLV42

XLPE insulated steel-wire


cable It can be laid in water and high

dropped earth it cannot endure much

large pulling force

YJV43 YJLV43

Radiation XLPE insulated steel-

wire armored PE sheathed

power cable

ZA-YJV ZR-YJLV XLPE insulated PVC sheathed

flame-resistance power cable

Suitable for indoor, channels conduits,

and cable grooves, It cannot bear

mechanical stress. But can endure

common pulling force. Suitable for

installed under ground

ZR-YJV22 ZR-YJLV22


armored PVC sheathed flame-

resistance power cable

It can bear mechanical stress, but


ZR-YJV32 ZR-YJLV32




It can be laid in water and high


pulling force

ZR-YJV42 ZR-YJLV42






large pulling force

WDZ-YJV WDZ-YJLV

XLPE insulated PVC sheathed

low-smoke low-halogen flame-


Suitable for indoor channels




Suitable for installing under ground

A M A RESOURCES

56


Cu Al

WDZ-YJV22 WDZ-

YJLV22



cable



WDZ-YJV32 WDZ-

YJLV32



cable



pulling force

WDZ-YJV42 WDZ-

YJLV42



cable



large pulling force

N-YJV N-YJLVXLPE insulated PVC sheathed

fire-resistance power cable






N-YJV22 N-YJLV22


armored PVC sheathed fire-




N-YJV32 N-YJLV32






pulling force

N-YJV42 N-YJLV42






large pulling force

N-ZRYJV N-ZRYJLV

XLPE insulated PVC sheathed

flame-resistance fire-resistance

power cable






N-ZJV22 NH-YJLV22



resistance fire-resistance power

cable



N-YJV32 N-YJLV32




cable



pulling force

A M A RESOURCES

57


Cu Al

N-YJV42 N-YJLV42




cable



large pulling force

Table 3

Model NO. of

cores

Rated voltage

(kV)

0.6/1 1.8/3 3.6/6-6/6 6/10-

8.7/10

8.7/15-

12/20

18/20-

26/35

Cu Al Nominal cross-section

(mm²)

YJV YJLV

1

1.5-800 10-800 25-1200 25-1200 35-1200 50-1200

YJY YJLY 2.5-1000 10-1000 25-1200 25-1200 35-1200 50-1200

YJV32 YJLV32 10-1000 10-1000 25-1200 25-1200 35-1200 50-1200

YJV33 YJLV33 10-1000 10-1000 25-1200 25-1200 35-1200 50-1200

YJV42 YJLV42 10-1000 10-1000 25-1200 25-1200 35-1200 50-1200

YJV43 YJLV43 10-1000 10-1000 25-1200 25-1200 35-1200 50-1200

YJV YJLV

3

1.5-300 10-800 25-1200 25-300 35-300

YJY YJLY 4-300 10-1000 25-300 25-300 35-300

YJV22 YJLV22 4-300 10-1000 25-300 25-300 35-300

YJV23 YJLV23 4-300 10-1000 25-300 25-300 35-300

YJV32 YJLV32 4-300 10-1000 25-300 25-300 35-300

YJV33 YJLV33 4-300 10-1000 25-300 25-300 35-300

YJV42 YJLV42 4-300 10-1000 25-300 25-300 35-300

YJV43 YJLV43 4-300 10-1000 25-300 25-300 35-300

YJV YJLV

3+1

4

5

1.5-300

YJV22 YJLV22 4-300

YJV32 YJLV32 4-300

YJV42 YJLV42 4-300

Note Single core cable armored material should be non-magnetic or reducing magnetic loss

structure

Rated voltage of Radiation XLPE insulated power cable is up to and inducing 8.7/10kV.

A M A RESOURCES

58

8. Cable construction data See table 4

Table 4 0.6/1 kV Single core XLPE insulated PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

diameter

of cable

Approx.

weight

Max DC

resistance

at20Test

voltage

Resistance

of insulation

Current rating

Cu Al Cu Al In air In earth

Cu Al Cu Al

mm² mm mm mm kg/

km

kg/

km

/

km

/

km kV M .km A A A A

1×1.5 0.7 1.5 5.8 53 12.

1 3.5 1.10 25 35

1×2.5 0.7 1.5 6.2 68 53 7.4

1

12.

1 3.5 0.916 30 25 45 35

1×4 0.7 1.5 6.7 87 64 4.6

1

7.4

1 3.5 0.757 45 35 60 50

1×6 0.7 1.5 7.2 110 73 3.0

8

4.6

1 3.5 0.645 55 45 70 60

1×10 0.7 1.5 8.0 115 95 1.8

3

3.0

8 3.5 0.523 75 60 95 75

1×16 0.7 1.5 8.9 220 120 1.1

5

1.9

1 3.5 0.431 100 80 125 100

1×25 0.9 1.5 10.4 345 190 0.7

27

1.2

0 3.5 0.414 140 115 160 130

1×35 0.9 1.5 11.5 424 207 0.5

24

0.8

68 3.5 0.379 175 140 190 150

1×50 1.0 1.5 13.0 555 245 0.3

87

0.6

41 3.5 0.355 210 170 225 180

1×70 1.1 1.5 14.0 770 336 0.2

68

0.4

43 3.5 0.335 270 215 280 225

1×95 1.1 1.5 16.4 104

0 455

0.1

93

0.3

20 3.5 0.290 340 275 335 270

A M A RESOURCES

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Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

diameter

of cable

Approx.

weight

Max DC

resistance

at20Test

voltage

Resistance

of insulation

Current rating


Cu Al Cu Al

mm² mm mm mm kg/

km

kg/

km

/

km

/

km kV M .km A A A A

1×120 1.2 1.5 17.8 129

0 550

0.1

53

0.2

53 3.5 0.282 400 320 380 305

1×150 1.4 2.0 20.6 159

0 650

0.1

24

0.2

06 3.5 0.294 460 370 425 340

1×185 1.6 2.0 22.5 194

4 804

0.0

091

0.1

64 3.5 0.303 530 415 480 375

1×240 1.7 2.0 24.9 251

0

102

1

0.0

754

0.1

25 3.5 0.283 625 490 555 435

1×300 1.8 2.5 27.3 307

6

123

8

0.0

601

0.1

00 3.5 0.263 720 565 630 495

1×400 2.0 2.5 34.1 364

2

145

5

0.0

470

0.0

08 3.5 0.243 815 840 705 555

Product pictures

Conductor

Insulation

Sheath

A M A RESOURCES

60

Table 5 0.6/1 kV 3 core XLPE insulated PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.-

diameter

of cable

Approx.-

weight

Max. DC

resistance

at20

Test

voltage

Resistance

of insulation

Current rating


Cu Al Cu Al

mm² mm mm mm Kg/

km

kg/

km

/

km

/

km kV M .km A A A A

3×1.5 0.7 1.5 9.8 145 12.

1 3.5 1.10 25 30

3×2.5 0.7 1.5 10.7 185 140 7.4

1

12.

1 3.5 0.916 30 25 35 30

3×4 0.7 1.5 11.8 250 175 4.6

1

7.4

1 3.5 0.757 40 30 50 40

3×6 0.7 1.5 12.9 320 210 3.0

8

4.6

1 3.5 0.645 50 40 60 45

3×10 0.7 1.5 14.6 450 260 1.8

3

3.0

8 3.5 0.523 65 50 80 60

3×16 0.7 1.5 16.5 640 340 1.1

5

1.9

1 3.5 0.431 85 65 100 80

3×25 0.9 2.0 20.8 940 470 0.7

27

1.2

0 3.5 0.414 115 90 130 100

3×35 0.9 2.0 23.2 126

0 600

0.5

24

0.8

68 3.5 0.379 145 110 155 120

3×50 1.0 2.0 25.4 167

0 730

0.3

87

0.6

41 3.5 0.355 175 130 185 140

3×70 1.1 2.0 29.9 228

0 970

0.2

68

0.4

43 3.5 0.335 220 170 225 175

A M A RESOURCES

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Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.-

diameter

of cable

Approx.-

weight

Max. DC

resistance

at20

Test

voltage

Resistance

of insulation

Current rating


Cu Al Cu Al

mm² mm mm mm Kg/

km

kg/

km

/

km

/

km kV M .km A A A A

3×95 1.1 2.0 33.3 302

0

124

0

0.1

93

0.3

20 3.5 0.290 270 205 270 210

3×120 1.2 2.5 37.8 379

5

154

0

0.1

53

0.2

53 3.5 0.282 315 240 305 235

3×150 1.4 2.5 41.7 475

0

194

0

0.1

24

0.2

06 3.5 0.294 360 275 345 265

3×185 1.6 2.5 44.6 565

4

224

8

0.0

091

0.1

64 3.5 0.303 420 320 390 301

3×240 1.7 2.5 50.1 724

3

272

3

0.0

754

0.1

25 3.5 0.283 500 385 455 355

3×300 1.8 3.0 55.6 883

2

321

8

0.0

601

0.1

00 3.5 0.263 580 460 520 409

3×400 2.0 3.0 61.6 104

21

369

3

0.0

470

0.0

08 3.5 0.243 640 515 585 463

Product Figure

Conductor

Insulation

Filler

Wrapping layer

Sheath

A M A RESOURCES

62

Table6 0.6/1kV 3+1 core XLPE insulated PVC sheathed power cable

Nominal

cross-section

of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.-

Diameter.

of cable

Approx.-

weight

Max. DC

resistance

at20Test

voltage

Resistance

of

insulation

Current rating


Cu Al Cu Al

mm² mm mm mm kg/

km

kg/

km

/

km

/

km kV M .km A A A A

3×4+1×2.5 0.7 1.5 12.5 236 180 4.6

1

7.4

1 3.5 0.757 40 30 55 45

3×6+1×4 0.7 1.5 13.7 316 210 3.0

8

4.6

1 3.5 0.645 50 40 65 55

3×10+1×6 0.7 1.5 15.4 460 380 1.8

3

3.0

8 3.5 0.523 70 55 90 70

3×16+1×1

0 0.7 1.5 17.5 679 575

1.1

5

1.9

1 3.5 0.431 90 70 110 90

3×25+1×1

6 0.9 2.0 23.8

136

8

0.7

27

1.2

0 3.5 0.414 130

10

5 150 120

3×35+1×1

6 0.9 2.0 23.8

156

8 821

0.5

24

0.8

68 3.5 0.379 165

13

0 185 140

3×50+1×2

5 1.0 2.0 27.4

190

1

114

1

0.3

87

0.6

41 3.5 0.355 200

16

0 210 170

3×70+1×3

5 1.1 2.0 31.0

258

5

146

3

0.2

68

0.4

43 3.5 0.335 285

20

3 265 203

3×95+1×5

0 1.1 2.5 35.8

371

8

223

1

0.1

93

0.3

20 3.5 0.290 320

25

5 315 250

3×120+1×

70 1.2 2.5 39.7

444

3

266

5

0.1

53

0.2

53 3.5 0.282 380

30

0 360 285

A M A RESOURCES

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Nominal

cross-section

of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.-

Diameter.

of cable

Approx.-

weight

Max. DC

resistance

at20Test

voltage

Resistance

of

insulation

Current rating


Cu Al Cu Al

mm² mm mm mm kg/

km

kg/

km

/

km

/

km kV M .km A A A A

3×150+1×

70 1.4 2.5 42.9

532

6

319

0

0.1

24

0.2

06 3.5 0.294 440

35

0 400 320

3×185+95 1.6 3.0 47.4 662

8

384

2

0.0

091

0.1

64 3.5 0.303 505

49

0 435 350

3×240+1×

120 1.7 3.0 52.7

850

1

500

1

0.0

754

0.1

25 3.5 0.283 603

47

1 524 415

3×300+1×

150 1.8 3.5 58.0

103

20

567

9

0.0

601

0.1

00 3.5 0.263 700

54

5 605 465

3×400+1×

185 2.0 3.5 63.5

121

39

718

5

0.0

470

0.0

08 3.5 0.243 795

61

0 675 525

Product Figure

Conductor

Insulation

Filler

Wrapping layer

Sheath

A M A RESOURCES

64

Table 7 0.6/1kV 4 cores XLPE insulated PVC sheathed power cable

Nominal

cross-

section of

conductor

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.-

Diameter.

of cable

Approx.-

weight

Max. DC

resistance

at20Test

voltage

Resistance

of

insulation

Current rating


Cu Al Cu Al

mm² mm mm mm Kg/

km

kg/

km

/

km

/

km kV M .km A A A A

4×1.5 0.7 1.5 10.6 139 84 12.

1 3.5 1.10 21 26

4×2.5 0.7 1.5 11.5 150 107 7.4

1

12.

1 3.5 0.916 28 21 35 26

4×4 0.7 1.5 12.8 253 151 4.6

1

7.4

1 3.5 0.757 37 28 46 27

4×6 0.7 1.5 14.0 337 198 3.0

8

4.6

1 3.5 0.645 47 37 56 46

4×10 0.7 1.5 15.9 501 291 1.8

3

3.0

8 3.5 0.523 64 49 76 59

4×16 0.7 2.0 19.1 778 455 1.1

5

1.9

1 3.5 0.431 84 64 98 78

4×25 0.9 2.0 22.7 116

0 696

0.7

27

1.2

0 3.5 0.414 115 87 126 98

4×35 0.9 2.0 25.4 155

4 905

0.5

24

0.8

68 3.5 0.379 141

12

0 152 130

4×50 1.0 2.0 29.0 214

8

123

5

0.3

87

0.6

41 3.5 0.355 172

15

1 181 161

4×70 1.1 2.5 32.9 292

8

164

0

0.2

68

0.4

43 3.5 0.335 218

18

3 222 192

4×95 1.1 2.5 37.7 359

4

229

4

0.1

93

0.3

20 3.5 0.290 269

23

8 267 234

A M A RESOURCES

65

Nominal

cross-

section of

conductor

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.-

Diameter.

of cable

Approx.-

weight

Max. DC

resistance

at20Test

voltage

Resistance

of

insulation

Current rating


Cu Al Cu Al

mm² mm mm mm Kg/

km

kg/

km

/

km

/

km kV M .km A A A A

4×120 1.2 2.5 41.7 492

5

266

5

0.1

53

0.2

53 3.5 0.282 313

28

5 305 276

4×150 1.4 2.5 47.6 632

6

361

8

0.1

24

0.2

06 3.5 0.294 359

32

8 344 318

4×185 1.6 2.5 50.6 756

2

439

5

0.0

091

0.1

64 3.5 0.303 405

37

5 383 351

4×240 1.7 2.5 56.4966

0

560

3

0.0

754

0.1

25 3.5 0.283 451

40

5 442 391

4×300 1.8 3.5 62.2 117

58

658

5

0.0

601

0.1

00 3.5 0.263 491

42

2 461 392

4×400 2.0 3.5 68.0 138

36

778

4

0.0

470

0.0

08 3.5 0.243 543

46

5 500 425

Product Figure

Conductor

Insulation

Filler

Wrapping layer

Sheath

A M A RESOURCES

66

Table8 0.6/1kV 3 cores XLPE insulated steel-tape armored PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.

weight

Max. DC

resistance

at20Test

voltage

Resistance

of

insulation

Current rating


Cu Al Cu Al

mm² mm mm mm kg/

km

kg/

km

/

km

/

km kV M .km A A A A

3×1.5 0.7 1.5 13.0 273 12.

1 3.5 1.10 21 26

3×2.5 0.7 1.5 13.9 321 208 7.4

1

12.

1 3.5 0.916 28 24 35 30

3×4 0.7 1.5 15.0 390 254 4.6

1

7.4

1 3.5 0.757 37 32 46 39

3×6 0.7 1.5 16.1 471 344 3.0

8

4.6

1 3.5 0.645 47 41 56 48

3×10 0.7 1.5 17.8 622 404 1.8

3

3.0

8 3.5 0.523 64 55 76 65

3×16 0.7 2.0 21.5 100

5 650

1.1

5

1.9

1 3.5 0.431 84 70 98 80

3×25 0.9 2.0 24.8 137

1 891

0.7

27

1.2

0 3.5 0.414 115 96 126 105

3×35 0.9 2.0 27.2 172

4

112

1

0.5

24

0.8

68 3.5 0.379 141 118 152 186

3×50 1.0 2.0 30.4 224

7

157

3

0.3

87

0.6

41 3.5 0.355 172 144 181 152

3×70 1.1 2.5 35.3 302

3

196

5

0.2

68

0.4

43 3.5 0.335 218 183 222 186

3×95 1.1 2.5 38.7 382

5

248

6

0.1

93

0.3

20 3.5 0.290 269 243 267 224

A M A RESOURCES

67

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.

weight

Max. DC

resistance

at20Test

voltage

Resistance

of

insulation

Current rating


Cu Al Cu Al

mm² mm mm mm kg/

km

kg/

km

/

km

/

km kV M .km A A A A

3×120 1.2 2.5 42.2 464

2

301

7

0.1

53

0.2

53 3.5 0.282 313 263 305 256

3×150 1.4 3.0 47.5 576

7

374

9

0.1

24

0.2

06 3.5 0.294 359 302 344 289

3×185 1.6 3.0 52.8 689

2

448

0

0.0

091

0.1

64 3.5 0.303 405 340 383 321

3×240 1.7 3.0 58.1 801

7

521

5

0.0

754

0.1

25 3.5 0.283 451 378 442 355

3×300 1.8 3.5 63.4 914

2

594

6

0.0

601

0.1

00 3.5 0.263 491 417 461 387

3×400 2.0 3.5 68.7 102

87

667

3

0.0

470

0.0

08 3.5 0.243 543 456 500 420

Table 9 0.6/1kV 3+1 core XLPE insulated steel-tape armored PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20Test

voltage

Resistance

of

insulation

Current rating


Cu Al Cu Al

mm² mm mm mm kg/

km

kg/

km

/

km

/

km kV M .km A A A A

3×4+1×2.

5 0.7 1.5 15.7 443 288

4.6

1

7.4

1 3.5 0.757 37 32 46 39

3×6+1×4 0.7 1.5 16.9 531 372 3.0

8

4.6

1 3.5 0.645 47 37 56 46

3×10+1×

6 0.7 2.0 19.6 741 519

1.8

3

3.0

8 3.5 0.523 64 47 76 56

A M A RESOURCES

68

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20Test

voltage

Resistance

of

insulation

Current rating


Cu Al Cu Al

mm² mm mm mm kg/

km

kg/

km

/

km

/

km kV M .km A A A A

3×16+1×

10 0.7 2.0 22.5

113

5 795

1.1

5

1.9

1 3.5 0.431 84 64 98 76

3×25+1×

16 0.9 2.0 25.8

155

6

108

9

0.7

27

1.2

0 3.5 0.414 115 84 126 98

3×35+1×

16 0.9 2.0 27.8

189

6

132

7

0.5

24

0.8

68 3.5 0.379 141 115 152 126

3×50+1×

25 1.0 2.0 31.4

251

8

176

3

0.3

87

0.6

41 3.5 0.355 172

14

1 181 152

3×70+1×

35 1.1 2.5 36.4

339

3

237

5

0.2

68

0.4

43 3.5 0.335 218

17

2 222 181

3×95+1×

50 1.1 2.5 40.2

434

9

304

4

0.1

93

0.3

20 3.5 0.290 269

21

8 267 222

3×120+1

×70 1.2 3.0 44.1

536

5

375

6

0.1

53

0.2

53 3.5 0.282 313

26

9 305 267

3×150+1

×70 1.4 3.0 48.7

646

8

452

8

0.1

24

0.2

06 3.5 0.294 359

31

3 344 305

3×185+9

5 1.6 3.0 53.3

757

1

529

9

0.0

091

0.1

64 3.5 0.303 405

35

9 383 344

3×240+1

×120 1.7 3.0 58.9

867

4

607

2

0.0

754

0.1

25 3.5 0.283 451

40

5 429 383

3×300+1

×150 1.8 3.5 63.5

977

7

684

4

0.0

601

0.1

00 3.5 0.263 497

45

1 475 429

3×400+1

×185 2.0 3.5 69.1

108

80

761

6

0.0

470

0.0

08 3.5 0.243 543

49

7 521 475

A M A RESOURCES

69

Table 10 0.6/1kV 4 cores XLPE insulated steel-tape armored PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

2Max. DC

resistance

at20Test

voltage

Resistance

of

insulation

Current rating


Cu Al Cu Al

mm² mm mm mm kg/

km

kg/

km

/

km

/

km kV M .km A A A A

4×1.5 0.7 1.5 13.8 307 209 12.

1 3.5 1.10 21 19 26 22

4×2.5 0.7 1.5 14.7 367 250 7.4

1

12.

1 3.5 0.916 28 21 35 26

4×4 0.7 1.5 16.0 454 309 4.6

1

7.4

1 3.5 0.757 37 28 46 35

4×6 0.7 1.5 17.2 557 379 3.0

8

4.6

1 3.5 0.645 47 37 56 46

4×10 0.7 2.0 20.1 791 538 1.8

3

3.0

8 3.5 0.523 64 47 76 56

4×16 0.7 2.0 23.1 121

0 823

1.1

5

1.9

1 3.5 0.431 84 64 98 76

4×25 0.9 2.0 26.7 167

2

113

4

0.7

27

1.2

0 3.5 0.414 115 84 126 98

4×35 0.9 2.0 29.4 212

7

144

6

0.5

24

0.8

68 3.5 0.379 141 115 152 126

A M A RESOURCES

70

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

2Max. DC

resistance

at20Test

voltage

Resistance

of

insulation

Current rating


Cu Al Cu Al

mm² mm mm mm kg/

km

kg/

km

/

km

/

km kV M .km A A A A

4×50 1.0 2.0 33.0 280

2

190

6

0.3

87

0.6

41 3.5 0.355 172 141 181 152

4×70 1.1 2.5 38.3 378

5

257

4

0.2

68

0.4

43 3.5 0.335 218 172 222 181

4×95 1.1 2.5 42.1 482

9

328

4

0.1

93

0.3

20 3.5 0.290 269 218 267 222

4×120 1.2 3.0 47.4 603

3

410

3

0.1

53

0.2

53 3.5 0.282 313 269 305 267

4×150 1.4 3.0 52.2 735

6

500

2

0.1

24

0.2

06 3.5 0.294 359 313 344 305

4×185 1.6 3.0 57.0 867

9

590

2

0.0

091

0.1

64 3.5 0.303 405 359 383 344

4×240 1.7 3.0 61.8 100

02

680

2

0.0

754

0.1

25 3.5 0.283 451 405 442 383

4×300 1.8 3.5 66.6 123

25

838

1

0.0

601

0.1

00 3.5 0.263 497 451 461 422

4×400 2.0 3.5 71.4 146

48

996

1

0.0

470

0.0

08 3.5 0.243 543 497 500 461

A M A RESOURCES

71

Table 11 3.6/6kV single core XLPE insulated PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20

Current rating Short circuit current

Cu Al Cu Al

In air In earth Conductor Screen

Cu Al Cu Al Cu Al Cu

tape

Cu

tape

mm² mm mm mm kg/

km

kg/

km

/

km

/

km A A A A kA kA kA kA

1×25 2.8 1.8 19.0 617 459 0.7

27

1.2

00 165 130 160 120 3.7 2.4

1.0

8 3.8

1×35 2.5 1.8 20.0 736 515 0.5

24

0.8

68 205 155 190 145 5.2 3.4

1.0

7 3.5

1×50 2.5 1.8 22.0 903 587 0.3

87

0.6

41 245 190 225 175 7.3 4.8

1.0

7 3.5

1×70 2.5 1.8 23.0 112

9 687

0.2

68

0.4

43 305 235 275 215

10.

2 6.7

1.0

7 3.5

1×95 2.5 1.8 25.0 140

7 807

0.1

93

0.3

20 370 290 330 255

13.

8 9.7

1.0

7 5.4

1×120 2.5 1.8 26.0 167

6 918

0.1

53

0.2

53 430 335 375 290

17.

4

11.

4

1.0

7 5.4

1×150 2.5 1.8 28.0 199

0

104

3

0.1

24

0.2

06 490 380 425 330

21.

7

14.

2

1.0

7 5.4

1×185 2.5 1.9 30.0 235

8

119

0

0.0

991

0.1

64 560 435 480 370

26.

7

17.

5

1.0

6 7.5

1×240 2.8 1.9 32.0 293

5

142

0

0.0

754

0.1

25665 515 555 435

34.

6

22.

6

1.2

47.5

1×300 2.8 2.0 35.0 364

8

175

4

0.0

601

0.1

00 765 595 630 490

43.

1

28.

2

1.2

4 7.5

1×400 3.0 2.1 39.0 467

5

214

9

0.0

470

0.0

778 890 695 725 565

57.

4

37.

6

1.2

4 7.5

1×500 3.2 2.2 41.0 570

2

254

4

0.0

366

0.0

605

103

0 810 825 650

71.

7

47.

0

1.2

4 7.5

A M A RESOURCES

72

Table12 3.6/6kV 3 cores XLPE insulated PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20


Cu Al Cu Al In air In earth Conductor Screen

Cu Al Cu Al Cu Al Cu tape

mm² mm mm mm kg/

km

kg/

km

/

km

/

km A A A A kA kA kA

3×25 2.8 2.1 39.0 188

8

141

4

0.7

27

1.2

00 120 90 125 100 3.69 2.42 2.96

3×35 2.5 2.2 41.0 228

7

162

4

0.5

24

0.8

68 140 110 155 120 5.15 3.37 2.96

3×50 2.5 2.3 44.0 278

3

183

6

0.3

87

0.6

41 165 130 180 140 7.31 4.79 2.96

3×70 2.5 2.4 48.0 355

1

222

5

0.2

68

0.4

43 210 165 220 170 10.2 6.68 2.96

3×95 2.5 2.5 52.0 448

3

268

3

0.1

93

0.3

20 255 200 265 210 13.8 9.68 2.96

3×120 2.5 2.6 55.0 533

8

306

5

0.1

53

0.2

53 290 225 300 235 17.4 11.4 2.96

3×150 2.5 2.8 59.0 627

9

343

8

0.1

24

0.2

06 330 255 340 260

21.7

7 14.2 2.96

3×185 2.5 2.9 62.0 756

5

406

1

0.0

991

0.1

64 375 295 380 300 26.7 17.5 2.96

3×240 2.8 3.0 68.0 930

4

485

8

0.0

754

0.1

25 435 345 435 345 34.6 22.6 3.3

3×300 2.8 3.1 74.0 113

71

568

9

0.0

601

0.1

00 495 390 485 390 43.1 28.2 3.3

3×400 3.0 3.2 76.0 134

38

652

0

0.0

470

0.0

778 555 435 535 435 57.4 37.6 3.3

3×500 3.2 3.3 78.0 155

05

735

1

0.0

366

0.0

605 615 480 585 480 71.7 47.0 3.3

A M A RESOURCES

73

Table13 3.6/6kV 3 cores XLPE insulated steel-tape armored PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20




mm² mm mm mm kg/

km

kg/

km

/

km

/

km A A A A kA kA kA

3×25 2.8 2.3 44.0 282

9

235

5

0.7

27

1.2

00 120 90 125 100 3.69 2.42 2.96

3×35 2.5 2.3 46.0 330

1

263

8

0.5

24

0.8

68 140 110 155 120 5.15 3.37 2.96

3×50 2.5 2.4 49.0 385

5

290

8

0.3

87

0.6

41 165 130 180 140 7.31 4.79 2.96

3×70 2.5 2.5 53.0 484

5

351

9

0.2

68

0.4

43 210 165 220 170 10.2 6.68 2.96

3×95 2.5 2.7 57.0 579

7

399

8

0.1

93

0.3

20 255 200 265 210 13.8 9.68 2.96

3×120 2.5 2.8 60.0 673

5

446

2

0.1

53

0.2

53 290 225 300 235 17.4 11.4 2.96

3×150 2.5 2.9 64.0 792

4

508

3

0.1

24

0.2

06 330 255 340 260

21.7

7 14.2 2.96

3×185 2.5 3.0 68.0 921

6

571

2

0.0

991

0.1

64 375 295 380 300 26.7 17.5 2.96

3×240 2.8 3.2 74.0 112

36

669

0

0.0

754

0.1

25 435 345 435 345 34.6 22.6 3.3

3×300 2.8 3.5 81.0 144

37

875

5

0.0

601

0.1

00 495 390 485 390 43.1 28.2 3.3

3×400 3.0 3.7 84.0 176

83

108

20

0.0

470

0.0

778 555 435 535 435 57.4 37.6 3.3

3×500 3.2 4.0 87.0 208

39

128

85

0.0

366

0.0

605 615 480 585 480 71.7 47.0 3.3

A M A RESOURCES

74

Table14 6/6kV 6/10kV single core XLPE insulated PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20


Cu Al Cu Al



tape

Cu

tape

mm² mm mm mm kg/

km

kg/

km

/

km

/


1×25 3.4 1.8 21.0 685 52

7

0.7

27

1.2

00

16

5130 160

12

0 3.7 2.4 1.08 3.8

1×35 3.4 1.8 22.0 807 58

6

0.5

24

0.8

68

20

5155 190

14

5 5.2 3.4 1.07 3.5

1×50 3.4 1.8 23.0 977 66

1

0.3

87

0.6

41

24

5190 225

17

5 7.3 4.8 1.07 3.5

1×70 3.4 1.8 25.0 120

7

76

5

0.2

68

0.4

43

30

5235 275

21

5

10.

2 6.7 1.07 3.5

1×95 3.4 1.8 27.0 148

9

88

9

0.1

93

0.3

20

37

0290 330

25

5

13.

8 9.7 1.07 5.4

1×120 3.4 1.9 28.0 176

2

10

02

0.1

53

0.2

53

43

0335 375

29

0

17.

4

11.

4 1.07 5.4

1×150 3.4 1.9 30.0 208

0

11

33

0.1

24

0.2

06

49

0380 425

33

0

21.

7

14.

2 1.07 5.4

1×185 3.4 2.0 32.0 245

3

12

85

0.0

991

0.1

64

56

0435 480

37

0

26.

7

17.

5 1.06 7.5

1×240 3.4 2.1 34.0 310

0

15

84

0.0

754

0.1

25

66

5515 555

43

5

34.

6

22.

6 1.24 7.5

1×300 3.4 2.1 36.0 372

3

18

29

0.0

601

0.1

00

76

5595 630

49

0

43.

1

28.

2 1.24 7.5

1×400 3.4 2.3 40.0 472

8

22

03

0.0

470

0.0

778

89

0695 725

56

5

57.

4

37.

6 1.24 7.5

1×500 3.4 2.4 42.0 573

3

25

77

0.0

366

0.0

605

10

30810 825

65

0

71.

7

47.

01.24 7.5

A M A RESOURCES

75

Table15 6/6 6/10 kV 3 cores XLPE insulated PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulatio

n

Thick-

ness

of

sheath

Approx

.dia. of

cable

Approx.-

weight

Max. DC

resistance

at20


Cu Al Cu Al



tape

mm² mm mm mm kg/

km

kg/

km

/

km

/

km A A A A kA kA kA

3×25 3.4 2.3 43.0 213

2

235

5

0.7

27

1.2

00 120 90 125 100 3.69 2.42 2.96

3×35 3.4 2.3 45.0 249

1

263

8

0.5

24

0.8

68 140 110 155 120 5.15 3.37 2.96

3×50 3.4 2.4 48.0 309

1

290

8

0.3

87

0.6

41 165 130 180 140 7.31 4.79 2.96

3×70 3.4 2.6 52.0 388

4

351

9

0.2

68

0.4

43 210 165 220 170 10.2 6.68 2.96

3×95 3.4 2.7 56.0 477

8

399

8

0.1

93

0.3

20 255 200 265 210 13.8 9.68 2.96

3×120 3.4 2.8 59.0 559

5

446

2

0.1

53

0.2

53 290 225 300 235 17.4 11.4 2.96

3×150 3.4 2.9 63.0 673

2

508

3

0.1

24

0.2

06 330 255 340 260

21.7

7 14.2 2.96

3×185 3.4 3.0 66.0 795

4

571

2

0.0

991

0.1

64 375 295 380 300 26.7 17.5 2.96

3×240 3.4 3.2 77.0 972

9

669

0

0.0

754

0.1

25 435 345 435 345 34.6 22.6 3.3

3×300 3.4 3.3 77.0 118

55

875

5

0.0

601

0.1

00 495 390 485 390 43.1 28.2 3.3

3×400 3.4 3.4 79.0 139

80

108

20

0.0

470

0.0

778 555 435 535 435 57.4 37.6 3.3

3×500 3.4 3.5 81.0 161

07

128

85

0.0

366

0.0

605 615 480 585 480 71.7 47.0 3.3

A M A RESOURCES

76

Table16 6/6kV 6/10kV 3 cores XLPE insulated steel-tape armored PVC sheathed power

cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20




mm² mm mm mm kg/

km

kg/

km

/

km

/

km A A A A kA kA kA

3×25 3.4 2.4 48.0 319

0

271

6

0.7

27

1.2

00 120 90 125 100 3.69 2.42 2.96

3×35 3.4 2.5 50.0 373

1

305

8

0.5

24

0.8

68 140 110 155 120 5.15 3.37 2.96

3×50 3.4 2.6 53.0 439

6

344

9

0.3

87

0.6

41 165 130 180 140 7.31 4.79 2.96

3×70 3.4 2.7 57.0 519

8

387

2

0.2

68

0.4

43 210 165 220 170 10.2 6.68 2.96

3×95 3.4 2.9 62.0 635

0

455

1

0.1

93

0.3

20 255 200 265 210 13.8 9.68 2.96

3×120 3.4 3.0 65.0 725

7

498

4

0.1

53

0.2

53 290 225 300 235 17.4 11.4 2.96

3×150 3.4 3.1 69.0 838

3

554

2

0.1

24

0.2

06 330 255 340 260

21.7

7 14.2 2.96

3×185 3.4 3.2 72.0 974

1

623

7

0.0

991

0.1

64 375 295 380 300 26.7 17.5 2.96

3×240 3.4 3.3 78.0 118

54

730

9

0.0

754

0.1

25435 345 435 345 34.6 22.6 3.3

3×300 3.4 3.4 84.0 148

61

917

8

0.0

601

0.1

00 495 390 485 390 43.1 28.2 3.3

3×400 3.4 3.5 90.0 178

68

110

47

0.0

470

0.0

778 555 435 535 435 57.4 37.6 3.3

3×500 3.4 3.6 96.0 198

75

129

16

0.0

366

0.0

605 615 480 585 480 71.7 47.0 3.3

A M A RESOURCES

77

Table 17 8.7/10kV 8.7/15kV single core XLPE insulated PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20


Cu Al Cu Al



tape

Cu

tape

mm² mm mm mm kg/

km

kg/

km

/

km

/


1×25 4.5 1.8 23.0 775 617 0.7

27

1.2

00 165 130 160

12

0 3.7 2.4

1.0

9 3.5

1×35 4.5 1.8 24.0 899 678 0.5

24

0.8

68 205 155 190

14

5 5.2 3.4

1.0

9 3.5

1×50 4.5 1.8 26.0 107

3 757

0.3

87

0.6

41 245 190 225

17

5 7.3 4.8

1.0

9 3.5

1×70 4.5 1.8 27.0 130

8 866

0.2

68

0.4

43 305 235 275

21

5

10.

2 6.7

1.0

9 3.5

1×95 4.5 1.8 29.0 159

6 996

0.1

93

0.3

20 370 290 330

25

5

13.

8 9.7

1.0

9 5.5

1×120 4.5 1.9 30.0 187

4

111

6

0.1

53

0.2

53 430 335 375

29

0

17.

4

11.

41.3 5.5

1×150 4.5 1.9 32.0 219

4

125

0

0.1

24

0.2

06 490 380 425

33

0

21.

7

14.

21.3 5.5

1×185 4.5 2.0 34.0 264

9

148

1

0.0

991

0.1

64 560 435 480

37

0

26.

7

17.

51.3 7.7

1×240 4.5 2.1 36.0 323

4

171

9

0.0

754

0.1

25665 515 555

43

5

34.

6

22.

61.3 7.7

1×300 4.5 2.1 38.0 386

5

197

1

0.0

601

0.1

00 765 595 630

49

0

43.

1

28.

21.3 7.6

1×400 4.5 2.3 42.0 483

0

235

4

0.0

470

0.0

778 890 695 725

56

5

57.

4

37.

61.3 7.6

1×500 4.5 2.4 44.0 579

5

237

3

0.0

366

0.0

605

103

0 810 825

65

0

71.

7

47.

01.3 7.6

A M A RESOURCES

78

Table 18 8.7/10kV 8.7/15kV 3 cores XLPE insulated PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20




mm² mm mm mm kg/

km

kg/

km

/

km

/

km A A A A kA kA kA

3×25 4.5 2.4 48.0 248

6

210

2

0.7

27

1.2

00 120 90 125 100

3.6

9 2.42 2.96

3×35 4.5 2.5 50.0 296

3

230

0

0.5

24

0.8

68 140 110 155 120

5.1

5 3.37 2.96

3×50 4.5 2.6 53.0 348

1

253

4

0.3

87

0.6

41 165 130 180 140

7.3

1 4.79 2.96

3×70 4.5 2.7 57.0 403

6

291

1

0.2

68

0.4

43 210 165 220 170

10.

2 6.68 2.96

3×95 4.5 2.8 61.0 514

7

334

8

0.1

93

0.3

20 255 200 265 210

13.

8 9.68 2.96

3×120 4.5 2.9 64.0 611

6

384

3

0.1

53

0.2

53 290 225 300 235

17.

4 11.4 2.96

3×150 4.5 3.1 68.0 718

7

434

6

0.1

24

0.2

06 330 255 340 260

21.

77 14.2 2.96

3×185 4.5 3.2 72.0 837

9

487

4

0.0

991

0.1

64 375 295 380 300

26.

7 17.5 2.96

3×240 4.5 3.3 77.0 103

91

584

5

0.0

754

0.1

25 435 345 435 345

34.

6 22.6 3.3

3×300 4.5 3.5 82.0 123

36

665

3

0.0

601

0.1

00 495 390 485 390

43.

1 28.2 3.3

3×400 4.5 3.6 87.0 142

81

745

9

0.0

470

0.0

778 555 435 535 435

57.

4 37.6 3.3

3×500 4.5 3.8 92.0 162

26

826

5

0.0

366

0.0

605 615 480 585 480

71.

7 47.0 3.3

A M A RESOURCES

79

Table19 8.7/10kV 8.7/15kV 3 cores XLPE insulated steel-tape armored PVC sheathed power

cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20




mm² mm mm mm kg/

km

kg/

km km km A A A A kA kA kA

3×25 4.5 2.6 53.0 379

6

332

3

0.7

27

1.2

00 120 90 125 100

3.6

9 2.42 2.96

3×35 4.5 2.6 56.0 425

2

358

9

0.5

24

0.8

68 140 110 155 120

5.1

5 3.37 2.96

3×50 4.5 2.8 59.0 482

9

388

1

0.3

87

0.6

41 165 130 180 140

7.3

1 4.79 2.96

3×70 4.5 2.9 63.0 583

4

450

8

0.2

68

0.4

43 210 165 220 170

10.

2 6.68 2.96

3×95 4.5 3.0 67.0 688

5

508

5

0.1

93

0.3

20 255 200 265 210

13.

8 9.68 2.96

3×120 4.5 3.1 70.0 780

7

553

4

0.1

53

0.2

53 290 225 300 235

17.

4 11.4 2.96

3×150 4.5 3.2 74.0 899

5

615

4

0.1

24

0.2

06 330 255 340 260

21.

77 14.2 2.96

3×185 4.5 3.3 78.0 104

93

698

9

0.0

991

0.1

64 375 295 380 300

26.

7 17.5 2.96

3×240 4.5 3.6 84.0 133

81

883

5

0.0

754

0.1

25 435 345 435 345

34.

6 22.6 3.3

3×300 4.5 3.7 89.0 155

64

988

1

0.0

601

0.1

00 495 390 485 390

43.

1 28.2 3.3

3×400 4.5 3.8 94.0 177

47

109

27

0.0

470

0.0

778 555 435 535 435

57.

4 37.6 3.3

3×500 4.5 4.0 99.0 199

30

119

73

0.0

366

0.0

605615 480 585 480

71.

747.0 3.3

A M A RESOURCES

80

Table20 12/20kV single core XLPE insulated PVC sheathed power cable

Nominal

cross-

section

of con-

ductors

Thick-

ness of

insulation

Thick-

ness

of

sheath

Appro

x.dia.

of

cable

Approx.-

weight

Max. DC

resistanc

e at20


Cu Al Cu Al



tape

Cu

tape

mm² mm mm mm kg/

km

kg/

km

/

km

/


1×35 5.5 1.8 26.0 990 769 0.5

24

0.8

68 205

15

5 190 145 5.2 3.4 1.09 3.5

1×50 5.5 1.8 28.0 116

0 851

0.3

87

0.6

41 245

19

0 225 175 7.3 4.8 1.09 3.5

1×70 5.5 1.9 29.0 140

7 965

0.2

68

0.4

43 305

23

5 275 215

10.

2 6.7 1.09 3.5

1×95 5.5 1.9 31.0 170

0

110

0

0.1

93

0.3

20 370

29

0 330 255

13.

8 9.7 1.09 5.5

1×120 5.5 2.0 33.0 198

2

122

4

0.1

53

0.2

53 425

33

5 375 290

17.

4

11.

4 1.3 5.5

1×150 5.5 2.0 34.0 238

3

143

6

0.1

24

0.2

06 485

38

0 425 330

21.

7

14.

2 1.3 5.5

1×185 5.5 2.1 36.0 277

1

160

3

0.0

991

0.1

64 555

43

5 480 370

26.

7

17.

5 1.3 7.7

1×240 5.5 2.1 38.0 336

3

184

8

0.0

754

0.1

25 660

51

5 555 435

34.

6

22.

6 1.3 7.7

1×300 5.5 2.2 41.0 400

0

210

6

0.0

601

0.1

00 745

59

5 630 490

43.

1

28.

2 1.3 7.6

1×400 5.5 2.3 44.0 502

4

249

8

0.0

470

0.0

778 870

69

5 725 565

57.

4

37.

6 1.3 7.6

1×500 5.5 2.4 45.0 604

8

289

0

0.0

366

0.0

605

100

0

81

0 825 650

71.

7

47.

0 1.3 7.6

A M A RESOURCES

81

Table21 12/20kV 3 cores XLPE insulated PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20




mm² mm mm mm kg/

km

kg/

km

/

km

/

km A A A A kA kA kA

3×35 5.5 2.4 50.0 296

3

230

0

0.5

24

0.8

68 140 110 155 120

5.1

5 3.37 2.96

3×50 5.5 2.8 53.0 348

1

253

4

0.3

87

0.6

41 165 130 180 140

7.3

1 4.79 2.96

3×70 5.5 2.9 57.0 403

6

291

1

0.2

68

0.4

43 210 165 220 170

10.

2 6.68 2.96

3×95 5.5 3.0 61.0 514

7

334

8

0.1

93

0.3

20 255 200 265 210

13.

8 9.68 2.96

3×120 5.5 3.1 64.0 611

6

384

3

0.1

53

0.2

53 290 225 300 235

17.

4 11.4 2.96

3×150 5.5 3.2 68.0 718

7

434

6

0.1

24

0.2

06 330 255 340 260

21.

77 14.2 2.96

3×185 5.5 3.3 72.0 839

7

487

4

0.0

991

0.1

64 375 295 380 300

26.

7 17.5 2.96

3×240 5.5 3.5 77.0 103

91

584

5

0.0

754

0.1

25 435 345 435 345

34.

6 22.6 3.3

3×300 5.5 3.6 82.0 123

36

665

3

0.0

601

0.1

00 495 390 485 390

43.

1 28.2 3.3

3×400 5.5 3.7 87.0 142

81

745

9

0.0

470

0.0

778 555 435 535 435

57.

4 37.6 3.3

3×500 5.5 3.8 92.0 162

26

826

5

0.0

366

0.0

605 615 480 585 480

71.

7 47.0 3.3

A M A RESOURCES

82

Table22 12/20kV 3 cores XLPE insulated steel-tape armored PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20




mm² mm mm mm kg/

km

kg/

km

/

km

/

km A A A A kA kA kA

3×35 5.5 2.8 60.0 465

9

399

7

0.5

24

0.8

68 140 110 155 120

5.1

5 3.37 2.96

3×50 5.5 2.9 63.0 543

0

448

2

0.3

87

0.6

41 165 130 180 140

7.3

1 4.79 2.96

3×70 5.5 3.0 68.0 632

7

500

1

0.2

68

0.4

43 210 165 220 170

10.

2 6.68 2.96

3×95 5.5 3.2 72.0 744

6

564

6

0.1

93

0.3

20 255 200 265 210

13.

8 9.68 2.96

3×120 5.5 3.3 75.0 838

2

610

9

0.1

53

0.2

53 290 225 300 235

17.

4 11.4 2.96

3×150 5.5 3.4 79.0 990

6

686

5

0.1

24

0.2

06 330 255 340 260

21.

77 14.2 2.96

3×185 5.5 3.5 83.0 119

54

845

0

0.0

991

0.1

64 375 295 380 300

26.

7 17.5 2.96

3×240 5.5 3.7 89.0 140

27

918

1

0.0

754

0.1

25 435 345 435 345

34.

6 22.6 3.3

3×300 5.5 3.9 94.0 164

37

107

55

0.0

601

0.1

00 495 390 485 390

43.

1 28.2 3.3

3×400 5.5 4.0 99.0 188

47

120

29

0.0

470

0.0

778 555 435 535 435

57.

4 37.6 3.3

3×500 5.5 4.2 104.0 212

57

133

03

0.0

366

0.0

605 615 480 585 480

71.

7 47.0 3.3

A M A RESOURCES

83

Table23 18/20kV 18/30kV single core XLPE insulated PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20


Cu Al Cu Al



tape

Cu

tape

mm² mm mm mm kg/

km

kg/

km

/

km

/


1×50 8.0 2.0 33.0 142

6

111

0

0.3

87

0.6

41 245 190 225 175 7.3 4.8 1.3 3.6

1×70 8.0 2.0 35.0 175

2

131

0

0.2

68

0.4

43 305 235 275 215

10.

2 6.7 1.3 3.6

1×95 8.0 2.1 36.0 206

2

146

2

0.1

93

0.3

20 370 285 330 255

13.

8 9.7 1.3 5.6

1×120 8.0 2.1 38.0 235

8

160

0

0.1

53

0.2

53 425 330 375 290

17.

4

11.

4 1.3 5.6

1×150 8.0 2.2 40.0. 269

9

175

2

0.1

24

0.2

06 485 375 425 330

21.

7

14.

2 1.3 5.6

1×185 8.0 2.2 41.0 310

0

193

2

0.0

991

0.1

64 555 430 480 370

26.

7

17.

5 1.3 7.7

1×240 8.0 2.3 44.0 370

9

219

4

0.0

754

0.1

25 660 505 555 435

34.

6

22.

6 1.3 7.7

1×300 8.0 2.4 45.0 436

4

247

0

0.0

601

0.1

00 745 580 630 490

43.

1

28.

2 1.3 7.6

1×400 8.0 2.5 49.0 551

7

299

1

0.0

470

0.0

778 870 680 725 565

57.

4

37.

6 1.3 7.6

1×500 8.0 2.5 51.0 667

0

351

2

0.0

366

0.0

605

100

0 790 825 645

71.

7

47.

0 1.3 7.6

A M A RESOURCES

84


Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20


Cu Al Cu Al



tape

Cu

tape

mm² mm mm mm kg/

km

kg/

km

/

km

/


1×50 9.3 2.1 36.0 165

2

133

6

0.3

87

0.6

41 245 190 225 175 7.3 4.8 1.3 3.6

1×70 9.3 2.1 37.0 191

3

147

1

0.2

68

0.4

43 305 235 275 215

10.

2 6.7 1.3 3.6

1×95 9.3 2.2 39.0 222

9

163

0

0.1

93

0.3

20 370 290 330 255

13.

8 9.7 1.3 5.6

1×120 9.3 2.2 41.0 253

1

177

3

0.1

53

0.2

53 425 335 375 290

17.

4

11.

4 1.3 5.6

1×150 9.3 2.3 42.0 287

8

193

1

0.1

24

0.2

06 485 380 425 330

21.

7

14.

2 1.3 5.5

1×185 9.3 2.3 44.0 328

5

211

7

0.0

991

0.1

64 555 435 480 370

26.

7

17.

5 1.3 7.8

1×240 9.3 2.4 46.0 390

4

238

8

0.0

754

0.1

25 660 515 555 435

34.

6

22.

6 1.3 7.7

1×300 9.3 2.5 49.0 456

8

267

4

0.0

601

0.1

00 745 595 630 490

43.

1

28.

2 1.3 7.7

1×400 9.3 2.6 52.0 573

7

321

2

0.0

470

0.0

778 870 695 725 565

57.

4

37.

6 1.3 7.7

1×500 9.3 2.7 54.0 690

0

375

0

0.0

366

0.0

605

100

0 810 825 650

71.

7

47.

0 1.3 7.7

A M A RESOURCES

85


Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20


Cu Al Cu Al



tape

Cu

tape

mm² mm mm mm kg/

km

kg/

km

/

km

/


1×50 10.5 2.2 38.0 180

3

148

7

0.3

87

0.6

41 245 190 225 175 7.3 4.8 1.3 3.6

1×70 10.5 2.2 40.0 207

0

162

8

0.2

68

0.4

43 305 235 275 215

10.

2 6.7 1.3 3.6

1×95 10.5 2.3 42.0 239

3

179

3

0.1

93

0.3

20 370 290 330 255

13.

8 9.7 1.3 5.6

1×120 10.5 2.3 43.0 269

9

194

2

0.1

53

0.2

53 425 335 375 290

17.

4

11.

4 1.3 5.6

1×150 10.5 2.4 45.0 305

2

210

4

0.1

24

0.2

06 485 380 425 330

21.

7

14.

2 1.3 5.6

1×185 10.5 2.4 47.0 346

5

229

4

0.0

991

0.1

64 555 435 480 370

26.

7

17.

5 1.3 7.7

1×240 10.5 2.5 49.0 409

2

257

7

0.0

754

0.1

25 660 515 555 435

34.

6

22.

6 1.3 7.7

1×300 10.5 2.6 51.0 486

7

298

2

0.0

601

0.1

00 745 595 630 490

43.

1

28.

2 1.3 7.6

1×400 10.5 2.7 55.0 594

9

342

4

0.0

470

0.0

778 870 695 725 565

57.

4

37.

6 1.3 7.6

1×500 10.5 2.8 57.0 700

0

386

6

0.0

366

0.0

605

100

0 810 825 650

71.

7

47.

0 1.3 7.6

A M A RESOURCES

86

Table26 26/35kV 3 cores XLPE insulated steel-tape armored PVC sheathed power cable

Nominal

cross-

section of

conductors

Thick-

ness of

insulation

Thick-

ness of

sheath

Approx.

dia. of

cable

Approx.-

weight

Max. DC

resistance

at20




mm² mm mm mm kg/

km

kg/

km

/

km

/

km A A A A kA kA kA

3×50 10.5 3.7 90.0 968

7

882

1

0.3

87

0.6

41 190 145 185 140

7.3

1

4.7

9 2.96

3×70 10.5 3.9 95.0 102

83

953

3

0.2

68

0.4

43 240 180 225 170

10.

2

6.6

8 2.96

3×95 10.5 4.0 98.0 120

74

103

79

0.1

93

0.3

20 288 220 275 210

13.

8

9.6

8 2.96

3×120 10.5 4.2 102.0 132

67

111

33

0.1

53

0.2

53 335 260 315 240

17.

4

11.

4 2.96

3×150 10.5 4.3 106.0 146

59

119

80

0.1

24

0.2

06 380 295 350 270

21.

77

14.

2 2.96

3×185 10.5 4.5 110.0 162

26

129

22

0.0

991

0.1

64 437 335 401 305

26.

7

17.

5 2.96

3×240 10.5 4.6 115.0 185

07

142

22

0.0

754

0.1

25 510 398 465 360

34.

6

22.

6 3.3

3×300 10.5 4.8 120.0 208

66

155

44

0.0

601

0.1

00 580 455 525 410

43.

1

28.

2 3.3

A M A RESOURCES

87

Product pictures

Note Single core cable armored material should be non-magnetic or reducing

magnetic loss structure

9. Delivery length

The delivery length of cable shall not be less than 100m. The tolerance of length must

be less than ±0.5%. Any delivery length is permitted under the agreement.

The terminal of cable must be shut fasten. The length of cable out of reel must be

more them 300mm.

Conductor

Conductor screen

Insulation

Insulation screen

Metallic screen

Filler

Wrapping layer

Inner sheath

Armour

Sheath

A M A RESOURCES

88

Section8Low Smoke Halogen Free(LSHF) Cable

Ⅰ FD/LSHF Insulated Copper Cable(1 core）

Specification:■Lighting control and low voltage power system cable■Cable type: CU/FD/LSHF 450/750V LSHF 90℃■Single core copper conductor LSHF insulated

Scope:■Single core with copper conductors, with LSHF insulated. Cables are rated up to450/750V in lower voltage power system and conform to IEC60502, IEC60754,IEC60332.■Application: These cables have been designed for buildings and equipments wheretheir internal environment has LSHF requirements.

Operating Characteristics：■Rated voltage: 0.45/0.75 kV, maximum operating voltage should be less than 1.0 kV.■Maximum rated temperature of cable conductor is 90℃ during long running process.When a short circuit occurs, cable conductor does not exceed 250 ℃, with durationless 5 sec.■Minimum working environment temperature is minus 20℃.■The environmental temperature should be above 0℃ when installing cable.■ Minimum bending radius should be10 times less than cable diameter.

Cable Structure:■Conductor: Cable conductor is made by T2 copper rods in which pure copperoccupies 99.95%, the surface should be clean, no oil stain, no metal burr or sharpedge which may break insulation and sheath, and no bulge or rupture.■Insulation：Insulation adopts LSHF materials, Average insulation thickness conformsto IEC60502 Average insulation thickness should not be less than nominal value, andany measured value should not be less than 90% of the nominal value. Theeccentricity ratio of any section [(maximum measured thickness - minimum measuredthickness) / maximum measured thickness] should not be more than 10%.

Cable identification:The signs on the finished cable should be consistent and legible. It should be easy torecognize and possesses Rub-off resistance. The sheath surface should have thesecontents as follow for each finished cable.■ The length should marked every one meter■ Manufacturer’s name,■Model number■Voltage grade

A M A RESOURCES

89

Section8

■Meters maker

Testing:Cable should pass the testing and inspection which include following detail beforedelivery■ Conductor structure and conductor resistance■Average insulation thickness and thinnest insulation thickness■Insulation resistance and withstand voltage test■Flame retardant test, smoke density test, halogen content test

Packing:These cables are packed in cable reels or in cable rolls and should be sealed safely atboth ends.Cable reels or cable rolls should indicate plate number, cable type, specification,length, gross weight, rolling direction and other considerations.Product quality inspection certificate should go along with each cable delivery. Testreport should be submitted to the interested party through the appropriate way.

Drawing:

Technical Data（1core）（parts）

Description Unit Proposed Data

Number of core andcross-section area

No.*mm2 1C*2.5 1C*4 1C*6 1C*10 1C*16

Manufacturer / Anhui Deyuan Cable Group Co., Ltd.

Conductor

LSHF

Insulation

A M A RESOURCES

90

Section8

Type / CU/FD/LSHF

Standards / IEC60502, IEC60754, IEC60332

Rated voltage v Less than 750

Conductor

Material Concentric-lay-round stranded annealed copper wire

Resistivity at 20 ℃ Ω-mm2/m ≤0.017241

Conductivity at 20℃ % IACS 100

Number anddiameter of wire

No./mm 1/1.78 1/2.24 1/2.76 7/1.35 7/1.70

Diameter ofconductor

mm 1.78 2.24 2.76 4.05 5.1

Max. DC conductorresistance at 20℃

Ω/km 7.41 4.61 3.08 1.83 1.15

Insulation

Material / LSHF

Average thickness mm 0.7 0.7 0.7 0.7 0.7

Min. insulationresistance at 90℃

MΩ-km 0.916 0.757 0.645 0.523 0.444

Overall diameter mm 3.18 3.84 4.36 6.05 7.10

Cable weight KG/KM 27.58 41.52 60.83 100.48 155.54

Withstand ACvoltage(5min.)

KV 2.5

Light transmittance % ≥60

PH value ＞4.3

Halogen content mg/g ＜5

Standard packing / 100M/C 100M/C 100M/C 100M/C 100M/C

A M A RESOURCES

91

Section8

Ⅱ FR/LSHF Insulated Copper Cable(1 core）

Specification:■Lighting control and low voltage power system cable■Cable type :CU/MTP/LSHF 0.45/0.75kv 90℃■Single core copper conductor fire-resistant mica tape wrapped LSHF insulated.

Scope:■Single core with copper conductors, with mica tape wrapped and LSHF insulated.Cables are rated up to 450/750V in lower voltage power system and conform toIEC60502, IEC60332,IEC60754, IEC60331.■These cables have been designed for sites with big passenger flow such as hospital,subway, school and supermarket, which have special requirements for LSHF as wellas maintaining power in the flame for more than 90 minutes.

Operating Characteristics：■Rated voltage: 0.45/0.75 kV, maximum operating voltage should be less than 1.0kV.■Maximum rated temperature of cable conductor is 90℃ during long runningprocess. When a short circuit occurs, cable conductor does not exceed 250 ℃ , withduration less 5 sec.■Minimum working environment temperature is minus 20 ℃.■The environmental temperature should be above 0 ℃ when installing cable.■Minimum bending radius should be10 times less than cable diameter.

Cable Structure:■ Conductor: Cable conductor is made by T2 copper rods in which pure copperoccupies 99.95%, the surface should be clean, no oil stain, no metal burr or sharpedge which may break insulation and sheath, no bulge or rupture.■ Fire-resistant layer is made of gold mica tape with double sides, the coverage rateshould not be less than 25%.■ Insulation ： Insulation adopts LSHF materials, Average insulation thicknessconforms to IEC60502 and should not be less than nominal value, any measured valueshould not be less than 90% of the nominal value. The eccentricity ratio of any section[(maximum measured thickness - minimum measured thickness) / maximummeasured thickness] should not be more than 10%.

Cable identification:

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The signs on the finished cable should be consistent and legible. It should be easy torecognize and possesses Rub-off resistance. The sheath surface should have thesecontents as follow for each finished cable.■The length should marked every one meter■ Manufacturer’s name,■Model number■Voltage grade■Meters maker

Testing:Cable should pass the testing and inspection which include following detail beforedelivery■ Conductor structure and conductor resistance■Average insulation thickness and thinnest insulation thickness■Insulation resistance and withstand voltage test■Flame retardant test, smoke density test, halogen content test and Fire-resistant test


Drawing:

Technical data（1core）（parts）

Conductor

Fire-resistant

layer

LSHF Insulation

http://www.baidu.com/link?url=UvEl756HwuYd49QC85XFsAQXt1T9B_2MVCt6ftqg-YsIy0svjA6GIYNo-3pzyiQSBsQdYFUCIG8v3rGOI__VBv8znNnm7ruEfA9heySCxL9yLeoz27y14NObIJY0DOn7

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Section8


Number of coreand cross-section

area

No.*mm2 1C*2.5 1C*4 1C*6 1C*10 1C*16


Type / CU/FR/LSHF

Standards / IEC60502, IEC60754, IEC60331, IEC60332

Rated voltage v Less than 750

Conductor

Material / Concentric-lay-round stranded annealed copper wire

Resistivity at20 ℃

Ω-mm2/m

≤0.017241

Conductivity at20℃

% IACS 100


No./mm 1/1.78 1/2.24 1/2.76 7/1.35 7/1.70


mm 1.78 2.24 2.76 4.05 5.1

Max. DCconductor

resistance at 20℃Ω/km 7.41 4.61 3.08 1.83 1.15

Fire-resistant layer

Gold mica tape layer 2

Insulation

Material / LSHF

Average thickness mm 0.7 0.7 0.7 0.7 0.7

Min. insulationresistance at 90℃

MΩ·km 0.916 0.757 0.645 0.523 0.444

Overall diameter mm 3.98 4.64 5.16 7.45 8.5

Cable weight KG/KM 37.23 54.86 76.07 131.2 191.45


KV 2.5


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Section8

Ⅲ FD/XLPE Insulated LSHF Sheath Copper Cable(4

core）

Specification:■Lighting control and low voltage power system cable■Cable type :CU/FD/XLPE/LSHF 0.6/1KV LSHF 90℃■Multi cores copper conductor XLPE insulated LSHF Sheath.

Scope:■Multi cores with copper conductors, with mica tape wrapped and LSHF insulated.Cables are rated up to 600/1000V in lower voltage power system and conform toIEC60502, IEC60332,IEC60754.■These cables have been designed for sites with big passenger flow such as hospital,subway, school and supermarket, which have special requirements for LSHF andFlame retardant

Operating Characteristics：■Rated voltage: 0.6/1.0kV, maximum operating voltage should be less than 1.2 kV.■Maximum rated temperature of cable conductor is 90℃ during long runningprocess. When a short circuit occurs, cable conductor does not exceed 250 ℃ , withduration less 5 sec.■ Minimum working environment temperature is minus 20 ℃.■Environmental temperature should be above 0 ℃ when installing cable.■Minimum bending radius should be15 times less than cable diameter.

Cable Structure:

Lighttransmittance

% ≥60

pH value ＞4.3

Halogen content mg/g ＜5

Standard packing / 100M/C 100M/C 100M/C 100M/C 100M/C

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Section8

■ Conductor: Cable conductor is made by T2 copper rods in which pure copperoccupies 99.95%, the surface should be clean, no oil stain, no metal burr or sharpedge which may break insulation and sheath, no bulge or rupture.■ Insulation ： Insulation adopts XLPE materials, Average insulation thicknessconforms to IEC60502 and should not be less than nominal value, any measured valueshould not be less than 90% of the nominal value. The eccentricity ratio of any section[(maximum measured thickness - minimum measured thickness) / maximummeasured thickness] should not be more than 10%.■ Filler: Cable should be filled with soft non-absorbent material whose operatingtemperature is in accordance with related cable. Moreover, the material of filler is notallowed to harm insulation.■ Sheath: Cable outer sheath adopts LSHF material whose rated operatingtemperature is in accordance with related cable. Average sheath thickness should notbe less than nominal value and any measured value should not be less than 90% of thenominal value. Out of roundness of cable diameter should not be more than 15%.

Cable identification:The signs on the finished cable should be consistent and legible. It should be easy torecognize and possesses Rub-off resistance. The sheath surface should have thesecontents as follow for each finished cable.■The length should marked every one meter■Manufacturer’s name,■Model number■Voltage grade■ Meters maker

Testing:Cable should pass the testing and inspection which include following detail beforedelivery■ Conductor structure and conductor resistance■Average insulation thickness and thinnest insulation thickness■Insulation resistance and withstand voltage test■Flame retardant test, smoke density test, halogen content test and Fire-resistant test


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Section8

Drawing:

Technical data (4Cores)（parts）


Number of coreand

cross-sectionarea

No.*mm2 4C*6 4C*16 4C*25 4C*35 4C*50 4C*150 4C*240 4C*300


Type / CU/FD/XLPE/LSHF

Standards / IEC60502,IEC60754,IEC60332

Rated voltage V Less than 1000

Conductor



Ω-mm2/m

≤0.017241


% IACS 100


No./mm1/2.76

7/1.70 7/2.12 7/2.5210/2.52

24/2.52

37/ 2.52 48/ 2.52


mm 2.76 5.1 6.36 7.62 9.65 14.48 16.89 19.68

Conductor

Insulation

Filler

Sheath

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Section8

Ⅳ FR/XLPE Insulated LSHF Sheath Copper Cable(4

core）

Specification:■0.6/1KV low voltage power system cable■Cable type : CU//MTP/XLPE/LSHF 0.6/1KV LSHF 90℃

Max. DCconductorresistance at

20℃

Ω/km 3.08 1.15 0.727 0.524 0.387 0.153 0.0991 0.0754

Insulation

Material / XLPE

Averagethickness

mm 0.7 0.7 0.9 0.9 1.0 1.2 1.6 1.7

Min. insulationresistance at

90℃MΩ·km 0.645 0.444 0/431 0.379 0.355 0.645 0.444 0.431

Sheath

Material / LSHF

Averagethickness

mm 1.8 1.8 1.8 1.8 1.9 2.5 3.0 3.3

Overalldiameter

mm 17.0 22.0 25.5 28.5 29.5 46.0 57.0 62.0

Cable weight KG/KM 337 778 1160 1554 2148 6300 9700 11800


KV 3.5

Lighttransmittance

% ≥60

PH value ＞4.3

Halogen content mg/g <5

Standardpacking

/2000M/R

1500M/R

1500M/R

1000M/R

1000M/R

600M/R

400M/R300M/R

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Section8

■Multi cores copper conductor fire-resistant mica tape wrapped XLPE insulatedLSHF Sheath.

Scope:■Multi cores with copper conductors, with mica tape wrapped, XLPE insulated andLSHF Sheath. Cables are rated up to 600/1000V in lower voltage power system andconform to IEC60502, IEC60331 and IEC60332,IEC60754■These cables have been designed for sites with big passenger flow such as hospital,subway, school and supermarket, which have special requirements for LSHF and Fireresistant.

Operating Characteristics：■Rated voltage: 0.6/1.0kV, maximum operating voltage should be less than 1.2 kV.■Maximum rated temperature of cable conductor is 90 ℃ during long runningprocess. When a short circuit occurs, cable conductor does not exceed 250 ℃ , withduration less 5 sec.■ Minimum working environment temperature is minus 20 ℃.■ Environmental temperature should be above 0 ℃ when installing cable.■Minimum bending radius should be 15 times less than cable diameter.

Cable Structure:■Conductor: Cable conductor is made by T2 copper rods in which pure copperoccupies 99.95%, the surface should be clean, no oil stain, no metal burr or sharpedge which may break insulation and sheath, no bulge or rupture.■ Fire-resistant layer is made of gold mica tape with double sides, the coverage rateshould not be less than 25%.■Insulation：Insulation adopts XLPE materials, Average insulation thickness conformsto IEC60502 and should not be less than nominal value, any measured value shouldnot be less than 90% of the nominal value. The eccentricity ratio of any section[(maximum measured thickness - minimum measured thickness) / maximummeasured thickness] should not be more than 10%.■Filler: Cable should be filled with soft non-absorbent material whose operatingtemperature is in accordance with related cable. Moreover, the material of filler is notallowed to harm insulation.■Sheath: Cable outer sheath adopts LSHF material whose rated operating temperatureis in accordance with related cable. Average sheath thickness should not be less thannominal value and any measured value should not be less than 90% of the nominalvalue. Out of roundness of cable diameter should not be more than 15%.Cable identification:The signs on the finished cable should be consistent and legible. It should be easy torecognize and possesses Rub-off resistance. The sheath surface should have thesecontents as follow for each finished cable.■The length should marked every one meter■Manufacturer’s name,

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Section8

■ Model number■Voltage grade■Meters maker

Testing:Cable should pass the testing and inspection which include following detail beforedelivery■Conductor structure and conductor resistance■Average insulation thickness and thinnest insulation thickness■Insulation resistance and withstand voltage test■Flame retardant test, smoke density test, halogen content test and fire-resistant test


Drawing:

Technical data (4Cores)（parts）

Description Unit Proposed

Number ofcore and

cross-sectionarea

No.*mm2 4C*6 4C*10 4C*16 4C*25 4C*35 4C*50 4C*70 4C*120 4C*150

Manufacturer

/ Anhui Deyuan Cable Group Co., Ltd.

ConductorFire-resistantlayerInsulationFillerSheath



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Section8

Type / CU/MTP/XLPE/LSHFStandards / IEC60502, IEC60754，IEC60331,IEC60332Ratedvoltage

V Less than 1000

Conductor



Ω-mm2

/m≤0.017241

Conductivityat 20℃

%IACS

100

Number anddiameter of

wire

No./mm

1/2.76

7/1.35 7/1.70 7/2.12 7/2.5210/2.52

14/2.52

24/ 2.52 30/ 2.52


mm 2.76 4.05 5.1 6.36 7.62 9.65 10.65 16.89 19.68

Max. DCconductorresistance at

20℃

Ω/km 3.08 1.83 1.15 0.727 0.524 0.387 0.268 0.0991 0.0754

Fire-resistant layer

Gold micatape

layer 2

Insulation

Material / XLPEAveragethickness

mm 0.7 0.7 0.7 0.9 0.9 1.0 1.1 1.2 1.4

Min.insulationresistance at

90℃

MΩ·km

0.645 0.523 0.444 0/431 0.379 0.355 0.916 0.645 0.523

Sheath

Material / LSHF

Averagethickness

mm 1.8 1.8 1.8 1.8 1.8 1.9 2.0 2.3 2.5

Overalldiameter

mm 18.6 21.5 24.5 28.5 31.3 31.5 34.5 43 47.5

Cable weightKG/KM

345 530 810 1022 1357 1792 1414 5050 6400

WithstandAC

voltage(5min.)

KV 3.5

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Section8

Ⅴ THW/LSHF Copper CableSpecification:■Lighting control and low voltage power system cable■Cable type: CU/THW/LSHF 450/750V LSHF 90℃■Single core copper conductor LSHF insulated

Scope:■Single core with copper conductors, with LSHF insulated. Cables are rated up to450/750V in lower voltage power system and conform to IEC60502, IEC60754,IEC60332.■Application: These cables have been designed for buildings and equipments wheretheir internal environment has LSHF requirements.

Operating Characteristics：■Rated voltage: 0.45/0.75 kV, maximum operating voltage should be less than 1.0 kV.■Maximum rated temperature of cable conductor is 90℃ during long running process.When a short circuit occurs, cable conductor does not exceed 250 ℃, with durationless 5 sec.■Minimum working environment temperature is minus 20℃.■The environmental temperature should be above 0℃ when installing cable.■ Minimum bending radius should be10 times less than cable diameter.

Lighttransmittanc

e% ≥60

pH value ＞4.3Halogencontent

mg/g <5

Standardpacking

/2000M/R

2000M/R

1600M/R

1300M/R

1100M/R

1000M/R

6000M/R

700M/R

6000M/R

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Section8

Cable Structure:■Conductor: Cable conductor is made by T2 copper rods in which pure copperoccupies 99.95%, the surface should be clean, no oil stain, no metal burr or sharpedge which may break insulation and sheath, and no bulge or rupture.■Insulation：Insulation adopts LSHF materials, Average insulation thickness conformsto IEC60502 Average insulation thickness should not be less than nominal value, andany measured value should not be less than 90% of the nominal value. Theeccentricity ratio of any section [(maximum measured thickness - minimum measuredthickness) / maximum measured thickness] should not be more than 10%.

Cable identification:The signs on the finished cable should be consistent and legible. It should be easy torecognize and possesses Rub-off resistance. The sheath surface should have thesecontents as follow for each finished cable.■ The length should marked every one meter■ Manufacturer’s name,■Model number■Voltage grade■Meters maker

Testing:Cable should pass the testing and inspection which include following detail beforedelivery■ Conductor structure and conductor resistance■Average insulation thickness and thinnest insulation thickness■Insulation resistance and withstand voltage test■Flame retardant test, smoke density test, halogen content test


Drawing:

Conductor

LSHF

Insulation

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Section8

Technical data （parts）

Description

Unit Proposed Data

Numberof coreand

cross-section area

No.*mm2 1C*2.5 1C*4 1C*6 1C*10 1C*16 1C*25 1C*50 1C*70

Manufacturer

/ Anhui Deyuan Cable Group Co., Ltd.

Type / CU/FD/LSHF

Standards / IEC60502, IEC60754, IEC60332

Ratedvoltage

v Less than 750

Conductor

Material Concentric-lay-round stranded annealed copper wire

Resistivityat 20 ℃

Ω-mm2/m

≤0.017241


% IACS 100

Numberand

diameterof wire

No./mm 1/1.78 1/2.24 1/2.76 7/1.35 7/1.70 7/2.1210/2.52

14/2.52

Diameterof

conductormm 1.78 2.24 2.76 4.05 5.1 6.36 9.65 10.65

Max. DCconductorresistanceat 20℃

Ω/km 7.41 4.61 3.08 1.83 1.15 0.727 0.387 0.268

Insulation

Material / LSHF

Average mm 0.7 0.7 0.7 0.7 0.7 0.9 1.0 1.1

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thickness

Min.insulationresistanceat 90℃

MΩ-km 0.916 0.757 0.645 0.523 0.444 0/431 0.355 0.916

Overalldiameter

mm 3.18 3.84 4.36 6.05 7.10 8.16 11.65 12.85

Cableweight

KG/KM 27 41 60 100 155 260 510 690

WithstandAC

voltage(5min.)

KV 2.5

Lighttransmitta

nce% ≥60

PH value ＞4.3

Halogencontent

mg/g ＜5

Standardpacking

/ 100M/C 100M/C 100M/C 100M/C 100M/C 100M/C100M/C

100M/C

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Requirements for cables loading un loading and transportation

A.Unloading cables with a forklift

B.Unloading cables with a crane

C.Unloading cables with sted cable and a gang boaed

D.After loading,steed cable must be used to tie four comers

E.Rou the drum in the arrow direction for at most 5 metres

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Catalog for Wires & Cables

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