H05V-U TS 9758 HD 21.3 S3 BS 50525-2-31 IEC 60227 VDE 0281 ... · H05V-K TS 9758 HD 21.3 S3 BS EN...

H05V-U TS 9758 HD 21.3 S3 BS 50525-2-31 IEC 60227 VDE 0281-3H07V-U TS 9758 HD 21.3 S3 BS 50525-2-31 IEC 60227 VDE 0281-3H07V-R TS 9758 HD 21.3 S3 BS 50525-2-31 IEC 60227 VDE 0281-3

DIMENSIONS AND SPESIFICATIONS ARE FOR ONLY TECHNICAL CALCULATION, AND CAN BE CHANGED WITHOUT PRIOR NOTICE.

ENERGY CABLES www.demes.com

H05V-U TS 9758 HD 21.3 S3 BS 50525-2-31 IEC 60227 VDE 0281-3H07V-U TS 9758 HD 21.3 S3 BS 50525-2-31 IEC 60227 VDE 0281-3H07V-R TS 9758 HD 21.3 S3 BS 50525-2-31 IEC 60227 VDE 0281-3

APPLICATIONSUsed in dry places, in fixed places, in closed installation ducts, on top of or under plaster and distributor systems.

1- Solid or stranded copper conductor2- PVC insulation

TECHNICAL DATAMaximum working temperature 70°C

Short circuit temperature 160°C (Max. For 5 sec.)

Rated Voltage : Uo/U - 300/500V (H05V)

Uo/U - 450/750V (H07V)

Test Voltage : 2kV - 2.5kV (AC)

Electrical SpecificationSize and Weights

Nominal cross

section

Overall diameter approx.

Net weight approx.

Standard delivery lenght

Conductor DC resistance at 20oC max.

Current carrying capacity

Solid 20oC max. Air 30oC max.

Type

mm² mm kg/km m ohm/km A A

H05V-U 0.50 RE 2.0 9 100 36 - 12

H05V-U 0.75 RE 2.2 12 100 24.5 - 15

H05V-U 1.00 RE 2.3 14 100 18.1 12 19

H07V-U 1.5 RE 2.7 20 100 12.10 15 24

H07V-U 2.5 RE 3.3 30 100 7.41 20 32

H07V-U 4 RE 4.0 50 100 4.61 25 42

H07V-U 6 RE 4.5 65 100 3.08 33 54

H07V-R 10 RM 5.8 110 100 1.83 45 73

H07V-R 16 RM 7.3 175 100 1.15 61 98

H07V-R 25 RM 9.0 270 100 0.727 83 129

H07V-R 35 RM 10.0 370 100 0.524 103 158

HO7V-R 50 RM 12.0 480 1000 0.387 132 198

H07V-R 70 RM 13.0 690 1000 0.268 165 245

H07V-R 95 RM 15.0 940 1000 0.193 197 292

H07V-R 120 RM 16.5 1170 1000 0.153 235 344

H07V-R 150 RM 18.5 1440 1000 0.124 - 391

H07V-R 185 RM 20.0 1780 1000 0.0991 - 448

H07V-R 240 RM 23.0 2360 1000 0.0754 - 528

H07V-R 300 RM 26.0 2930 1000 0.0601 - 608

H07V-R 400 RM 29.0 3730 1000 0.0470 - 726

12

1

ENERGY CABLES


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Nominal cross

section


Net weight approx.





Type

ENERGY CABLES

2

H05V-K TS 9758 HD 21.3 S3 BS EN 50525-2-31 IEC 60227H07V-K TS 9758 HD 21.3 S3 BS EN 50525-2-31 IEC 60227

APLICATIONSUsed in moving places, control panels and other electrical appliances, on and under plaster as laid in pipe.


Short circuit temperature 160°C (Max. for 5 sec.)

Rated Voltage : Uo/U – 300/500V (H05V)

Uo/ - 450/750V (H07V)

Test Voltage : 2 kV – 2.5 kV (AC)


H05V-K 0.50 2.2 9 100 39.0 - 12

H05V-K 0.75 2.5 17 100 26.0 - 15

H05V-K 1 2.6 15 100 19.5 11 19

H07V-K 1.5 3.0 20 100 13.3 15 24

H07V-K 2.5 3.8 35 100 7.98 20 32

H07V-K 4 4.5 50 100 4.95 25 42

H07V-K 6 5.0 75 100 3.3 33 54

H07V-K 10 6.5 125 100 1.91 45 73

H07V-K 16 7.8 180 100 1.21 61 98

H07V-K 25 10.0 280 100 0.780 83 129

H07V-K 35 11.0 380 100 0.554 103 158

H07V-K 50 13.5 550 1000 0.386 132 198

H07V-K 70 15.5 760 1000 0.272 165 245

H07V-K 95 18.0 970 1000 0.206 197 292

H07V-K 120 20.0 1230 1000 0.161 235 344

H07V-K 150 22.0 1490 1000 0.129 - 391

H07V-K 185 24.0 1840 1000 0.106 - 448

H07V-K 240 28.0 2400 1000 0.0801 - 528

1- Fine stranded copper conductor2- PVC insulation 2 1

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3

Electrical SpecificationSize and WeightsNominal cross

section


Net weight approx.




Air 30oC max.

mm² mm kg/km m ohm/km A

APPLICATIONSUsed in dry, damp, wet places, factories, under or on the plaster, in conduit.



Rated Voltage : Uo/U – 300/500V

Test Voltage : 2 kV (AC)

1- Solid or stranded copper conductor2- PVC insulation3- PVC filler4- PVC outer shealth, grey

2x1.5 RE 9.5 125 100 12.10 18

2x2.5 RE 10.5 170 100 7.41 26

2x4 RE 12.0 230 100 4.61 34

2x6 RE 13.0 290 100 3.08 44

2x10 RM 16.5 470 100 1.83 61

2x16 RM 19.0 680 1000 1.15 82

2x25 RM 23.0 1010 1000 1.727 108

2x35 RM 26.0 1330 1000 0.524 135

3x1.5 RE 10.0 145 100 12.10 18

3x2.5 RE 11.0 200 100 7.41 26

3x4 RE 12.5 275 100 4.61 34

3x6 RE 14.0 365 100 3.08 44

3x10 RM 17.0 570 100 1.83 61

3x16 RM 21.0 860 1000 1.15 82

3x25 RM 25.0 1280 1000 0.727 108

3x35 RM 28.0 1680 1000 0.524 135

4x1.5 RE 10.5 170 100 12.10 18

4x2.5 RE 12.0 240 100 7.41 26

4x4 RE 14.0 345 100 4.61 34

4x6 RE 15.5 460 100 3.08 44

4x10 RM 18.5 700 100 1.83 61

4x16 RM 23.0 1060 1000 1.15 82

4x25 RM 28.0 1600 1000 0.727 108

4x35 RM 30.0 2090 1000 0.524 135

NYM TS 9759 HD 21.4 S2 IEC 60227 VDE 0250

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ENERGY CABLES


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ENERGY CABLES

H03VV-F TS 9760 HD 21.5S3 BS 50525-2-11 VDE 281-5H03VVH2-F TS 9760 HD 21.5S3 BS 50525-2-11 VDE 281-5

4

1- Fine-stranded copper conductor2- PVC insulation3- PVC outer sheath, white

APPLICATIONSUsed in dry places, indoor places, household instruments and for portable equipments.





2x0.50 5.0 36 100 39 3

3x0.50 5.3 43 100 39 3

4x0.50 5.8 53 100 39 3

2x0.75 5.1 44 100 26 6

3x0.75 5.4 53 100 26 6

4x0.75 5.9 63 100 26 6

2x0.75 3.20x5.30 35 100 26 6

Technical Features • H03VV-F / H03VVH2-F

Rated

Cross-section

m2

Overall diameter

of cable approx.

mm

Net weight

approx.

kg/mm

Conductor DC

resistance at 20°C

Ω/km

Current carrying

capacity

A

Delivery length

approx.

m

H03VV-F (round)

H03VVH2-F (flat)

123

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H05VV-F TS 9760 HD 21.5S3 BS 50525-2-11 VDE 281-5H05VVH2-F TS 9760 HD 21.5S3 BS 50525-2- 11 VDE 281-5

1- Fine-stranded copper conductor2- PVC insulation3- PVC outer sheat, white

APPLICATIONSUsed in dry places, indoor places, household instruments, and for portable equipments.

(V2-High temp. (90oC) resistant)

(V3-Low temp. resistant)





Core Colour: HD 308

Outer Sheath Colour: White


Nominal cross

section


Net weight approx.




Air 30oC max.


2x0.75 6.5 60 100 26.0 6

2x1 7.0 70 100 19.5 10

2x1.5 7.5 85 100 13.3 16

2x2.5 9.5 130 100 7.98 25

3x0.75 7.0 70 100 26.0 6

3x1 7.5 8.5 100 19.5 10

3x1.5 8.0 100 100 13.3 16

3x2.5 10.0 160 100 7.98 25

4x0.75 7.5 85 100 26.0 6

4x1 8.0 100 100 19.5 10

4x1.5 9.0 130 100 13.3 16

4x2.5 11.0 205 100 7.98 25

5x0.75 8.30 104 100 26.0 6

5x1 8.90 121 100 19.5 10

5x1.5 10.30 165 100 13.30 16

5x2.5 12.15 245 100 7.98 25

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ENERGY CABLES


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YVV TS IEC 60502-1NYY VDE 0276-603

6

1- Solid or stranded copper conductor2- PVC insulated3- PVC filler4- PVC outer sheath, black

APPLICATIONSThese cables are used in indoor/outdoor places, in cable ducts, underground installation, in the place where

have no mechanical damage risk, in power plants, in industrial plants and switching stations. If it is specially

produced, it can be used in freshwater and seawater.



Rated Voltage : Uo/U - 0.6/1kV

Test Voltage : 3.5 kV (AC)


Nominal cross

section


Net weight approx.




Air 30oC max.Solid 20oC max.

mm² mm kg/km m ohm/km A A A A

1x4 RE 9.0 125 1000 4.61 - - 45 37

1x6 RE 10.0 150 1000 3.08 - - 57 48

1x10 RM 10.5 200 1000 1.83 - - 78 66

1x16 RM 12.0 280 1000 1.15 127 107 103 89

1x25 RM 13.5 390 1000 0.727 163 137 137 118

1x35 RM 14.5 500 1000 0.524 195 165 169 145

1x50 RM 15.0 610 1000 0.387 230 195 206 176

1x70 RM 17.0 830 1000 0.268 282 239 261 224

1x95 RM 19.0 1090 1000 0.193 336 287 321 271

1x120 RM 20.0 1330 1000 0.153 382 326 374 314

1x150 RM 22.0 1620 1000 0.124 428 366 428 361

1x185 RM 24.0 1980 1000 0.0991 483 414 494 412

1x240 RM 27.0 2610 1000 0.0754 561 481 590 484

1x300 RM 30.0 3200 1000 0.0601 632 542 678 549

1x400 RM 33.0 4020 1000 0.0470 730 624 817 657

1x500 RM 37.0 5140 1000 0.0366 823 698 940 749

1x630 RM 42.0 6530 500 0.0283 910 764 1042 824

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ENERGY CABLES

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xx xx


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.


7

2x1.5 RE 11.0 170 1000 12.10 32 20

2x2.5 RE 12.5 220 1000 7.41 42 27

2x4 RE 14.0 280 1000 4.61 54 37

2x6 RE 15.0 350 1000 3.08 68 48

2x10 RM 17.0 470 1000 1.83 90 66

2x16 RM 20.0 690 1000 1.15 116 89

2x25 RM 23.0 1020 1000 0.727 150 118

2x35 RM 26.0 1310 1000 0.524 181 145

2x50 RM 28.0 1650 1000 0.387 215 176

2x70 RM 32.0 2240 1000 0.268 264 224

2x95 RM 36.0 2960 1000 0.193 317 271

2x120 RM 40.0 3620 1000 0.153 360 314

2x150 RM 44.0 4440 1000 0.124 406 361

2x185 RM 47.0 5380 500 0.0991 458 412

2x240 RM 54.0 7100 500 0.0754 537 484

3x1.5 RE 12.0 190 1000 12.10 26 18.5

3x2.5 RE 13.0 250 1000 7.41 34 25

3x6 RE 16.0 420 1000 3.08 56 43

3x10 RM 17.5 580 1000 1.83 75 60

3x16 RM 21.0 870 1000 1.15 98 80

3x25 RM 25.0 1270 1000 0.727 128 106

3x35 RM 28.0 1670 1000 0.524 157 131

3x50 RM 30.0 2100 1000 0.387 185 159

3x70 RM 34.0 2860 1000 0.268 288 202

3x95 RM 39.0 3850 1000 0.193 275 244

3x120 RM 43.0 4730 1000 0.153 313 282

3x150 RM 47.0 5730 500 0.124 353 324

3x185 RM 51.0 7090 500 0.0991 399 471

3x240 RM 58.0 9240 500 0.0754 464 436

3x300 RM 64.0 11440 250 0.0601 524 481

3x400 RM 72.0 11440 250 0.0470 600 560

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ENERGY CABLES


xx xx


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

8

ENERGY CABLES

36x16+10 RM 22.0 980 1000 1.15 98 80

3x25+16 RM 26.0 1470 1000 0.724 128 106

3x35+16 RM 29.0 1870 1000 0.524 157 131

3x50+25 RM 31.0 2390 1000 0.387 185 159

3x70+35 RM 35.0 3250 1000 0.268 228 202

3x95+50 RM 40.0 4340 1000 0.193 275 244

3x120+70 RM 45.0 5470 500 0.153 313 282

3x150+70 RM 48.0 6430 500 0.124 353 324

3x185+95 RM 53.0 8050 500 0.0991 399 371

3x240+120 RM 60.0 10490 500 0.0754 464 436

3x300+150 RM 66.0 12820 250 0.0601 524 481

3x400+185 RM 74.0 16480 250 0.0470 600 560

4x1.5 RE 13.0 220 1000 12.1 26 18.5

4x2.5 RE 14.0 300 1000 7.41 34 25

4x4 RE 16.0 400 1000 4.61 44 34

4x6 RE 17.0 500 1000 3.08 56 43

4x10 RM 19.0 700 1000 1.83 75 60

4x16 RM 23.0 1070 1000 1.15 98 80

4x25 RM 28.0 1610 1000 0.727 128 106

4x35 RM 30.0 2090 1000 0.524 157 131

4x50 RM 33.0 2620 1000 0.387 185 159

4x70 RM 38.0 3630 1000 0.268 228 202

4x95 RM 43.0 4880 500 0.193 275 244

4x120 RM 47.0 5960 500 0.153 313 282

4x150 RM 52.0 7340 500 0.124 353 324

4x185 RM 57.0 8950 250 0.0991 399 371

4x240 RM 65.0 11810 250 0.0754 464 436

4x300 RM 72.0 14610 250 0.0601 524 481

4x400 RM 79.0 18290 250 0.0470 600 560


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Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

9

5x5.1 RE 13.5 260 1000 12.1 18.2 14.0

7x1.5 RE 14.5 310 1000 12.1 15.6 12.0

10x1.5 RE 17.5 400 1000 12.1 13.0 10.2

12x1.5 RE 18.0 450 1000 12.1 12.3 9.7

14x1.5 RE 19.0 500 1000 12.1 11.7 9.3

19x1.5 RE 21.0 630 1000 12.1 10.4 8.3

21x1.5 RE 22.0 720 1000 12.1 9.9 8.0

24x1.5 RE 24.0 800 1000 12.1 9.1 7.4

30x1.5 RE 26.0 970 1000 12.1 8.6 7.0

40x1.5 RE 29.0 1230 1000 12.1 7.8 6.5

48x1.5 RE 31.0 1450 1000 12.1 7.2 6.1

61x1.5 RE 34.0 1770 1000 12.1 6.5 5.6

5x2.5 RE 15.0 350 1000 7.41 23.8 18.8

7x2.5 RE 16.0 430 1000 7.41 20.4 16.3

10x2.5 RE 20.0 550 1000 7.41 17.0 13.8

12x2.5 RE 21.0 620 1000 7.41 16.2 13.1

14x2.5 RE 22.0 720 1000 7.41 15.3 12.5

19x2.5 RE 24.0 920 1000 7.41 13.6 11.3

21x2.5 RE 25.0 1010 1000 7.41 12.9 10.8

24x2.5 RE 28.0 1160 1000 7.41 11.9 10.0

30x2.5 RE 30.0 1400 1000 7.41 11.2 9.4

40x2.5 RE 33.0 1790 1000 7.41 10.2 8.8

48x2.5 RE 37.0 2130 1000 7.41 9.5 8.3

61x2.5 RE 40.0 2620 1000 7.41 8.5 7.5

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ENERGY CABLES


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Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

10

YVMV TS IEC 60502-1NYCY VDE 0276-603

ENERGY CABLES

1- Solid or stranded copper conductor2- PVC insulation3- PVC filler4- Concentric round copper wire 5- Copper tape as protection6- PVC outer sheath, black

APPLICATIONS

Used in indoor/outdoor installations, in cable ducts, underground use for power station, industrial and switching

stations and city power distribution network.

TECHINAL DATA Maximum working temperature 70°C

Short circuit temparutere 160°C

(Max. for 5 sec.)

Rated Voltage : Uo/U - 0.6/1 kV


3X1.5/1.5 RE 14.0 250 1000 12.1 26 18.5

3X2.5/2.5 RE 15.0 310 1000 7.41 34 25

3X4/4 RE 17.0 400 1000 4.61 44 34

3X6/6 RE 18.0 500 1000 3.08 56 43

3X10/10 RM 20.0 700 1000 1.83 75 60

3X16/16 RM 23.0 1060 1000 1.15 98 80

3X25/16 RM 27.0 1460 1000 0.727 128 106

3X35/16 RM 30.0 1870 1000 0.524 157 131

3X50/25 RM 32.0 2390 1000 0.387 185 159

3X70/35 RM 37.0 3250 1000 0.268 228 202

3X95/50 RM 42.0 4370 1000 0.193 275 244

3X120/70 RM 46.0 5470 500 0.153 313 282

3X150/70 RM 51.0 6560 500 0.124 353 324

3X185/95 RM 55.0 8100 500 0.0991 399 371

3X240/120 RM 62.0 10580 500 0.0754 464 436

3 125 46

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Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

11

YVZ2V TS IEC 60502-1NYRY VDE 0271

1- Solid or stranded copper conductor2- PVC insulation3- PVC filler4- Galvanized round steel wire armour5- PVC outer sheath, black

APPLICATIONUsed in the place where has hard mechanical conditions, underground installation, in power and switching

stations. If it is specially produced, it can be used in freshwater and seawater.


Short circuit temperature 160°C

(Max. for 5 sec.)



3x1.5 RE 15.0 400 1000 12.1 26 18.5

3x2.5 RE 16.0 480 1000 7.41 34 25.0

3x4 RE 18.0 600 1000 4.61 44 34.0

3x6 RE 19.0 700 1000 3.08 56 43.0

3x10 RM 21.0 890 1000 1.83 75 60.0

3x16 RM 24.0 1230 1000 1.15 98 80.0

4x1.5 RE 16.0 450 1000 12.1 26 18.5

4x2.5 RE 17.0 550 1000 7.41 34 25.0

4x4 RE 19.0 680 1000 4.61 44 34.0

4x6 RE 20.0 810 1000 3.08 56 43.0

4x10 RM 22.0 1050 1000 1.83 75 60.0

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ENERGY CABLES


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Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

ENERGY CABLES

12

YVZ3V TS IEC 60502-1NYFGbY VDE 0271

1- Solid or stranded copper conductor2- PVC instulation3- PVC filler4- Galvanized flat steel wire armour5- Galvanized steel tape for holding the armour6- PVC outer sheath, black

APPLICATIONSUsed in the place where has hard mechanical conditions, underground installation, in power and switching

station, if its specially produced, it can be used in freshwater and seawater.





3x25+16 RM 30.0 2080 1000 0.727 128 106

3x35+16 RM 32.0 2500 1000 0.524 157 131

3x50+25 RM 34.0 3080 1000 0.387 185 159

3x70+35 RM 39.0 4090 1000 0.268 228 202

3x95+50 RM 44.0 5290 1000 0.193 275 244

3x120+70 RM 48.0 6530 500 0.153 313 282

3x150+70 RM 52.0 7680 500 0.124 353 324

3x185+95 RM 57.0 9330 500 0.0991 399 371

3x240+120 RM 64.0 12010 250 0.0754 464 436

3x300+150 RM 70.0 14720 250 0.0601 524 481

3x400+185 RM 78.0 18430 250 0.0470 600 560

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xx xx


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

13

YVZ3V TS IEC 60502-1NYFGbY VDE 0271

3x16 RM 24.0 13330 1000 1.15 98 80

3x25 RM 28.0 1830 1000 0.727 128 106

3x35 RM 31.0 2290 1000 0.524 157 131

3x50 RM 33.0 2760 1000 0.387 185 159

3x70 RM 37.0 3360 1000 0.268 228 202

3x95 RM 42.0 4770 1000 0.193 275 244

3x120 RM 45.0 5690 500 0.153 313 282

3x150 RM 50.0 6860 500 0.124 353 324

3x185 RM 54.0 8210 500 0.0991 399 371

3x240 RM 62.0 10810 250 0.1754 464 436

3x300 RM 68.0 13210 250 0.0601 524 481

3x400 RM 76.0 16490 250 0.0470 600 560

4x16 RM 26.0 1580 1000 1.15 98 80

4x25 RM 30.0 2210 1000 0.727 128 106

4x35 RM 33.0 2760 1000 0.524 157 131

4x50 RM 36.0 3390 1000 0.387 185 159

4x70 RM 41.0 4520 1000 0.268 228 202

4x95 RM 46.0 5860 1000 0.193 275 244

4x120 RM 51.0 7170 500 0.153 313 282

4x150 RM 55.0 8590 500 0.124 353 324

4x185 RM 60.0 10380 500 0.0991 399 371

4x240 RM 68.0 13430 250 0.1754 464 436

4x300 RM 75.0 16410 250 0.0601 524 481

4x400 RM 84.0 20550 250 0.0470 600 560

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ENERGY CABLES


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Nominal cross

section


Net weight approx.

Delivery lenghtapprox.





1X4 RE 6.5 75 1000 4.61 66 54 56 40

1X6 RE 7.0 96 1000 3.08 82 67 73 53

1X10 RE 7.8 137 1000 1.83 109 89 101 74

1X16 RM 8.7 196 1000 1.150 139 115 137 101

1X25 RM 10.7 300 1000 0.727 179 148 182 135

1X35 RM 11.7 391 1000 0.524 213 177 226 169

1X50 RM 13.1 512 1000 0.387 251 209 275 207

1X70 RM 14.8 712 1000 0.268 307 256 353 268

1X95 RM 16.7 966 1000 0.193 366 307 430 328

1X120 RM 18.4 1200 1000 0.153 416 349 500 383

1X150 RM 20.4 1478 1000 0.124 465 393 577 444

1X185 RM 22.3 1816 1000 0.0991 526 445 661 510

1X240 RM 25.2 2382 1000 0.0754 610 517 781 607

ENERGY CABLES

YXV TS IEC 60502 -1 N2XY VDE 0276 HD 603

14

1- Solid or stranded copper conductor2- XLPE insulation3- PVC filler4- PVC outer sheath, black

APPLICATIONSUsed in indoor/outdoor places, in cable ducts, undergroud installation, in the place where have no mechanical

damage risk, in power plants, in industrial plants and switching stations. If it is specially produced, it can be used

in freshwater and seawater.





1234

2x1.5 RE 9.5 137 1000 12.1 37 26

2x2.5 RE 10.6 186 1000 7.41 49 36

2x4 RE 11.5 215 1000 4.61 64 49

2x6 RE 12.5 272 1000 3.08 79 63

2x10 RE 14.1 381 1000 1.83 106 86

2x16 RM 15.9 534 1000 1.15 137 115

2x25 RM 20.3 856 1000 0.727 176 149

2x35 RM 22.2 1140 1000 0.524 213 185

2x50 RM 25.0 1490 1000 0.387 252 225

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1X4 RE 6.5 75 1000 4.61 66 54 56 40

1X6 RE 7.0 96 1000 3.08 82 67 73 53

1X10 RE 7.8 137 1000 1.83 109 89 101 74

1X16 RM 8.7 196 1000 1.150 139 115 137 101

1X25 RM 10.7 300 1000 0.727 179 148 182 135

1X35 RM 11.7 391 1000 0.524 213 177 226 169

1X50 RM 13.1 512 1000 0.387 251 209 275 207

1X70 RM 14.8 712 1000 0.268 307 256 353 268

1X95 RM 16.7 966 1000 0.193 366 307 430 328

1X120 RM 18.4 1200 1000 0.153 416 349 500 383

1X150 RM 20.4 1478 1000 0.124 465 393 577 444

1X185 RM 22.3 1816 1000 0.0991 526 445 661 510

1X240 RM 25.2 2382 1000 0.0754 610 517 781 607

3x16+10 RM 20.0 860 1000 1.15 111 96

3x25+16 RM 25.0 1310 1000 0.727 143 130

3x35+16 RM 27.0 1650 1000 0.524 173 160

3x50+25 RM 30.0 2170 1000 0.387 205 195

3x70+35 RM 34.0 3020 1000 0.268 252 247

3x90+50 RM 38.0 4000 1000 0.193 303 305

3x120+70 RM 43.0 5130 1000 0.153 346 355

3x150+70 RM 46.0 6040 500 0.124 390 407

3x185+95 RM 51.0 7560 500 0.0991 441 469

3x240+120 RM 58.0 9780 500 0.0754 511 551

3x300+150 RM 64.0 12110 250 0.0601 580 638

3x400+185 RM 71.0 15490 250 0.0470 663 746

4x10 RM 17.5 620 1000 1.83 86 73

4x16 RM 21.0 960 1000 1.15 111 96

4x25 RM 25.0 1430 1000 0.727 143 130

4x35 RM 29.0 1910 1000 0.524 173 160

4x50 RM 31.0 2390 1000 0.387 205 195

4x70 RM 36.0 3360 1000 0.268 252 247

4x95 RM 41.0 4470 1000 0.193 303 305

4x120 RM 45.0 5590 500 0.153 346 355

4x150 RM 50.0 6910 500 0.124 390 407

4x185 RM 55.0 8450 500 0.0991 441 469

4x240 RM 62.0 11150 250 0.0754 511 551

4x300 RM 68.0 13460 250 0.0601 580 638

4x400 RM 76.0 17320 250 0.0470 663 746


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.


15

3x10 RM 16.0 510 1000 1.83 86 73

3x16 RM 19.0 760 1000 1.15 111 96

3x25 RM 23.0 1160 1000 0.727 143 130

3x35 RM 26.0 1500 1000 0.524 173 160

3x50 RM 28.0 1900 1000 0.387 205 195

3x70 RM 33.0 2680 1000 0.268 252 247

3x95 RM 36.0 3510 1000 0.193 303 305

3x120 RM 40.0 4390 1000 0.153 346 355

3x150 RM 45.0 5400 500 0.124 390 407

3x185 RM 50.0 6690 500 0.0991 441 469

3x240 RM 56.0 8710 500 0.0754 511 551

3x300 RM 62.0 10770 250 0.0601 580 638

3x400 RM 68.0 13530 250 0.0470 663 746

www.demes.com

ENERGY CABLES


xx xx


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

ENERGY CABLES

16

5x1.5 RE 13.0 230 1000 12.1 21.0 18.0

7x1.5 RE 14.0 280 1000 12.1 18.0 15.6

10x1.5 RE 16.0 340 1000 12.1 15.0 13.2

12x1.5 RE 16.5 280 1000 12.1 14.2 12.6

14x1.5 RE 17.0 430 1000 12.1 13.5 12.0

19x1.5 RE 19.0 540 1000 12.1 12.0 10.8

21x1.5 RE 20.0 590 1000 12.1 11.4 10.3

24x1.5 RE 22.0 680 1000 12.1 10.5 9.6

30x1.5 RE 23.0 810 1000 12.1 9.9 9.1

40x1.5 RE 26.0 1050 1000 12.1 9.0 8.4

48x1.5 RE 28.0 1230 1000 12.1 8.4 7.9

61x1.5 RE 31.0 1500 1000 12.1 7.5 7.2

5x2.5 RE 14.0 300 1000 7.41 28.0 24.0

7x2.5 RE 15.0 237 1000 7.41 24.0 20.8

10x2.5 RE 17.5 460 1000 7.41 20.0 17.6

12x2.5 RE 18.0 520 1000 7.41 19.0 16.8

14x2.5 RE 19.0 590 1000 7.41 18.0 16.0

19x2.5 RE 21.0 770 1000 7.41 16.0 14.4

21x2.5 RE 22.0 840 1000 7.41 15.2 13.8

24x2.5 RE 24.0 950 1000 7.41 14.0 12.8

30x2.5 RE 26.0 1160 1000 7.41 13.2 12.2

40x2.5 RE 29.0 1490 1000 7.41 12.0 11.2

48x2.5 RE 32.0 1750 1000 7.41 11.2 10.6

61x2.5 RE 34.0 2150 1000 7.41 10.0 9.6


www.demes.com


xx xx


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

YXCV TS IEC 60502 – 1 2XCY VDE 0276

1. Solid or stranded copper conductor2. XLPE insulation3. PVC filler4. Consantric round copper wire5. Copper tape as protection6. PVC outer sheath, black

APPLICATIONSUsed in indoor/outdoor installations, in cable ducts, undergroud use for power stations, industrial and switching

stations, city power distribution network.





3x10+10 RM 18.0 630 1000 1.83 86 73

3x16+16 RM 21.0 940 1000 1.15 111 96

3x25+16 RM 26.0 1330 1000 0.727 143 130

3x35+16 RM 28.0 1720 1000 0.524 173 160

3x50+25 RM 30.0 2180 1000 0.387 205 195

3x70+35 RM 36.0 3071 1000 0.268 252 247

3x95+50 RM 40.0 4070 1000 0.193 303 305

3x120+70 RM 44.0 5130 1000 0.153 346 355

3x150+70 RM 49.0 6140 500 0.124 390 407

3x185+95 RM 53.0 7700 500 0.0991 441 469

3x240+120 RM 59.0 9940 500 0.0754 511 551

17

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3 125 46

ENERGY CABLES


xx xx

YXZ2V TS IEC 60502 – 1 N2XRY VDE 0271CU/XLPE/SWA/PVC BS 5467

1- Solid or stranded copper conductor2- XLPE insulation3- PVC filler4- Galvanized round steel wire as armour5- PVC outer sheath, black

APPLICATIONSUsed in the place where has hard mechanical conditions, underground installation, in power and switching

stations. If it is specially produced, it can be used in freshwater and seawater.





3x1.5 RE 14.0 350 1000 12.1 31 25

3x2.5 RE 15.0 400 1000 7.41 40 33

3x4 RE 16.0 480 1000 4.61 52 43

3x6 RE 17.0 570 1000 3.08 65 54

3x10 RE 20.0 840 1000 1.83 87 75

3x16 RE 22.0 1100 1000 1.15 113 100

3x25 RE 28.0 1800 1000 0.727 146 136

3x35 RE 30.0 2160 1000 0.524 176 165

3x50 RE 33.0 2690 1000 0.387 208 201


Nominal cross

section


Net weight approx.






2x1.5 RE 14.0 320 1000 12.1 36 29

2x2.5 RE 14.0 340 1000 7.41 46 38

2x4 RE 15.0 405 1000 4.61 61 50

2x6 RE 16.0 505 1000 3.08 76 64

2x10 RE 19.0 735 1000 1.83 103 86

ENERGY CABLES

18

12345

www.demes.com


xx xx

YXZ2V TS IEC 60502 – 1 N2XRY VDE 0271

CU/XLPE/SWA/PVC BS 5467


Nominal cross

section


Net weight approx.






3x25+16 RE 29.0 1985 1000 0.727 146 136

3x35+16 RE 30.0 2353 1000 0.524 176 165

3x50+25 RE 34.0 3000 1000 0.387 208 201

3x70+35 RE 39.0 4150 1000 0.268 256 255

3x95+50 RE 43.0 5260 1000 0.193 307 314

3x120+70 RE 48.0 6490 1000 0.153 349 364

3x150+70 RE 53.0 8070 1000 0.124 391 416

3x185+95 RE 57.0 9620 1000 0.0991 442 480

3x240+120 RE 63.0 12210 1000 0.0754 509 565

19

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4x1.5 RE 15.0 380 1000 12.1 31 25

4x2.5 RE 16.0 450 1000 7.41 40 33

4x4 RE 17.0 550 1000 4.61 52 43

4x6 RE 19.0 740 1000 3.08 65 54

4x10 RE 21.0 975 1000 1.83 87 75

4x16 RE 24.0 1430 1000 1.15 113 100

4x25 RE 30.0 2140 1000 0.727 146 136

4x35 RE 32.0 2600 1000 0.524 176 165

4x50 RE 36.0 3250 1000 0.387 208 201

4x70 RE 41.0 4530 1000 0.268 256 255

4x95 RE 45.0 5790 1000 0.193 307 314

4x120 RE 51.0 7425 1000 0.153 349 364

4x150 RE 55.0 8840 1000 0.124 391 416

4x185 RE 60.0 10620 1000 0.0991 442 480

4x240 RE 67.0 13490 1000 0.0754 509 565

ENERGY CABLES


xx xx


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

YXZ3V TS IEC 60502-12XFGbY VDE 0271

1- Solid or stranded copper conductor2- XLPE insulation3- PVC filler4- Galvanized flat steel wire as armour5- Galvanized steel tape for holding the armour6- PVC outer sheath, black

APPLICATIONSUsed in the place where has hard mechanical conditions, underground installation, in power and

switching stations. If it is specially produced, it can be used in freshwater and seawater.





3x16 RM 23.0 1230 1000 1.15 111 96

3x25 RM 26.0 1680 1000 0.727 143 130

3x35 RM 29.0 2110 1000 0.524 173 160

3x50 RM 31.0 2540 1000 0.387 205 195

3x70 RM 36.0 3450 1000 0.268 252 247

3x95 RM 40.0 4420 1000 0.193 303 305

3x120 RM 44.0 5350 500 0.153 346 355

3x150 RM 48.0 6470 500 0.124 390 407

3x180 RM 53.0 7860 500 0.0991 441 469

3x240 RM 59.0 10110 500 0.0754 511 551

3x300 RM 65.0 12320 250 0.0601 580 638

3x400 RM 73.0 15390 250 0.0470 663 746

20

ENERGY CABLES

123456

www.demes.com


xx xx


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

YXZ3V TS IEC 60502-12XFGbY VDE 0271

3x25+16 RM 28.0 1860 1000 0.727 143 130

3x35+16 RM 30.0 2280 1000 0.524 173 160

3x50+25 RM 33.0 2830 1000 0.387 205 195

3x70+35 RM 37.0 3810 1000 0.268 252 247

3x95+50 RM 42.0 4900 1000 0.193 303 305

3x120+70 RM 46.0 6090 500 0.153 346 355

3x150+70 RM 50.0 7140 500 0.124 390 407

3x185+95 RM 55.0 8790 500 0.0991 441 469

3x240+120 RM 61.0 11240 250 0.0754 511 551

3x300+150 RM 67.0 13720 250 0.0601 580 638

3x400+185 RM 75.0 17270 250 0.0470 663 746

4x16 RM 24.0 1430 1000 1.15 111 96

4x25 RM 29.0 2020 1000 0.727 143 130

4x35 RM 32.0 2530 1000 0.524 173 160

4x50 RM 34.0 3080 1000 0.387 205 195

4x70 RM 40.0 4240 1000 0.268 252 247

4x95 RM 44.0 5430 500 0.193 303 305

4x120 RM 48.0 6660 500 0.153 346 355

4x150 RM 53.0 8100 500 0.124 390 407

4x185 RM 58.0 9750 500 0.0991 441 469

4x240 RM 66.0 12720 250 0.0754 511 551

4x300 RM 72.0 15360 250 0.0601 580 638

4x400 RM 80.0 19330 250 0.0470 663 746

21

www.demes.com

ENERGY CABLES


xx xx

ENERGY CABLES

XVB-F2 0.6/1 kVNBN IEC 502 NADNBN C30-004 F2

22

1234

APPLICATIONSUsed in fixed installation, inside buildings, in air and in cable channels.






Nominal cross

section


Net weight approx.




Air 30oC max.


1x16 RM 9.8 220 1000 1.15

1x25 RM 11.4 320 1000 1.727

1x35 RM 12.5 420 1000 0.524

1x50 RM 13.9 550 1000 0.387

1x70 RM 15.8 760 1000 0.268

1x95 RM 17.5 1020 1000 0.193

1x120 RM 19.1 1260 1000 0.153

1x150 RM 21 1530 1000 0.124

1x185 RM 23.2 1910 1000 0.0991

1x240 RM 25.7 2460 1000 0.0754

2X1.5 RE 8.9 120 1000 12.1

2X2.5 RE 9.7 150 1000 7.41

2.4 RE 10.6 190 1000 4.61

2.6 RE 11.6 250 1000 3.8

2X10 RE 13.2 350 1000 1.83

2X16 RM 16 550 1000 1.15

2X25 RM 19.6 840 1000 0.727

2X35 RM 22.8 1165 1000 0.524

A

-

-

-

-

-

-

-

-

-

23

32

42

54

75

100

127

157

1- Copper condutors 2- XLPE insulation 3- Common core covering taped or PVC filler4- Fire retardant PVC outer sheath, gray

www.demes.com


xx xx23


www.demes.com


Nominal cross

section


Net weight approx.




Air 30oC max.


3x1.5 RE 9.3 130 1000 12.1

3x2.5 RE 10.2 175 1000 7.41

3x4 RE 11.2 230 1000 4.61

3x6 RE 12.3 305 1000 3.08

3x10 RE 14 445 1000 1.83

3x16 RM 17.2 710 1000 1.15

3x25 RM 20.8 1070 1000 0.727

3x35 RM 24.4 1490 1000 0.524

3x50 SM 24.7 1600 1000 0.387

3x70 SM 27.9 2240 1000 0.268

3x95 SM 31.1 3030 1000 0.193

3x120 SM 34 3750 1000 0.153

3x150 SM 38.5 4630 500 0.124

3x185 SM 42.9 5800 500 0.0991

3x240 SM 48.2 7520 500 0.0754

3x25 RM/16RM 21.9 1230 1000 0.727

3x35 RM/16RM 25.2 1650 1000 0.524

3x50 RM/25RM 28.1 1890 1000 0.387

3x70 RM/35RM 31.2 2620 1000 0.268

3x95 RM/50RM 35.8 3570 1000 0.193

3x120 RM/70RM 39.6 4490 1000 0.153

3x150 RM/70RM 44.4 5370 500 0.124

3x185 RM/95RM 49.1 6810 500 0.0991

3x240 RM/120RM 56.3 8790 500 0.0754

23

32

42

54

75

100

127

157

192

246

299

346

399

456

538

127

157

192

246

299

346

399

456

538

4x1.5 RE 10 160 1000 12.1

4x2.5 RE 11 210 1000 7.41

4x4 RE 12.1 280 1000 4.61

4x6 RE 13.3 370 1000 3.08

4x10 RE 15.4 560 1000 1.83

4x16 RM 18.7 885 1000 1.15

4x25 RM 23 1360 1000 0.727

4x35 RM 26.8 1880 1000 0.524

4x50 SM 28.3 2120 1000 0.387

4x70 SM 31.4 2970 1000 0.268

4x95 SM 35.8 4030 1000 0.193

4x120 SM 39.8 5000 500 0.153

4x150 SM 44.6 6150 500 0.124

4x185 SM 49.3 7710 500 0.0991

4x240 SM 56.5 10010 250 0.0754

23

32

42

54

75

100

127

157

192

246

299

346

399

456

538

ENERGY CABLES


xx xx

ENERGY CABLES


24


Nominal cross

section


Net weight approx.




Air 30oC max.


5x1.5 RE 10.8 190 1000 12.1

5x2.5 RE 11.9 250 1000 7.41

5x4 RE 13.2 340 1000 4.61

5X6 RE 14.5 450 1000 3.08

5X10 RE 16.9 670 1000 1.83

5X16 RM 20.7 1090 1000 1.15

5X25 RM 26.3 1740 1000 0.727

23

32

42

54

75

100

127

7x1.5 RE 10.8 235 1000 12.1

7x2.5 RE 13 320 1000 7.41

10x1.5 RE 15.4 350 1000 12.1

10x2.5 RE 17.2 470 1000 7.41

12x1.5 RE 15.8 390 1000 12.1

12x2.5 RE 17.7 530 1000 7.41

14x1.5 RE 16.7 440 1000 12.1

14x2.5 RE 18.5 595 1000 7.41

16x1.5 RE 17.6 490 1000 12.1

16x2.5 RE 20 690 1000 7.41

19x1.5 RE 18.4 550 1000 12.1

19x2.5 RE 21 780 1000 7.41

24x1.5 RE 21.8 710 1000 12.1

27x1.5 RE 22.2 770 1000 12.1

30x1.5 RE 23.1 840 1000 12.1

37X1.5RE 24.8 990 1000 12.1

17

24

14

19

14

18

12

16

11

16

10

14

9

13

8

8

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xx xx25

EXVB 0.6/1 kVNBN HD 603-5A

NBN C30-004 F1

1- Copper condutors 2- XLPE insulation3- PVC filler 4- PVC outer sheath, black

www.demes.com

1234

APPLICATIONSUsed in fixed installation, inside buildings, in air and in pipes.






2x1.5 RE 11.2 180 1000 12.1

2x2.5 RE 12 215 1000 7.41

2x4 RE 12.8 260 1000 4.61

2X6 RE 13.8 320 1000 3.08

2X10 RE 15.4 440 1000 1.83

2X16 RM 17.8 635 1000 1.15

2X25 RM 21.2 935 1000 0.727

2x35 RM 23.8 1220 1000 0.524

23

32

42

54

75

100

127

157


Nominal cross

section


Net weight approx.




Air 30oC max.

ENERGY CABLES


xx

ENERGY CABLES

EXVB 0.6/1 kVNBN HD 603-5ANBN C30-004 F1

26


Nominal cross

section


Net weight approx.




Air 30oC max.


3x1.5 RE 11.6 195 1000 12.1

3x2.5 RE 12.5 245 1000 7.41

3x4 RE 13.4 305 1000 4.61

3X6 RE 14.5 385 1000 3.08

3X10 RE 16.2 535 1000 1.83

3X16 RM 19 795 1000 1.15

3X25 RM 22.6 1180 1000 0.727

3x35 RM 25.4 1550 1000 0.524

3X50 SM 28.8 2055 1000 0.387

3X70 SM 30.7 2585 1000 0.268

3X95 SM 33.9 3400 1000 0.193

3X120 SM 36.8 4135 1000 0.153

3X150 SM 41.7 5190 500 0.124

3X185 SM 46.1 6445 500 0.0991

3x240 SM 51.8 8319 500 0.0754

23

32

42

54

75

100

127

157

192

246

299

346

399

456

538

4x1.5 RE 10 160 1000 12.1

4x2.5 RE 11 210 1000 7.41

4X4 RE 12.1 280 1000 4.61

4X6 RE 13.3 370 1000 3.08

4X10 RE 15.4 560 1000 1.83

4X16 RM 18.7 885 1000 1.15

4X25 RM 23 1360 1000 0.727

4X35 RM 26.8 1880 1000 0.524

4X50 SM 28.3 2120 1000 0.387

4X70 SM 31.4 2970 1000 0.268

4X95 SM 35.8 4030 1000 0.193

4X120 SM 39.8 5000 500 0.153

4X150 SM 44.6 6150 500 0.124

4X185 SM 49.3 7710 500 0.0991

4X240 SM 56.5 10010 250 0.0754

23

32

42

54

75

100

127

157

192

246

299

346

399

456

538

www.demes.com


27

EXVB 0.6/1 kVNBN HD 603-5A

NBN C30-004 F1


Nominal cross

section


Net weight approx.




Air 30oC max.


5x1.5 RE 10.8 190 1000 12.1

5x2.5 RE 11.9 250 1000 7.41

5x4 RE 13.2 340 1000 4.61

5X6 RE 14.5 450 1000 3.08

5X10 RE 16.9 670 1000 1.83

5X16 RM 20.7 1090 1000 1.15

5X25 RM 26.3 1740 1000 0.727

23

32

42

54

75

100

127

7x1.5 RE 10.8 235 1000 12.1

7x2.5 RE 13 320 1000 7.41

10x1.5 RE 15.4 350 1000 12.1

10x2.5 RE 17.2 470 1000 7.41

12x1.5 RE 15.8 390 1000 12.1

12x2.5 RE 17.7 530 1000 7.41

14x1.5 RE 16.7 440 1000 12.1

14x2.5 RE 18.5 595 1000 7.41

16x1.5 RE 17.6 490 1000 12.1

19x2.5 RE 20 690 1000 7.41

19x1.5 RE 18.4 550 1000 12.1

19x2.5 RE 21 780 1000 7.41

24x1.5 RE 21.8 710 1000 12.1

27x1.5 RE 22.2 770 1000 12.1

30x1.5 RE 23.1 840 1000 12.1

37x1.5 RE 24.8 990 1000 12.1

17

24

14

19

14

18

12

16

11

16

10

14

9

13

8

8

ENERGY CABLES


28

ENERGY CABLES

CBT






123

1- Solid or stranded bare copper conductor2- PVC insulation3- PVC outer sheath


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

2x1 7.36 62 1000 18.1 28 19

2x1.5 7.90 77 1000 12.1 32 20

2x2.5 8.70 102 1000 7.41 42 27

2x4 10.40 146 1000 4.61 54 37

2x6 11.60 195 1000 3.08 68 48

2x10 13.10 277 1000 1.83 90 66

2x16 16.00 418 1000 1.15 116 89

2x25 19.10 639 1000 0.727 150 118

2x35 21.20 829 1000 0.524 181 145

2x50 24.60 1118 1000 0.387 215 176

3x1 7.75 79 1000 18.1 28 19

3x1.5 8.33 100 1000 12.1 26 18

3x2.5 9.20 136 1000 7.41 34 25

3x4 11.02 196 1000 4.61 44 34

3x6 12.31 266 1000 3.08 56 43

3x10 13.93 386 1000 1.83 75 60

3x16 17.05 586 1000 1.15 98 80

3x25 20.49 912 1000 0.727 128 106

3x35 22.75 1189 1000 0.524 157 131

3x50 26.40 1609 1000 0.387 185 159

www.demes.com


29

Technical Data CBT


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

4x1 8.38 97 1000 18.1 28 19

4x1.5 9.03 124 1000 12.1 26 18

4x2.5 10.00 171 1000 7.41 34 25

4x4 12.02 248 1000 4.61 44 34

4x6 13.47 340 1000 3.08 56 43

4x10 15.48 506 1000 1.83 75 60

4x16 18.95 768 1000 1.15 98 80

4x25 22.98 1212 1000 0.727 128 106

4x35 22.20 1558 1000 0.524 157 131

4x50 29.37 2119 1000 0.387 185 159

5x1 9.06 120 1000 18.1 28 19

5x1.5 9.79 153 1000 12.1 26 18

5x2.5 11.07 219 1000 7.41 34 25

5x4 13.10 311 1000 4.61 44 34

5x6 14.92 436 1000 3.08 56 43

5x10 15,94 637 1000 1.83 75 60

5x16 20.99 983 1000 1.15 98 80

5x25 25.24 1534 1000 0.727 128 106

5x35 28.14 2009 1000 0.524 157 131

5x50 32.86 2738 1000 0.387 185 159

5x70 37.45 3777 1000 0.268 228 202

5x95 42.78 5094 500 0.193 275 244

5x120 47.30 6407 500 0.153 313 282

5x150 52.05 7733 500 0.124 353 324

5x185 57.75 9666 500 0.0991 399 371

3x16+10 18.13 711 1000 1.15 98 80

3x25+16 21.87 1102 1000 0.727 128 106

3x35+16 23.69 1374 1000 0.524 157 131

3x50+25 27.80 1913 1000 0.387 185 159

3x70+35 31.19 2591 1000 0.268 228 202

3x95+50 35.91 3517 1000 0.193 275 244

3x120+70 40.24 4528 1000 0.153 313 282

3x150+70 43.43 5307 500 0.124 353 324

3x185+95 48.51 6717 500 0.0991 399 371

3x240+120 56.78 8796 500 0.0754 464 436

ENERGY CABLES


30

YVZ4V TS IEC 60502 - 1NYBY VDE 0271Cu/PVC/STA/PVC

APPLICATIONSCables are applied for power distribution in networks, industrial plants and on the places where mechanical

damages are expected. Suitable for indoor and outdoor installations and direct burial.





1234

5

1- Stranded bare copper conductor2- PVC insulation3- PVC filler4- Double galvanized steel tapes applied helically overlap armour5- PVC outer sheath


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

2x1.5 RM 12.5 270 12.10 1000 22 22

2x2.5 RM 13.0 320 7.41 1000 29 31

2x4.0 RM 15.0 420 4.61 1000 37 41

2x6.0 RM 16.5 520 3.08 1000 46 53

2x10 RM 18.5 680 1.83 1000 60 72

2x16 RM 20.5 880 1.15 1000 78 97

2x25 RM 23.5 1220 0.727 1000 99 128

2x35 RM 25.5 1520 0.524 1000 119 157

2x50 RM 29.0 2010 0.387 1000 140 190

2x70 RM 33.0 2640 0.268 1000 173 241

2x95 RM 38.5 3860 0.193 1000 204 291

2x120 RM 42.0 4700 0.153 1000 231 336

2x150 RM 46.0 5600 0.124 1000 261 386

2x185 RM 50.5 6810 0.0991 500 292 439

2x240 RM 59.0 9050 0.0754 500 336 516

2x300 RM 65.5 11310 0.0601 500 379 592

2x400 RM 72.5 13860 0.0470 500 - 683

www.demes.com


31


Nominal cross

section


Net weight approx.






3x2.5 RM 14.0 360 7.41 1000 24 26

3x4.0 RM 16.0 480 4.61 1000 30 35

3x6.0 RM 17.5 600 3.08 1000 38 45

3x10 RM 19.5 800 1.83 1000 50 62

3x16 RM 21.5 1050 1.15 1000 64 83

3x25 RM 24.5 1490 0.727 1000 82 110

3x35 RM 27.5 1910 0.524 1000 98 135

3x50 RM 31.0 2510 0.387 1000 116 163

3x70 RM 35.0 3330 0.268 1000 143 207

3x95 RM 41.0 4820 0.193 1000 169 251

3x120 RM 45.0 5950 0.153 500 192 290

3x150 RM 49.0 7060 0.124 500 217 332

3x185 RM 54.0 8610 0.0991 500 243 378

3x240 RM 63.0 11450 0.0754 250 280 445

3x300 RM 70.5 14430 0.0601 250 316 510

3x400 RM 77.5 17730 0.0470 250 - 590

4x1.5 RM 14.0 340 12.10 1000 18 19

4x2.5 RM 15.0 410 7.41 1000 24 26

4x4.0 RM 17.5 580 4.61 1000 30 35

4x6.0 RM 19.0 700 3.08 1000 38 45

4x10 RM 21.0 960 1.83 1000 50 62

4x16 RM 23.0 1270 1.15 1000 64 83

4x25 RM 27.5 1850 0.727 1000 82 110

4x35 RM 30.0 2350 0.524 1000 98 135

4x50 RM 34.0 3110 0.387 1000 116 163

4x70 RM 40.0 4570 0.268 1000 143 207

4x95 RM 45.0 6000 0.193 1000 169 251

4x120 RM 49.5 7400 0.153 500 192 290

4x150 RM 54.0 8790 0.124 500 217 332

4x185 RM 60.0 10800 0.0991 500 243 378

YVZ4V TS IEC 60502 - 1NYBY VDE 0271

Cu/PVC/STA/PVC

ENERGY CABLES


32


Nominal cross

section


Net weight approx.




Air 30oC max.


Solid 20oC max.

5x1.5 RM 14.5 390 12.10 1000 - -

5x2.5 RM 16.0 470 7.41 1000 - -

5x4.0 RM 19.0 680 4.61 1000 - -

5x6.0 RM 20.0 830 3.08 1000 - -

5x10 RM 23.0 1140 1.83 1000 - -

5x16 RM 25.0 1520 1.15 1000 - -

5x25 RM 30.0 2240 0.727 1000 - -

5x35 RM 33.0 2860 0.524 1000 - -

5x50 RM 39.0 4210 0.387 1000 - -

5x70 RM 44.0 5550 0.268 1000 - -

5x95 RM 50.0 7330 0.193 1000 - -

5x120 RM 55.0 9180 0.153 500 - -

5x150 RM 60.0 10890 0.124 500 - -

5x185 RM 67.0 13480 0.0991 500 - -

5x240 RM 78.0 17900 0.0754 250 - -

3x6+4 RM 18.5 700 3.08 1000 - -

3x10+6 RM 20.5 930 1.83 1000 - -

3x16+10 RM 22.5 1250 1.15 1000 - -

3x25+16 RM 26.0 1750 0.727 1000 - -

3x35+16 RM 28.5 2140 0.524 1000 - -

3x50+25 RM 32.5 2900 0.387 1000

3x70+35 RM 38.0 4240 0.268 1000 - -

3x95+50 RM 43.0 5550 0.193 1000

3x120+70 RM 47.0 6970 0.153 500 - -

3x150+70 RM 50.5 7980 0.124 500

3x185+95 RM 56.0 9960 0.0991 500 - -

3x240+120 RM 65.0 12830 0.0754 250 - -

YVZ4V TS IEC 60502 - 1NYBY VDE 0271Cu/PVC/STA/PVC

www.demes.com


33

SOLAR

1- Stranded tinned copper conductor2- Special insulation3- Special outer sheath

APPLICATIONSPV1-F is a PV cable for the interconnection of solar moduls, panel strings and inverters.These cables are

designed for connecting photovoltaic system components. Cable may be used indoor, outdoor and in pipe

laying. Not suitable for direct burying in ground.



123

1x1.5 6.0 55 13.30 1000

1x2.5 6.5 65 7.98 1000

1x4.0 7.0 85 4.95 1000

1x6.0 7.5 110 3.30 1000

1x10 9.5 175 1.91 1000

1x16 11.0 255 1.21 1000

1x25 12.5 350 0.780 1000

1x35 13.5 450 0.554 1000

Nominal cross

section

mm2

Overall diameter

approx.

mm

Net weight

approx.

kg/km

Standard delıvery

lengt

Ω/km

Conductor DC

resistance at

20°C

m

5x1.5 RM 14.5 390 12.10 1000 - -

5x2.5 RM 16.0 470 7.41 1000 - -

5x4.0 RM 19.0 680 4.61 1000 - -

5x6.0 RM 20.0 830 3.08 1000 - -

5x10 RM 23.0 1140 1.83 1000 - -

5x16 RM 25.0 1520 1.15 1000 - -

5x25 RM 30.0 2240 0.727 1000 - -

5x35 RM 33.0 2860 0.524 1000 - -

5x50 RM 39.0 4210 0.387 1000 - -

5x70 RM 44.0 5550 0.268 1000 - -

5x95 RM 50.0 7330 0.193 1000 - -

5x120 RM 55.0 9180 0.153 500 - -

5x150 RM 60.0 10890 0.124 500 - -

5x185 RM 67.0 13480 0.0991 500 - -

5x240 RM 78.0 17900 0.0754 250 - -

ENERGY CABLES


34

APPLICATIONSThese cables are used to control the display sequence of the traffic signals.




1- Solid bare copper conductor2- PVC insulation3- PVC filler4- Galvanized steel wires5- PVC outer sheath

4x1.0 RE 11.6 307 -

8x1.0 RE 14.5 455 -

8x1.5 RE 15.4 525 -

12x1.0 RE 17.0 665 -

12x1.5 RE 18.0 765 -

16x1.0 RE 18.3 785 -

16x1.5 RE 19.6 930 -

20x1.0 RE 19.8 905 -

20x1.5 RE 21.2 1065 -

1.0 - - 18.1

1.5 - - 12.1

12345

TRAFFIC SIGNALSARMOURED AND MULTICOREBS 6346

mm2 mm kg/km Ω/km

Nominal crosssection


Net weightapprox.

Conductor DC resistance at 20oC

www.demes.com


35

NYIFY




1- Solid or stranded bare copper conductor2- PVC insulation3- PVC outer sheath

2x1.00 RE 10.0x3.8 50 18.10

2x1.5 RE 10.2x3.9 65 12.10

2x2.5 RE 12.5x5.0 100 7.41

2x4 RE 13.7x5.6 130 4.61

2x6 RE 15.5x6.5 185 3.08

3x1.00 RE 13.2x3.7 70 18.10

3x1.5 RE 14.6x4.2 95 12.10

3x2.5 RE 17.0x5.0 150 7.41

3x4 RE 19.0x5.7 195 4.61

3x6 RE 21.6x6.5 275 3.08

123

mm2 mm kg/km Ω/km



Net weightapprox.

Conductor DC resistance at 20oC

ENERGY CABLES


36

SPLIT CONCENTRIC BS 7870

1- Stranded bare copper conductor2- PVC Insulation3- PVC outer sheath4- PVC insulation5- PVC string6- Solid bare copper conductor7- Polyester tape8- PVC outer sheath

APPLICATIONSCables can be used for distribution, generation utilities, household and street lightning, suitable for fixed

installation in direct burial.



1235 4678

1x4x4x4 10.5 210 4.61 1000

1x16x16x16 15.5 630 1.15 1000

1x25x25x25 18.5 890 0.727 1000

mm2 mm kg/km Ω/km

Standard delivery

length

m

Nominal cross

sectionOverall diameter

approx.

Net weight

approx.

Conductor DC resistance at

20oC

www.demes.com


37

APPLICATIONSHalogen-free power cables with enhanced characteristics in case of fire are used for applications where harm

to human life and damage to property must be prevented in the event of fire, e.g. in industrial installations,

communal establishments, hotels, airports, underground stations, railway stations, hospitals department stores,

banks, schools theaters, multi-storey buildings, process control centres etc. Suitable for fixed installation in dry,

damp or wet environments, in, above, on and beneath plaster as well as in masonary walls and in concrete.

These cables are suitable for outdoor applications and in underground by using in conduits or tubes.




FIRE PERFORMANCEFlame retardent IEC 60332-1, DIN EN 50265-1/-2-1, VDE 0482 P265-1/-2-1

No flame propagation IEC 60332-3-10/-3-24, DIN EN 50266-1/-2-4, VDE 0482 P266-1/-2-4

MATERIAL PROPERTIES FOR HALOGEN FREEHalogen-free : IEC 60754-1, VDE 0482 P267-2-1, DIN EN50267-2-1

No corrosive acid gases : IEC 60754-2, VDE 0482 P267-2-2, DIN EN 50267-2-2

Low smoke emission : IEC 61034-1/-2, VDE 0482 P268-1/-2, DIN EN 50268-1/-2

N2XHDIN VDE 0276 - 604

1- Solid or stranded plain copper conductor2- XLPE insulation 3- Low smoke and zero halogen filler compound 4- Low smoke and zero halogen outer sheath (sheath colour : black) 1234

ENERGY CABLES


38

N2XHDIN VDE 0276-604

1X4 9 38 4.61

1X6 10 58 3.08

1X10 11 96 1.83

1X16 12 270 1.15

1X25 14 240 0.727

1X35 15 336 0.524

1X50 16 480 0.387

1X70 18 672 0.268

1X95 20 912 0.193

1X120 22 1152 0.153

1X150 24 1440 0.124

1X185 26 1776 0.0991

1X240 29 2304 0.0754

2X1.5 12.0 29 12.10

2X2.5 12.3 48 7.41

2X4 13.0 77 4.61

2X6 14.0 115 3.08

2X10 16.0 192 1.83

2X16 18.0 307 1.15

2X25 23.0 480 0.727

3X1.5 12 43 12.10

3X2.5 13 72 7.41

3X4 14 115 4.61

3X6 15 173 3.08

3X10 16 288 1.83

3X16 20 461 1.15

3X25 22 720 0.727

4X1.5 13 58 12.10

4X2.5 14 96 7.41

4X4 15 154 4.61

4X6 16 230 3.08

4X10 18 384 1.83

4X16 20 614 1.15

4X25 26 960 0.727

5X1.5 14 243 12.10

5X2.5 15 310 7.41

5X4 16 413 4.61

5X6 17 536 3.08

5X10 19 776 1.83

5X16 22 1165 1.15

5X25 25 1766 0.727

mm2 mm kg/km Ω/km



Net weightapprox.


20oC

www.demes.com


39

TT- PVCSEV 1101.1991






1234

1- Solid or stranded bare copper conductor2- PVC insulation3- Extruded PVC4- PVC outer sheath

ENERGY CABLES


40

TT- PVCSEV 1101.1991


mm2 mm kg/km Ω/km m


Net weightapprox.


20oC

Standard deliverylength

2x1.5 RE 10.4 190 12.10 1000

3x1.5 RE 11.0 220 12.10 1000

4x1.5 RE 11.6 260 12.10 1000

5x1.5 RE 12.7 300 12.10 1000

6x1.5 RE 13.6 350 12.10 1000

7x1.5 RE 13.6 360 12.10 1000

8x1.5 RE 14.8 420 12.10 1000

10x.5 RE 16.4 510 12.10 1000

12x1.5 RE 16.8 560 12.10 1000

16x1.5 RE 18.6 690 12.10 1000

21x1.5 RE 20.4 850 12.10 1000

27x1.5 RE 23.1 1080 12.10 1000

2x2.5 RE 11.7 250 7.41 1000

3x2.5 RE 12.5 300 7.41 1000

4x2.5 RE 13.5 360 7.41 1000

5x2.5 RE 14.4 410 7.41 1000

7x2.5 RE 15.6 490 7.41 1000

3x4 RE 13.7 380 4.61 1000

5x4 RE 15.8 530 4.61 1000

7x4 RE 17.0 630 4.61 1000

3x6 RE 14.8 470 3.08 1000

4x6 RE 16.0 560 3.08 1000

5x6 RE 17.4 670 3.08 1000

3x10 RM 18.4 730 1.83 1000

5x10 RM 22.4 1100 1.83 1000

5x16 RM 25.0 1490 1.15 1000

www.demes.com


41

5 1234

TT-CLT (PVC)SEV 1101.1991

1- Solid or stranded bare copper conductor2- PVC insulation3- PVC filler4- Double galvanized steel tapes applied helically overlap5- PVC outer sheath





Test Voltage : 3.5 kV

ENERGY CABLES


42

TT-CLT (PVC)SEV 1101.1991




Net weightapprox.



2x1.5 RE 10.4 190 12.10 1000

3x1.5 RE 11.0 220 12.10 1000

4x1.5 RE 11.6 260 12.10 1000

5x1.5 RE 12.7 300 12.10 1000

6x1.5 RE 13.6 350 12.10 1000

7x1.5 RE 13.6 360 12.10 1000

8x1.5 RE 14.8 420 12.10 1000

10x1.5 RE 16.4 510 12.10 1000

12x1.5 RE 16.8 560 12.10 1000

16x1.5 RE 18.6 690 12.10 1000

21x1.5 RE 20.4 850 12.10 1000

27x1.5 RE 23.1 1080 12.10 1000

2x2.5 RE 11.7 250 7.41 1000

3x2.5 RE 12.5 300 7.41 1000

4x2.5 RE 13.5 360 7.41 1000

5x2.5 RE 14.4 410 7.41 1000

7x2.5 RE 15.6 490 7.41 1000

3x4 RE 13.7 380 4.61 1000

5x4 RE 15.8 530 4.61 1000

7x4 RE 17.0 630 4.61 1000

3x6 RE 14.8 470 3.08 1000

4x6 RE 16.0 560 3.08 1000

5x6 RE 17.4 670 3.08 1000

3x10 RM 18.4 730 1.83 1000

5x10 RM 22.4 1100 1.83 1000

5x16 RM 25.0 1490 1.15 1000

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43

NN-CLN (LS0H)SEV TP 20B/3C-d

1- Solid or stranded bare copper conductor2- Low smoke and zero halogen3- Halegen free filler4- Double galvanized steel tapes applied helically overlap5- Low smoke and zero halogen



TECHNICAL DATAMaximum short circuit temperature 90°C


Test Voltage : 3.5 kV

FIRE PERFORMANCEFlame retardant : IEC 60332-1, DIN EN 50265-1/-2-1, VDE 0482 P265-1/2-1

No flame propagation : IEC 60332-3-10/-3-24, DIN EN 50266-1/-2-4, VDE 0482 P266-1/-2-4


No corrosive gases : IEC 60754-2, VDE 0482 P267-2-2, DIN EN 50267-2-2


12345

ENERGY CABLES


44





Net weightapprox.



2x1.5 RE 10.0 180 12.10 1000

3x1.5 RE 10.5 210 12.10 1000

4x1.5 RE 11.3 240 12.10 1000

5x1.5 RE 12.3 280 12.10 1000

6x1.5 RE 13.3 330 12.10 1000

7x1.5 RE 13.3 340 12.10 1000

8x1.5 RE 14.7 400 12.10 1000

12x1.5 RE 17.0 540 12.10 1000

16x1.5 RE 18.7 670 12.10 1000

21x1.5 RE 20.7 830 12.10 1000

27x1.5 RE 23.3 1050 12.10 1000

2x2.5 RE 11.2 240 7.41 1000

3x2.5 RE 12.0 280 7.41 1000

4x2.5 RE 13.0 330 7.41 1000

5x2.5 RE 13.8 380 7.41 1000

6x2.5 RE 15.2 450 7.41 1000

7x2.5 RE 15.2 460 7.41 1000

12x2.5 RE 19.4 750 7.41 1000

21x2.5 RE 24.0 1180 7.41 1000

27x2.5 RE 27.1 1500 7.41 1000

33x2.5 RE 29.1 1760 7.41 1000

2x4 RE 12.6 310 4.61 1000

3x4 RE 13.4 360 4.61 1000

5x4 RE 15.7 510 4.61 1000

17.0 610 4.61 1000

12x4 RE 22.4 1050 1000

3x6 RE 14.7 3.08 1000

4x6 RE 16.0 550 1000

5x6 RE 17.6 670 3.08 1000

6x6 RE 19.3 800 3.08 1000

7x6 RE 19.3 830 3.08 1000

8x6 RE 21.7 1010 3.08 1000

10x6 RE 24.6 1280 3.08 1000

12x6 RE 25.4 1420 3.08 1000

3x10 RM 18.7 730 1.83 1000

4x10 RM 20.6 900 1.83 1000

5x10 RM 22.5 1080 1.83 1000

7x10 RM 24.6 1330 1.83 1000

8x10 RM 27.7 1630 1.83 1000

3x16 RM 21.5 1020 1.15 1000

4x16 RM 23.7 1260 1.15 1000

5x16 RM 26.2 1540 1.15 1000

7x4 RE

460

4.61

3.08

www.demes.com


45





Net weightapprox.



4x25 RM 28.1 1820 0.727 1000

5x25 RM 30.8 2220 0.727 1000

4x35 RM 32.1 2420 0.524 1000

5x35 RM 35.4 2970 0.524 1000

4x50 RM 37.4 3540 0.387 1000

5x50 RM 41.4 4330 0.387 1000

4x70 RM 43.4 4820 0.268 500

5x70 RM 48.0 5890 0.268 500

4x95 RM 49.0 6320 0.193 500

5x95 RM 54.5 7800 0.193 500

ENERGY CABLES


46 xx

ENERGY CABLES

FE0 WITH FILLER(LS0H)SEV TP 20B/3C-d






FIRE PERFORMANCEFlame retardant : IEC 60332-1, DIN EN 50265-1/-2-1, VDE 0482 P265-1/2-1


No corrosive gases : IEC 60754-2, VDE 0482 P267-2-2, DIN EN 50267-2-2


1234

1- Solid or stranded bare copper conductor2- Low smoke zero halogen3- Extruded halogen free4- Low smoke zero halogen


47

FE0 WITH FILLER (LS0H)SEV TP 20B/3C-d




Net weightapprox.



2x1.5 RE 7.5 88.0 12.10 1000

3x1.5 RE 8.0 105.0 12.10 1000

4x1.5 RE 8.7 127.0 12.10 1000

5x1.5 RE 9.5 154.0 12.10 1000

6x1.5 RE 10.3 185.0 12.10 1000

7x1.5 RE 10.3 185.0 12.10 1000

8x1.5 RE 11.6 231.0 12.10 1000

10x1.5 RE 13.1 298.0 12.10 1000

12x1.5 RE 13.5 327.0 12.10 1000

16x1.5 RE 15.1 427.0 12.10 1000

21x1.5 RE 17.2 554.0 12.10 1000

2x2.5 RE 8.6 125.0 7.41 1000

3x2.5 RE 9.1 149.0 7.41 1000

4x2.5 RE 10.0 182.0 7.41 1000

5x2.5 RE 10.8 219.0 7.41 1000

7x2.5 RE 11.9 274.0 7.41 1000

12x2.5 RE 16.3 510.0 7.41 1000

3x4 RE 10.4 210.0 4.61 1000

5x4 RE 12.5 315.0 4.61 1000

7x4 RE 13.7 397.0 4.61 1000

3x6 RE 12.3 304.0 3.08 1000

4x6 RE 13.4 370.0 3.08 1000

5x6 RE 14.9 464.0 3.08 1000

7x6 RE 16.3 585.0 3.08 1000

3x10 RM 15.7 502.0 1.83 1000

4x10 RM 17.4 623.0 1.83 1000

5x10 RM 19.1 766.0 1.83 1000

7x10 RM 21.5 998.0 1.83 1000

4x16 RM 20.7 941.0 1.15 1000

5x16 RM 23.0 1167.0 1.15 1000

7x16 RM 25.4 1488.0 1.15 1000

4x25 RM 24.9 1416.0 0.727 1000

5x25 RM 27.5 1755.0 0.727 1000

4x35 RM 28.8 1924.0 0.524 1000

5x35 RM 32.2 2415.0 0.524 1000

4x50 RM 32.9 2574.0 0.387 1000

5x50 RM 36.5 3200.0 0.387 1000

4x70 RM 38.5 3612.0 0.268 500

5x70 RM 42.7 4484.0 0.268 500

4x95 RM 43.7 4861.0 0.193 500

5x95 RM 48.8 6978.0 0.193 500

xx

ENERGY CABLESwww.demes.com

ENERGY CABLES

48

www.demes.com

xx

ENERGY CABLES


SYMBOL KEY ACCORDING TO HD 361 S3

Harmonized Type

National Type

Rated Voltage Uo/U

100/100 V

300/300 V

300/500 V

450/750 V

Insulation/Outher Sheath

Ethylene Propylene Rubber (EPR)

Ethylene Vinyl Acetate (EVA)

Glass Fibre Braiding

Mineral

Poly Chloro Pren (PCP)

Polychloroprene Special Compound (HD 22.6)

Chlorosulphanated Polyethylene (CPS)

Water-resistant Special Polychloroprene (PCP)

Polyurethane

Polyamide

Natural Rubber

Silicone Rubber

Textile Braiding

Polyvinilchloride (PVC)

90o C AmbientTemperature-resistant Polyvinilchloride (PVC)

Low-temperature Resistant Polyvinilchloride (PVC)

Cross-Linked (Vulcanized) Polyvinilchloride (XLPVC)

Oil-Resistant Polyvinilchloride (PVC)

Polyethylene Based, No Corrosive Gas Creating While

Burning, Low Smoke Density Cross Linked (Vulcanized)

Polyethylene Based, No Corrosive Gas Creating While

Burning, Low Smoke Density Thermoplastic Compound

Metallic Screen

Concentric Copper Wire

Copper Wire Braiding

Constructional Features

Divisible Flat Cables (Sheathed or unsheathed)

Undivisible Flat Cables (Sheathed)

Three or More Cored Sheathed Flat Cables

Conductor Structure

Solid (Class 1)

Stranded (Class 2)

Fine-stranded Flexible for Fixed Installations (Class 5)

Fine-stranded Flexible for Mobile Installations (Class 5)

High Twistable Flexible (Class 6)

Tinsel Conductor

No of Cores

Without Green/Yellow Core

With Green/Yellow Core

Rated Cross-section of Conductor (mm²)

H

A

01

03

05

07

B

G

J

M

N

N2

N4

N8

Q

Q4

R

S

T

V

V2

V3

V4

V5

Z

Z1

C

C4

H

H2

H6

U

R

K

F

H

Y

..

X

G

..

www.demes.com


49

DESCRIPTION

TS VDE EXPLANATION

621 0276

A A Aluminum conductor

V Y Polyvinycloride insulation or sheath

S S Copper shield

SH SE Metallic screen (copper) over each core

M C Concentric copper conductor

E 2Y Polyethylene

E3 2X Cross-linked polyethylene

Ş F Galvanized flat steel wire armour

O R Galvanized round steel wire armour

G Steel tape helix (for F and R)

ş s Sector-shaped conductor

ş v Compacted conductor (since these cables have stranded copper conductors letter

“ç” is not used wherever letter “ş” is employed)

ç rm Stranded conductors

W Resistant to heat and corrosion

0250

Y Thermoplastic insulation material (PVC)

S Metallic screen

G Rubber insulation

2G Resistant to heat

W Resistant to open air conditions

u Flame retardant

AF Twisted cable

B Metal Sheath (lead)

T Pilot core as textile, steel or similar

ö Resistant to oil

J Green/yellow conductor for earthing.

xx


50

www.demes.com

xx

ENERGY CABLES


TECHNICAL DATA

2.5 4.2 178 291 466 695 1162

103 169 271 404 675 1063

3 5 150 244 391 584 976 1536

87 142 227 339 567 892 1391

3.5 5.9 127 207 331 495 827 1302

73 120 192 287 480 756 1180

4 6.7 111 182 292 435 728 1146

65 106 169 253 423 666 1038

4.5 7.5 100 163 261 389 650 1024

58 94 51 226 378 595 927 1266

5 8.4 89 145 233 347 581 914 1425

51 84 135 202 337 531 828 1130

6 10.1 74 121 193 289 483 760 1185

43 70 112 168 280 442 689 940 1247

7 11.8 63 103 165 247 413 651 1015

36 60 96 143 240 378 590 805 1067

8 13.5 55 90 145 216 361 569 887 1210

32 52 84 125 210 330 515 703 932 1301

9 15.2 49 80 128 192 321 505 787 1075

28 46 74 111 186 293 457 625 828 1155

10 16.8 44 72 116 173 290 457 712 972 1290

25 42 67 101 168 265 414 565 750 1045

12 20 37 61 97 146 244 384 598 817 1038

21 35 56 84 141 223 347 474 630 878 1166

14 23 32 53 85 127 212 334 520 710 942 1315

18 30 49 73 123 194 302 413 547 764 1014

16 27 45 72 108 180 284 443 605 802 1120

26 42 62 105 165 257 351 466 650 863 1053

18 30 40 65 97 162 256 399 544 722 1007

23 37 56 94 148 231 316 419 585 777 948 1119

20 33 37 59 88 147 232 362 495 656 916 1216

21 34 51 85 135 210 287 381 532 706 862 1017

22 37 52 78 131 207 323 441 585 817 1058

30 45 76 120 288 256 340 475 630 769 907 1072

25 42 46 69 116 182 285 389 516 719 955 1165

27 40 67 106 165 226 299 418 555 677 799 944 1156

30 50 58 97 153 239 326 433 605 802 979 1155

33 56 89 139 182 251 351 466 569 671 793 971 1124

35 59 82 130 202 277 367 512 680 830 979 1157

48 75 117 161 213 297 395 482 569 672 823 952

COS= 0.9 mm²

KW A 1.5 2.5 4 6 10 16 25 35 50 70 95 120 150 185 240 300

Max. Lengths for PVC insulated, 06/1 kV cables with copper conductors sustained power at specific voltage drops.

Power CurrentLoad

3-380 V.Voltage drops %5Voltage drops %3


51

TECHNICAL DATA

40 67 72 114 178 243 323 451 599 730 862 1018

42 66 103 141 187 262 348 425 501 592 725 838

45 76 101 157 215 285 397 528 644 760 898 1100

58 91 124 165 231 306 374 442 522 639 739

50 84 91 142 194 258 359 477 582 668 812 995 1151

53 82 113 149 209 277 338 400 472 578 669

55 93 82 128 175 233 325 431 527 621 734 898 1040

48 74 102 135 188 250 305 361 426 522 604

60 101 118 161 214 299 397 484 572 675 827 957

68 94 124 173 230 281 332 392 481 556

70 118 101 130 183 256 340 414 487 578 708 819

58 80 106 148 197 241 284 336 411 476

76 126 95 129 172 339 318 388 458 541 633 767

55 75 99 139 185 225 266 314 385 446

80 135 121 160 223 297 362 427 505 619 716

70 93 172 210 248 293 360 416

90 152 107 142 198 264 322 380 449 549 636

62 82 115 153 187 220 261 319 369

100 169 128 178 237 289 341 403 495 572

74 103 138 168 198 234 287 332

110 185 117 163 216 264 312 369 451 522

68 94 126 153 181 214 262 303

130 219 138 183 223 263 311 381 441

80 106 129 153 181 221 256

133 224 134 179 218 257 304 373 431

78 104 127 149 177 216 250

150 253 158 193 228 269 310 382

92 112 132 156 192 222

160 270 148 181 213 252 309 358

86 105 124 149 179 208

180 303 161 190 225 275 319

93 110 130 160 185

200 337 171 202 248 286

99 117 144 166

205 346 166 197 241 279

97 114 140 162

230 288 175 215 249

102 125 145

270 456 183 212

106 123

280 472 205

119

290 490 197

114

300 506 111

187

305 515 109

COS= 0.9 mm²

KW A 1.5 2.5 4 6 10 16 25 35 50 70 95 120 150 185 240 300

xx


52

www.demes.com

xx

ENERGY CABLES


Drum CapacitiesTECHNICAL DATA

TYPE Diameter mm Width mm Carrying Capacity Empty

d1 d2 d4 L1 L4

061 06 630 315 56 415 315 250 17

071 07 710 355 80 525 400 400 27

081 08 800 400 80 525 400 600 33

091 09 900 450 80 685 560 800 46

101 10 1000 500 80 685 560 900 57

121 12 1250 630 80 870 666 1700 119

141 14 1400 710 80 870 660 2000 154

161 16/8 1600 800 80 1100 844 3000 254

162 16/10 1600 1000 80 1100 835 3000 269

181 18/10 1800 1000 100 1100 835 4000 334

182 18/12 1800 1250 100 1100 825 4000 352

201 20/12 2000 1250 100 1345 1345 5000 524

202 20/14 2000 1400 100 1345 1035 5000 524

221 22/14 2240 1400 125 1475 1140 6000 704

222 22/16 2240 1600 125 1475 1130 6000 738

250 25/14 2500 1600 125 1475 1140 7500 839

251 25/16 2500 1600 125 1475 1130 7500 872

252 25/18 2500 1800 125 1475 1120 7500 909

281 28/18 2800 1800 140 1635 1280 10000 1121

282 28/20 2800 2000 140 1635 1270 10000 1166

Standard Drums Dimensions

61 1113 472 253 179 93 - - -

71 2024 892 468 297 165 - - -

81 2755 1152 643 430 219 151 - -

91 - 2202 1206 749 402 285 162 -

101 - - 1540 1000 576 365 220 -

121 - - - 1991 1139 688 450 249

141 - - - 2479 1352 839 564 327

161 - - - - 2435 1608 1025 549 319

181 - - - - - 1867 1197 640 373 246

201 - - - - - 2522 1583 812 558 296 163

221 - - - - - - 2383 1328 678 566 278

250 - - - - - - - 2892 1107 699 363

6 9 12 15 20 25 30 40 50 60 80

Diameter of cable ØReel

Type


53

3.5/6kV Cu/XLPE/Cu tape/ 2XSEYFGbY -

5.8/10kV YXC8Z3V IEC60502-1 3.6/6kV PVC/SWA/PVC 502 2XZELFGbY 0273

3.5/6kV YVZ3V 3.6/6kV Cu/PVC/Cu tape/PVC 502 NYFGbY

5.8/10kV YVC8Z3V IEC60502-2 6/10kV Cu/PVC/Cu tape/PVC NYSEYFGbY 0271

SWA/PVC

8.7/15kV XC7Z3V 8.7/15kV Cu/XLPE/Cu tape/ 502 2XSEYFGbY -

IEC60502-2 PVC/SWA/PVC

Cu/XLPE/Cu tape

20.3/35kV YXC7Z3V 2742 18/30kV PVC/SWA/PVC 502 2XSEYFGbY 0273

9759 0250 500V NVV HD 21.4S2 300/500V 227 IEC 10 227-4 NYM 0281

9760 0250 500V H05VV-F HD 21.553 300/500V 227 IEC 53 227-5 NYMHY-rd (500V) 0281 H05V-U 750V H07U-U 9758 0250 (1000V) H07V-R HD 21.3 S3 450/750V 227 IEC 01 227-3 NYA (1000V) 0281

750V H05V-K 9758 0250 (1000V) H07V-K HD 21.3 S3 450/750 227 IEC 02 227-3 NYAF (1000V) 0281

0.6/1Kv YVV IEC 60502-1 0.6/1Kv Cu/PVC/PVC 502 NYY 0271

0.6/1Kv YXV IEC 60502-1 0.6/1Kv Cu/XLPE/PVC 502 2XY - YVZ2V NYRGbY, YRY 0271 0.6/1Kv YVZ3V IEC 60502-1 0.6/1Kv Cu/PVC/SWA/PVC 502 NYFGbY 0271

2XRGbY - YXZ2V 2XRY - 0.6/1Kv YXZ3V IEC 60502-1 0.6/1Kv Cu/XLPE/SWA/PVC 502 2XFGbY -

TECHNICAL DATA

TS IEC VDE

3.5/6kV YXC7V IEC60502-1 3.6/6kV CU/XLPE/Cu wire/PVC 502 2XSY -

5.8/10kV YXC7V IEC60502-1 6/10kV CU/XLPE/Cu wire/PVC 502 N2XSY 0273

5.8/10kV YVC7V IEC60502-1 6/10kV CU/XPVC/Cu wire/PVC 502 NYSY 0271

8.7/15kV YXC7V IEC60502-1 8.7/15kV CU/XLPE/Cu wire/PVC 502 2XSY -

20.3/35kV YXC7V 2742 18/30kV CU/XLPE/Cu wire/PVC 502 N2XSY 0273

Nominalvoltage

Nominalvoltage

Type Type TypeReferansstandart

Referansstandart

Referansstandart

Cable comparision table for standarts

xx



xx54

ENERGY CABLES


TECHNICAL DATA

90 143 149 154 157 159 165 170 176 181

90 94 98 102 104 105 109 113 116 120

70 - - 115 119 122 129 136 143 150

70 - - 103 107 111 118 126 133 140

70 - - 76 78 81 85 90 95 99

70 - - 68 71 73 78 83 88 93

90 80 70 65 60 50 40 30 20

I II I II I II I II I II I II I II

1.5 - 25 - 20 32 20 26 18.5 39 32 32 25 30 24

2.5 - 34 - 27 42 27 34 25 51 42 43 34 40 32

4 - 45 - 37 54 37 44 34 66 56 55 44 52 42

6 - 57 - 48 68 48 56 43 82 71 68 57 64 53

10 - 78 - 66 90 66 75 60 109 96 90 77 86 73

16 127 103 107 89 116 89 98 80 139 128 115 102 111 96

25 163 137 137 118 150 118 128 106 179 173 149 139 143 130

35 195 169 165 145 181 145 157 131 213 212 178 170 173 160

50 230 206 195 176 215 176 185 159 251 258 211 208 205 195

70 282 261 239 224 264 224 228 202 307 328 259 265 252 247

95 336 321 287 271 317 271 275 244 366 404 310 326 303 305

120 382 374 326 314 360 314 313 282 416 471 352 381 346 355

150 428 428 366 361 406 361 353 324 465 541 396 438 390 407

185 483 494 414 412 458 412 399 371 526 626 449 507 441 469

240 561 590 481 484 537 484 464 436 610 749 521 606 511 551

Nominal Short Circuit Current Density For 18n (A/mm2)

Short Circuit Current Density

XLPE insulated copper wires

XLPE insulated aluminum wires

PVC insulated copper wires

PVC insulated copper wires

Cable type Max operatingtemperature

The temperature of beging of short circuit

Current carrying capacity of PVC and XLPE insulated copper wires for 0.6/1 kV cables

Short circuit current, amperes

lthN=lthN

Tk

lthN = Short circuit current for 18n Tk = Short circuit duration Sn

Conductor cross section (mm2) x Short circuit current density for 18n x 10-3 kA

ApplicationGround: At 20°C, 70 cm depth, thermal resistvity of ground 1K. m/w current loading grade: 0.7

Air: At 30°C Flat spaces, distance between the cable: 1xD ground: 7cm trefoil

Type of insulation max operating temperature

PVC70oC

XLPE90oC

Number of core 1 2 3-4*** 3-41

Coss section Mm2

Current, cable type and cross sections are determined.


TABLE 1

TABLE 2

TABLE 3

Rubber 60°C 1 0.91 0.82 0.71 0.58 0.41

PVC 70°C 1 0.94 0.87 0.79 0.71 0.61

XLPE 90°C 1 0.96 0.91 0.87 0.82 0.76

0.50 0.60 0.70 0.85 1.00 0.50 0.60 0.70 0.85 1.00 0.50 0.60 0.70 0.85 1.00 0.5-1.00

5 1.24 1.21 1.18 1.13 1.07 1.11 1.09 1.07 1.03 1.00 0.99 0.98 0.97 0.96 0.94 0.89

10 1.23 1.19 1.16 1.11 1.05 1.09 1.07 1.05 1.01 0.98 0.97 0.96 0.95 0.93 0.91 0.86

15 1.21 1.17 1.14 1.08 1.03 1.07 1.05 1.02 0.99 0.95 0.95 0.93 0.92 0.91 0.89 0.84

20 1.19 1.15 1.12 1.06 1.00 1.05 1.02 1.00 0.96 0.93 0.92 0.91 0.90 0.88 0.86 0.81

25 1.02 1.00 0.98 0.94 0.90 0.90 0.88 0.87 0.85 0.84 0.78

30 0.95 0.91 0.88 0.87 0.86 0.84 0.83 0.81 0.75

35 0.82 0.80 0.78 0.72

40 0.68

5 1.29 1.26 1.22 1.15 1.09 1.13 1.11 1.08 1.04 1.00 0.99 0.98 0.97 0.95 0.93 0.86

10 1.27 1.23 1.19 1.13 1.06 1.11 1.08 1.06 1.01 0.97 0.96 0.95 0.94 0.92 0.89 0.83

15 1.25 1.21 1.17 1.01 1.03 1.08 1.06 1.03 0.99 0.94 0.93 0.92 0.91 0.88 0.86 0.79

20 1.23 1.18 1.14 1.08 1.01 1.06 1.03 1.00 0.96 0.91 0.90 0.89 0.87 0.85 0.83 0.76

25 1.03 1.00 0.97 0.93 0.88 0.87 0.85 0.84 0.82 0.79 0.72

30 0.94 0.89 0.85 0.84 0.82 0.80 0.78 0.76 0.68

35 0.77 0.74 0.72 0.63

40 0.59

*Correction factor (f) of the harmonized cables for various temperature

*Minimum Permissible Bending Radius for -20°C ± 10°C cable temperature(D is the outer diameter of round cable or the smaller size of flat cable.)This table is valid for only Harmonized Cables and cannot be used for Medium voltage cables.

Correction factor (f1) for all cables (excluding PVC 6/10kV, 8,7/15 kV cables) at various ambient temperatures.

Correction Factors

Type of insulation material Conductor temperature Correction factor

30°C 35°C 40°C 45°C 50°C 55°C

Normal Use 4D 5D 6D 6D

Carefully Bent 2D 3D 4D 4D

Fixed Installation 3D 3D 4D 4D

Free Movement 5D 5D 6D 6D

Mobile Equipments Without Load 5D 5D 6D 6D

Under Mechanical Load 9D 9D 9D 10D

As in Cranes and Festoon Systems 10D 10D 11D 12D

Repeated Rolling 7D 7D 8D 8D

Changing Direction with Drums 10D 10D 10D 10D

Fixed Installation 3D 3D 4D 4D

Free Movement 4D 4D 5D 6D

Mobile Equipments Without Load 4D 4D 5D 6D

Under Mechanical Load 6D 6D 6D 8D

As in Cranes and Festoon Systems 6D 6D 6D 8D

Repeated Rolling 6D 6D 6D 8D

Changing Direction with Drums 6D 8D 8D 8D

Cable diameter, D, (mm)

1 2 3 4 5 6

D ≤ 8 8 < D ≤ 12 12 < D ≤ 20 D>20

Fixed

Installations

Flexible Cables

(HD 21)

Flexible Cables

(HD 22)

Permissible operatingtemperature °C

90

XLPE Cables

70

XLPE Cables

Groundtemperature °C

Loading Loading Loading Loading

Thermal resistivity of ground/W 0.7 1.0 1.5 2.5

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ENERGY CABLES

55

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ENERGY CABLES


TABLE 4

TABLE 5

*Correction factor (f2) for cables laid underground as shown below.

*Single-core cable in A.C systems.

1 2 3 4 5 6

Type Number of Thermal resistivity of ground /W

systems 0.7 1.0 1.5 2.5



0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

1 1.09 1.04 0.99 1.11 1.05 1.00 1.13 1.07 1.01 1.17 1.09 1.03

2 0.97 0.90 0.84 0.98 0.91 0.85 1.00 0.92 0.86 1.02 0.94 0.87

3 0.88 0.80 0.74 0.89 0.82 0.75 0.90 0.82 0.76 0.92 0.83 0.76

4 0.83 0.75 0.69 0.84 0.76 0.70 0.85 0.77 0.70 0.86 0.78 0.71

5 0.79 0.71 0.65 0.80 0.72 0.66 0.80 0.73 0.66 0.82 0.73 0.67

6 0.76 0.68 0.62 0.77 0.69 0.63 0.77 0.70 0.63 0.78 0.70 0.64

8 0.72 0.64 0.58 0.72 0.65 0.59 0.73 0.65 0.59 0.74 0.66 0.59

10 0.69 0.61 0.56 0.69 0.62 0.56 0.70 0.62 0.56 0.70 0.63 0.57

XLPE Cables

0.6/1 kV-

20.3/35kV

PVC Cables

0.6/1 kV-

1 1.01 1.02 0.99 1.04 1.05 1.00 1.07 1.06 1.01 1.11 1.08 1.01

2 0.94 0.89 0.84 0.97 0.91 0.85 0.99 0.92 0.86 1.01 0.93 0.87

3 0.86 0.79 0.74 0.89 0.81 0.75 0.90 0.83 0.76 0.91 0.83 0.77

4 0.82 0.75 0.69 0.84 0.76 0.70 0.85 0.77 0.71 0.86 0.78 0.71

5 0.78 0.71 0.65 0.80 0.72 0.66 0.80 0.73 0.66 0.81 0.73 0.67

6 0.75 0.68 0.62 0.77 0.69 0.63 0.77 0.70 0.64 0.78 0.70 0.64

8 0.71 0.64 0.58 0.72 0.65 0.59 0.73 0.65 0.59 0.73 0.66 0.60

10 0.68 0.61 0.55 0.69 0.62 0.56 0.69 0.62 0.56 0.70 0.63 0.57



0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7



1 2 3 4 5 6

Type Number of Thermal resistivity of ground/W

systems 0.7 1.0 1.5 2.5

XLPE Cables

0.6/1 kV-

20.3/35kV

PVC Cables

0.6/1 kV-

1 1.09 1.04 0.99 1.11 1.05 1.00 1.13 1.07 1.01 1.17 1.09 1.03

2 1.01 0.94 0.89 1.02 0.95 0.89 1.04 0.97 0.90 1.06 0.98 0.91

3 0.94 0.87 0.81 0.95 0.88 0.82 0.97 0.89 0.82 0.99 0.90 0.83

4 0.91 0.84 0.78 0.92 0.84 0.78 0.93 0.85 0.79 0.95 0.86 0.79

5 0.88 0.80 0.74 0.89 0.81 0.75 0.90 0.82 0.75 0.91 0.83 0.76

6 0.86 0.79 0.72 0.87 0.79 0.73 0.88 0.80 0.73 0.89 0.81 0.74

8 0.83 0.76 0.70 0.84 0.76 0.70 0.85 0.77 0.70 0.86 0.78 0.71

10 0.81 0.74 0.68 0.82 0.74 0.68 0.83 0.75 0.68 0.84 0.76 0.69

1 1.01 1.02 0.99 1.04 1.05 1.00 1.07 1.06 1.01 1.11 1.08 1.01

2 0.97 0.95 0.89 1.00 0.96 0.90 1.03 0.97 0.91 1.06 0.98 0.92

3 0.94 0.88 0.82 0.97 0.88 0.82 0.97 0.89 0.83 0.98 0.90 0.84

4 0.91 0.84 0.78 0.92 0.85 0.79 0.93 0.86 0.79 0.95 0.87 0.80

5 0.88 0.81 0.75 0.89 0.82 0.76 0.90 0.82 0.76 0.91 0.83 0.77

6 0.86 0.79 0.73 0.87 0.80 0.74 0.88 0.81 0.74 0.89 0.81 0.75

8 0.83 0.76 0.70 0.84 0.77 0.71 0.85 0.78 0.71 0.86 0.78 0.72

10 0.82 0.75 0.69 0.82 0.75 0.69 0.83 0.76 0.69 0.84 0.76 0.70

25 cm

7 cm

www.demes.com


TABLE 6

TABLE 7



1 2 3 4 5 6


systems 0.7 1.0 1.5 2.5



0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

XLPE Cables

0.6/1 kV-

20.3/35kV

PVC Cables

0.6/1 kV-

1 2 3 4 5 6


systems 0.7 1.0 1.5 2.5



0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

0.5 0.6 0.7

XLPE Cables

0.6/1 kV-

20.3/35kV

PVC Cables

0.6/1 kV-



1 1.08 1.05 0.99 1.13 1.07 1.00 1.18 1.09 1.01 1.19 1.11 1.03

2 1.01 0.93 0.86 1.03 0.94 0.87 1.05 0.95 0.88 1.06 0.96 0.88

3 0.92 0.84 0.77 0.93 0.85 0.77 0.95 0.86 0.78 0.96 0.86 0.79

4 0.88 0.80 0.73 0.89 0.80 0.73 0.90 0.81 0.74 0.91 0.82 0.74

5 0.84 0.76 0.69 0.85 0.77 0.70 0.87 0.78 0.70 0.87 0.78 0.71

6 0.82 0.74 0.67 0.83 0.75 0.68 0.84 0.75 0.68 0.85 0.76 0.69

8 0.79 0.71 0.64 0.80 0.71 0.65 0.81 0.72 0.65 0.81 0.72 0.65

10 0.77 0.69 0.62 0.78 0.69 0.63 0.78 0.70 0.63 0.79 0.70 0.63

1 1.02 1.03 0.99 1.06 1.05 1.00 1.09 1.06 1.01 1.11 1.07 1.02

2 0.95 0.89 0.84 0.98 0.91 0.85 0.99 0.92 0.86 1.01 0.94 0.87

3 0.86 0.80 0.74 0.89 0.81 0.75 0.90 083 0.77 0.92 0.84 0.77

4 0.82 0.75 0.69 0.84 0.76 0.70 0.85 0.78 0.71 0.86 0.78 0.72

5 0.78 0.71 0.65 0.80 0.72 0.66 0.81 0.73 0.67 0.82 0.74 0.67

6 0.75 0.68 0.63 0.77 0.69 0.63 0.78 0.70 0.64 0.79 0.71 0.65

8 0.71 0.64 0.59 0.72 0.65 0.59 0.73 0.66 0.60 0.74 0.66 0.60

10 0.68 0.61 0.56 0.69 0.62 0.56 0.70 0.63 0.57 0.71 0.63 0.57

1 0.91 0.92 0.94 0.98 0.99 1.00 1.04 1.03 1.01 1.13 1.07 1.02

2 0.86 0.87 0.85 0.91 0.90 0.86 0.97 0.93 0.87 1.01 0.94 0.88

3 0.82 0.80 0.75 0.86 0.82 0.76 0.91 0.84 0.77 0.92 0.84 0.78

4 0.80 0.76 0.70 0.84 0.77 0.71 0.86 0.78 0.72 0.87 0.79 0.73

5 0.78 0.72 0.66 0.81 0.73 0.67 0.81 0.74 0.68 0.82 0.75 0.68

6 0.76 0.69 0.64 0.77 0.70 0.64 0.78 0.71 0.65 0.79 0.72 0.65

8 0.72 0.65 0.59 0.73 0.66 0.60 0.74 0.67 0.61 0.75 0.67 0.61

10 0.69 0.62 0.57 0.70 0.63 0.57 0.71 0.64 0.58 0.71 0.64 0.58

7 cm

7cm

xx 57

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1 0.96 0.97 0.98 1.01 1.01 1.00 1.07 1.05 1.01 1.16 1.10 1.02

2 0.92 0.89 0.86 0.96 0.94 0.87 1.00 0.95 0.88 1.05 0.97 0.89

3 0.88 0.84 0.77 0.91 0.85 0.78 0.95 0.86 0.79 0.96 0.87 0.79

4 0.86 0.80 0.73 0.89 0.81 0.74 0.90 0.82 0.74 0.91 0.82 0.75

5 0.84 0.76 0.70 0.85 0.77 0.70 0.87 0.78 0.71 0.87 0.79 0.71

6 0.82 0.74 0.68 0.83 0.75 0.68 0.84 0.76 0.69 0.85 0.76 0.69

8 0.79 0.71 0.65 0.80 0.72 0.65 0.81 0.72 0.65 0.81 0.73 0.66

10 0.77 0.69 0.63 0.78 0.70 0.63 0.79 0.70 0.63 0.79 0.71 0.64

ENERGY CABLES

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ENERGY CABLES


TABLE 8 *Correction factor for single-core cables in air.

Application Distance between two cables = cable diameter-from the wall ≥ 2 cm

Number of cable systems 1 2 3

Laid in Earth

In the cablechannelswith poorair circulation

In the cable channelswith poor air circulation

Cables vertically

arranged

on wall one on top

of the other

Numberof shelves

Numberof shelves

1 0.92 0.89 0.88

2 0.87 0.84 0.83

3 0.84 0.82 0.81

6 0.82 0.80 0.79

0.92 0.89 0.88

1 1.00 0.97 0.96

2 0.97 0.94 0.93

3 0.96 0.93 0.92

6 0.94 0.91 0.90

1 2 3

0.94 0.91 0.89

Application Distance between two cables = 2d from the wall ≥ 2 cm

Number of cable systems 1 2 3

Laid in Earth



Cables vertically arrangedon wall one on top of the other

Numberof shelves

Numberof shelves

1 0.98 0.96 0.94

2 0.95 0.91 0.87

3 0.94 0.90 0.85

6 0.93 0.88 0.82

0.98 0.96 0.94

1 1.00 1.00 1.00

2 0.97 0.95 0.93

3 0.96 0.94 0.90

6 0.95 0.93 0.87

1 2 3

0.89 0.86 0.84

Installation systems that need no adjustment factor

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59

*Correction factor for multi-core A.C systems and single-core D.C. systems cables to be installed in free air.

Application Distance between two cables = cable diameter

Number of cables 1 2 3 4 6

1 2 3 4 6

Installation in Earth 0.97 0.96 0.94 0.93 0.90




Application either shelvesor on the wall

Numberof shelves

Numberof shelves


Randomly selectednumber of cables

1 0.97 0.96 0.94 0.93 0.90

2 0.97 0.95 0.92 0.90 0.86

3 0.97 0.94 0.91 0.89 0.84

6 0.97 0.93 0.90 0.88 0.83

1 1.00 1.00 1.00 1.00 1.00

2 1.00 0.99 0.98 0.97 0.96

3 1.00 0.98 0.97 0.96 0.93

6 1.00 0.97 0.96 0.94 0.91

1.00 0.91 0.89 0.88 0.87

Application Systems installed side by side starting from the wall.

Number of cables 1 2 3 4 6

1 2 3 4 5

Installation in Earth 0.97 0.85 0.78 0.75 0.71




Application either shelvesor on the wall

Numberof shelves

Numberof shelves


Randomly selectednumber of cables

1 0.97 0.85 0.78 0.75 0.71

2 0.97 0.84 0.76 0.73 0.68

3 0.97 0.83 0.75 0.72 0.66

6 0.97 0.81 0.73 0.69 0.63

1 1.00 0.87 0.82 0.80 0.79

2 1.00 0.86 0.80 0.78 0.76

3 1.00 0.85 0.79 0.76 0.73

6 1.00 0.83 0.76 0.73 0.69

0.95 0.78 0.73 0.72 0.68

TABLE 9

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ENERGY CABLES


TABLE 10

TABLE 11

TABLE 12

1 2 3

*Correction factors for multi-core cables laid in ground or in air with cross-section from 1.5 mm² to 10 mm²

Number of loaded cores Laid in ground In air

5 0.70 0.75

7 0.60 0.65

10 0.50 0.55

14 0.45 0.50

19 0.40 0.45

24 0.35 0.40

40 0.30 0.35

61 0.25 0.30

*Permissible operating temperature, short-circuit temperature and short-circuit currents for cables with copper conductors.

*Correction factors for the various ambient temperatures.

1 2 3 4 5 6 7 8 9 10 11 12

oC oC Short-circuit current for 1s A/mm²

90 80 70 65 60 50 40 30 20

TypePermissibleoperating

temperature

90 250 143 148 154 157 159 165 170 176 181

70 160 - - 115 119 122 129 136 143 150

70 140 - - 103 107 111 118 126 133 140

80 200 - 122 127 130 132 138 143 150 157

XLPE Cable

EPR Cables

PVC Cables ≤ 300 mm² ≥ 300 mm²

Permissibleshort-circuittemperature

Conductor temperature at the beginning of s short-circuit

1 2 3 4 5 6 7 8 9 10 11

10 15 20 25 30 35 40 45 50

Insullation typePermissible operating

temp.

Correction factors according to the ambient temperature °C

XLPE 90 1.15 1.12 1.08 1.04 1.00 0.96 0.91 0.87 0.82

PVC 70 1.22 1.17 1.12 1.06 1.00 0.94 0.87 0.79 0.71

EPR 80 1.18 1.14 1.10 1.05 1.00 0.95 0.89 0.84 0.71


61

Ohms low: U = I x R

Energy (heat): W = I² x R x t

Resistance of a line:(Feed and return)

DC Power: P = U x I

Single-Phase Power : P = U . I . cos

Three-Phase Power : P = 1,73.U.I.cos

Efficiency:

Formulas – Conversion Factors

R =2 x I

. S

= P outputP input

U Rated Voltage,

I Current

R Resistance

W Energy (heat)

t time in seconds

l lenght of cable (m)

u Voltage drop in V from sending

to receiving end of line

Conductivity (for copper 58)

S rated cross-section (mm²)

Cos Power factor

P Power in watts(W)

Efficiency

If current is known

If power is known

Conductor cross-section

If current is known

If power is known

Voltage dorp In single-phase A.C. and D.C. systems In three-phase A.C. and D.C. systems

u= (V)2 x x I

. S

S= (mm2)2 x x I

. S

u= (V)2 x x P

x S . U

(mm2)u=2 x I x P

x u . U2

u= (V)1.73 x x I x

x 5

(mm2)u=1.73 x x I x

x 5

u= (V)I x P

x S x U

(mm2)u=I x P

x u . U2

1 m 1.0 39.37 3.28 1.0936 0.621371x10-3

1 in 0.0254 1.0 0.0833 0.0277 0.0158x10-3

1 ft 0.3048 12.00 1.0 0.333 0.189x10-3

1 yd 0.9144 36.00 3.0 1.0 0.568x10-3

1 mile 1609.344 63360.0 5280.0 1760.0 1.0x10-3

Lenght meters inches feet yards miles

m² inç² ft²

1m² 1.0 1550.0 10.7639

1inç² 0.64516x10-3 1.0 6.944x10-3

1 ft² 0.0929 144.0 1.0

Area

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ENERGY CABLES


0.5 0.653 19 AWG

0.823 18

0.75 1.024 17

1 1.31 16

1.5 1.65 15

2.5 2.08 14

2.62 13

4 3.31 12

4.17 11

5.26 10

6 6.63 9

8.37 8

10 10.55 7

13.30 6

16 16.77 5

21.15 4

25.0

35.0

50.0

70.0

95.0

12.0

150.0

185.0

240.0

300.0

400.0

500.0

625.0

26.67 33.63

67.43 85.03

107.20 126.64

253.35 304.00

354.71 405.35

42.41

53.48

154.00

202.71

506.71

26.67 33.63

2/0 3/0

4/0 250 MCM

500 600

700 800

1

1/0

300

400

1000

Comparision of cross-section Areas to Metric and U.S Standards.

Rated Cross-section at Metric systems

(VDE) mm²

Rated Cross-section at Metric systems

(VDE) mm²

U.S Wire gauge U.S Wire gauge

Equivalent Metric C.S.A mm²

Equivalent Metric C.S.A mm²

AWG or MCM AWG or MCM

63

CABLES AND DRUMS USER GUIDE

1.DRUMS HANDLING

1.1. Position of Drums:

Drums must be handled only in the upright position, not on the

flanges.

1.2.Loading:

Drums must be lifted only with mandrel or a chain through the

central hole. It is important to use a spacing bar

to leave a gap between the chain and the flanges of the drum.

Do not lift more than one drum if its diameter is equal to or

greater than 1.2 meters.

1.3. Unloading:

When unloading from vehicles (truck, ship, wagon etc.)

the correct lifting gear must be used (forklift, truck, crane, etc.).

Never drop drums, even from a small height.

1.4. Handling by forklift:

If a forklift is used, always cradle both drum flanges between the

forks. The forks must not bear on the unsupported laggings

between flanges.

1.5: Rolling:

Drums are permitted to be rolled for short distances, the ground

being smooth and free of injurious impediments, but only in the

opposite direction of the arrow painted on flanges. If arrow sign

is missed, drums may be rolled but only in the direction to

cable winding, to keep cable from loosening the drum.

1.6: Paying-off the Cable:

When paying off a cable from a drum;

1) The lower end of the cable should be free.

2) Drums should be unreeled without exceeding the maximum

allowed pulling force of the cable.

3) The minimum bending radius of the cable should be equal to

or greater than 15x of the outer diameter of the cable.

r r

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ENERGY CABLES


2. TRANSPORT REQUIREMENTS

2.1. Position of the Drums:

Drums must be transported only in the upright position, not on

the flanges. Never allow an unauthorized person

to operate any lifting device or a mechanical transport.

2.2. Fastening Drums:

Wedges must be used to retain drums. Wedges must be posi-

tioned at flanges edges and not between flanges.

The use of stones is forbidden. Where the load is unusual and

is likely to need special care, ensure that all precautions

are properly checked before the transport is allowed to move.

2.3. Use of nails:

When nails are used to fasten drums on vehicles, be sure that

the lenght of the nail is less than the thickness of the

flange.

2.4.Bigger Drums:

Drums with diameter greater than 1.6 meters must be support-

ed by wedges and must be supported by wedges

and must not touch the vehicle’s flor. Never use a lifting device

or transport device for a weight which exceeds

its permitted capacity.

2.5.Binding of the Drums:

Binding must be made with ropes crossing through the central

hole and, if necessary, on the drums flanges.

Binding with ropes only crossing the drum’s edges is strictly

forbidden.

2.6. Multiple Drum Storage:

Multiple drum storage, either double or single layer must be

obtained with flange to flange contact. Flanges

contacting to unsupported part of lagings are forbidden.

3.1. Do not store near heat sources.

3.2. Do not store on vibrating surfaces. (Ship engine room etc.)

3.3. Do not store on irregular surfaces.

3.4. Do not store on soft surfaces.

3.5. Do not store on areas liable of flooding. All cable ends must be fully sealed at all times to prevent the ingressof water. It is preferable to store reels off the ground on tim-bers or other supports. In damp locations, it is advisableto allow at least 3 inches between reels to permit circulation of air.

3.6. If storage is likely to last more than 6 mounths, drums should be stored in order to be protected from effects like rain, sunlight etc.

3. STORAGE REQUIREMENTS


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