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N2XH

N2XH

Description


The N2XH 0,6/1kV cables are those recommended to transport and distribute low voltage electrical energy. Recommended for industrial connections, supplies, internal distribution and outdoor connections. They can be used in sub-surface networks and permanent installations.



Reference Standards

DIN VDE 0276-604 and IEC 60502

Applications

Suitable for the following installations:
  • Sub-surface power source networks for outdoor lighting installations
  • General supply line
  • Individual bypass
  • Interior or receptor installations
  • Public premises
  • Sub-surface networks for low voltage distribution
  • Electric energy distribution networks. Sub-surface supply lines
  • Installations in premises with special features

Suitable for installations where there is a need to increase protection against fire hazards


Industrial Maximum temperature 90 ºC High Safety Aenor Certificate RoHS CPR rated

Technical Characteristics

N2XH N2XH
1. Conductor

Rigid electrolytic copper (Class I or II) in compliance with DIN-VDE 0295, UNE-EN 60228, EN 60228 and IEC 60228

2. Insulation

Cross-linked polyethylene (XLPE), type DIX 3 in compliance with DIN VDE 0276-603 e IEC 60502 e IEC 60502 and HD 603S1

3. Sheath

Halogen-free thermoplastic polyolefin in compliance with DIN VDE 0276-604 e IEC 60502 e IEC 60502

Nominal voltage

0,6/1 kV

Test voltage

3.500 V A.C.

Maximum temperature

90 ºC

Other characteristics

Built in compliance with VDE 0276-604
Colours in compliance VDE 0293-308, VDE 0276 part 603, HD 308S2, EN 50334 and VDE 0293-334
Non-flame propagating according to UNE-EN 60332-1-2, EN 60332-1-2 and IEC 60332-1-2
Non-fire propagating according UNE-EN 60332-3-24, EN 60332-3-24 and IEC 60332-3-24
Low emission of halogen and corrosive gases in compliance with IEC 60754-1 and 60754-2
Low emission of opaque fumes in compliance with DIN VDE 0482 part 268
The use of cross-linked polyethylene (XLPE) allows a greater density of current, equality of cross-section, when compared to insulation with PVC

Dimensions

Section
(mm2)
Resistance
at 20 °C
(Ohm/km)
External
Diameter
(mm)
Weight
(kg/km)
Class

1x1,5

12,1

6,45

55

Cca- s1b. d1. a1

1x2,5

7,41

6,75

66

Cca- s1b. d1. a1

1x4

4,61

7,35

86

Cca- s1b. d1. a1

1x6

3,08

7,95

108

Cca- s1b. d1. a1

1x10

1,83

8,80

150

Cca- s1b. d1. a1

1x16

1,15

10,00

211

Cca- s1b. d1. a1

1x25

0,727

11,45

314

Cca- s1b. d1. a1

1x35

0,524

12,80

412

Cca- s1b. d1. a1

1x50

0,387

14,70

560

Cca- s1b. d1. a1

2x1,5

12,1

9,50

131

Cca- s1b. d1. a1

2x2,5

7,41

10,10

159

Cca- s1b. d1. a1

2x4

4,61

11,50

217

Cca- s1b. d1. a1

2x6

3,08

12,60

276

Cca- s1b. d1. a1

2x10

1,83

14,10

382

Cca- s1b. d1. a1

2x16

1,15

16,10

534

Cca- s1b. d1. a1

2x25

0,727

19,30

802

Cca- s1b. d1. a1

2x35

0,524

22,00

1.065

Cca- s1b. d1. a1

3G1,5

12,1

9,75

143

Cca- s1b. d1. a1

3G2,5

7,41

10,00

170

Cca- s1b. d1. a1

3G4

4,61

12,05

256

Cca- s1b. d1. a1

3G6

3,08

14,75

312

Cca- s1b. d1. a1

3G6

3,08

13,20

331

Cca- s1b. d1. a1

3x10

1,83

14,75

467

Cca- s1b. d1. a1

3x16

1,15

17,10

674

Cca- s1b. d1. a1

3x25

0,727

20,45

1.015

Cca- s1b. d1. a1

4x1,5

12,1

10,80

176

Cca- s1b. d1. a1

4x2,5

7,41

11,50

221

Cca- s1b. d1. a1

4x4

4,61

12,95

305

Cca- s1b. d1. a1

4x6

3,08

14,30

400

Cca- s1b. d1. a1

4G6

3,08

14,30

400

Cca- s1b. d1. a1

4x10

1,83

16,10

577

Cca- s1b. d1. a1

4x16

1,15

18,50

827

Cca- s1b. d1. a1

4x25

0,727

22,35

1.265

Cca- s1b. d1. a1

5G1,5

12,1

11,50

201

Cca- s1b. d1. a1

5G2,5

7,41

12,25

254

Cca- s1b. d1. a1

5G4

4,61

13,95

358

Cca- s1b. d1. a1

5x6

3,08

15,00

421

Cca- s1b. d1. a1

5G6

3,08

15,45

471

Cca- s1b. d1. a1

5x10

1,83

17,10

687

Cca- s1b. d1. a1

5G16

1,15

20,20

992

Cca- s1b. d1. a1

5x25

0,727

24,50

1.523

Cca- s1b. d1. a1

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