• N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use
  • N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use
  • N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use
  • N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use
  • N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use
  • N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use
  • N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use
  • N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use

N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use

N2XY crosslinked polyethylene insulated power cables are designed for use in industrial facilities and urban network distribution with rated voltage 0.6/1 kV and frequency 50 Hz. Suitable for indoor fixed installation, laying in cable ducts, cable racks or fences, buried directly in gullies, or used outdoors under protection.

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  • N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use
  • N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use
  • N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use
  • N2XY Copper Wire Cable 0.6/1kV XLPE Insulated for Industrial Power Use

Description

Application and description

N2XY crosslinked polyethylene insulated power cables are designed for use in industrial facilities and urban
network distribution with rated voltage 0.6/1 kV and frequency 50 Hz. Suitable for indoor fixed installation,
laying in cable ducts, cable racks or fences, buried directly in gullies, or used outdoors under protection.
                                                                                                                                                                             

Standards and certification

Vde-0276-603, HD 603.1, IEC 60502, VDE 0482-332-1-2, DIN EN 60332-1-2/IEC 60332-1,
                                                                                                                                                                             

Cable structure

- Solid or multiple strands of bare copper conductor

- Follow DIN VDE 0295 cl.1/cl.2, BS 6360 cl.1/cl.2 and IEC 60228 cl.1/cl.2

- XLPE insulation DIX3 class, following VDE 0276-603/5G

- Color coding according to DIN VDE 0293(HD 308)

- PVC filling

- PVC outer sheath DMV6 follows HD 603.1
                                                                                                                                                                             

Technical characteristics

- Operating voltage: 600/1000 V

- Test voltage: 4000 V

- Minimum bending radius: 15 x Ø

- Operating temperature: -5º C ~ +70º C

- Fixed installation temperature: -30 º C to +70º C

- Flame retardant: IEC 60332.1

- Insulation resistance: >20 MΩ x km
                                                                                                                                                                             

Cable parameter

Core number x conductor Cross area # x mm²

Conductor type

Insulation thickness mm

Sheath thickness mm

Nominal outside diameter mm 

Copper weight
kg/km

Cable weightkg/km  

1x16

rm

0.7

1.8

11.0

144

230

1x25

rm

0.9

1.8

12.5

228

340

1x35

rm

0.9

1.8

13.5

317

445

1x50

rm

1.0

1,8

15.5

454

605

1x70

rm

1.1

1.8

17.0

656

800

1x95

rm

1.1

1.8

19.0

911

1065

1x120

rm

1.2

1.8

21.0

1147

1320

1x150

rm

1.4

1.8

23.0

1415

1610

1x185

rm

1.6

1.8

25.5

1770

1925

1x240

rm

1.7

1.8

28.5

2327

2483

1x300

rm

1.8

1.8

31.0

2887

3058

1x400

rm

2.0

1.9

35.0

3692

3887

1x500

rm

2.2

2.0

38.5

4725

4937

2x16

rm

0.7

1.8

19.5

294

645

2x25

rm

0.9

1.8

23.0

466

945

2x35

rm

0.9

2.0

25.5

646

1235

2x50

rm

1.0

2.0

29.0

924

1680

3x16

rm

0.7

1.8

20.5

441

805

3x25

rm

0.9

2.0

24.5

699

1220

3x35

rm

0.9

2.0

27.0

969

1575

3x50

sm

1.0

2.0

24.5

1387

1765

3x70

sm

1.1

2.0

28.0

1897

2350

3x95

sm

1.1

2.0

31.0

2631

3145

3x120

sm

1.2

2.0

34.0

3324

3915

3x150

sm

1.4

2.2

37.0

4084

4820

3x185

sm

1.6

2.2

42.0

5123

6045

3x240

sm

1.7

2.6

47.5

6733

7885

3x4.0+2.5

re

0.7/0.7

1.8

13.5

135

328

3x6.0+4

re

0.7/0.7

1.8

15.0

205

445

3x10+6

re

0.7/0.7

1.8

17.0

338

611

3x16+10

re

0.7/0.7

1.8

20.

541

868

3x25+16

rm

0.9/0.7

2.0

27.0

846

1405

3x35+16

rm

0.9/0.7

2.0

29.5

1116

1765

3x50+25

sm/rm

1.0/0.9

2.0

28.5

1620

2075

3x70+35

sm/rm

1.1/0.9

2.0

33.0

2220

2650

3x95+50

sm/rm

1.1/1.0

2.2

36.5

3093

3615

3x120+70

sm/rm

1.2/1.1

2.2

39.0

3956

4690

3x150+70

sm/rm

1.4/1.1

2.2

44.0

4716

5630

3x185+95

sm/rm

1.6/1.1

2.6

48.5

6000

7150

3x240+120

sm/rm

1.7/1.2

3.0

57.0

7841

9305

4x16

rm

0.7

1.8

22.0

588

985

4x25

rm

0.9

2.0

27.0

932

1500

4x35

rm

0.9

2.0

29.5

1292

1955

4x50

sm

1.0

2.0

28.5

1850

2320

4x70

sm

1.1

2.0

33.0

2530

3100

4x95

sm

1.1

2.2

36.5

3508

4180

4x120

sm

1.2

2.2

39.0

4433

5200

4x150

sm

1.4

2.2

44.0

5446

6410

4x185

sm

1.6

2.6

48.5

6831

8050

 


Product Advantages


Design and Structural Integrity of the N2XY-Copper Wire Cable

The N2XY cable manufacturer adopts a robust construction paradigm combining copper conductor power cable precision with crosslinked polyethylene insulation for superior thermal and mechanical stability. This layered design, including a PVC filling and outer sheath, ensures enhanced flame retardance and moisture resistance, critical for fixed installation reliability. The cable’s modular availability in various conductor classes and core configurations allows system designers flexible integration options tailored to urban or industrial power distribution schemas. Adherence to IEC, VDE, and DIN standards guarantees compatibility with existing infrastructure, supporting efficient network expansion and maintenance.


Performance Efficacy and User-Centric Benefits of the Low Voltage Cable Supplier’s Product

This XLPE insulated power cable assures exceptional electrical performance with high insulation resistance and temperature tolerance, reducing energy losses and extending operational lifespan. The incorporation of copper conductor power cable elements facilitates superior conductivity and mechanical strength, minimizing maintenance needs and enhancing safety margins in power supply systems. Installation ease is maintained through specified minimum bending radii and compatibility with diverse mounting methods. Ultimately, this low voltage cable supplier delivers a solution that supports cost-effective asset management while fulfilling stringent safety and quality benchmarks demanded by professional users.




Use Scenarios


Urban Power Distribution with Cable Tray and Conduit Installations

In urban infrastructure environments, the N2XY power cable operates as a principal distributor of low voltage electricity within cable trays and conduits for commercial and municipal facilities. This context requires cables complying with flame retardant standards and providing robust mechanical protection due to congested and often high-traffic installation zones. The XLPE insulated power cable’s temperature resilience and copper conductor composition yield a dependable supply line suitable for integrating with city grid networks. Electrical contractors benefit from its standardized dimensioning and certification compliance, facilitating streamlined deployment in complex urban distribution frameworks.


Renewable Energy Project Connections and Substation Linkages

Within renewable energy installations, such as solar inverter to substation connections, the N2XY cable manufacturer provides cables that maintain electrical integrity in variable outdoor conditions through durable XLPE insulation combined with flame retardant sheaths. The copper conductor power cable core supports high conductivity crucial for minimizing transmission losses over distances typical in renewable setups. This product ensures compliance with low voltage distribution standards and is engineered for compatibility with transformer station equipment. Its role within renewable infrastructure enhances system reliability and harmonizes with sustainable energy goals by providing long-lasting and safe power transmission pathways.




FAQ 


What insulation materials are used in your N2XY power cable?

Our N2XY power cable features crosslinked polyethylene (XLPE) insulation, which provides excellent thermal resistance and durability. Combined with a PVC bedding and outer sheath, the cable meets strict international standards for safety and performance in low-voltage applications.


Can I request custom configurations for the N2XY cable from your manufacturing facility?

Yes, we accommodate custom requirements for the N2XY cable manufacturer services, including variations in conductor size, strand class, insulation thickness, and sheath construction. Reach out to our technical team to discuss your project’s specific cable specifications.


How do you ensure your low voltage cable supplier services reliable delivery times?

We manage production through tightly integrated processes in our manufacturing facilities, allowing us to coordinate material supply and quality control. Delivery lead times vary by cable size and order volume, but standard N2XY orders typically ship within a few weeks after order confirmation.


Is your N2XY cable suitable for direct burial and outdoor installations?

Our low voltage cable supplier delivers N2XY cables designed for fixed indoor installations and direct burial in trenches under protective conditions. The flame-retardant PVC sheath and XLPE insulation provide mechanical durability and thermal resistance necessary for outdoor and underground power distribution networks.