• N2XCY Power Cable For Industrial Cable Suppliers
  • N2XCY Power Cable For Industrial Cable Suppliers
  • N2XCY Power Cable For Industrial Cable Suppliers
  • N2XCY Power Cable For Industrial Cable Suppliers
  • N2XCY Power Cable For Industrial Cable Suppliers
  • N2XCY Power Cable For Industrial Cable Suppliers
  • N2XCY Power Cable For Industrial Cable Suppliers
  • N2XCY Power Cable For Industrial Cable Suppliers

N2XCY Power Cable For Industrial Cable Suppliers

N2XCY is commonly used for indoor installation, installation under outdoor cable ducts and power stations, industrial plants and switches, and local supply systems. For indoor installation of instrument panel and switchboard wiring, not for outdoor or humid environments.

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  • N2XCY Power Cable For Industrial Cable Suppliers
  • N2XCY Power Cable For Industrial Cable Suppliers
  • N2XCY Power Cable For Industrial Cable Suppliers
  • N2XCY Power Cable For Industrial Cable Suppliers

Description

Application and description

N2XCY is commonly used for indoor installation, installation under outdoor cable ducts and power stations,
industrial plants and switches, and local supply systems. For indoor installation of instrument panel and
switchboard wiring, not for outdoor or humid environments.
                                                                                                                                                                                        

Standards and certification

IEC 60502 -1, VDE 0276-603

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

- Concentric conductor: copper wire and copper strip

- PVC outer jacket DMV5 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

Communication conductor

Cross area

mm²

Nominal outside diameter

Mm

Cable weight

kg/km

1x1.5

re/rm

0.7

1.8

1.5

9.7

114

1x2.5

re/rm

0.7

1.8

2.5

10.2

135

1x4

re/rm

0.7

1.8

4

10.8

170

1x6

re/rm

0.7

1.8

6

11.3

214

1x10

re/rm

0.7

1.8

10

12.4

304

1x16

re/rm

0.7

1.8

16

13.8

431

1x25

rm

0.9

1.8

16

15.5

548

1x35

rm

0.9

1.8

16

16.6

650

1x50

rm

1

1.8

25

18.8

892

1x70

rm

1.1

1.8

35

21.0

1207

1x95

rm

1.1

1.8

50

23.5

1600

1x120

rm

1.2

1.8

70

26.0

2045

1x150

rm

1.4

1.8

70

28.0

2320

1x185

rm

1.6

1.8

95

30.5

2942

1x240

rm

1.7

1.9

120

34.0

3761

1x300

rm

1.8

2.1

150

37.0

4591

1x400

rm

2

2

185

41.5

5830

1x500

rm

2.2

2.3

240

46.0

7450

1x630

rm

2.4

2.5

300

52.0

9561

1x800

rm

0.7

1.8

400

58.0

12290

2x1.5

re/rm

0.7

1.8

1.5

13.0

198

2x2.5

re/rm

0.7

1.8

2.5

13.9

239

2x4

re/rm

0.7

1.8

4

15.0

304

2x6

re/rm

0.7

1.8

6

16.2

384

2x10

rm

0.7

1.8

10

18.1

546

2x16

rm

0.7

1.8

16

21.0

766

2x25

rm

0.9

1.8

16

24.0

1030

2x35

rm

0.9

1.8

16

26.0

1283

2x50

rm

1

1.9

25

29.5

1631

2x70

rm

1.1

2

35

33.0

2247

2x95

rm

1.1

2..2

50

37.5

3028

2x120

rm

1.2

2.3

70

42.0

3817

2x150

rm

1.4

2.5

70

46.0

4526

2x185

rm

1.6

2.6

95

51.0

5694

2x240

rm

1.7

2.8

120

57.0

7302

2x300

rm

1.8

3.1

150

63.0

9049

3x1.5

re/rm

0.7

1.8

1.5

13.5

218

3x2.5

re/rm

0.7

1.8

2.5

14.5

270

3x4

re/rm

0.7

1.8

4

15.7

348

3x6

re/rm

0.7

1.8

6

16.9

446

3x10

rm

0.7

1.8

10

19.0

645

3x16

rm

0.7

1.8

16

22.0

916

3x25

rm

0.9

1.8

16

25.0

1260

3x35

rm

0.9

1.8

16

27.5

1597

3x50

sm

1

1.9

25

30.0

1919

3x70

sm

1.1

1.9

35

34.0

2697

3x95

sm

1.1

2

50

37.5

3608

3x120

sm

1.2

2.2

70

41.5

4531

3x150

sm

1.4

2.3

70

46.5

5459

3x185

sm

1.6

2.5

95

51.0

6820

3x240

sm

1.7

2.6

120

57.5

8834

3x300

sm

1.8

2.8

150

62.5

10899

4x1.5

re/rm

0.7

1.8

1.5

14.3

250

4x2.5

re/rm

0.7

1.8

2.5

15.4

315

4x4

re/rm

0.7

1.8

4

16.8

406

4x6

re/rm

0.7

1.8

6

18.1

523

4x10

rm

0.7

1.8

10

20.5

772

4x16

rm

0.7

1.8

16

23.5

1100

4x25

rm

0.9

1.8

16

27.5

1541

4x35

rm

0.9

1.9

16

30.0

1976

4x50

sm

1

2

25

33.5

2428

4x70

sm

1.1

2.1

35

38.5

3418

4x95

sm

1.1

2.2

50

42.5

4583

4x120

sm

1.2

2.4

70

48.0

5807

4x150

sm

1.4

2.5

70

54.0

6992

4x185

sm

1.6

2.7

95

58.5

8704

4x240

sm

1.7

2.8

120

65.5

11283

4x300

sm

1.8

3

150

71.5

13920

5x1.5

re/rm

0.7

1.8

1.5

15.2

291

5x2.5

re/rm

0.7

1.8

2.5

16.4

365

5x4

re/rm

0.7

1.8

4

17.9

476

5x6

re/rm

0.7

1.8

6

19.5

617

5x10

rm

0.7

1.8

10

22.5

909

5x16

rm

0.7

1.8

16

25.5

1300

5x25

rm

0.9

1.8

16

29.5

1844

5x35

rm

0.9

1.9

16

32.5

2390

5x50

rm

1.1

2.2

25

37.0

3120




Designed For Protected Power Transmission And Structured Distribution
The N2XCY cable is developed for technicians and engineers working on internal wiring systems in substations, industrial infrastructure, and panel assemblies. Its construction is suitable for fixed installation in dry areas such as control cabinets, protected cable ducts, and enclosed electrical rooms. Electrical contractors favor this design for its concentric conductor arrangement and mechanical protection in confined routes. With its stable layout, it supports long-term deployment in wire and cable distribution frameworks where consistent electrical insulation and compact form factor are essential.

Engineered With XLPE Insulation And Concentric Conductor Screen
This cable consists of a solid or stranded bare copper wire conductor built to VDE and IEC Class 1/2 standards. It features XLPE insulation with a PVC filler and a concentric copper layer for shielding and grounding. The outer sheath is made from flame-retardant PVC. Rated for 600/1000 V and tested to 4000 V, it supports operational temperatures from –30 °C to +70 °C, with short-circuit resistance up to +250 °C. Its mechanical properties and electrical stability meet high expectations for controlled wiring in cable manufacturing and regulated installations.

Applied Across Power Cabinets, Switch Rooms, And Indoor Grids
Engineers use the N2XCY cable in low-voltage switchboards, transformer rooms, local distribution units, and underground conduits that do not involve moisture or UV exposure. The concentric copper conductor is often connected as a functional earth or fault conductor, offering improved fault clearance and safety. Thanks to these attributes, this cable is relied upon by installers, maintenance teams, and wire manufacturers seeking compliance and continuity in power infrastructure builds.
 

Product Advantages

Integrated Ground Function Through Concentric Design
Unlike standard single-core cables, N2XCY includes a concentric copper conductor layer that can act as a grounded neutral or protective conductor. This integration eliminates the need for separate grounding wires in specific setups, simplifying installation. It also reinforces the cable’s resistance to mechanical damage, making it more reliable in dense wiring channels. This is especially useful for wire manufacturers and technicians working on distributed enclosures and panels.

Durable Insulation System With Flame-Retardant Outer Layer
The XLPE insulation provides thermal resistance under continuous load, while the PVC sheath protects against abrasion and internal panel contact. Flame performance meets IEC standards, reducing ignition risk during short circuits or overloads. This structure ensures the cable can be used in high-density cabinet systems or structured routing environments where safety and temperature resilience are priorities for industrial cable suppliers.

Color Identification Supports Fast And Accurate Installation
Each core is marked according to VDE color coding systems, which simplifies conductor recognition during connection, testing, and maintenance. The flexibility of stranded conductors combined with stable insulation makes installation easier across both new projects and retrofits. This layout clarity and standardization enhance workflow efficiency for professionals in cable manufacturing and equipment integration roles.

 

Use Scenarios

Substation Installers Managing Low-Voltage Networks
In power stations and transformer facilities, engineers require cables that can serve both as phase conductors and integrated earth or shield lines. N2XCY fulfills this dual-purpose requirement, offering strong insulation and reliable fault current paths. Its mechanical endurance makes it well-suited for use in underground trays and protected control circuits, matching the expectations of experienced industrial cable suppliers involved in infrastructure development.

Electrical OEMs Designing Internal System Circuits
For OEMs developing enclosed electrical assemblies, N2XCY supports secure transmission across relays, circuit breakers, and busbars. The conductor’s flexibility, coupled with thermal endurance, enables precise internal wiring without excess stress or overheating. This reliability streamlines assembly lines and long-term service for wire manufacturers working with distribution control components and integrated systems.

Maintenance Engineers Upgrading Cabinet Infrastructure
When upgrading or expanding low-voltage panels, technicians need cables that are easy to strip, terminate, and route through dense enclosures. N2XCY enables straightforward handling, clear conductor marking, and high resilience against operational loads. Its concentric conductor also ensures that safety grounding is retained without needing additional wiring—a key advantage for specialists sourcing from trusted wire and cable distributors.
 

About Us

JINDA CABLE is a professional manufacturer focused on the research, development, and production of industrial electrical cables. With decades of experience, the company operates multiple large-scale manufacturing facilities in China, covering over 470,000 square meters. JINDA serves a wide customer base across sectors such as power generation, urban infrastructure, petrochemicals, and equipment manufacturing. Its portfolio includes XLPE-insulated power cables, PVC wires, control cables, and specialized products designed to meet domestic and international compliance standards. JINDA’s reputation among global wire and cable clients is built on technical rigor, material quality, and a long-standing commitment to reliability. The company provides OEM customization services, a 10-year quality guarantee, and operates with a philosophy centered on integrity, precision, and user satisfaction. Its products have been applied in airports, metro lines, large-scale construction projects, and exported to more than 50 countries.

Request A Quote For N2XCY Power Cable Installations Now!

 

FAQ

What voltage does the N2XCY cable support?
It is rated for 600/1000 V working voltage and has been tested up to 4000 V.

Can the concentric conductor be used as protective earth?
Yes, it can serve as a functional earth, neutral, or shielding conductor depending on system design.

Does the product meet international cable standards?
Yes, it complies with VDE 0276, IEC 60502-1, and insulation/fire safety standards including IEC 60332-1.

What thermal range can the cable operate within?
It operates between –30 °C and +70 °C, with short-circuit thermal tolerance up to +250 °C.

Is this cable suitable for outdoor installations?
No, the N2XCY cable is designed for dry indoor environments and protected routing systems.