Tehnički podaci

  • NYCY
  • Tip kabela
  • Fixed Installation – Indoor, Outdoor, Underground, Water & Concrete
  • Područje primjene
  • VDE 0276-603 | VDE 0276-627 (≥ 5 cores)
  • Standard

Detaljnije

  • Izolacijski materijal PVC DIV 4
  • Pakiranje Drveni bubanj | Čelični bubanj | Dostupne duljine prema specifikaciji kupca
  • Dostupnost Stock
  • Boja: Crna
  • Dostupne konfiguracije vodiča: 2, 3, 4, 5, 7, 8, 10, 12, 14, 16, 19, 21, 24, 30, 40, 52, 61 Cores
  • Available Cross Sections: 1.5 mm² to 16 mm²
  • Minimalni radijus savijanja: 12 × promjer kabela
  • Radni napon 0.6/1 kV
  • Test Voltage 4 kV
  • Installation Indoor, Outdoor, Underground, Water & Concrete
  • Flame Retardance IEC 60332-1-2
  • CPR Classification Eca (Catalogue Classification)
  • Materijal vodiča Bare Copper, Class 1; Class 2 from 25 mm²
  • Grupa kabela Energetski kablovi 1 - 30 kV
  • Izolacijski materijal PVC DIV 4
  • Radni napon 0.6/1 kV
  • CPR razred Eca
  • Standard VDE 0276-603 | VDE 0276-627 (≥ 5 cores)

NYCY is a 0.6/1 kV copper power cable with PVC insulation and a concentric copper conductor, designed for fixed installations in industrial plants, commercial buildings, utility networks, and infrastructure projects.The concentric conductor provides an integrated protective earth (PE) and neutral function, making NYCY ideal where enhanced electrical safety and fault current protection are required.

Suitable for installation indoors, outdoors, in cable ducts, underground (with additional protection), and in concrete.

NYCY · POWER CABLE WITH CONCENTRIC COPPER CONDUCTOR

NYCY Copper Power Cable with Concentric Conductor

NYCY is a 0.6/1 kV power cable with copper conductors, PVC insulation, a concentric copper conductor and PVC outer sheath.

Designed for fixed power distribution installations where the concentric copper conductor can be used as a protective, neutral or combined protective and neutral conductor, depending on the installation design and applicable requirements.

0.6/1 kV Radni napon
Copper Conductor
PVC Insulation
Cu Concentric Conductor
PVC Outer Sheath
01

Construction

CU / PVC / CONCENTRIC CU / PVC

1
Conductor

Copper conductor, Class 1 or Class 2 depending on cross-section

2
Insulation

PVC insulation compound

3
Core Assembly

Insulated conductors laid up to form the cable core

4
Concentric Conductor

Concentric copper wires arranged around the cable core

5
Outer Sheath

PVC outer sheath

6
Radni napon

0.6/1 kV

02

Technical Data

Electrical and installation characteristics

Rated Voltage U₀/U 0.6/1 kV
Materijal vodiča Copper
Conductor Class Class 1 / Class 2
Insulation PVC
Concentric Conductor Copper
Outer Sheath PVC
CPR Classification Eca
03

Standardi

Applicable cable standards

VDE 0276-603 Power cable construction and requirements
VDE 0276-627 Applicable to specified multicore constructions
04

Primjene

Fixed low-voltage power distribution

Power Distribution Suitable for fixed low-voltage power distribution installations.
Industrial Installations Suitable for power supply and distribution in industrial installations.
Building Infrastructure Suitable for fixed electrical installations in building infrastructure.
Underground Installation Suitable for underground installation under appropriate installation conditions.
Cable Ducts Suitable for installation in cable ducts and fixed distribution systems.
Concentric Conductor Integrated concentric copper conductor for protective or neutral conductor functions.
NYCY · CU/PVC/CONCENTRIC CU/PVC Available in multiple conductor configurations and cross-sections. The value after “/” indicates the cross-section of the concentric copper conductor. Cable dimensions, weights and current ratings depend on the selected cable configuration.
NYCY · 0.6/1 kV

Dimensions & Technical Data

01

2 Core

Configuration
mm²
Resistance
Ω/km @ 20°C
Insulation
mm
Ampacity Air
30°C · A
Ampacity Ground
20°C · A
Overall Ø
approx. mm
Copper Weight
kg/km
Net Weight
kg/km
2 × 1.5 / 1.512.10.8192713.052200
2 × 2.5 / 2.57.410.8263613.680260
2 × 4 / 44.611.0344715.4123350
2 × 6 / 63.081.0445916.9182430
2 × 10 / 101.831.0607918.5312520
2 × 16 / 161.151.08010220.5489720
02

3 Core

Configuration
mm²
Resistance
Ω/km @ 20°C
Insulation
mm
Ampacity Air
30°C · A
Ampacity Ground
20°C · A
Overall Ø
approx. mm
Copper Weight
kg/km
Net Weight
kg/km
3 × 1.5 / 1.512.10.8192713.266220
3 × 2.5 / 2.57.410.8263614.2104280
3 × 2.5 / 107.410.8263614.4192359
3 × 4 / 44.611.0344716.3161390
3 × 6 / 63.081.0445917.3240500
3 × 10 / 101.831.0607920.0408680
3 × 16 / 161.151.08010223.06431010
03

4 Core

Configuration
mm²
Resistance
Ω/km @ 20°C
Insulation
mm
Ampacity Air
30°C · A
Ampacity Ground
20°C · A
Overall Ø
approx. mm
Copper Weight
kg/km
Net Weight
kg/km
4 × 1.5 / 1.512.10.8192714.281250
4 × 2.5 / 2.57.410.8263615.3128340
4 × 4 / 44.611.0344717.3200460
4 × 6 / 63.081.0445918.4297580
4 × 10 / 101.831.0607921.0504765
4 × 16 / 161.151.08010223.07961060
04

5 Core

Configuration
mm²
Resistance
Ω/km @ 20°C
Insulation
mm
Ampacity Air
30°C · A
Ampacity Ground
20°C · A
Overall Ø
approx. mm
Copper Weight
kg/km
Net Weight
kg/km
5 × 1.5 / 1.512.10.8192715.095330
5 × 2.5 / 2.57.410.8263616.0152400
5 × 4 / 44.611.0344719.0238550
5 × 6 / 63.081.0445921.0355700
05

7 Core

Configuration
mm²
Resistance
Ω/km @ 20°C
Insulation
mm
Ampacity Air
30°C · A
Ampacity Ground
20°C · A
Overall Ø
approx. mm
Copper Weight
kg/km
Net Weight
kg/km
7 × 1.5 / 2.512.10.8192715.3133350
7 × 2.5 / 2.57.410.8253617.4200450
7 × 4 / 44.611.0344720.0315600
7 × 6 / 63.081.0435922.5470790
7 × 10 / 101.831.0607925.07921320
06

10–16 Core

Configuration
mm²
Resistance
Ω/km @ 20°C
Insulation
mm
Ampacity Air
30°C · A
Ampacity Ground
20°C · A
Overall Ø
approx. mm
Copper Weight
kg/km
Net Weight
kg/km
10 × 1.5 / 2.512.10.8192718.4176410
10 × 2.5 / 47.411.0253620.4286600
10 × 4 / 64.610.8344723.5451900
12 × 1.5 / 2.512.10.8192719.4205470
12 × 2.5 / 47.410.8253620.5334660
12 × 4 / 64.611.0344724.55281060
14 × 1.5 / 2.512.10.8192720.4234520
14 × 2.5 / 67.410.8253621.5403750
16 × 1.5 / 412.10.8192720.0276620
16 × 2.5 / 67.410.8253622.5451800
07

19–61 Core

Configuration
mm²
Resistance
Ω/km @ 20°C
Insulation
mm
Ampacity Air
30°C · A
Ampacity Ground
20°C · A
Overall Ø
approx. mm
Copper Weight
kg/km
Net Weight
kg/km
19 × 1.5 / 412.10.8192722.5320660
19 × 2.5 / 67.410.8253623.5523940
19 × 4 / 104.611.0344727.18501376
21 × 1.5 / 612.10.8192723.0369790
24 × 1.5 / 612.10.8192725.5413850
24 × 2.5 / 107.410.8253627.66961150
24 × 4 / 104.611.0344732.310421813
30 × 1.5 / 612.10.8192726.54991020
30 × 2.5 / 107.410.8253629.58401600
40 × 1.5 / 1012.10.8192730.06961280
40 × 2.5 / 107.410.8253633.010801660
52 × 1.5 / 1012.10.8192732.08691600
52 × 2.5 / 107.410.8253635.013682000
61 × 1.5 / 1012.10.8192733.09982000
61 × 2.5 / 107.410.8253636.015842280
Need another configuration?

Additional NYCY conductor configurations and cross-sections are available on request. Contact UNIMA CABLE with the required size, quantity and delivery location.

Technical note

The value after “/” indicates the cross-section of the concentric copper conductor. Outer diameters and weights are approximate. Current ratings depend on installation conditions and applicable correction factors. Technical values should be confirmed for the selected cable configuration before final project design.

Technical Documentation

Technical Data Sheet

EU declaration of conformity

Core Identification

UNIMA CABLE

NYCY Cable Calculator

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