Products

Power distribution cables

Low-voltage power cables with the nominal voltage of up to 1 kV are used as single-wire or multi-wire power distribution cables:

- for industrial purposes, electric power machinery and plants in industrial plants,
- for electricity distribution in underground and overhead distribution networks, for low-voltage distribution as used by power distribution companies (e.g. HEP in Croatia).

By the way of their laying, power distribution cables can be either underground – laid in the ground or overhead – in overhead power distribution networks.

In underground power cables the conductor is copper (Cu) and aluminum (Al), and it can be of a round or a sector shape with the addition of a concentric conductor – a shield consisting of concentrically laid copper wires and a copper tape.

 

As the insulating material for underground power cable, PVC and PE are used most often, in case of higher operating temperature of conductors; XLPE is used, while for the cables with special properties in case of fire, low smoke zero halogen (LSZH) compounds are used, which have a low emission of smoke, with non-toxic and non-corrosive gases generated during combustion.

As the sheathing material for underground power cables, PVC and PE are used most often, and for the cables with special properties in case of fire, low smoke zero halogen (LSZH) compounds are used, which have a low emission of smoke, with non-toxic and non-corrosive gases generated during combustion.

As the conductor for overhead power cables or self-supporting cable bundles, aluminum (Al) is used, while for the self-supporting function, aluminum alloys (ALMgSi) are used, and for insulation, exclusively XLPE.

Select a product:

Standard: VDE 0276 Part 603 (=HD 603 S1)

Equivalents:
PP00 according to IEC 60502-1
E-YY according to ÖVE-K 603

Nominal voltage: 0,6/1 kV

Temperature application:

  • from -30°C up to +70°C
  • at installation: from -5°C up to +50°C

Insulation/sheath: PVC/PVC

Construction:

  • conductor: Cu class 1 or class 2 acc. to VDE 0295 (IEC 60228/HD 383), solid or stranded
  • insulation: PVC type DIV-4 according to HD 603 S1
  • type -J: with yellow/green core
  • type -O: without yellow/green core
  • cores: concentrically stranded in a colour sequence according to VDE 0293 (=HD 308 S2)
  • filling: extruded nonvulcanized EPDM compound or wrapped thermoplastic tapes
  • sheath: PVC type DMV-5 according to HD 603 S1

Sheath colour: black

Flame retardance: IEC 60332-1

Minimal bending radius: single-core ca. 18x diameter; multi-core ca. 15-18x diameter

Application:
power supply and control cable for fixed installation within a facility, indoors and for the installation in canals, in the ground, in water and concrete, under conditions where high mechanical loads are not expected

Standard: VDE 0276 Teil 603 (=HD 603 S1)

Equivalents:
E-YCY according to ÖVE – K 603

Nominal voltage:
0,6 / 1 kV

Temperature application:

  • at installation: -5°C do +50°C
  • fixed:  -30°C do +70°C

Insulation/sheath: PVC/PVC

Construction:

  • conductor: Cu class 1 or class 2 acc. to DIN VDE 0295 (IEC 60228/HD 383), solid or stranded
  • insulation: PVC type DIV4 according to HD 603.1
  • core colours: acc. to VDE 0293 (=HD 186)
  • cores: concentric stranded
  • filling: extruded nonvulcanized rubber
  • sheath: PVC type DMV5 according to HD 603.1

Sheath colour: black

Flame retardance: IEC 60332-1

Minimal bending radius: multi-core – ca. 15-18x diameter

Application:
Power supply and control cable for conditions where extra mechanical and electrical protection is needed. For the installation in canals, in the ground, in water and concrete, under conditions where high mechanical loads are not expected.

Standard: VDE 0276 Part 603 (=HD 603 S1)

Equivalents:
PP00-A according to IEC 60502-1
E-AYY according to ÖVE-K 603

Nominal voltage:
0,6/1 kV

Temperature application:

  • from -30°C up to +70°C
  • at installation: from -5°C up to + 50°C

Insulation/sheath: PVC/PVC

Construction:

  • conductor: Al class 2 according to VDE 0295 (IEC 60228/HD 383), stranded
  • insulation: PVC type DIV-4 according to HD 603 S1
  • type -J: with yellow/green core
  • type -O: without yellow/green core
  • cores: concentrically stranded in a colour sequence according to VDE 0293 (=HD 308 S2)
  • filling: extruded nonvulcanized EPDM compound or wrapped thermoplastic tapes
  • sheath: PVC type DMV-5 according to HD 603 S1

Sheath colour: black

Flame retardance: IEC 60332-1

Minimal bending radius: single-core ca. 18x diameter; multi-core ca. 15-18x diameter

Application:
power supply and control cable for fixed installation within a facility, indoors and for the installation in canals, in the ground, in water and concrete, under conditions where high mechanical loads are not expected

Standard: VDE 0276 Part 603 (=HD 603 S1)

Equivalents:
XP00 according to IEC 60502-1
Cu/XLPE/PVC according to BS 5467

Nominal voltage:
0,6/1 kV

Temperature application:

  • from -30°C up to +90°C
  • at installation: from -5°C up to +50°C

Insulation/sheath: XLPE/PVC

Construction:

  • conductor: Cu class 1 or class 2 acc. to VDE 0295 (IEC 60228/HD 383), solid or stranded
  • insulation: XLPE type DIX-3 according to HD 603 S1
  • type – J: with yellow/green wire
  • type -O: without yellow/green wire
  • cores: concentrically stranded in a colour sequence according to VDE 0293(=HD 308 S2)
  • filling: extruded nonvulcanized EPDM compound or wrapped thermoplastic tapes
  • sheath: PVC type DMV-6 according to HD 603 S1

Sheath colour: black

Flame retardance: IEC 60332-1

Minimal bending radius: single-core ca. 18x diameter; multi-core ca. 15-18x diameter

Application:
power supply and control cable in industrial plants, power stations and other electrical plants in which high electrical and thermal strain is expected, for underground laying, in canals, on support brackets, where the cables are not exposed to mechanical tensile strain

Standard: VDE 0276 Teil 604 (=HD 603 S1)

Nominal voltage:
0,6/1 kV

Temperature application:

  • at installation: od -5°C do +50°C
  • fixed: od -30°C do +90°C

Insulation/sheath: XLPE/HALOGEN-FREE FLAME-RETARDANT POLYOLEFIN

Construction:

  • conductor: Cu class 1 or class 2 acc. to VDE 0295 (IEC 228/HD 383), solid or stranded
  • insulation: XLPE type 2XI1 according to VDE 0276-604
  • core colours: acc. to VDE 0293 (=HD 186)
  • type -O: without yellow/green core
  • type -J: with yellow/green core
  • cores: concentrically stranded
  • filling: flame-retardant halogen-free filling
  • sheat: polyolefin type HM4 according to VDE 0276-604

Sheath colour: black

Flame retardance: IEC 332-1; IEC 60332-3 kat. C

Minimal bending radius: multi-core – ca. 15-18x diameter

Application:
power supply and control cable in industrial plants, power stations and other electrical plants in which high electrical and thermal strain is expected and requires a greater degree of fire protection.  For the installation in canals, in the ground, on the support brackets and above plaster

Standard: VDE 0276 Part 603 (=HD 603 S1)

Equivalents:
XP00-A according to IEC 60502-1
Al/XLPE/PVC according to BS 5467

Nominal voltage:
0,6/1 kV

Temperature application:

  • from -30°C up to +90°C
  • at installation: from -5°C up to +50°C

Insulation/sheath: XLPE/PVC

Construction:

  • conductor: Al class 2 according to VDE 0295 (IEC 60228/HD 383), stranded
  • insulation: XLPE type DIX-3 according to HD 603 S1
  • type -J: with yellow/green core
  • type -O: without yellow/green core
  • cores: concentrically stranded in a colour sequence according to VDE 0293 (=HD 308 S2)
  • filling: extruded nonvulcanized EPDM compound or wrapped thermoplastic tapes
  • sheath: PVC type DMV-6 according to HD 603 S1

Sheath colour: black

Flame retardance: IEC 60332-1

Minimal bending radius: ca. 15-18x diameter

Application:
power supply and control cable in industrial plants, power stations and other electrical plants in which high electrical and thermal strain is expected, for underground laying, in canals, on support brackets, where cables are not exposed to mechanical tensile strain

Standard: HRN HD 603 S1

Equivalents:
Cu/PVC/STA/PVC according to IEC 60502-1

Nominal voltage: 0,6/1 kV

Temperature application:

  • from -30°C up to +70°C
  • at installation: from -5°C up to +50°C

Insulation/sheath: PVC/PVC

Construction:

  • conductor: Cu class 1 or class 2 acc. to  HD 383 (IEC 60228/VDE 0295), solid or stranded
  • insulation: PVC type DIV4 according to HD 603 S1 Teil 4
  • type -J: with yellow/green core
  • type -O: without yellow/green core
  • cores: concentrically stranded in a colour sequence according to VDE 0293 (=HD 308 S2)
  • filling: extruded nonvulcanized EPDM compound or wrapped thermoplastic tapes
  • armour: two steel tapes
  • sheath: PVC type DMV5 according to HD 603 S1Teil 5

Sheath colour: black

Flame retardance: IEC 60332-1

Minimal bending radius: single-core ca. 18x diameter; multi-core ca. 15-18x diameter

Application:
power supply and control cable for fixed installation within a facility, outdoors and also in canals, under the ground, in the water and in concrete, in conditions where high mechanical strains are expected

Standard: HRN HD 603 S1

Equivalents:
Al/PVC/STA/PVC according to IEC 60502-1

Nominal voltage:
0,6/1 kV

Temperature application:

  • from -30°C up to + 70°C
  • at installation: from -5°C up to + 50°C

Insulation/sheath: PVC/PVC

Construction:

  • conductor: Al class 2 according to HD 383 (IEC 60228/VDE 0295), stranded
  • insulation: PVC type DIV4 according to HD 603 S1 Teil 4
  • type -J: with yellow/green core
  • type -O: without yellow/green core
  • cores: concentrically stranded in a colour sequence according to VDE 0293(=HD 308 S2)
  • filling: extruded nonvulcanized EPDM compound or wrapped thermoplastic tapes
  • armour: two steel tapes
  • sheath: PVC type DMV5 according to HD 603 S1Teil 5

Sheath colour: black

Flame retardance: IEC 60332-1

Minimal bending radius: ca. 15-18x diameter

Application:
power supply and control cable for fixed installtion within a facility, outdoors and also in canals, under the ground, in the water and in concrete, in conditions where high mechanical strains are expected

Standard: HD 626 S1

Equivalents:
X00-A, X00/0-A according to HRN HD 626 S1

Nominal voltage:
0,6/1 kV

Temperature application:

  • from -30°C up to +85°C

Insulation/sheath: XLPE

Construction:

  • conductor:
  • -phase – Al class 2 according to HD 383, stranded
  • -neutral  – AlMg1 or AlMgSi class 2 according to HD 383, stranded
  • -public lighting- Al class 2 according to HD 383, stranded
  • insulation: XLPE type TIX-2 or TIX-5 according to HD 626 S1
  • cores: concentrically stranded

Sheath colour: black

Minimal bending radius: ca. 15x diameter

Application:
for distribution of electricity in urban networks and industry as well as for air  household connections, to be mounted on posts, on support brackets, on wood, iron constructions or those made of some other material

Standard: CEI 20-13

Nominal voltage:
0,6/1 kV

Temperature application:

  • at installation: -5°C do +50°C
  • fixed:  -20°C do +90°C

Insulation/sheath: HEPR / PVC

Construction:

  • vodič: Cu kl.5 prema VDE 0295
  • izolacija: HEPR tip G7 prema CEI 20-11
  • boje žila: prema VDE 0293-308
  • žile: koncentrično použene
  • filling: extruded nonvulcanized EPDM compound
  • sheat: flame-retardant PVC

Sheath colour: grey

Flame retardance: according to CEI 20-22II or IEC 60332-3; reduced emission of corrosive gases (CEI 20-37/1 or IEC 60754-2)

Application:
for power transmission up to 1 kV, in home and industrial installations, for indoor and outdoor installation. The option of laying directly into the ground, even in the conditions where high moisture is expected

Designation of harmonized wires and
cables according to VDE 0281/0282
Designation of power cables according
to VDE 0271/0273/0276
IDENTIFICATIONS OF DESIGNATION

H Harmonized standards
A Autorized nacional standards

NOMINAL VOLTAGE

01 100 V
03 300/300 V
05 300/500 V
07 450/750 V

INSULATING MATERIALS

V PVC - Polyvinylchlorid
V2 PVC - Polyvinylchlorid, high temperature resistant (90°C)
V3 PVC - Polyvinylchlorid, low temperature resistant
B EPR – Ethylen-propylen rubber
E PE - Polyethylene
R NR / SR - Natural or synthetic rubber
S SiR – Silicone rubber
X XLPE - Cross-linked polyethylene

SHEATH

V PVC - Polyvinylchlorid
V2 PVC - Polyvinylchlorid, high temperature resistant (90°C)
V3 PVC - Polyvinylchlorid, low temperature resistant
V5 PVC - Polyvinylchlorid, oil resistant
R NR / SR - Natural or synthetic rubber
N CR - Chloroprene rubber
Q PUR - Polyurethane
J glass fiber braiding
T textile braid over twisted cores

SPECIAL STRUCTURAL FEATURES

C4 copper braided screen
H flat divisible cords (twin cable)
H2 flat non-divisible cords
H8 spiral cords

CONDUCTOR TYPE

U round, solid
R round, stranded
K flexible, for fixed installations
F flexible, for flexible cords
H highly flexible
Y tinsel wire, DIN 47104
D flexible, for welding cables
E highly flexible, for welding cables

NUMBER OF CORES
PROTECTIVE CONDUCTOR

G with green/yellow core
X without green/yellow core

CONDUCTOR NOMINAL CROSS SECTION in mm2
IDENTIFICATIONS OF DESIGNATION

N DIN VDE standard
(N) Similar to DIN VDE standard

CONDUCTOR MATERIAL

- copper conductor
A aluminum conductor

INSULATING MATERIALS

Y PVC - Polyvinylchlorid
2Y PE - Polyethylene
2X XLPE - Cross-linked polyethylene

CONCENTRIC CONDUCTOR

C concentric copper conductor
CW concentric copper conductor in waveconal formation
CE concentric copper conductor over each core

SCREEN

S screen of copper wires
SE screen of copper wires over each core

SHEATH MATERIAL

K lead sheath

INNER PROTECTION, INNER SHEATH

Y PVC - Polyvinylchlorid
2Y PE - Polyethylene
2X XLPE - Cross-linked polyethylene

ARMOURING

B steel tape
F flat steel wires
R round steel wires
G counter helix steel tape

SHEATH

Y PVC - Polyvinylchlorid
2Y PE - Polyethylene
2X XLPE - Cross-linked polyethylene

PROTECTIVE CONDUCTOR

-J with green/yellow core
-O without green/yellow core

NUMBER OF CORES
COND. NOM. CROSS SECTION in mm2
CONDUCTOR TYPE

RE round, solid conductor
RM round, stranded conductor
SE sector, solid conductor
SM sector, stranded conductor

Certificates

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