EXAVB Cca 3x185+G95

Description

Description

Standards

  • National
    NBN HD 603 Part 6/Sect.E

Design

  1. Copper core solid ( Class 1) or stranded (Class 2)
  2. XLPE insulation (X)
  3. Safety circuit with copper wires (*)
  4. Steel tapes or wires (A) (**)
  5. PVC sheath (V) - Colour: Black

 (*) Suitable for earth for conductors till 6 mm²
(**) exception: the armour of single core cables for AC applications is made of a non magnetic metal, i.c. copper

Core identification

  • 2 x : blue, brown
  • 3 x : brown, black, grey
  • 3 G : green/yellow, blue, brown
  • 3 + 1 x : brown, black, grey + blue
  • 3 + 1 G : brown, black, grey + green/yellow
  • 4 x : blue, brown, black, grey
  • 4 G : green/yellow, brown, black, grey

Installation

  • In cable channel
  • In tube
  • Underground laying with or without protection
  • In open air
  • In industry or houses

Minimum Installation & Operating Temperature

Provided the conditions explained hereunder are respected, cables can be installed and operated at low temperatures down to -20°C:

Minimum Temperature during Installation

Ideally, the cable should not be installed at an ambient temperature below 5°C.  If this is not possible, the cable must be kept in a heated room of at least 20°C for 24 hours. During installation, the temperature of the sheathing must be properly monitored. If it cools down too much (below 5°C), it must be warmed up again.

Minimum Temperature during operation

The cable can operate at a minimum ambient temperature of -20°C, provided the following conditions are met:

  • the procedure for minimum temperature during installation has been respected
  • the cable has been laid according to the rules of good practice and the bending radius has been scrupulously respected during installation
  • the cable must not move at all after installation: no repositioning and certainly no exposure to vibrations.

 

 

Maximum pulling force

The Construction Standard NBN HD 603 defines the maximum pulling force allowed by a pulling head attached to the copper conductors as follows:
Max. pulling force P = S mm² x 50 N/mm² 
where S is the sum of the nominal cross-section of all conductors.
The armouring shall not be considered in this calculation.

Characteristics

Characteristics

Construction characteristics

Construction characteristics

Conductor material
Copper
Conductor flexibility
Stranded class 2
Conductor shape
Sector-shaped stranded (SM)
Insulation
XLPE (chemical)
Core identification
Brown, Black, Grey + Green/Yellow
With Green/Yellow core
Yes
Armour type
Steel tapes
Material of filler / inner sheath
Compound or tape
Outer sheath
PVC
Halogen free
No
Sheath colour
Black
With smaller neutral conductor
No

Dimensional characteristics

Dimensional characteristics

Number of cores
4
Conductor cross-section
185 mm²
Phase Conductor Cross Section
185 mm²
Cross-section of the protection cores
95 mm²
Ground conductor cross-section
95 mm²
Average insulation thickness
1.6 mm
Neutral conductor section (when smaller)
- mm²
Insulation thickness of smaller conductor
1.1 mm
Armour thickness
0.7 mm
Nominal outer diameter
50.6 mm
Approximate weight
7817 kg/km

Electrical characteristics

Electrical characteristics

Rated Voltage Uo/U (Um)
0.6/ 1 (1.2) kV
Test voltage
4 kV
Permissible current rating in open air
456 A
Permissible current rating when buried
460 A
Ohmical resistance of the armour
0.7 Ohm/km

Mechanical characteristics

Mechanical characteristics

Cable flexibility
Rigid
Mechanical resistance to impacts
Excellent

Usage characteristics

Usage characteristics

Bending factor when laying
15 (xD)
Field of application
Indoor, Outdoor, Underground
Max. conductor temperature in service
90 °C
Operating temperature, range
-20 ... 80 °C
Minimum installation temperature
5 °C
Resistance to vibrations
Moderate
Chemical resistance
Medium
Water proof
Water splattering
Packaging
Cut to length

Resources

Resources

Selling & delivery Information

  • Other dimensions available upon request

Declaration of Performance

  • Declaration of Performance n� : 1000225-BEDO
  • Certification Date : 5/24/17
  • AVCP (Assessment and Verification of Constancy of Performance) : System 1+
  • Notified body : NB 2658
  • Declared performance : Cca-s3,d2,a3

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