Nexans U-1000 AR2V 4G240
Nexans U-1000 AR2V 4G240
Low voltage power cable for fixed application
Nexans U-1000 AR2V and Nexans TWISTAL U-1000 AR2V cables, 100% manufactured in France (plant Jeumont 59), guarantee a minimum 35% reduction in greenhouse gas emissions compared to standard cables.
This offer is built on the guaranteed use of low-carbon aluminium and recycled plastic, as well as the use of renewable or decarbonised energies in manufacturing the cables.
Nexans provides all the environmental data for its products (PEP Ecopassport®)
- Nexans ref. : 10057462
Description
Description
Standards
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ProductIEC 60228; IEC 60502-1; NF C32-321
Application
Nexans U-1000 AR2V aluminium cables can be used in all low voltage power installations.
Our range also offers Nexans TWISTAL®, the twisted single-core version of Nexans U-1000 AR2V, specially designed to make three-phase links with neutral. Nexans TWISTAL® simplifies your life and offers many advantages :
- Each core is spotted with a color band
- The twisted core reduces the number of drums and cables pulling
- This solution can allow to reduce the section of used cables (in parallel circuits)
- Nexans TWISTAL® is more flexible and light than a multiconductor, allowing to increase comfort and saving of time
Installation
These cables can be fixed on cable trays, within conduits or fixed to walls.
They also can be buried directly with extra mechanical protection.
Design
- Conductor: stranded circular aluminium - class 2
- Insulation: XLPE - cores identification by colours
- Laying up (for multi conductors): with non hygroscopic filler
- Outer sheath : Lead free black PVC
Construction according to AD8 is possible on request
Marking
N (x ou G) S mm² U-1000 AR2V NF - USE N° Usine S.Y + Sans Pb
- N = number of cores
- S = section in mm²
- G = with Green-Yellow
- x = without Green-Yellow
Without mechanical protection, those cables can be fixed on the wall, cables trays or cable laders.
In buildings with explosion risks, they will be installed with particular protection. In this case, step down of 15% current carrying capacities.
Pulling on cable conductors
Tensile stress per mm2 of globale section shall in no case exceed 3 daN for LV aluminium cable.
The maximum pulling load must never exceed 2000 daN even rule above-mentionned sometimes leads to higher values for large section of cable.
Low carbon offer
Low carbon at a glance
Characteristics
Characteristics
Construction characteristics
Construction characteristics
Dimensional characteristics
Dimensional characteristics
Electrical characteristics
Electrical characteristics
Mechanical characteristics
Mechanical characteristics
Usage characteristics
Usage characteristics
Resources
Resources
Documentation
Declaration of Performance
- Declaration of Performance n� : 1000279-FRJE
- Certification Date : 11/29/16
- AVCP (Assessment and Verification of Constancy of Performance) : System 3
- Notified body : NB 1812
- Declared performance : Eca
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