Name: NA2XY
Brand: Helukabel
Availability: InStock

Technical Data NA2XY

Power distribution cables acc. to DIN VDE 0276-603 / HD 603 S1 / IEC 60502
Temperature range	flexing -5°C to +50°C fixed installation -40°C to +70°C
Permissible conductor operating temperature	+90°C
Permissible short circuit temperature (short circuit duration max. 5 s)	+250°C
Nominal voltage	U₀/U 600/1000 V
Test voltage	4000 V
Highest permissible voltage	Direct current systems: Conductor/conductor 1.8 kV Direct current systems: Conductor/earth 0.9 kV Alternating current systems: Single phase systems both outer conductors insulated 1.4 kV Alternating current systems: Single phase systems one outer conductor earthed 0.7 kV Three phase systems 1.2 kV
Minimum bending radius	single core 15x Outer-Ø multi core 12x Outer-Ø

Details NA2XY

- Aluminium conductor,
- single wire acc. to DIN VDE 0295 cl.1 / IEC 60228 cl.1
- multi wire acc. to DIN VDE 0295 cl.2 / IEC 60228 cl.2
- Core insulation: cross linked polyethylene (XLPE), compound type DIX3 acc. to HD 603 S1
- Core identification acc. to DIN VDE 0293-308 / 0276-603
- Cores concentrically stranded
- Outer sheath: PVC, compound type DMV6 acc. to HD 603 S1
- Sheath colour: black

- the materials used during manufacturing are cadmium-free, contain no silicone and are free from substances harmful to the wetting properties of lacquers

- Flame retardant acc. to DIN VDE 0482-332-1-2 / DIN EN 60332-1-2 / IEC 60332-1-2

- re = round conductor, single wire
- rm = round conductor, multi wire
- se = sectional conductor, single wire
- J-version = with protective conductor GN-YE
- O-version = without protective conductor
- The conductor is metrically constructed (mm²). The AWG designation is approximate and purely informative.

- Power distribution cables for use in underground, in water, outdoors, in concrete, indoors, in cable ducts, for power stations, industrial applications and switching systems, as well as in local networks if no mechanical damage is expected. Respecting the permissible operating temperature at the conductor of +90°C permits a higher current carrying capacity than PVC insulated power distribution cables.