NSSHöu-J 0,6/1kV, yellow, 7- to 18-core

Construction

 

  • Conductor:                     tinned copper wire, stranded
  • Construction:                  acc. to  VDE 0295, class 5 or IEC 60228, cl. 5
  • Core insulation:               EPR-Basis 3GI3, acc. to VDE 0207 part 20
  • Marking of cores:
    up to 5 wires colored acc. to VDE 0293,
    from 7 wires black with ongoing printed numbers
  • Protective conductor green-yellow (from 3-wire)
  • Cores with optimal lay lengths stranded in layers
  • Intermediate sheath:           rubber
  • Outer sheath:                  polychloroprene 5GM5 acc. to VDE 0207 part21, oil resistant
  • Sheath color:                  yellow, with type imprint

 

Technical Data

 

  • Nom. voltage:           Uo/U   600/1.000 V
  • Test voltage:                  3.000 V
  • Insulation resistance at 20°C: ≥ 20 MOhm x km
  • Tensile load/static load:      total copper-diameter x 15 N/mm²
  • Bending radius:
                   unmoved         5  x cable diameter
                   moved           10 x cable diameter
                   compulsory guidance 15 x cable diameter
  • Temperature range
                                   moved   -25°C to +80°C
                                   unmoved -40°C to +80°C

 

Properties

 

  • Oil resistance acc. to VDE 0472 part 803, type of test A
  • Flame resistance acc. to IEC 60332-1

 

Special Features

 

  • ozone-resistant
  • notch-resistant
  • increased abrasion resistant
  • oil-, grease- and chemicals-resistant
  • high insulation resistance
  • good resistance to heat pressure

Ø mm² Cu-Weight kg/km Outer-Ø mm Total-Weight kg/km Article number
7 x 1,5 101,0 19,4 455,0 6630700150
7 x 2,5 168,0 20,0 550,0 6630700250
10 x 1,5 144,0 20,8 553,0 6631000150
12 x 2,5 288,0 26,0 785,0 6631200250
18 x 2,5 432,0 30,9 1.230,0 6631800250
  • Weitere Anfertigungen auf Anfrage
  • Alle Angaben ohne Gewähr
  • Sollten Sie Fragen zu diesem Produkt haben, können Sie uns gerne telefonisch oder über unser Kontaktformular erreichen.

Datenblatt herunterladen