MULTI-STANDARD SC 1

UL-recognised (AWM) + CSA AWM I A/B + <HAR> H05V-K, tinned-copper strands

Lapp Kabel® MULTI-STANDARD SC 1, power and control cable, PVC single core, UL-recognized/UL AWM style 1007+1569 & CSA AWM I A/B +105 °C/300 V, HAR H05V-K

  • Formerly: Multi-Standard single core UL-CSA-HAR 1007/1569
  • CPR: Article number choice under www.lappkabel.com/cpr

Oil-resistant

CE CSA HAR RU EAC Fire

Article number Core colour Conductor cross-section (mm²) Outer diameter [mm] m/ring m/box Copper index (kg/km) Weight (kg/km)
4180400
green/yellow 0.5 2.5 100 - 4.8 9
4180403
brown 0.5 2.5 100 - 4.8 9
4180401
black 0.5 2.5 100 - 4.8 9
4180406
grey 0.5 2.5 100 - 4.8 9
4180402
blue 0.5 2.5 100 - 4.8 9
4180414
dark blue 0.5 2.5 100 - 4.8 9
4180414K
dark blue 0.5 2.5 - 3000 4.8 9
4180409
orange 0.5 2.5 100 - 4.8 9
4180407
violet 0.5 2.5 100 - 4.8 9
4180410
yellow 0.5 2.5 100 - 4.8 9
4180405
white 0.5 2.5 100 - 4.8 9
4180404
red 0.5 2.5 100 - 4.8 9
4180500
green/yellow 0.75 2.6 100 - 7.2 12
4180503
brown 0.75 2.6 100 - 7.2 12
4180501
black 0.75 2.6 100 - 7.2 12
4180501K black 0.75 2.6 - 2500 7.2 12
4180506
grey 0.75 2.6 100 - 7.2 12
4180502
blue 0.75 2.6 100 - 7.2 12
4180514
dark blue 0.75 2.6 100 - 7.2 12
4180514K
dark blue 0.75 2.6 - 2500 7.2 12
4180507
violet 0.75 2.6 100 - 7.2 12
4180505
white 0.75 2.6 100 - 7.2 12
4180504
red 0.75 2.6 100 - 7.2 12
4180600
green/yellow 1 2.8 100 - 9.6 15
4180600K
green/yellow 1 2.8 - 2000 9.6 15
4180611
green 1 2.8 100 - 9.6 15
4180603
brown 1 2.8 100 - 9.6 15
4180601
black 1 2.8 100 - 9.6 15
4180606
grey 1 2.8 100 - 9.6 15
4180602
blue 1 2.8 100 - 9.6 15
4180614
dark blue 1 2.8 100 - 9.6 15
4180609
orange 1 2.8 100 - 9.6 15
4180607
violet 1 2.8 100 - 9.6 15
4180610
yellow 1 2.8 100 - 9.6 15
4180605
white 1 2.8 100 - 9.6 15
4180604
red 1 2.8 100 - 9.6 15

Benefits

  • For use in the most important global markets
  • Reduction in technical documentation
  • Easy storage
  • Increases the cost-effectiveness of the production process

Application range

  • Factory wiring
  • Internal wiring of devices
  • Control cabinet wiring

Product features

  • Flame-retardant according IEC 60332-1-2
  • Flame-retardant according to UL VW1/CSA FT1
  • Oil-resistant

Norm references / Approvals

  • Multi-standard cables have conductor strands with nominal sizes in mm² or AWG/kcmil. The master size is mentioned in the table below, while the equivalent size of the other system can be found in the Appendix T16 of this catalogue. For this related secondary size the cross-section of the conductor mostly works out to be greater than the
    specified nominal value.
  • Cable type certifications: <HAR> H05V-K acc. EN 50525-2-31, UL AWM
    styles 1007 & 1569 (by UL acc. UL standard UL 758, U.I. Lapp GmbH's UL AWM file number: E63634), CSA AWM I A/B (by CSA acc. CSA standard CSA
    C22.2 No. 210-05, CSA class 5851-01)

Product Make-up

  • Fine-wire strand made of tinned-copper wires
  • Special PVC-based core insulation

Classification ETIM 5

  • ETIM 5.0 Class-ID: EC000993
  • ETIM 5.0 Class-Description: Single core cable

Classification ETIM 6

  • ETIM 6.0 Class-ID: EC000993
  • ETIM 6.0 Class-Description: Single core cable

Conductor stranding

  • Fine wire according to VDE 0295 Class 5/ IEC 60228 Class 5

Minimum bending radius

  • 4 x outer diameter (OD) for normal use; 2 x OD for cautions bending

Nominal voltage

  • HAR / IEC: U0/U: 300/500 V;
    UL (AWM): U: 300 V;
    CSA (AWM I A/B): U: 300 V

Test voltage

  • 2000 V

Temperature range

  • Fixed installation:
    HAR/IEC: -40°C to +70°C;
    UL (AWM): up to +105°C;
    CSA (AWM I A/B): up to +105°C

  • Unless specified otherwise, the shown product values are nominal values. Detailed values (e.g. tolerances) are available upon request.
  • Copper price basis: EUR 150/100 kg. Refer to catalogue appendix T17 for the definition and calculation of copper-related surcharges.
  • Photographs and graphics are not to scale and do not represent detailed images of the respective products.
  • The outer diameters stated in the part number table are maximum values.