12.0f3 Cable Data 11 General 9 Title 1.5mm2 Cu_Single core, 1kV V-90 insulated (unsheathed) Description To AS/NZS 5000.1 Path C:\Users\User\Desktop\Cables\Olex LV Handbook\PVC Insulated\1.5mm2 Cu_Single core, 1kV V-90 insulated (unsheathed).xml Frequency (Hz) 50.00000000000000 Phases DC Single phase Three phase 2 Cores Single core Multicore 0 Voltage, U (phase to phase) 1000.00000000000000 Daily load factor, L 0.00000000000000 Conductor temperature, theta (deg.C) 0.00000000000000 Conductor 10 Conductor size (mm2) 0.5 mm2 0.75 mm2 1 mm2 1.5 mm2 2.5 mm2 4 mm2 6 mm2 10 mm2 16 mm2 25 mm2 35 mm2 50 mm2 70 mm2 95 mm2 120 mm2 150 mm2 185 mm2 240 mm2 300 mm2 400 mm2 500 mm2 630 mm2 800 mm2 1000 mm2 1200 mm2 1600 mm2 1800 mm2 2000 mm2 2500 mm2 3 Conductor class Class 1 solid conductors for single or multicore cables Class 2 stranded conductors for single or multicore cables Class 5 flexible copper conductors for single or multicore cables Class 6 flexible copper conductors for single or multicore cables 0 Conductor material Copper, plain wires Copper, metal-coated wires Aluminium wires Aluminium alloy wires 0 Hard-drawn Cu? (aerial cable) 0 Conductor Type Copper_Round, stranded_Dried & impregnated Copper_Round, stranded_Not dried & impregnated Copper_Round, 4 segment Copper_Hollow, helical stranded_Dried and impregnated Copper_Sector-shaped_Dried and impregnated Copper_Sector-shaped_Not dried and impregnated Aluminium_Round, stranded Aluminium_Round, 4 segment Aluminium_Round, 5 segment Aluminium_Round, 6 segment Aluminium, Segmental with peripheral strands 0 Conductor shape (self inductance) Circular Circular compacted Shaped 0 External diameter of cable, De (m) 0.00000000000000 DC resistance 3 Calculation mode: Standards Custom 0 Standards 3 DC resistance calculation based on: Insulation max. operating temperature, Theta (deg.C) Conductor operating temperature (deg.C) 0 Conductor operating temperature (deg.C) 0.00000000000000 Standards IEC 60228:2004 AS/NZS 1125:2001 1 Custom 2 Resistivity (Rho) ohm.m at 20 deg.C. 1.21000000000000E-2 Electrical temp. coeff. of metal, a20 (per K at 20 deg.C) 3.93000000000000E-3 Conductor No. of Wires 2 Mode Based on conductor size (mm2) and IEC 60228 Specify no. of conductors 0 No. of conductor wires 0 Conductor diameter 2 Mode Based on conductor size (mm2) Specify conductor diameter 0 Nominal conductor diameter, dc (m) 1.50000000000000E-3 Conductor shield 2 Conductor shield? 0 Dimensions 2 Thickness (m) 3.25000000000000E-3 Diameter (m) 8.00000000000000E-3 Insulation 5 Type of cable insulation Impregnated paper_Solid type, fully- pre- or mass-impregnated non-draining Impregnated paper_Oil-filled, self-contained_up to Uo = 36kV Impregnated paper_Oil-filled, self-contained_up to Uo = 87kV Impregnated paper_Oil-filled, self-contained_up to Uo = 160kV Impregnated paper_Oil-filled, self-contained_up to Uo = 220kV Impregnated paper_Oil-pressure pipe-type Impregnated paper_External gas pressure Impregnated paper_Internal gas pressure Butyl rubber EPR_up to and including 18/30 (36) kV EPR_greater than 18/30 (36) kV PVC PE (HD and LD) XLPE_Unfilled_up to and including 18/30 (36) kV XLPE_Unfilled_greater than 18/30 (36) kV XLPE_Filled_greater than 18/30 (36) kV PPL_equal to or greater than 63/110 kV 11 Calculation mode: Standards Custom 0 Custom 2 Epsilon 8.00000000000000 Tandelta 0.10000000000000 Dimensions 2 Thickness (m) 8.00000000000000E-4 Diameter (m) 3.10000000000000E-3 Insulation. Max. operating temp., Theta (deg.C) 90 Insulation screen 4 Insulation screen? 0 Single core 1 Material Semi-conductor screen Copper screen tape Aluminium screen tape 0 Multi-core 1 Material Belted (unscreened)-Multicore Semi-conductor screen Copper screen tape Aluminium screen tape 1 Dimensions 2 Thickness (m) 2.45000000000000E-3 Diameter (m) 8.00000000000000E-3 Sheath 4 Cable sheath? 0 Multicore Common Sheath per phase 0 Type of sheath 3 Type of sheath Aluminium Lead Lead with reinforcing tape Copper 0 Calculation mode: Standards Custom 0 Custom 2 Resistivity (Rho) ohm.m at 20 deg.C. 0.00000000000000 Electrical temp. coeff. of metal, a20 (per K at 20 deg.C) 0.00000000000000 Construction and dimensions 2 Construction Non-corrugated Corrugated Longitudinally corrugated 0 Dimensions 3 Non-corrugated 2 Thickness (m) 2.45000000000000E-3 Diameter (m) 8.00000000000000E-3 Corrugated 3 Thickness of corrugated sheath (m) 0.00000000000000 Inner diameter of corrugated sheath (m) 3.10000000000000E-3 Outer diameter of corrugated sheath (m) 8.00000000000000E-3 Longitudinally corrugated 4 Corrugation height 0.00000000000000 Inner radius of corrugated sheath (m) 0.00000000000000 Outer radius of corrugated sheath (m) 0.00000000000000 Tape 5 Overlap (m) 0.00000000000000 Width (m) 0.00000000000000 Thickness (m) 0.00000000000000 Accumulation factor 0.00000000000000 Calculated properties 2 Diameter over sheath (m) 0.00000000000000 DC resistance at 25 deg.C. (Ohm/m) 0.00000000000000 Sheath reinforcing tape 3 Sheath reinforcing tape? 0 Material 3 Calculation mode: Standards Custom 0 Custom 2 Resistivity (Rho) ohm.m at 20 deg.C. 0.00000000000000 Electrical temp. coeff. of metal, a20 (per K at 20 deg.C) 0.00000000000000 Material Copper Brass/bronze Zinc Stainless steel Steel 0 Dimensions 5 Thickness (m) 0.00000000000000 Diameter (m) 8.00000000000000E-3 Width (m) 1.00000000000000 Length of lay (m) 1.00000000000000 No. of tapes 1 Concentric neutral 6 Concentric neutral? 0 Multicore Common Around each core 0 Material Custom Copper Brass/bronze Zinc Stainless steel 1 Construction Round wires Flat straps 0 Electrical and magnetic material properties 1 Electrical resistivity and temp. coefficient 2 Resistivity (Rho) ohm.m at 20 deg.C. 1.72410000000000E-8 Electrical temp. coeff. of metal, a20 (per K at 20 deg.C) 3.93000000000000E-3 Dimensions 2 Dimensions_Round Wire 4 Thickness (m) 2.45000000000000E-3 Diameter (m) 8.00000000000000E-3 Length of lay (m) 1.00000000000000 No. of wires 1 Dimensions_Flat straps 5 Thickness (m) 2.45000000000000E-3 Diameter (m) 8.00000000000000E-3 Strap length (m) 1.00000000000000 Length of lay (m) 1.00000000000000 No. of straps 1 Bedding 5 Armour bedding? 0 Material Compounded jute and fibrous materials Rubber sandwich protection Polychloroprene PVC up to and including 35 kV PVC greater than 35 kV PVC/bitumen on corrugated aluminium sheaths PE 0 Calculation mode: Standards Custom 0 Custom 1 Thermal resistivity, rhoT (Cm/W) 6.00000000000000 Dimensions 2 Thickness (m) 0.99845000000000 Diameter (m) 2.00000000000000 Armour/reinforcing tape 4 Armour/reinforcing tape? 0 Material 1 Material Custom_non-magnetic tape Steel tape reinforcement Custom_non-magnetic wires Custom_magnetic wires Steel wires_touching Steel wires_not touching Copper armour wires Stainless steel wires TECK armour 4 Electrical and magnetic material properties 2 Electrical resistivity and temp. coefficient 2 Resistivity (Rho) ohm.m at 20 deg.C. 1.38000000000000E-7 Electrical temp. coeff. of metal, a20 (per K at 20 deg.C) 4.50000000000000E-3 Magnetic properties (if applicable) 4 Magnetic properties Standard Custom 0 Longitudinal relative permeability, Mue-e 10.00000000000000 Traverse relative permeability, Mue-t 45.00000000000000 Gamma angle (degrees) 45.00000000000000 Dimensions 2 Dimensions_Wire 4 Thickness (m) 2.45000000000000E-3 Diameter (m) 8.00000000000000E-3 Length of lay (m) 1.00000000000000 No. of wires 1 Dimensions_Tape 4 Thickness (m) 2.45000000000000E-3 Diameter (m) 8.00000000000000E-3 Cross-sectional area of tape armour (m2) 1.00000000000000 Lay of tapes (reinforcement resistance) Very long lay (longitudinal tapes) Wound at approximately 54 degrees Wound in very short lay (circumferential tapes) Layers of tapes in contact with each other having a very short lay 0 Jacket/Serving 5 Jacket/Serving? 0 Material Compounded jute and fibrous materials Rubber sandwich Polychropropene PVC up to and including 35 kV PVC above 35 kV Butyl rubber Coal tar wrapping 0 Calculation mode: Standards Custom 0 Custom 1 Thermal resistivity, rhoT (Cm/W) 0.00000000000000 Dimensions 2 Thickness (m) 2.45000000000000E-3 Diameter (m) 8.00000000000000E-3