<?xml version='1.0' standalone='yes' ?>
<LVData xmlns="http://www.ni.com/LVData">
<Version>12.0f3</Version>
<Cluster>
<Name>Cable Data</Name>
<NumElts>11</NumElts>
<Cluster>
<Name>General</Name>
<NumElts>9</NumElts>
<String>
<Name>Title</Name>
<Val>70mm2 Cu_22kV Single Core XLPE Insulated, Screened &amp; PVC Sheathed</Val>
</String>
<String>
<Name>Description</Name>
<Val></Val>
</String>
<Path>
<Name>Path</Name>
<Val>C:\Documents and Settings\230490\Desktop\Cables\Olex HV\6.6kV single core XLPE Screened &amp; PVC Sheathed\35mm2 Cu_6.6kV Single Core XLPE Insulated, Screened &amp; PVC Sheathed.xml</Val>
</Path>
<DBL>
<Name>Frequency (Hz)</Name>
<Val>50.00000000000000</Val>
</DBL>
<EL>
<Name>Phases</Name>
<Choice>DC</Choice>
<Choice>Single phase</Choice>
<Choice>Three phase</Choice>
<Val>2</Val>
</EL>
<EL>
<Name>Cores</Name>
<Choice>Single core</Choice>
<Choice>Multicore</Choice>
<Val>0</Val>
</EL>
<DBL>
<Name>Voltage, U (phase to phase)</Name>
<Val>22000.00000000000000</Val>
</DBL>
<DBL>
<Name>Daily load factor, L</Name>
<Val>0.00000000000000</Val>
</DBL>
<DBL>
<Name>Conductor temperature, theta (deg.C)</Name>
<Val>0.00000000000000</Val>
</DBL>
</Cluster>
<Cluster>
<Name>Conductor</Name>
<NumElts>10</NumElts>
<EW>
<Name>Conductor size (mm2)</Name>
<Choice>0.5 mm2</Choice>
<Choice>0.75 mm2</Choice>
<Choice>1 mm2</Choice>
<Choice>1.5 mm2</Choice>
<Choice>2.5 mm2</Choice>
<Choice>4 mm2</Choice>
<Choice>6 mm2</Choice>
<Choice>10 mm2</Choice>
<Choice>16 mm2</Choice>
<Choice>25 mm2</Choice>
<Choice>35 mm2</Choice>
<Choice>50 mm2</Choice>
<Choice>70 mm2</Choice>
<Choice>95 mm2</Choice>
<Choice>120 mm2</Choice>
<Choice>150 mm2</Choice>
<Choice>185 mm2</Choice>
<Choice>240 mm2</Choice>
<Choice>300 mm2</Choice>
<Choice>400 mm2</Choice>
<Choice>500 mm2</Choice>
<Choice>630 mm2</Choice>
<Choice>800 mm2</Choice>
<Choice>1000 mm2</Choice>
<Choice>1200 mm2</Choice>
<Choice>1600 mm2</Choice>
<Choice>1800 mm2</Choice>
<Choice>2000 mm2</Choice>
<Choice>2500 mm2</Choice>
<Val>12</Val>
</EW>
<EW>
<Name>Conductor class</Name>
<Choice>Class 1 solid conductors for single or multicore cables</Choice>
<Choice>Class 2 stranded conductors for single or multicore cables</Choice>
<Choice>Class 5 flexible copper conductors for single or multicore cables</Choice>
<Choice>Class 6 flexible copper conductors for single or multicore cables</Choice>
<Val>1</Val>
</EW>
<EW>
<Name>Conductor material</Name>
<Choice>Copper, plain wires</Choice>
<Choice>Copper, metal-coated wires</Choice>
<Choice>Aluminium wires</Choice>
<Choice>Aluminium alloy wires</Choice>
<Val>0</Val>
</EW>
<Boolean>
<Name>Hard-drawn Cu? (aerial cable)</Name>
<Val>0</Val>
</Boolean>
<EW>
<Name>Conductor Type</Name>
<Choice>Copper_Round, stranded_Dried &amp; impregnated</Choice>
<Choice>Copper_Round, stranded_Not dried &amp; impregnated</Choice>
<Choice>Copper_Round, 4 segment</Choice>
<Choice>Copper_Hollow, helical stranded_Dried and impregnated</Choice>
<Choice>Copper_Sector-shaped_Dried and impregnated</Choice>
<Choice>Copper_Sector-shaped_Not dried and impregnated</Choice>
<Choice>Aluminium_Round, stranded</Choice>
<Choice>Aluminium_Round, 4 segment</Choice>
<Choice>Aluminium_Round, 5 segment</Choice>
<Choice>Aluminium_Round, 6 segment</Choice>
<Choice>Aluminium, Segmental with peripheral strands</Choice>
<Val>0</Val>
</EW>
<EW>
<Name>Conductor shape (self inductance)</Name>
<Choice>Circular</Choice>
<Choice>Circular compacted</Choice>
<Choice>Shaped</Choice>
<Val>0</Val>
</EW>
<DBL>
<Name>External diameter of cable, De (m)</Name>
<Val>0.00000000000000</Val>
</DBL>
<Cluster>
<Name>DC resistance</Name>
<NumElts>3</NumElts>
<EW>
<Name>Calculation mode:</Name>
<Choice>Standards</Choice>
<Choice>Custom</Choice>
<Val>0</Val>
</EW>
<Cluster>
<Name>Standards</Name>
<NumElts>3</NumElts>
<EW>
<Name>DC resistance calculation based on:</Name>
<Choice>Insulation max. operating temperature, Theta (deg.C)</Choice>
<Choice>Conductor operating temperature (deg.C)</Choice>
<Val>0</Val>
</EW>
<DBL>
<Name>Conductor operating temperature (deg.C)</Name>
<Val>0.00000000000000</Val>
</DBL>
<EW>
<Name>Standards</Name>
<Choice>IEC 60228:2004</Choice>
<Choice>AS/NZS 1125:2001</Choice>
<Val>1</Val>
</EW>
</Cluster>
<Cluster>
<Name>Custom</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Resistivity (Rho) ohm.m at 20 deg.C.</Name>
<Val>2.68000000000000E-4</Val>
</DBL>
<DBL>
<Name>Electrical temp. coeff. of metal, a20 (per K at 20 deg.C)</Name>
<Val>3.93000000000000E-3</Val>
</DBL>
</Cluster>
</Cluster>
<Cluster>
<Name>Conductor No. of Wires</Name>
<NumElts>2</NumElts>
<EL>
<Name>Mode</Name>
<Choice>Based on conductor size (mm2) and IEC 60228</Choice>
<Choice>Specify no. of conductors</Choice>
<Val>0</Val>
</EL>
<I32>
<Name>No. of conductor wires</Name>
<Val>0</Val>
</I32>
</Cluster>
<Cluster>
<Name>Conductor diameter</Name>
<NumElts>2</NumElts>
<EL>
<Name>Mode</Name>
<Choice>Based on conductor size (mm2)</Choice>
<Choice>Specify conductor diameter</Choice>
<Val>0</Val>
</EL>
<DBL>
<Name>Nominal conductor diameter, dc (m)</Name>
<Val>9.60000000000000E-3</Val>
</DBL>
</Cluster>
</Cluster>
<Cluster>
<Name>Conductor shield</Name>
<NumElts>2</NumElts>
<Boolean>
<Name>Conductor shield?</Name>
<Val>1</Val>
</Boolean>
<Cluster>
<Name>Dimensions</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Thickness (m)</Name>
<Val>6.50000000000000E-4</Val>
</DBL>
<DBL>
<Name>Diameter (m)</Name>
<Val>1.09000000000000E-2</Val>
</DBL>
</Cluster>
</Cluster>
<Cluster>
<Name>Insulation</Name>
<NumElts>5</NumElts>
<EW>
<Name>Type of cable insulation</Name>
<Choice>Impregnated paper_Solid type, fully- pre- or mass-impregnated non-draining</Choice>
<Choice>Impregnated paper_Oil-filled, self-contained_up to Uo = 36kV</Choice>
<Choice>Impregnated paper_Oil-filled, self-contained_up to Uo = 87kV</Choice>
<Choice>Impregnated paper_Oil-filled, self-contained_up to Uo = 160kV</Choice>
<Choice>Impregnated paper_Oil-filled, self-contained_up to Uo = 220kV</Choice>
<Choice>Impregnated paper_Oil-pressure pipe-type</Choice>
<Choice>Impregnated paper_External gas pressure</Choice>
<Choice>Impregnated paper_Internal gas pressure</Choice>
<Choice>Butyl rubber</Choice>
<Choice>EPR_up to and including 18/30 (36) kV</Choice>
<Choice>EPR_greater than 18/30 (36) kV</Choice>
<Choice>PVC</Choice>
<Choice>PE (HD and LD)</Choice>
<Choice>XLPE_Unfilled_up to and including 18/30 (36) kV</Choice>
<Choice>XLPE_Unfilled_greater than 18/30 (36) kV</Choice>
<Choice>XLPE_Filled_greater than 18/30 (36) kV</Choice>
<Choice>PPL_equal to or greater than 63/110 kV</Choice>
<Val>13</Val>
</EW>
<EW>
<Name>Calculation mode:</Name>
<Choice>Standards</Choice>
<Choice>Custom</Choice>
<Val>0</Val>
</EW>
<Cluster>
<Name>Custom</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Epsilon</Name>
<Val>2.50000000000000</Val>
</DBL>
<DBL>
<Name>Tandelta</Name>
<Val>4.00000000000000E-3</Val>
</DBL>
</Cluster>
<Cluster>
<Name>Dimensions</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Thickness (m)</Name>
<Val>5.50000000000000E-3</Val>
</DBL>
<DBL>
<Name>Diameter (m)</Name>
<Val>2.19000000000000E-2</Val>
</DBL>
</Cluster>
<I32>
<Name>Insulation. Max. operating temp., Theta (deg.C)</Name>
<Val>90</Val>
</I32>
</Cluster>
<Cluster>
<Name>Insulation screen</Name>
<NumElts>4</NumElts>
<Boolean>
<Name>Insulation screen?</Name>
<Val>1</Val>
</Boolean>
<Cluster>
<Name>Single core</Name>
<NumElts>1</NumElts>
<EW>
<Name>Material</Name>
<Choice>Semi-conductor screen</Choice>
<Choice>Copper screen tape</Choice>
<Choice>Aluminium screen tape</Choice>
<Val>0</Val>
</EW>
</Cluster>
<Cluster>
<Name>Multi-core</Name>
<NumElts>1</NumElts>
<EW>
<Name>Material</Name>
<Choice>Belted (unscreened)-Multicore</Choice>
<Choice>Semi-conductor screen</Choice>
<Choice>Copper screen tape</Choice>
<Choice>Aluminium screen tape</Choice>
<Val>1</Val>
</EW>
</Cluster>
<Cluster>
<Name>Dimensions</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Thickness (m)</Name>
<Val>8.00000000000000E-4</Val>
</DBL>
<DBL>
<Name>Diameter (m)</Name>
<Val>2.35000000000000E-2</Val>
</DBL>
</Cluster>
</Cluster>
<Cluster>
<Name>Sheath</Name>
<NumElts>4</NumElts>
<Boolean>
<Name>Cable sheath?</Name>
<Val>0</Val>
</Boolean>
<EL>
<Name>Multicore</Name>
<Choice>Common</Choice>
<Choice>Sheath per phase</Choice>
<Val>0</Val>
</EL>
<Cluster>
<Name>Type of sheath</Name>
<NumElts>3</NumElts>
<EW>
<Name>Type of sheath</Name>
<Choice>Aluminium</Choice>
<Choice>Lead</Choice>
<Choice>Lead with reinforcing tape</Choice>
<Choice>Copper</Choice>
<Val>0</Val>
</EW>
<EW>
<Name>Calculation mode:</Name>
<Choice>Standards</Choice>
<Choice>Custom</Choice>
<Val>0</Val>
</EW>
<Cluster>
<Name>Custom</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Resistivity (Rho) ohm.m at 20 deg.C.</Name>
<Val>0.00000000000000</Val>
</DBL>
<DBL>
<Name>Electrical temp. coeff. of metal, a20 (per K at 20 deg.C)</Name>
<Val>0.00000000000000</Val>
</DBL>
</Cluster>
</Cluster>
<Cluster>
<Name>Construction and dimensions</Name>
<NumElts>2</NumElts>
<EW>
<Name>Construction</Name>
<Choice>Non-corrugated</Choice>
<Choice>Corrugated</Choice>
<Choice>Longitudinally corrugated</Choice>
<Val>0</Val>
</EW>
<Cluster>
<Name>Dimensions</Name>
<NumElts>3</NumElts>
<Cluster>
<Name>Non-corrugated</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Thickness (m)</Name>
<Val>2.09000000000000E-2</Val>
</DBL>
<DBL>
<Name>Diameter (m)</Name>
<Val>6.53000000000000E-2</Val>
</DBL>
</Cluster>
<Cluster>
<Name>Corrugated</Name>
<NumElts>3</NumElts>
<DBL>
<Name>Thickness of corrugated sheath (m)</Name>
<Val>0.00000000000000</Val>
</DBL>
<DBL>
<Name>Inner diameter of corrugated sheath (m)</Name>
<Val>2.35000000000000E-2</Val>
</DBL>
<DBL>
<Name>Outer diameter of corrugated sheath (m)</Name>
<Val>6.53000000000000E-2</Val>
</DBL>
</Cluster>
<Cluster>
<Name>Longitudinally corrugated</Name>
<NumElts>4</NumElts>
<DBL>
<Name>Corrugation height</Name>
<Val>0.00000000000000</Val>
</DBL>
<DBL>
<Name>Inner radius of corrugated sheath (m)</Name>
<Val>0.00000000000000</Val>
</DBL>
<DBL>
<Name>Outer radius of corrugated sheath (m)</Name>
<Val>0.00000000000000</Val>
</DBL>
<Cluster>
<Name>Tape</Name>
<NumElts>5</NumElts>
<DBL>
<Name>Overlap (m)</Name>
<Val>0.00000000000000</Val>
</DBL>
<DBL>
<Name>Width (m)</Name>
<Val>0.00000000000000</Val>
</DBL>
<DBL>
<Name>Thickness (m)</Name>
<Val>0.00000000000000</Val>
</DBL>
<DBL>
<Name>Accumulation factor</Name>
<Val>0.00000000000000</Val>
</DBL>
<Cluster>
<Name>Calculated properties</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Diameter over sheath (m)</Name>
<Val>0.00000000000000</Val>
</DBL>
<DBL>
<Name>DC resistance at 25 deg.C. (Ohm/m)</Name>
<Val>0.00000000000000</Val>
</DBL>
</Cluster>
</Cluster>
</Cluster>
</Cluster>
</Cluster>
</Cluster>
<Cluster>
<Name>Sheath reinforcing tape</Name>
<NumElts>3</NumElts>
<Boolean>
<Name>Sheath reinforcing tape?</Name>
<Val>0</Val>
</Boolean>
<Cluster>
<Name>Material</Name>
<NumElts>3</NumElts>
<EW>
<Name>Calculation mode:</Name>
<Choice>Standards</Choice>
<Choice>Custom</Choice>
<Val>0</Val>
</EW>
<Cluster>
<Name>Custom</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Resistivity (Rho) ohm.m at 20 deg.C.</Name>
<Val>0.00000000000000</Val>
</DBL>
<DBL>
<Name>Electrical temp. coeff. of metal, a20 (per K at 20 deg.C)</Name>
<Val>0.00000000000000</Val>
</DBL>
</Cluster>
<EW>
<Name>Material</Name>
<Choice>Copper</Choice>
<Choice>Brass/bronze</Choice>
<Choice>Zinc</Choice>
<Choice>Stainless steel</Choice>
<Choice>Steel</Choice>
<Val>0</Val>
</EW>
</Cluster>
<Cluster>
<Name>Dimensions</Name>
<NumElts>5</NumElts>
<DBL>
<Name>Thickness (m)</Name>
<Val>0.00000000000000</Val>
</DBL>
<DBL>
<Name>Diameter (m)</Name>
<Val>6.53000000000000E-2</Val>
</DBL>
<DBL>
<Name>Width (m)</Name>
<Val>1.00000000000000</Val>
</DBL>
<DBL>
<Name>Length of lay (m)</Name>
<Val>1.00000000000000</Val>
</DBL>
<I32>
<Name>No. of tapes</Name>
<Val>1</Val>
</I32>
</Cluster>
</Cluster>
<Cluster>
<Name>Concentric neutral</Name>
<NumElts>6</NumElts>
<Boolean>
<Name>Concentric neutral?</Name>
<Val>1</Val>
</Boolean>
<EL>
<Name>Multicore</Name>
<Choice>Common</Choice>
<Choice>Around each core</Choice>
<Val>0</Val>
</EL>
<EW>
<Name>Material</Name>
<Choice>Custom</Choice>
<Choice>Copper</Choice>
<Choice>Brass/bronze</Choice>
<Choice>Zinc</Choice>
<Choice>Stainless steel</Choice>
<Val>1</Val>
</EW>
<EW>
<Name>Construction</Name>
<Choice>Round wires</Choice>
<Choice>Flat straps</Choice>
<Val>0</Val>
</EW>
<Cluster>
<Name>Electrical and magnetic material properties</Name>
<NumElts>1</NumElts>
<Cluster>
<Name>Electrical resistivity and temp. coefficient</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Resistivity (Rho) ohm.m at 20 deg.C.</Name>
<Val>1.72410000000000E-8</Val>
</DBL>
<DBL>
<Name>Electrical temp. coeff. of metal, a20 (per K at 20 deg.C)</Name>
<Val>3.93000000000000E-3</Val>
</DBL>
</Cluster>
</Cluster>
<Cluster>
<Name>Dimensions</Name>
<NumElts>2</NumElts>
<Cluster>
<Name>Dimensions_Round Wire</Name>
<NumElts>4</NumElts>
<DBL>
<Name>Thickness (m)</Name>
<Val>1.35000000000000E-3</Val>
</DBL>
<DBL>
<Name>Diameter (m)</Name>
<Val>2.62000000000000E-2</Val>
</DBL>
<DBL>
<Name>Length of lay (m)</Name>
<Val>1.00000000000000</Val>
</DBL>
<I32>
<Name>No. of wires</Name>
<Val>48</Val>
</I32>
</Cluster>
<Cluster>
<Name>Dimensions_Flat straps</Name>
<NumElts>5</NumElts>
<DBL>
<Name>Thickness (m)</Name>
<Val>2.09000000000000E-2</Val>
</DBL>
<DBL>
<Name>Diameter (m)</Name>
<Val>6.53000000000000E-2</Val>
</DBL>
<DBL>
<Name>Strap length (m)</Name>
<Val>1.00000000000000</Val>
</DBL>
<DBL>
<Name>Length of lay (m)</Name>
<Val>1.00000000000000</Val>
</DBL>
<I32>
<Name>No. of straps</Name>
<Val>1</Val>
</I32>
</Cluster>
</Cluster>
</Cluster>
<Cluster>
<Name>Bedding</Name>
<NumElts>5</NumElts>
<Boolean>
<Name>Armour bedding?</Name>
<Val>0</Val>
</Boolean>
<EW>
<Name>Material</Name>
<Choice>Compounded jute and fibrous materials</Choice>
<Choice>Rubber sandwich protection</Choice>
<Choice>Polychloroprene</Choice>
<Choice>PVC up to and including 35 kV</Choice>
<Choice>PVC greater than 35 kV</Choice>
<Choice>PVC/bitumen on corrugated aluminium sheaths</Choice>
<Choice>PE</Choice>
<Val>0</Val>
</EW>
<EW>
<Name>Calculation mode:</Name>
<Choice>Standards</Choice>
<Choice>Custom</Choice>
<Val>0</Val>
</EW>
<Cluster>
<Name>Custom</Name>
<NumElts>1</NumElts>
<DBL>
<Name>Thermal resistivity, rhoT (Cm/W)</Name>
<Val>6.00000000000000</Val>
</DBL>
</Cluster>
<Cluster>
<Name>Dimensions</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Thickness (m)</Name>
<Val>0.98690000000000</Val>
</DBL>
<DBL>
<Name>Diameter (m)</Name>
<Val>2.00000000000000</Val>
</DBL>
</Cluster>
</Cluster>
<Cluster>
<Name>Armour/reinforcing tape</Name>
<NumElts>4</NumElts>
<Boolean>
<Name>Armour/reinforcing tape?</Name>
<Val>0</Val>
</Boolean>
<Cluster>
<Name>Material</Name>
<NumElts>1</NumElts>
<EW>
<Name>Material</Name>
<Choice>Custom_non-magnetic tape</Choice>
<Choice>Steel tape reinforcement</Choice>
<Choice>Custom_non-magnetic wires</Choice>
<Choice>Custom_magnetic wires</Choice>
<Choice>Steel wires_touching</Choice>
<Choice>Steel wires_not touching</Choice>
<Choice>Copper armour wires</Choice>
<Choice>Stainless steel wires</Choice>
<Choice>TECK armour</Choice>
<Val>4</Val>
</EW>
</Cluster>
<Cluster>
<Name>Electrical and magnetic material properties</Name>
<NumElts>2</NumElts>
<Cluster>
<Name>Electrical resistivity and temp. coefficient</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Resistivity (Rho) ohm.m at 20 deg.C.</Name>
<Val>1.38000000000000E-7</Val>
</DBL>
<DBL>
<Name>Electrical temp. coeff. of metal, a20 (per K at 20 deg.C)</Name>
<Val>4.50000000000000E-3</Val>
</DBL>
</Cluster>
<Cluster>
<Name>Magnetic properties (if applicable)</Name>
<NumElts>4</NumElts>
<EL>
<Name>Magnetic properties</Name>
<Choice>Standard</Choice>
<Choice>Custom</Choice>
<Val>0</Val>
</EL>
<DBL>
<Name>Longitudinal relative permeability, Mue-e</Name>
<Val>10.00000000000000</Val>
</DBL>
<DBL>
<Name>Traverse relative permeability, Mue-t</Name>
<Val>45.00000000000000</Val>
</DBL>
<DBL>
<Name>Gamma angle (degrees)</Name>
<Val>45.00000000000000</Val>
</DBL>
</Cluster>
</Cluster>
<Cluster>
<Name>Dimensions</Name>
<NumElts>2</NumElts>
<Cluster>
<Name>Dimensions_Wire</Name>
<NumElts>4</NumElts>
<DBL>
<Name>Thickness (m)</Name>
<Val>2.09000000000000E-2</Val>
</DBL>
<DBL>
<Name>Diameter (m)</Name>
<Val>6.80000000000000E-2</Val>
</DBL>
<DBL>
<Name>Length of lay (m)</Name>
<Val>1.00000000000000</Val>
</DBL>
<I32>
<Name>No. of wires</Name>
<Val>1</Val>
</I32>
</Cluster>
<Cluster>
<Name>Dimensions_Tape</Name>
<NumElts>4</NumElts>
<DBL>
<Name>Thickness (m)</Name>
<Val>2.09000000000000E-2</Val>
</DBL>
<DBL>
<Name>Diameter (m)</Name>
<Val>6.80000000000000E-2</Val>
</DBL>
<DBL>
<Name>Cross-sectional area of tape armour (m2)</Name>
<Val>1.00000000000000</Val>
</DBL>
<EW>
<Name>Lay of tapes (reinforcement resistance)</Name>
<Choice>Very long lay (longitudinal tapes)</Choice>
<Choice>Wound at approximately 54 degrees</Choice>
<Choice>Wound in very short lay (circumferential tapes)</Choice>
<Choice>Layers of tapes in contact with each other having a very short lay</Choice>
<Val>0</Val>
</EW>
</Cluster>
</Cluster>
</Cluster>
<Cluster>
<Name>Jacket/Serving</Name>
<NumElts>5</NumElts>
<Boolean>
<Name>Jacket/Serving?</Name>
<Val>1</Val>
</Boolean>
<EW>
<Name>Material</Name>
<Choice>Compounded jute and fibrous materials</Choice>
<Choice>Rubber sandwich</Choice>
<Choice>Polychropropene</Choice>
<Choice>PVC up to and including 35 kV</Choice>
<Choice>PVC above 35 kV</Choice>
<Choice>Butyl rubber</Choice>
<Choice>Coal tar wrapping</Choice>
<Val>3</Val>
</EW>
<EW>
<Name>Calculation mode:</Name>
<Choice>Standards</Choice>
<Choice>Custom</Choice>
<Val>0</Val>
</EW>
<Cluster>
<Name>Custom</Name>
<NumElts>1</NumElts>
<DBL>
<Name>Thermal resistivity, rhoT (Cm/W)</Name>
<Val>5.00000000000000</Val>
</DBL>
</Cluster>
<Cluster>
<Name>Dimensions</Name>
<NumElts>2</NumElts>
<DBL>
<Name>Thickness (m)</Name>
<Val>2.15000000000000E-3</Val>
</DBL>
<DBL>
<Name>Diameter (m)</Name>
<Val>3.05000000000000E-2</Val>
</DBL>
</Cluster>
</Cluster>
</Cluster>
</LVData>