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      <div class="btgrid"> <div class="row row-1"> <div class="col col-md-3"> <div class="content"> <p><img alt="" class="img img-responsive" src="/Portals/0/Images/Icons/cable_1.png" title="" /></p> </div> </div> <div class="col col-md-9"> <div class="content"> <p>Use the link&nbsp;on the left to access our cable sizing application.&nbsp; Manage and size all your cables, from low voltage to 33 kV.</p> </div> </div> </div> </div>
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      • Cable Construction
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        • Geometric Mean Distance
      • Impedance
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          • IEC 60228 DC Resistance
        • Inductance & Reactance
      • Cable Insulation
        • Elastomere Materials
        • Halogen Free Compounds
        • High Temperature Materials
        • Other Insulation
        • PE Insulation
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      • Cable Sizing
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        • Cable Sizing Input Data Checklist
        • Cable Sizing Standards
          • BS 7671
          • ERA 69-30
          • IEC 60502
        • Fictitious Dimensions
        • Solar Radiation Effects
        • Thermal Withstand
          • The adiabatic equation
          • Calculation of k Factor
          • Energy Limiting Devices and I2t
          • I2t Thermal Withsand
          • Non-adiabatic effects
        • Voltage Drop
          • BS 7671 Voltage Drop
      • Dielectric loss in cables
      • Estimating Cable Life
      • Economic Optimisation of Cables
      • Fault Calculations
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        • Earth Fault Loop Impedance
        • IEC 60909 Fault Calculations
        • Network Fault Level
      • IEC 60287 Current Capacity of Cables - Introduction
        • Cable Sheath and Armour Loss
        • Cable Troughs
        • Derating Factors - cables grouped in air
      • Installation
        • Cable Supoort
        • Parallel Cables
      • Power Loss
      • Sheath Induced Voltage & Circulating Current
      • Thermal Analysis
        • Convection
        • Radiation
      • 8 Steps to Low Voltage Power Cable Selection and Sizing
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      • Metric AWG Conversion
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      • Typical Environmental Conditions, by Country
      • Symbols
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    • Example Calculations
      • BS 7671 Voltage Drop Calculation
      • Cable Fault Calculation
      • Calculating Cable Performance (a.c.)
      • Calculating Cable Performance (d.c.)
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    Cable Engineering

    The cable engineering section contains a collection of topics related to using the application and cables in general.

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    Subtopics

    • Cable Construction
    • Impedance
    • Cable Insulation
    • Cable Sizing
    • Dielectric loss in cables
    • Estimating Cable Life
    • Economic Optimisation of Cables
    • Fault Calculations
    • IEC 60287 Current Capacity of Cables - Introduction
    • Installation
    • Power Loss
    • Sheath Induced Voltage & Circulating Current
    • Thermal Analysis
    • 8 Steps to Low Voltage Power Cable Selection and Sizing
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