<?xml version="1.0" encoding="utf-8"?>
<SRProject xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema">
  <Standard>2</Standard>
  <Cases>
    <SRCase2>
      <CaseName>Original Case</CaseName>
      <Title>Exampole NE.2 Country house</Title>
      <ConsiderR1>true</ConsiderR1>
      <ConsiderR2>false</ConsiderR2>
      <ConsiderR3>false</ConsiderR3>
      <ConsiderR4>false</ConsiderR4>
      <CaseNote>NE.2 Country house
As a first case study a country house (Figure NE.1) is considered.

Loss of human life (L1) and economic loss (L4) are relevant for this type of structure. 

It is required to evaluate the need for protection. This implies the need to determine only the risk R1 for loss of human life (L1) with the risk components RA, RB, RU and RV (according to Table 2) and to compare it with the tolerable risk RT = 10-5 (according to Table NF.1). Suitable protection measures to mitigate such risk will be selected. 

Following the decision taken by the owner that an economic evaluation is not required, the risk R4 for economic loss (L4) is not considered.</CaseNote>
      <FlashDensityInputMode>0</FlashDensityInputMode>
      <FlashDensity>0.7</FlashDensity>
      <Rho>500</Rho>
      <ServiceLineDensity>0</ServiceLineDensity>
      <CE>1</CE>
      <Structures>
        <SRStructure2>
          <Identification>Primary Structure</Identification>
          <Shape>0</Shape>
          <Dimension1>15</Dimension1>
          <Dimension2>20</Dimension2>
          <Dimension3>6</Dimension3>
          <Dimension4>0</Dimension4>
          <LocationRelativeToSurroundings>2</LocationRelativeToSurroundings>
          <Cd>1</Cd>
        </SRStructure2>
      </Structures>
      <PrimaryStructureIndex>0</PrimaryStructureIndex>
      <StructureShieldValue>0</StructureShieldValue>
      <KS1>1</KS1>
      <MeshWidth>0</MeshWidth>
      <Lines>
        <SRLine2>
          <Identification>Power supply</Identification>
          <IncomingLineType>0</IncomingLineType>
          <IncomingLineShielding>0</IncomingLineShielding>
          <InternalWiringType>1</InternalWiringType>
          <ServiceEntranceSpd>0</ServiceEntranceSpd>
          <CoordinatedSpdSet>0</CoordinatedSpdSet>
          <ConnectedEquipmentWithstand>2</ConnectedEquipmentWithstand>
          <LocationRelativeToSurroundings>0</LocationRelativeToSurroundings>
          <ShieldingGroundingIsolation>0</ShieldingGroundingIsolation>
          <LineSections>
            <SRLineSection2>
              <Identification>LS1</Identification>
              <TypeOfServiceToTheStructure>1</TypeOfServiceToTheStructure>
              <HeightOfLine>0</HeightOfLine>
              <LengthOfLine>1000</LengthOfLine>
              <PresenceOfTransformer>0</PresenceOfTransformer>
              <Ca>0.5</Ca>
              <Ct>1</Ct>
            </SRLineSection2>
          </LineSections>
          <ConnectedRemoteStructureIndex>-1</ConnectedRemoteStructureIndex>
          <CostOfCoordinatedProtection>0</CostOfCoordinatedProtection>
          <CostOfServiceProtection>0</CostOfServiceProtection>
          <ShieldingGroundingAndIsolation>0</ShieldingGroundingAndIsolation>
          <PSPDe>1</PSPDe>
          <UW>2.5</UW>
          <PSPDc>1</PSPDc>
          <Cdc>0</Cdc>
          <KS3>0.2</KS3>
        </SRLine2>
        <SRLine2>
          <Identification>Telephone line</Identification>
          <IncomingLineType>1</IncomingLineType>
          <IncomingLineShielding>0</IncomingLineShielding>
          <InternalWiringType>0</InternalWiringType>
          <ServiceEntranceSpd>0</ServiceEntranceSpd>
          <CoordinatedSpdSet>0</CoordinatedSpdSet>
          <ConnectedEquipmentWithstand>1</ConnectedEquipmentWithstand>
          <LocationRelativeToSurroundings>0</LocationRelativeToSurroundings>
          <ShieldingGroundingIsolation>0</ShieldingGroundingIsolation>
          <LineSections>
            <SRLineSection2>
              <Identification>Whole line</Identification>
              <TypeOfServiceToTheStructure>0</TypeOfServiceToTheStructure>
              <HeightOfLine>0</HeightOfLine>
              <LengthOfLine>1000</LengthOfLine>
              <PresenceOfTransformer>0</PresenceOfTransformer>
              <Ca>1</Ca>
              <Ct>1</Ct>
            </SRLineSection2>
          </LineSections>
          <ConnectedRemoteStructureIndex>-1</ConnectedRemoteStructureIndex>
          <CostOfCoordinatedProtection>0</CostOfCoordinatedProtection>
          <CostOfServiceProtection>0</CostOfServiceProtection>
          <ShieldingGroundingAndIsolation>0</ShieldingGroundingAndIsolation>
          <PSPDe>1</PSPDe>
          <UW>1.5</UW>
          <PSPDc>1</PSPDc>
          <Cdc>0</Cdc>
          <KS3>1</KS3>
        </SRLine2>
      </Lines>
      <Zones>
        <SRZone2>
          <Identification>Whole structure</Identification>
          <ZoneLocation>0</ZoneLocation>
          <TypeOfSoilOrFloor>7</TypeOfSoilOrFloor>
          <RiskOfFireOrPhysicalDamage>6</RiskOfFireOrPhysicalDamage>
          <FireProtectionSystem>0</FireProtectionSystem>
          <ShieldAtZoneBoundary>0</ShieldAtZoneBoundary>
          <ru>1E-05</ru>
          <rf>0.001</rf>
          <rp>1</rp>
          <KS2>1</KS2>
          <MeshWidth>0</MeshWidth>
          <CostOfFireProtection>0</CostOfFireProtection>
          <CostOfShieldProtection>0</CostOfShieldProtection>
          <L1DueToSpecialHazard>0</L1DueToSpecialHazard>
          <L1DueToStepAndTouchVoltage>1</L1DueToStepAndTouchVoltage>
          <L1DueToFireOrPhysicalDamage>18</L1DueToFireOrPhysicalDamage>
          <L1DueToOvervoltage>0</L1DueToOvervoltage>
          <NumberOfPersonsInZone>0</NumberOfPersonsInZone>
          <HoursPresentPerYear>8760</HoursPresentPerYear>
          <DaysPresentPerWeek>7</DaysPresentPerWeek>
          <HoursPresentPerDay>24</HoursPresentPerDay>
          <WeeksPresentPerYear>52</WeeksPresentPerYear>
          <hZ1>1</hZ1>
          <Lt1>0.01</Lt1>
          <Lf1>1</Lf1>
          <Lo1>0</Lo1>
          <L2DueToFireOrPhysicalDamage>0</L2DueToFireOrPhysicalDamage>
          <L2DueToOvervoltage>0</L2DueToOvervoltage>
          <NumberOfUsersServedByZone>0</NumberOfUsersServedByZone>
          <L2TreatStructureAsASingleZone>false</L2TreatStructureAsASingleZone>
          <Lf2>0</Lf2>
          <Lo2>0</Lo2>
          <L3DueToFireOrPhysicalDamage>0</L3DueToFireOrPhysicalDamage>
          <L3TreatStructureAsASingleZone>false</L3TreatStructureAsASingleZone>
          <HeritageCost>0</HeritageCost>
          <Lf3>0</Lf3>
          <L4DueToSpecialHazard>0</L4DueToSpecialHazard>
          <L4DueToStepAndTouchVoltage>0</L4DueToStepAndTouchVoltage>
          <L4DueToFireOrPhysicalDamage>0</L4DueToFireOrPhysicalDamage>
          <L4DueToOvervoltage>0</L4DueToOvervoltage>
          <costCa>0</costCa>
          <costCb>0</costCb>
          <costCc>0</costCc>
          <costCs>0</costCs>
          <hZ4>1</hZ4>
          <Lt4>0</Lt4>
          <Lf4>0</Lf4>
          <Lo4>0</Lo4>
          <Protection>
            <InsulationOfExposedConductor>false</InsulationOfExposedConductor>
            <EffectiveSoilEquipotentialization>false</EffectiveSoilEquipotentialization>
            <WarningNotices>false</WarningNotices>
            <PhysicalRestrictions>false</PhysicalRestrictions>
            <InsulationOfExposedConductorPTU>false</InsulationOfExposedConductorPTU>
            <WarningNoticesPTU>false</WarningNoticesPTU>
            <PhysicalRestrictionsPTU>false</PhysicalRestrictionsPTU>
          </Protection>
          <CostOfShockProtection>0</CostOfShockProtection>
          <LOSS0>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS0>
          <LOSS1>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS1>
          <LOSS2>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS2>
          <LOSS3>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS3>
          <LOSS4>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS4>
          <LOSS5>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS5>
          <LOSS6>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS6>
        </SRZone2>
      </Zones>
      <LightningProtectionSystem>0</LightningProtectionSystem>
      <PB>1</PB>
      <CostOfLPS>0</CostOfLPS>
      <Financial>
        <InterestRate>0.001</InterestRate>
        <AmortizationRate>0.001</AmortizationRate>
        <MaintenanceRate>0.001</MaintenanceRate>
        <CostOfLoss>0</CostOfLoss>
      </Financial>
      <UnprotectedCaseIndex>-1</UnprotectedCaseIndex>
    </SRCase2>
    <SRCase2>
      <CaseName>Solution A</CaseName>
      <ConsiderR1>true</ConsiderR1>
      <ConsiderR2>false</ConsiderR2>
      <ConsiderR3>false</ConsiderR3>
      <ConsiderR4>false</ConsiderR4>
      <CaseNote>To reduce the risk R1 to a tolerable value, the protective measures influencing the components RV and RB should be considered. Suitable measures include;

installing SPDs of LPL IV at the line entrance (lightning equipotential bonding) to protect both power and telephone lines in the house. According to Table NB.7 this reduces the value of PEB (due to SPDs on connected lines) from 1 to 0,05 and the values of PU and PV by the same factor,</CaseNote>
      <FlashDensityInputMode>0</FlashDensityInputMode>
      <FlashDensity>0.7</FlashDensity>
      <Rho>500</Rho>
      <ServiceLineDensity>0</ServiceLineDensity>
      <CE>1</CE>
      <Structures>
        <SRStructure2>
          <Identification>Primary Structure</Identification>
          <Shape>0</Shape>
          <Dimension1>15</Dimension1>
          <Dimension2>20</Dimension2>
          <Dimension3>6</Dimension3>
          <Dimension4>0</Dimension4>
          <LocationRelativeToSurroundings>2</LocationRelativeToSurroundings>
          <Cd>1</Cd>
        </SRStructure2>
      </Structures>
      <PrimaryStructureIndex>0</PrimaryStructureIndex>
      <StructureShieldValue>0</StructureShieldValue>
      <KS1>1</KS1>
      <MeshWidth>0</MeshWidth>
      <Lines>
        <SRLine2>
          <Identification>Power supply</Identification>
          <IncomingLineType>0</IncomingLineType>
          <IncomingLineShielding>0</IncomingLineShielding>
          <InternalWiringType>1</InternalWiringType>
          <ServiceEntranceSpd>1</ServiceEntranceSpd>
          <CoordinatedSpdSet>0</CoordinatedSpdSet>
          <ConnectedEquipmentWithstand>2</ConnectedEquipmentWithstand>
          <LocationRelativeToSurroundings>0</LocationRelativeToSurroundings>
          <ShieldingGroundingIsolation>0</ShieldingGroundingIsolation>
          <LineSections>
            <SRLineSection2>
              <Identification>LS1</Identification>
              <TypeOfServiceToTheStructure>1</TypeOfServiceToTheStructure>
              <HeightOfLine>0</HeightOfLine>
              <LengthOfLine>1000</LengthOfLine>
              <PresenceOfTransformer>0</PresenceOfTransformer>
              <Ca>0.5</Ca>
              <Ct>1</Ct>
            </SRLineSection2>
          </LineSections>
          <ConnectedRemoteStructureIndex>-1</ConnectedRemoteStructureIndex>
          <CostOfCoordinatedProtection>0</CostOfCoordinatedProtection>
          <CostOfServiceProtection>0</CostOfServiceProtection>
          <ShieldingGroundingAndIsolation>0</ShieldingGroundingAndIsolation>
          <PSPDe>0.05</PSPDe>
          <UW>2.5</UW>
          <PSPDc>1</PSPDc>
          <Cdc>0</Cdc>
          <KS3>0.2</KS3>
        </SRLine2>
        <SRLine2>
          <Identification>Telephone line</Identification>
          <IncomingLineType>1</IncomingLineType>
          <IncomingLineShielding>0</IncomingLineShielding>
          <InternalWiringType>0</InternalWiringType>
          <ServiceEntranceSpd>1</ServiceEntranceSpd>
          <CoordinatedSpdSet>0</CoordinatedSpdSet>
          <ConnectedEquipmentWithstand>1</ConnectedEquipmentWithstand>
          <LocationRelativeToSurroundings>0</LocationRelativeToSurroundings>
          <ShieldingGroundingIsolation>0</ShieldingGroundingIsolation>
          <LineSections>
            <SRLineSection2>
              <Identification>Whole line</Identification>
              <TypeOfServiceToTheStructure>0</TypeOfServiceToTheStructure>
              <HeightOfLine>0</HeightOfLine>
              <LengthOfLine>1000</LengthOfLine>
              <PresenceOfTransformer>0</PresenceOfTransformer>
              <Ca>1</Ca>
              <Ct>1</Ct>
            </SRLineSection2>
          </LineSections>
          <ConnectedRemoteStructureIndex>-1</ConnectedRemoteStructureIndex>
          <CostOfCoordinatedProtection>0</CostOfCoordinatedProtection>
          <CostOfServiceProtection>0</CostOfServiceProtection>
          <ShieldingGroundingAndIsolation>0</ShieldingGroundingAndIsolation>
          <PSPDe>0.05</PSPDe>
          <UW>1.5</UW>
          <PSPDc>1</PSPDc>
          <Cdc>0</Cdc>
          <KS3>1</KS3>
        </SRLine2>
      </Lines>
      <Zones>
        <SRZone2>
          <Identification>Whole structure</Identification>
          <ZoneLocation>0</ZoneLocation>
          <TypeOfSoilOrFloor>7</TypeOfSoilOrFloor>
          <RiskOfFireOrPhysicalDamage>6</RiskOfFireOrPhysicalDamage>
          <FireProtectionSystem>0</FireProtectionSystem>
          <ShieldAtZoneBoundary>0</ShieldAtZoneBoundary>
          <ru>1E-05</ru>
          <rf>0.001</rf>
          <rp>1</rp>
          <KS2>1</KS2>
          <MeshWidth>0</MeshWidth>
          <CostOfFireProtection>0</CostOfFireProtection>
          <CostOfShieldProtection>0</CostOfShieldProtection>
          <L1DueToSpecialHazard>0</L1DueToSpecialHazard>
          <L1DueToStepAndTouchVoltage>1</L1DueToStepAndTouchVoltage>
          <L1DueToFireOrPhysicalDamage>18</L1DueToFireOrPhysicalDamage>
          <L1DueToOvervoltage>0</L1DueToOvervoltage>
          <NumberOfPersonsInZone>0</NumberOfPersonsInZone>
          <HoursPresentPerYear>8760</HoursPresentPerYear>
          <DaysPresentPerWeek>7</DaysPresentPerWeek>
          <HoursPresentPerDay>24</HoursPresentPerDay>
          <WeeksPresentPerYear>52</WeeksPresentPerYear>
          <hZ1>1</hZ1>
          <Lt1>0.01</Lt1>
          <Lf1>1</Lf1>
          <Lo1>0</Lo1>
          <L2DueToFireOrPhysicalDamage>0</L2DueToFireOrPhysicalDamage>
          <L2DueToOvervoltage>0</L2DueToOvervoltage>
          <NumberOfUsersServedByZone>0</NumberOfUsersServedByZone>
          <L2TreatStructureAsASingleZone>false</L2TreatStructureAsASingleZone>
          <Lf2>0</Lf2>
          <Lo2>0</Lo2>
          <L3DueToFireOrPhysicalDamage>0</L3DueToFireOrPhysicalDamage>
          <L3TreatStructureAsASingleZone>false</L3TreatStructureAsASingleZone>
          <HeritageCost>0</HeritageCost>
          <Lf3>0</Lf3>
          <L4DueToSpecialHazard>0</L4DueToSpecialHazard>
          <L4DueToStepAndTouchVoltage>0</L4DueToStepAndTouchVoltage>
          <L4DueToFireOrPhysicalDamage>0</L4DueToFireOrPhysicalDamage>
          <L4DueToOvervoltage>0</L4DueToOvervoltage>
          <costCa>0</costCa>
          <costCb>0</costCb>
          <costCc>0</costCc>
          <costCs>0</costCs>
          <hZ4>1</hZ4>
          <Lt4>0</Lt4>
          <Lf4>0</Lf4>
          <Lo4>0</Lo4>
          <Protection>
            <InsulationOfExposedConductor>false</InsulationOfExposedConductor>
            <EffectiveSoilEquipotentialization>false</EffectiveSoilEquipotentialization>
            <WarningNotices>false</WarningNotices>
            <PhysicalRestrictions>false</PhysicalRestrictions>
            <InsulationOfExposedConductorPTU>false</InsulationOfExposedConductorPTU>
            <WarningNoticesPTU>false</WarningNoticesPTU>
            <PhysicalRestrictionsPTU>false</PhysicalRestrictionsPTU>
          </Protection>
          <CostOfShockProtection>0</CostOfShockProtection>
          <LOSS0>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS0>
          <LOSS1>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS1>
          <LOSS2>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS2>
          <LOSS3>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS3>
          <LOSS4>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS4>
          <LOSS5>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS5>
          <LOSS6>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS6>
        </SRZone2>
      </Zones>
      <LightningProtectionSystem>0</LightningProtectionSystem>
      <PB>1</PB>
      <CostOfLPS>0</CostOfLPS>
      <Financial>
        <InterestRate>0.001</InterestRate>
        <AmortizationRate>0.001</AmortizationRate>
        <MaintenanceRate>0.001</MaintenanceRate>
        <CostOfLoss>0</CostOfLoss>
      </Financial>
      <UnprotectedCaseIndex>-1</UnprotectedCaseIndex>
    </SRCase2>
    <SRCase2>
      <CaseName>Solution B</CaseName>
      <ConsiderR1>true</ConsiderR1>
      <ConsiderR2>false</ConsiderR2>
      <ConsiderR3>false</ConsiderR3>
      <ConsiderR4>false</ConsiderR4>
      <CaseNote>To reduce the risk R1 to a tolerable value, the protective measures influencing the components RV and RB should be considered. Suitable measures include;

installing an LPS of class IV (including mandatory lightning equipotential bonding). According to Tables NB.2 and NB.7 this reduces the value of PB from 1 to 0,2 and the value of PEB (due to SPDs on connected lines) from 1 to 0,05 and finally the values of PU and PV by the same factor.</CaseNote>
      <FlashDensityInputMode>0</FlashDensityInputMode>
      <FlashDensity>0.7</FlashDensity>
      <Rho>500</Rho>
      <ServiceLineDensity>0</ServiceLineDensity>
      <CE>1</CE>
      <Structures>
        <SRStructure2>
          <Identification>Primary Structure</Identification>
          <Shape>0</Shape>
          <Dimension1>15</Dimension1>
          <Dimension2>20</Dimension2>
          <Dimension3>6</Dimension3>
          <Dimension4>0</Dimension4>
          <LocationRelativeToSurroundings>2</LocationRelativeToSurroundings>
          <Cd>1</Cd>
        </SRStructure2>
      </Structures>
      <PrimaryStructureIndex>0</PrimaryStructureIndex>
      <StructureShieldValue>0</StructureShieldValue>
      <KS1>1</KS1>
      <MeshWidth>0</MeshWidth>
      <Lines>
        <SRLine2>
          <Identification>Power supply</Identification>
          <IncomingLineType>0</IncomingLineType>
          <IncomingLineShielding>0</IncomingLineShielding>
          <InternalWiringType>1</InternalWiringType>
          <ServiceEntranceSpd>1</ServiceEntranceSpd>
          <CoordinatedSpdSet>0</CoordinatedSpdSet>
          <ConnectedEquipmentWithstand>2</ConnectedEquipmentWithstand>
          <LocationRelativeToSurroundings>0</LocationRelativeToSurroundings>
          <ShieldingGroundingIsolation>0</ShieldingGroundingIsolation>
          <LineSections>
            <SRLineSection2>
              <Identification>LS1</Identification>
              <TypeOfServiceToTheStructure>1</TypeOfServiceToTheStructure>
              <HeightOfLine>0</HeightOfLine>
              <LengthOfLine>1000</LengthOfLine>
              <PresenceOfTransformer>0</PresenceOfTransformer>
              <Ca>0.5</Ca>
              <Ct>1</Ct>
            </SRLineSection2>
          </LineSections>
          <ConnectedRemoteStructureIndex>-1</ConnectedRemoteStructureIndex>
          <CostOfCoordinatedProtection>0</CostOfCoordinatedProtection>
          <CostOfServiceProtection>0</CostOfServiceProtection>
          <ShieldingGroundingAndIsolation>0</ShieldingGroundingAndIsolation>
          <PSPDe>0.05</PSPDe>
          <UW>2.5</UW>
          <PSPDc>1</PSPDc>
          <Cdc>0</Cdc>
          <KS3>0.2</KS3>
        </SRLine2>
        <SRLine2>
          <Identification>Telephone line</Identification>
          <IncomingLineType>1</IncomingLineType>
          <IncomingLineShielding>0</IncomingLineShielding>
          <InternalWiringType>0</InternalWiringType>
          <ServiceEntranceSpd>1</ServiceEntranceSpd>
          <CoordinatedSpdSet>0</CoordinatedSpdSet>
          <ConnectedEquipmentWithstand>1</ConnectedEquipmentWithstand>
          <LocationRelativeToSurroundings>0</LocationRelativeToSurroundings>
          <ShieldingGroundingIsolation>0</ShieldingGroundingIsolation>
          <LineSections>
            <SRLineSection2>
              <Identification>Whole line</Identification>
              <TypeOfServiceToTheStructure>0</TypeOfServiceToTheStructure>
              <HeightOfLine>0</HeightOfLine>
              <LengthOfLine>1000</LengthOfLine>
              <PresenceOfTransformer>0</PresenceOfTransformer>
              <Ca>1</Ca>
              <Ct>1</Ct>
            </SRLineSection2>
          </LineSections>
          <ConnectedRemoteStructureIndex>-1</ConnectedRemoteStructureIndex>
          <CostOfCoordinatedProtection>0</CostOfCoordinatedProtection>
          <CostOfServiceProtection>0</CostOfServiceProtection>
          <ShieldingGroundingAndIsolation>0</ShieldingGroundingAndIsolation>
          <PSPDe>0.05</PSPDe>
          <UW>1.5</UW>
          <PSPDc>1</PSPDc>
          <Cdc>0</Cdc>
          <KS3>1</KS3>
        </SRLine2>
      </Lines>
      <Zones>
        <SRZone2>
          <Identification>Whole structure</Identification>
          <ZoneLocation>0</ZoneLocation>
          <TypeOfSoilOrFloor>7</TypeOfSoilOrFloor>
          <RiskOfFireOrPhysicalDamage>6</RiskOfFireOrPhysicalDamage>
          <FireProtectionSystem>0</FireProtectionSystem>
          <ShieldAtZoneBoundary>0</ShieldAtZoneBoundary>
          <ru>1E-05</ru>
          <rf>0.001</rf>
          <rp>1</rp>
          <KS2>1</KS2>
          <MeshWidth>0</MeshWidth>
          <CostOfFireProtection>0</CostOfFireProtection>
          <CostOfShieldProtection>0</CostOfShieldProtection>
          <L1DueToSpecialHazard>0</L1DueToSpecialHazard>
          <L1DueToStepAndTouchVoltage>1</L1DueToStepAndTouchVoltage>
          <L1DueToFireOrPhysicalDamage>18</L1DueToFireOrPhysicalDamage>
          <L1DueToOvervoltage>0</L1DueToOvervoltage>
          <NumberOfPersonsInZone>0</NumberOfPersonsInZone>
          <HoursPresentPerYear>8760</HoursPresentPerYear>
          <DaysPresentPerWeek>7</DaysPresentPerWeek>
          <HoursPresentPerDay>24</HoursPresentPerDay>
          <WeeksPresentPerYear>52</WeeksPresentPerYear>
          <hZ1>1</hZ1>
          <Lt1>0.01</Lt1>
          <Lf1>1</Lf1>
          <Lo1>0</Lo1>
          <L2DueToFireOrPhysicalDamage>0</L2DueToFireOrPhysicalDamage>
          <L2DueToOvervoltage>0</L2DueToOvervoltage>
          <NumberOfUsersServedByZone>0</NumberOfUsersServedByZone>
          <L2TreatStructureAsASingleZone>false</L2TreatStructureAsASingleZone>
          <Lf2>0</Lf2>
          <Lo2>0</Lo2>
          <L3DueToFireOrPhysicalDamage>0</L3DueToFireOrPhysicalDamage>
          <L3TreatStructureAsASingleZone>false</L3TreatStructureAsASingleZone>
          <HeritageCost>0</HeritageCost>
          <Lf3>0</Lf3>
          <L4DueToSpecialHazard>0</L4DueToSpecialHazard>
          <L4DueToStepAndTouchVoltage>0</L4DueToStepAndTouchVoltage>
          <L4DueToFireOrPhysicalDamage>0</L4DueToFireOrPhysicalDamage>
          <L4DueToOvervoltage>0</L4DueToOvervoltage>
          <costCa>0</costCa>
          <costCb>0</costCb>
          <costCc>0</costCc>
          <costCs>0</costCs>
          <hZ4>1</hZ4>
          <Lt4>0</Lt4>
          <Lf4>0</Lf4>
          <Lo4>0</Lo4>
          <Protection>
            <InsulationOfExposedConductor>false</InsulationOfExposedConductor>
            <EffectiveSoilEquipotentialization>false</EffectiveSoilEquipotentialization>
            <WarningNotices>false</WarningNotices>
            <PhysicalRestrictions>false</PhysicalRestrictions>
            <InsulationOfExposedConductorPTU>false</InsulationOfExposedConductorPTU>
            <WarningNoticesPTU>false</WarningNoticesPTU>
            <PhysicalRestrictionsPTU>false</PhysicalRestrictionsPTU>
          </Protection>
          <CostOfShockProtection>0</CostOfShockProtection>
          <LOSS0>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS0>
          <LOSS1>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS1>
          <LOSS2>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS2>
          <LOSS3>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS3>
          <LOSS4>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS4>
          <LOSS5>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS5>
          <LOSS6>
            <Np>0</Np>
            <Nt>0</Nt>
            <Tp>0</Tp>
          </LOSS6>
        </SRZone2>
      </Zones>
      <LightningProtectionSystem>1</LightningProtectionSystem>
      <PB>0.2</PB>
      <CostOfLPS>0</CostOfLPS>
      <Financial>
        <InterestRate>0.001</InterestRate>
        <AmortizationRate>0.001</AmortizationRate>
        <MaintenanceRate>0.001</MaintenanceRate>
        <CostOfLoss>0</CostOfLoss>
      </Financial>
      <UnprotectedCaseIndex>-1</UnprotectedCaseIndex>
    </SRCase2>
  </Cases>
  <Name>BS EN 62305:2012 Annex NE Examples</Name>
  <Client>A. N. Other Contracting </Client>
  <Address>1234 A. N. Other Street
A. N. Other Town
A. N. Other county
ANOT HER</Address>
  <Ref>Annex NE Examples</Ref>
  <CalculationRef>NA</CalculationRef>
  <CalculationNotes>The following calculation is taken from Annex E of BS EN 62305-2:2012
The example was based upon the equivalent example contained within IEC 62305-2:2010</CalculationNotes>
  <Author>A. N. Other</Author>
</SRProject>