<?xml version="1.0" encoding="utf-8"?>
<PropertySetDef xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema" ifdguid="e4326d80d1c811e1800000215ad4efdf" templatetype="PSET_TYPEDRIVENOVERRIDE" xsi:noNamespaceSchemaLocation="http://buildingSMART-tech.org/xml/psd/PSD_IFC4.xsd" xmlns="http://buildingSMART-tech.org/xml/psd/PSD_IFC4.xsd">
  <IfcVersion version="IFC4X4" />
  <Name>Pset_ChillerTypeCommon</Name>
  <Definition>Chiller type common attributes.</Definition>
  <Applicability />
  <ApplicableClasses>
    <ClassName>IfcChiller</ClassName>
  </ApplicableClasses>
  <ApplicableTypeValue>IfcChiller</ApplicableTypeValue>
  <PropertyDefs>
    <PropertyDef ifdguid="00cda600d1c711e1800000215ad4efdf">
      <Name>Reference</Name>
      <Definition>Reference ID for this specified type in this project (e.g. type 'A-1'), Also referred to as "construction type". It should be provided as an alternative to the name of the "object type", if the software does not support object types and no classification reference to a recognized classification system used.

&gt; IFC4.3.0.0 DEPRECATION&amp;nbsp;  The Reference property is deprecated and shall no longer be used, use attribute Name on the relating type instead.</Definition>
      <PropertyType>
        <TypePropertySingleValue>
          <DataType type="IfcIdentifier" />
        </TypePropertySingleValue>
      </PropertyType>
      <NameAliases>
        <NameAlias lang="en">Reference</NameAlias>
        <NameAlias lang="ja-JP">参照</NameAlias>
        <NameAlias lang="ko-KR">참조</NameAlias>
      </NameAliases>
      <DefinitionAliases>
        <DefinitionAlias lang="en" />
        <DefinitionAlias lang="ja-JP">当該プロジェクトで定義する形式の参照ID（例：A-1)、承認された分類に存在しないときに使用される。</DefinitionAlias>
        <DefinitionAlias lang="ko-KR">해당 프로젝트에 정의된 형식의 참조 ID (예 : A-1) 승인된 분류에 존재하지 않을 때 사용된다.</DefinitionAlias>
      </DefinitionAliases>
    </PropertyDef>
    <PropertyDef ifdguid="ef859900d1c811e1800000215ad4efdf">
      <Name>Status</Name>
      <Definition>Status of the element, predominately used in renovation or retrofitting projects. The status can be assigned to as "New" - element designed as new addition, "Existing" - element exists and remains, "Demolish" - element existed but is to be demolished,  "Temporary" - element will exists only temporary (like a temporary support structure).</Definition>
      <PropertyType>
        <TypePropertyEnumeratedValue>
          <EnumList name="PEnum_ElementStatus">
            <EnumItem>NEW</EnumItem>
            <EnumItem>EXISTING</EnumItem>
            <EnumItem>DEMOLISH</EnumItem>
            <EnumItem>TEMPORARY</EnumItem>
            <EnumItem>OTHER</EnumItem>
            <EnumItem>NOTKNOWN</EnumItem>
            <EnumItem>UNSET</EnumItem>
          </EnumList>
          <ConstantList>
            <ConstantDef>
              <Name>NEW</Name>
              <Definition>element designed as new addition</Definition>
              <NameAliases>
                <NameAlias lang="en">New</NameAlias>
              </NameAliases>
              <DefinitionAliases />
            </ConstantDef>
            <ConstantDef>
              <Name>EXISTING</Name>
              <Definition>element exists and is to remain</Definition>
              <NameAliases>
                <NameAlias lang="en">Existing</NameAlias>
              </NameAliases>
              <DefinitionAliases />
            </ConstantDef>
            <ConstantDef>
              <Name>DEMOLISH</Name>
              <Definition>element exists but is to be demolished</Definition>
              <NameAliases>
                <NameAlias lang="en">Demolish</NameAlias>
              </NameAliases>
              <DefinitionAliases />
            </ConstantDef>
            <ConstantDef>
              <Name>TEMPORARY</Name>
              <Definition>element will exist only temporarily (such as a temporary support structure)</Definition>
              <NameAliases>
                <NameAlias lang="en">Temporary</NameAlias>
              </NameAliases>
              <DefinitionAliases />
            </ConstantDef>
            <ConstantDef>
              <Name>OTHER</Name>
              <Definition>required category not on scale</Definition>
              <NameAliases>
                <NameAlias lang="en">(other)</NameAlias>
              </NameAliases>
              <DefinitionAliases>
                <DefinitionAlias lang="en">Value is not listed.</DefinitionAlias>
              </DefinitionAliases>
            </ConstantDef>
            <ConstantDef>
              <Name>NOTKNOWN</Name>
              <Definition>Value is unkown</Definition>
              <NameAliases>
                <NameAlias lang="en">(unknown)</NameAlias>
              </NameAliases>
              <DefinitionAliases>
                <DefinitionAlias lang="en">Value is unknown.</DefinitionAlias>
              </DefinitionAliases>
            </ConstantDef>
            <ConstantDef>
              <Name>UNSET</Name>
              <Definition>Value has not been specified</Definition>
              <NameAliases>
                <NameAlias lang="en">(unset)</NameAlias>
              </NameAliases>
              <DefinitionAliases>
                <DefinitionAlias lang="en">Value has not been specified.</DefinitionAlias>
              </DefinitionAliases>
            </ConstantDef>
          </ConstantList>
        </TypePropertyEnumeratedValue>
      </PropertyType>
      <NameAliases>
        <NameAlias lang="en">Status</NameAlias>
        <NameAlias lang="fr-FR">Etat</NameAlias>
        <NameAlias lang="ja-JP">状態</NameAlias>
      </NameAliases>
      <DefinitionAliases>
        <DefinitionAlias lang="en" />
        <DefinitionAlias lang="fr-FR">Etat de l'élément, utilisé avant tout pour les projets de rénovation et réaménagement. L'état assigné peut être "Nouveau" - l'élément prévu pour du neuf, "Existant" - l'élément existait et est maintenu, "Démoli" - l'élément existait mais doit être démoli/supprimé, "Provisoire" - l'élément existera à titre provisoire seulement (comme un support structurel par exemple).</DefinitionAlias>
        <DefinitionAlias lang="ja-JP">要素（主にリノベーションまたは改修プロジェクトにおいて）の状態。 状態は、「新規(New)」－新しく追加される要素。「既存」－要素は存在し、かつ残りもの。「破壊」－要素は存在したが、廃棄されるもの。「一時的」－一時的に存在する要素（一時的にサポートしている構造のようなもの）。</DefinitionAlias>
      </DefinitionAliases>
    </PropertyDef>
    <PropertyDef ifdguid="fe6c4b80d1c811e1800000215ad4efdf">
      <Name>ChillerCapacity</Name>
      <Definition>Nominal cooling capacity of chiller at standardized conditions as defined by the agency having jurisdiction.</Definition>
      <PropertyType>
        <TypePropertySingleValue>
          <DataType type="IfcPowerMeasure" />
        </TypePropertySingleValue>
      </PropertyType>
      <NameAliases>
        <NameAlias lang="en">Nominal Capacity</NameAlias>
        <NameAlias lang="fr-FR">PuissanceNominale</NameAlias>
      </NameAliases>
      <DefinitionAliases>
        <DefinitionAlias lang="en" />
        <DefinitionAlias lang="fr-FR">Puissance froid nominale du groupe froid aux conditions standardisées telles que définies par l'organisation faisant autorité.</DefinitionAlias>
      </DefinitionAliases>
    </PropertyDef>
    <PropertyDef ifdguid="04622c80d1c911e1800000215ad4efdf">
      <Name>NominalEfficiency</Name>
      <Definition>Nominal object efficiency under nominal conditions.</Definition>
      <PropertyType>
        <TypePropertySingleValue>
          <DataType type="IfcPositiveRatioMeasure" />
        </TypePropertySingleValue>
      </PropertyType>
      <NameAliases>
        <NameAlias lang="en">Nominal Efficiency</NameAlias>
        <NameAlias lang="fr-FR">EfficacitéNominale</NameAlias>
      </NameAliases>
      <DefinitionAliases>
        <DefinitionAlias lang="en" />
        <DefinitionAlias lang="fr-FR">Efficactié nominale du groupe froid sous les conditions nominales.</DefinitionAlias>
      </DefinitionAliases>
    </PropertyDef>
    <PropertyDef ifdguid="0926e080d1c911e1800000215ad4efdf">
      <Name>NominalCondensingTemperature</Name>
      <Definition>Chiller condensing temperature.</Definition>
      <PropertyType>
        <TypePropertySingleValue>
          <DataType type="IfcThermodynamicTemperatureMeasure" />
        </TypePropertySingleValue>
      </PropertyType>
      <NameAliases>
        <NameAlias lang="en">Nominal Condensing Temperature</NameAlias>
        <NameAlias lang="fr-FR">TemperatureCondensationNominale</NameAlias>
      </NameAliases>
      <DefinitionAliases>
        <DefinitionAlias lang="en" />
        <DefinitionAlias lang="fr-FR">Température de condensation du groupe froid.</DefinitionAlias>
      </DefinitionAliases>
    </PropertyDef>
    <PropertyDef ifdguid="0e842b00d1c911e1800000215ad4efdf">
      <Name>NominalEvaporatingTemperature</Name>
      <Definition>Chiller evaporating temperature.</Definition>
      <PropertyType>
        <TypePropertySingleValue>
          <DataType type="IfcThermodynamicTemperatureMeasure" />
        </TypePropertySingleValue>
      </PropertyType>
      <NameAliases>
        <NameAlias lang="en">Nominal Evaporating Temperature</NameAlias>
        <NameAlias lang="fr-FR">TempératureEvaporationNominale</NameAlias>
      </NameAliases>
      <DefinitionAliases>
        <DefinitionAlias lang="en" />
        <DefinitionAlias lang="fr-FR">Température d'évaporation du groupe froid.</DefinitionAlias>
      </DefinitionAliases>
    </PropertyDef>
    <PropertyDef ifdguid="147a0c00d1c911e1800000215ad4efdf">
      <Name>NominalHeatRejectionRate</Name>
      <Definition>Sum of the refrigeration effect and the heat equivalent of the power input to the compressor.</Definition>
      <PropertyType>
        <TypePropertySingleValue>
          <DataType type="IfcPowerMeasure" />
        </TypePropertySingleValue>
      </PropertyType>
      <NameAliases>
        <NameAlias lang="en">Nominal Heat Rejection Rate</NameAlias>
        <NameAlias lang="fr-FR">CoefficientEvacuationNominaleChaleur</NameAlias>
      </NameAliases>
      <DefinitionAliases>
        <DefinitionAlias lang="en" />
        <DefinitionAlias lang="fr-FR">Somme de l'effet de réfrigération et de la chaleur équivalente à la puisssance absorbée par le compresseur.</DefinitionAlias>
      </DefinitionAliases>
    </PropertyDef>
    <PropertyDef ifdguid="19d75680d1c911e1800000215ad4efdf">
      <Name>NominalPowerConsumption</Name>
      <Definition>Nominal total power consumption.</Definition>
      <PropertyType>
        <TypePropertySingleValue>
          <DataType type="IfcPowerMeasure" />
        </TypePropertySingleValue>
      </PropertyType>
      <NameAliases>
        <NameAlias lang="en">Nominal Power Consumption</NameAlias>
        <NameAlias lang="fr-FR">ConsommationPuissanceNominale</NameAlias>
      </NameAliases>
      <DefinitionAliases>
        <DefinitionAlias lang="en" />
        <DefinitionAlias lang="fr-FR">Puissance de consommation totale nominale.</DefinitionAlias>
      </DefinitionAliases>
    </PropertyDef>
    <PropertyDef ifdguid="1e9c0a80d1c911e1800000215ad4efdf">
      <Name>CapacityCurve</Name>
      <Definition>Chiller cooling capacity is a function of condensing temperature and evaporating temperature, data is in table form, Capacity = f (TempCon, TempEvp), capacity = a1+b1*Tei+c1*Tei\^2+d1*Tci+e1*Tci\^2+f1*Tei*Tci.
This table uses multiple input variables; to represent, both DefiningValues and DefinedValues lists are null and IfcTable is attached using IfcResourceConstraintRelationship and IfcMetric.  Columns are specified in the following order:
1.IfcPowerMeasure:Capacity
2.IfcThermodynamicTemperatureMeasure:CondensingTemperature
3.IfcThermodynamicTemperatureMeasure:EvaporatingTemperature</Definition>
      <PropertyType>
        <TypePropertyTableValue>
          <Expression />
          <DefiningValue>
            <DataType type="IfcThermodynamicTemperatureMeasure" />
          </DefiningValue>
          <DefinedValue>
            <DataType type="IfcPowerMeasure" />
          </DefinedValue>
        </TypePropertyTableValue>
      </PropertyType>
      <NameAliases>
        <NameAlias lang="en">Capacity Curve</NameAlias>
        <NameAlias lang="fr-FR">CourbePuissance</NameAlias>
      </NameAliases>
      <DefinitionAliases>
        <DefinitionAlias lang="en" />
        <DefinitionAlias lang="fr-FR">Puissance frigoifique du groupe froid qui est une fonction de la température de condensation et de la température d'évaporation, les informations sont sous la forme d'un tableau, Puissance = f(TempCon,TempEvp), puissance = a1+b1*Tei+c1*Tei^2+d1*Tci+e1*Tci^2+f1*Tei*Tci.
Ce tableau utilises plusieurs entrées variables; pour la  représenter, DefiningValues et DefinedValues sont pour les deux nulles et IfcTable est attachée en utilisant IfcPropertyConstraintRelationship et IfcMetric. Les colonnes sont indiquées dans l'ordre suivant:
1. IfcPowerMeasure: Capacity
2. IfcThermodynamicTemperatureMeasure: CondensingTemperature
3. IfcThermodynamicTemperatureMeasure: EvaporatingTemperature</DefinitionAlias>
      </DefinitionAliases>
    </PropertyDef>
    <PropertyDef ifdguid="278cdc00d1c911e1800000215ad4efdf">
      <Name>CoefficientOfPerformanceCurve</Name>
      <Definition>Chiller coefficient of performance (COP) is function of condensing temperature and evaporating temperature, data is in table form, COP= f (TempCon, TempEvp), COP = a2+b2*Tei+c2*Tei\^2+d2*Tci+e2*Tci\^2+f2*Tei*Tci.
This table uses multiple input variables; to represent, both DefiningValues and DefinedValues lists are null and IfcTable is attached using IfcResourceConstraintRelationship and IfcMetric.  Columns are specified in the following order:
1.IfcPositiveRatioMeasure:CoefficientOfPerformance
2.IfcThermodynamicTemperatureMeasure:CondensingTemperature
3.IfcThermodynamicTemperatureMeasure:EvaporatingTemperature</Definition>
      <PropertyType>
        <TypePropertyTableValue>
          <Expression />
          <DefiningValue>
            <DataType type="IfcThermodynamicTemperatureMeasure" />
          </DefiningValue>
          <DefinedValue>
            <DataType type="IfcReal" />
          </DefinedValue>
        </TypePropertyTableValue>
      </PropertyType>
      <NameAliases>
        <NameAlias lang="en">Coefficient Of Performance Curve</NameAlias>
        <NameAlias lang="fr-FR">CourbeCOP</NameAlias>
      </NameAliases>
      <DefinitionAliases>
        <DefinitionAlias lang="en" />
        <DefinitionAlias lang="fr-FR">Coefficient de Performance (COP) du groupe froid qui est une fonction de la température de condensation et de la température d'évaporation, les informations sont sous la forme d'un tableau, COP = f(TempCon,TempEvp), COP = a2+b1*Tei+c2*Tei^2+d2*Tci+e2*Tci^2+f2*Tei*Tci.
Ce tableau utilises plusieurs entrées variables; pour la  représenter, DefiningValues et DefinedValues sont pour les deux nulles et IfcTable est attachée en utilisant IfcPropertyConstraintRelationship et IfcMetric. Les colonnes sont indiquées dans l'ordre suivant:
1. IfcPowerMeasureCapacity
2. IfcThermodynamicTemperatureMeasure: CondensingTemperature
3. IfcThermodynamicTemperatureMeasure: EvaporatingTemperature</DefinitionAlias>
      </DefinitionAliases>
    </PropertyDef>
    <PropertyDef ifdguid="2fe51700d1c911e1800000215ad4efdf">
      <Name>FullLoadRatioCurve</Name>
      <Definition>Ratio of actual power to full load power as a quadratic function of part load, at certain condensing and evaporating temperature, FracFullLoadPower = f ( PartLoadRatio).</Definition>
      <PropertyType>
        <TypePropertyTableValue>
          <Expression />
          <DefiningValue>
            <DataType type="IfcPositiveRatioMeasure" />
          </DefiningValue>
          <DefinedValue>
            <DataType type="IfcNormalisedRatioMeasure" />
          </DefinedValue>
        </TypePropertyTableValue>
      </PropertyType>
      <NameAliases>
        <NameAlias lang="en">Full Load Ratio Curve</NameAlias>
        <NameAlias lang="fr-FR">CourbeFonctionnementPleineCharge</NameAlias>
      </NameAliases>
      <DefinitionAliases>
        <DefinitionAlias lang="en" />
        <DefinitionAlias lang="fr-FR">Rapport entre la puissance instantanée et la puissance à pleine charge comme fonction quadratique de charge partielle, pour une certaine température de condensation et une température d'évaporation, FracFullLoadPower= f (CoefficientChargePartielle)</DefinitionAlias>
      </DefinitionAliases>
    </PropertyDef>
  </PropertyDefs>
  <PsetDefinitionAliases>
    <PsetDefinitionAlias lang="en" />
  </PsetDefinitionAliases>
</PropertySetDef>