Chamber¶

Plant::ProcessEquipment::Chamber

Overview¶

Concrete Class

RDL: CHAMBER (http://data.posccaesar.org/rdl/RDS903151421)

(Fullscreen Diagram)

Supertypes

ConceptualObject

Members¶

Data Properties¶

Name	Multiplicity	Type	Ordered	Unique
ChamberDescription	0..1	MultiLanguageString	no	no	The description of the Chamber.
ChamberFunction	0..1	ChamberFunctionClassification	no	no	A specialization indicating the function of the Chamber.
ChamberFunctionRepresentation	0..1	Undefined \| String	no	no	A short textual description of the function of the Chamber.
Height	0..1	Undefined \| <PhysicalQuantity with UnitType → LengthUnit>	no	no	The height of the Chamber.
InsideDiameter	0..1	Undefined \| <PhysicalQuantity with UnitType → LengthUnit>	no	no	The inside diameter of the Chamber.
Length	0..1	Undefined \| <PhysicalQuantity with UnitType → LengthUnit>	no	no	The length of the Chamber.
LowerLimitDesignPressure	0..1	Undefined \| <PhysicalQuantity with UnitType → PressureGaugeUnit>	no	no	The lower limit for the pressure for which the Chamber is designed.
LowerLimitDesignTemperature	0..1	Undefined \| <PhysicalQuantity with UnitType → TemperatureUnit>	no	no	The lower limit for the temperature for which the Chamber is designed.
MaterialOfConstructionCode	0..1	Undefined \| String	no	no	A code that gives the material of construction of the Chamber.
NominalDiameter	0..1	Undefined \| <PhysicalQuantity with UnitType → LengthUnit>	no	no	The nominal diameter of the Chamber, given as a length. See also NominalDiameterTypeRepresentation.
NominalDiameterTypeRepresentation	0..1	Undefined \| String	no	no	A readable representation of the type or unit of measure of the nominal diameter of the Chamber.
SubTagName	0..1	Undefined \| String	no	no	The sub tag name of the Chamber.
UpperLimitDesignPressure	0..1	Undefined \| <PhysicalQuantity with UnitType → PressureGaugeUnit>	no	no	The upper limit for the pressure for which the Chamber is designed.
UpperLimitDesignTemperature	0..1	Undefined \| <PhysicalQuantity with UnitType → TemperatureUnit>	no	no	The upper limit for the temperature for which the Chamber is designed.
Width	0..1	Undefined \| <PhysicalQuantity with UnitType → LengthUnit>	no	no	The width of the Chamber.

ChamberDescription¶

Data Property

The description of the Chamber.

Type: MultiLanguageString

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: CHAMBER DESCRIPTION ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/ChamberDescriptionAssignmentClass)

Example¶

MultiLanguageString(

SingleLanguageStrings = [

SingleLanguageString(

Language = "en",

Value = "jacket chamber")])

ChamberFunction¶

Data Property

A specialization indicating the function of the Chamber.

Type: ChamberFunctionClassification

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: CHAMBER FUNCTION SPECIALIZATION (http://sandbox.dexpi.org/rdl/ChamberFunctionSpecialization)

Example¶

Heating

ChamberFunctionRepresentation¶

Data Property

A short textual description of the function of the Chamber.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: CHAMBER FUNCTION ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/ChamberFunctionAssignmentClass)

Example¶

"cooling"

Height¶

Data Property

The height of the Chamber.

Type: Undefined | <PhysicalQuantity with UnitType → LengthUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: HEIGHT (http://data.posccaesar.org/rdl/RDS357704)

Example¶

PhysicalQuantity(

Unit = Centimetre,

Value = 220.0)

InsideDiameter¶

Data Property

The inside diameter of the Chamber.

Type: Undefined | <PhysicalQuantity with UnitType → LengthUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: INSIDE DIAMETER (http://data.posccaesar.org/rdl/RDS357209)

Example¶

PhysicalQuantity(

Unit = Centimetre,

Value = 60.0)

Length¶

Data Property

The length of the Chamber.

Type: Undefined | <PhysicalQuantity with UnitType → LengthUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: LENGTH (http://data.posccaesar.org/rdl/RDS373094)

Example¶

PhysicalQuantity(

Unit = Centimetre,

Value = 160.0)

LowerLimitDesignPressure¶

Data Property

The lower limit for the pressure for which the Chamber is designed.

Type: Undefined | <PhysicalQuantity with UnitType → PressureGaugeUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: LOWER LIMIT DESIGN PRESSURE (http://data.posccaesar.org/rdl/RDS360674)

Example¶

PhysicalQuantity(

Unit = Bar,

Value = -0.5)

LowerLimitDesignTemperature¶

Data Property

The lower limit for the temperature for which the Chamber is designed.

Type: Undefined | <PhysicalQuantity with UnitType → TemperatureUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: LOWER LIMIT DESIGN TEMPERATURE (http://data.posccaesar.org/rdl/RDS360494)

Example¶

PhysicalQuantity(

Unit = DegreeCelsius,

Value = -45.0)

MaterialOfConstructionCode¶

Data Property

A code that gives the material of construction of the Chamber.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: MATERIAL OF CONSTRUCTION CODE ASSIGNMENT CLASS (http://data.posccaesar.org/rdl/RDS1460719741)

Example¶

"1.4306"

NominalDiameter¶

Data Property

The nominal diameter of the Chamber, given as a length. See also NominalDiameterTypeRepresentation.

Type: Undefined | <PhysicalQuantity with UnitType → LengthUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: NOMINAL DIAMETER (http://data.posccaesar.org/rdl/RDS366794)

Example¶

PhysicalQuantity(

Unit = Centimetre,

Value = 80.0)

NominalDiameterTypeRepresentation¶

Data Property

A readable representation of the type or unit of measure of the nominal diameter of the Chamber.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: NOMINAL DIAMETER TYPE REPRESENTATION ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/NominalDiameterTypeRepresentationAssignmentClass)

Example¶

"DN"

SubTagName¶

Data Property

The sub tag name of the Chamber.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: SUB TAG NAME ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/SubTagNameAssignmentClass)

Example¶

"ST1"

UpperLimitDesignPressure¶

Data Property

The upper limit for the pressure for which the Chamber is designed.

Type: Undefined | <PhysicalQuantity with UnitType → PressureGaugeUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: UPPER LIMIT DESIGN PRESSURE (http://data.posccaesar.org/rdl/RDS1470835011)

Example¶

PhysicalQuantity(

Unit = Bar,

Value = 60.0)

UpperLimitDesignTemperature¶

Data Property

The upper limit for the temperature for which the Chamber is designed.

Type: Undefined | <PhysicalQuantity with UnitType → TemperatureUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: UPPER LIMIT DESIGN TEMPERATURE (http://data.posccaesar.org/rdl/RDS360449)

Example¶

PhysicalQuantity(

Unit = DegreeCelsius,

Value = 100.0)

Width¶

Data Property

The width of the Chamber.

Type: Undefined | <PhysicalQuantity with UnitType → LengthUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: WIDTH (http://data.posccaesar.org/rdl/RDS361709)

Example¶

PhysicalQuantity(

Unit = Centimetre,

Value = 180.0)

Example in DEXPI XML¶

<Object type="Plant/ProcessEquipment.Chamber">
  <Data property="ChamberDescription">
    <AggregatedDataValue type="Core/DataTypes.MultiLanguageString">
      <Data property="SingleLanguageStrings">
        <AggregatedDataValue type="Core/DataTypes.SingleLanguageString">
          <Data property="Language">
            <String>en</String>
          </Data>
          <Data property="Value">
            <String>jacket chamber</String>
          </Data>
        </AggregatedDataValue>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="ChamberFunction">
    <DataReference data="Plant/Enumerations.ChamberFunctionClassification.Heating"/>
  </Data>
  <Data property="ChamberFunctionRepresentation">
    <String>cooling</String>
  </Data>
  <Data property="Height">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.LengthUnit.Centimetre"/>
      </Data>
      <Data property="Value">
        <Double>220.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="InsideDiameter">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.LengthUnit.Centimetre"/>
      </Data>
      <Data property="Value">
        <Double>60.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="Length">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.LengthUnit.Centimetre"/>
      </Data>
      <Data property="Value">
        <Double>160.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="LowerLimitDesignPressure">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.PressureGaugeUnit.Bar"/>
      </Data>
      <Data property="Value">
        <Double>-0.5</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="LowerLimitDesignTemperature">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.TemperatureUnit.DegreeCelsius"/>
      </Data>
      <Data property="Value">
        <Double>-45.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="MaterialOfConstructionCode">
    <String>1.4306</String>
  </Data>
  <Data property="NominalDiameter">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.LengthUnit.Centimetre"/>
      </Data>
      <Data property="Value">
        <Double>80.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="NominalDiameterTypeRepresentation">
    <String>DN</String>
  </Data>
  <Data property="SubTagName">
    <String>ST1</String>
  </Data>
  <Data property="UpperLimitDesignPressure">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.PressureGaugeUnit.Bar"/>
      </Data>
      <Data property="Value">
        <Double>60.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="UpperLimitDesignTemperature">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.TemperatureUnit.DegreeCelsius"/>
      </Data>
      <Data property="Value">
        <Double>100.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="Width">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.LengthUnit.Centimetre"/>
      </Data>
      <Data property="Value">
        <Double>180.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
</Object>