PipingNetworkSegment¶

Plant::Piping::PipingNetworkSegment

Overview¶

Concrete Class

RDL: PIPING NETWORK SEGMENT (http://data.posccaesar.org/rdl/RDS267704)

Supertypes

Members¶

Composition Properties¶

Name	Multiplicity	Type	Ordered
Connections	*	PipingConnection	no	The connections of the PipingNetworkSegment.
Items	*	PipingNetworkSegmentItem	no	The items of the PipingNetworkSegment.

Reference Properties¶

Name	Multiplicity	Type	Ordered	Unique	Opposite Multiplicity
SourceItem	0..1	PipingSourceItem	no	no	*	The item at which the PipingNetworkSegment starts.
SourceNode	0..1	PipingNode	no	no	0..1	The PipingNode at which the PipingNetworkSegment starts.
TargetItem	0..1	PipingTargetItem	no	no	*	The item at which the PipingNetworkSegment ends.
TargetNode	0..1	PipingNode	no	no	0..1	The PipingNode at which the PipingNetworkSegment ends.

Data Properties¶

Name	Multiplicity	Type	Ordered	Unique
ColorCode	0..1	Undefined \| String	no	no	The color code of the PipingNetworkSegment, represented as a string.
FlowDirection	0..1	PipingNetworkSegmentFlowClassification	no	no	A specialization indicating if the PipingNetworkSegment enables dual flow or not.
FluidCode	0..1	Undefined \| String	no	no	The identification code of the fluid related to the PipingNetworkSegment. So far, DEXPI does not define restrictions for valid values.
HeatTracingType	0..1	HeatTracingTypeClassification	no	no	A specialization indicating the heat tracing type related to the PipingNetworkSegment.
HeatTracingTypeRepresentation	0..1	Undefined \| String	no	no	The heat tracing type related to the PipingNetworkSegment, represented as a string.
Inclination	0..1	Undefined \| <PhysicalQuantity with UnitType → RatioUnit>	no	no	The inclination (slope) of the PipingNetworkSegment in percent.
InsulationThickness	0..1	Undefined \| <PhysicalQuantity with UnitType → LengthUnit>	no	no	The insulation thickness of the PipingNetworkSegment.
InsulationType	0..1	Undefined \| String	no	no	The identification code for the insulation type related to the PipingNetworkSegment. So far, DEXPI does not define restrictions for valid values.
JacketedPipe	0..1	JacketedPipeClassification	no	no	A specialization indicating whether the PipingNetworkSegment is jacketed.
LowerLimitHeatTracingTemperature	0..1	Undefined \| <PhysicalQuantity with UnitType → TemperatureUnit>	no	no	The lower limit for the temperature that a heat tracing system must ensure for the PipingNetworkSegment.
NominalDiameterNumericalValueRepresentation	0..1	Undefined \| String	no	no	A readable representation of the numerical value of the nominal diameter of the PipingNetworkSegment, without any type or unit of measure.
NominalDiameterRepresentation	0..1	Undefined \| String	no	no	A readable representation of the nominal diameter of the PipingNetworkSegment. It normally contains a numerical value and a type or unit of measure.
NominalDiameterStandard	0..1	NominalDiameterStandardClassification	no	no	The nominal diameter of the PipingNetworkSegment, given as a reference to a nominal diameter standard and value.
NominalDiameterTypeRepresentation	0..1	Undefined \| String	no	no	A readable representation of the type or unit of measure of the nominal diameter of the PipingNetworkSegment.
OnHold	0..1	OnHoldClassification	no	no	A specialization indicating if the PipingNetworkSegment is on hold or not.
OperatingTemperature	0..1	Undefined \| <PhysicalQuantity with UnitType → TemperatureUnit>	no	no	The operating temperature of the PipingNetworkSegment.
PipingClassCode	0..1	Undefined \| String	no	no	The identification code of the piping class of the PipingNetworkSegment. So far, DEXPI does not define restrictions for valid values.
PressureTestCircuitNumber	0..1	Undefined \| String	no	no	The number of the pressure test circuit of the PipingNetworkSegment.
PrimarySecondaryPipingNetworkSegment	0..1	PrimarySecondaryPipingNetworkSegmentClassification	no	no	A specialization indicating whether the PipingNetworkSegment is a primary or secondary PipingNetworkSegment.
SegmentNumber	0..1	Undefined \| String	no	no	The segment number of a PipingNetworkSegment. Values are typically (but not necessarily) string representations of numbers with a prefix.
Siphon	0..1	SiphonClassification	no	no	A specialization indicating if the PipingNetworkSegment is a siphon or not.
Slope	0..1	PipingNetworkSegmentSlopeClassification	no	no	A specialization indicating if the PipingNetworkSegment is sloped or not.

ColorCode¶

Data Property

The color code of the PipingNetworkSegment, represented as a string.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: COLOR CODE ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/ColorCodeAssignmentClass)

Example¶

"C321"

Connections¶

Composition Property

The connections of the PipingNetworkSegment.

Type: PipingConnection

Multiplicity: *

Ordered: no

FlowDirection¶

Data Property

A specialization indicating if the PipingNetworkSegment enables dual flow or not.

Type: PipingNetworkSegmentFlowClassification

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: FLOW DIRECTION SPECIALIZATION (http://sandbox.dexpi.org/rdl/FlowDirectionSpecialization)

Example¶

DualFlowPipingNetworkSegment

FluidCode¶

Data Property

The identification code of the fluid related to the PipingNetworkSegment. So far, DEXPI does not define restrictions for valid values.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: FLUID CODE ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/FluidCodeAssignmentClass)

Example¶

"MNb"

HeatTracingType¶

Data Property

A specialization indicating the heat tracing type related to the PipingNetworkSegment.

Type: HeatTracingTypeClassification

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: HEAT TRACING TYPE SPECIALIZATION (http://sandbox.dexpi.org/rdl/HeatTracingTypeSpecialization)

Example¶

ElectricalHeatTracingSystem

HeatTracingTypeRepresentation¶

Data Property

The heat tracing type related to the PipingNetworkSegment, represented as a string.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: HEAT TRACING TYPE REPRESENTATION ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/HeatTracingTypeRepresentationAssignmentClass)

Example¶

"E"

Inclination¶

Data Property

The inclination (slope) of the PipingNetworkSegment in percent.

Type: Undefined | <PhysicalQuantity with UnitType → RatioUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: INCLINATION (http://data.posccaesar.org/rdl/RDS17688057)

Example¶

PhysicalQuantity(

Unit = Percent,

Value = 10.0)

InsulationThickness¶

Data Property

The insulation thickness of the PipingNetworkSegment.

Type: Undefined | <PhysicalQuantity with UnitType → LengthUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: INSULATION THICKNESS (http://data.posccaesar.org/rdl/RDS4238040)

Example¶

PhysicalQuantity(

Unit = Millimetre,

Value = 40.0)

InsulationType¶

Data Property

The identification code for the insulation type related to the PipingNetworkSegment. So far, DEXPI does not define restrictions for valid values.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: INSULATION TYPE ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/InsulationTypeAssignmentClass)

Example¶

"Q"

Items¶

Composition Property

The items of the PipingNetworkSegment.

Type: PipingNetworkSegmentItem

Multiplicity: *

Ordered: no

JacketedPipe¶

Data Property

A specialization indicating whether the PipingNetworkSegment is jacketed.

Type: JacketedPipeClassification

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: JACKETED PIPE SPECIALIZATION (http://sandbox.dexpi.org/rdl/JacketedPipeSpecialization)

Example¶

JacketedPipe

LowerLimitHeatTracingTemperature¶

Data Property

The lower limit for the temperature that a heat tracing system must ensure for the PipingNetworkSegment.

Type: Undefined | <PhysicalQuantity with UnitType → TemperatureUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: LOWER LIMIT HEAT TRACING TEMPERATURE (http://sandbox.dexpi.org/rdl/LowerLimitHeatTracingTemperature)

Example¶

PhysicalQuantity(

Unit = DegreeCelsius,

Value = 100.0)

NominalDiameterNumericalValueRepresentation¶

Data Property

A readable representation of the numerical value of the nominal diameter of the PipingNetworkSegment, without any type or unit of measure.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: NOMINAL DIAMETER NUMERICAL VALUE REPRESENTATION ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/NominalDiameterNumericalValueRepresentationAssignmentClass)

Example¶

"25"

NominalDiameterRepresentation¶

Data Property

A readable representation of the nominal diameter of the PipingNetworkSegment. It normally contains a numerical value and a type or unit of measure.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

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

Example¶

"DN 25"

NominalDiameterStandard¶

Data Property

The nominal diameter of the PipingNetworkSegment, given as a reference to a nominal diameter standard and value.

Type: NominalDiameterStandardClassification

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: NOMINAL DIAMETER STANDARD SPECIALIZATION (http://sandbox.dexpi.org/rdl/NominalDiameterStandardSpecialization)

Example¶

Din2448ObjectDn25

NominalDiameterTypeRepresentation¶

Data Property

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

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"

OnHold¶

Data Property

A specialization indicating if the PipingNetworkSegment is on hold or not.

Type: OnHoldClassification

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: ON HOLD SPECIALIZATION (http://sandbox.dexpi.org/rdl/OnHoldSpecialization)

Example¶

OnHold

OperatingTemperature¶

Data Property

The operating temperature of the PipingNetworkSegment.

Type: Undefined | <PhysicalQuantity with UnitType → TemperatureUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: OPERATING TEMPERATURE (http://data.posccaesar.org/rdl/RDS357119)

Example¶

PhysicalQuantity(

Unit = DegreeCelsius,

Value = 100.0)

PipingClassCode¶

Data Property

The identification code of the piping class of the PipingNetworkSegment. So far, DEXPI does not define restrictions for valid values.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: PIPING CLASS CODE ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/PipingClassCodeAssignmentClass)

Example¶

"75HB13"

PressureTestCircuitNumber¶

Data Property

The number of the pressure test circuit of the PipingNetworkSegment.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: PRESSURE TEST CIRCUIT NUMBER ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/PressureTestCircuitNumberAssignmentClass)

Example¶

"TC123"

PrimarySecondaryPipingNetworkSegment¶

Data Property

A specialization indicating whether the PipingNetworkSegment is a primary or secondary PipingNetworkSegment.

Type: PrimarySecondaryPipingNetworkSegmentClassification

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: PRIMARY SECONDARY PIPING NETWORK SEGMENT SPECIALIZATION (http://sandbox.dexpi.org/rdl/PrimarySecondaryPipingNetworkSegmentSpecialization)

Example¶

PrimaryPipingNetworkSegment

SegmentNumber¶

Data Property

The segment number of a PipingNetworkSegment. Values are typically (but not necessarily) string representations of numbers with a prefix.

Type: Undefined | String

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: SEGMENT NUMBER ASSIGNMENT CLASS (http://sandbox.dexpi.org/rdl/SegmentNumberAssignmentClass)

Example¶

"S3"

Siphon¶

Data Property

A specialization indicating if the PipingNetworkSegment is a siphon or not.

Type: SiphonClassification

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: SIPHON SPECIALIZATION (http://sandbox.dexpi.org/rdl/SiphonSpecialization)

Example¶

Siphon

Slope¶

Data Property

A specialization indicating if the PipingNetworkSegment is sloped or not.

Type: PipingNetworkSegmentSlopeClassification

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: SLOPE SPECIALIZATION (http://sandbox.dexpi.org/rdl/SlopeSpecialization)

Example¶

SlopedPipingNetworkSegment

SourceItem¶

Reference Property

The item at which the PipingNetworkSegment starts.

Type: PipingSourceItem

Multiplicity: 0..1

Ordered: no

Unique: no

Opposite Multiplicity: *

SourceNode¶

Reference Property

The PipingNode at which the PipingNetworkSegment starts.

Type: PipingNode

Multiplicity: 0..1

Ordered: no

Unique: no

Opposite Multiplicity: 0..1

TargetItem¶

Reference Property

The item at which the PipingNetworkSegment ends.

Type: PipingTargetItem

Multiplicity: 0..1

Ordered: no

Unique: no

Opposite Multiplicity: *

TargetNode¶

Reference Property

The PipingNode at which the PipingNetworkSegment ends.

Type: PipingNode

Multiplicity: 0..1

Ordered: no

Unique: no

Opposite Multiplicity: 0..1

Example in DEXPI XML¶

<Object type="Plant/Piping.PipingNetworkSegment">
  <Data property="ColorCode">
    <String>C321</String>
  </Data>
  <Data property="FlowDirection">
    <DataReference data="Plant/Enumerations.PipingNetworkSegmentFlowClassification.DualFlowPipingNetworkSegment"/>
  </Data>
  <Data property="FluidCode">
    <String>MNb</String>
  </Data>
  <Data property="HeatTracingType">
    <DataReference data="Plant/Enumerations.HeatTracingTypeClassification.ElectricalHeatTracingSystem"/>
  </Data>
  <Data property="HeatTracingTypeRepresentation">
    <String>E</String>
  </Data>
  <Data property="Inclination">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.RatioUnit.Percent"/>
      </Data>
      <Data property="Value">
        <Double>10.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="InsulationThickness">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.LengthUnit.Millimetre"/>
      </Data>
      <Data property="Value">
        <Double>40.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="InsulationType">
    <String>Q</String>
  </Data>
  <Data property="JacketedPipe">
    <DataReference data="Plant/Enumerations.JacketedPipeClassification.JacketedPipe"/>
  </Data>
  <Data property="LowerLimitHeatTracingTemperature">
    <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="NominalDiameterNumericalValueRepresentation">
    <String>25</String>
  </Data>
  <Data property="NominalDiameterRepresentation">
    <String>DN 25</String>
  </Data>
  <Data property="NominalDiameterStandard">
    <DataReference data="Plant/Enumerations.NominalDiameterStandardClassification.Din2448ObjectDn25"/>
  </Data>
  <Data property="NominalDiameterTypeRepresentation">
    <String>DN</String>
  </Data>
  <Data property="OnHold">
    <DataReference data="Plant/Enumerations.OnHoldClassification.OnHold"/>
  </Data>
  <Data property="OperatingTemperature">
    <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="PipingClassCode">
    <String>75HB13</String>
  </Data>
  <Data property="PressureTestCircuitNumber">
    <String>TC123</String>
  </Data>
  <Data property="PrimarySecondaryPipingNetworkSegment">
    <DataReference data="Plant/Enumerations.PrimarySecondaryPipingNetworkSegmentClassification.PrimaryPipingNetworkSegment"/>
  </Data>
  <Data property="SegmentNumber">
    <String>S3</String>
  </Data>
  <Data property="Siphon">
    <DataReference data="Plant/Enumerations.SiphonClassification.Siphon"/>
  </Data>
  <Data property="Slope">
    <DataReference data="Plant/Enumerations.PipingNetworkSegmentSlopeClassification.SlopedPipingNetworkSegment"/>
  </Data>
</Object>