FilterUnit¶

Plant::ProcessEquipment::FilterUnit

Overview¶

Concrete Class

RDL: FILTER UNIT (http://sandbox.dexpi.org/rdl/FilterUnit)

The filtering unit as part of a filter.

(Fullscreen Diagram)

Supertypes

ConceptualObject

Members¶

Reference Properties¶

Name	Multiplicity	Type	Ordered	Unique	Opposite Multiplicity
Chamber	0..1	Chamber	no	no	*	The Chamber in which the FilterUnit is located, if applicable. The Chamber must be a component of the same object as the FilterUnit.

Data Properties¶

Name	Multiplicity	Type	Ordered	Unique
Efficiency	0..1	Undefined \| <PhysicalQuantity with UnitType → RatioUnit>	no	no	The efficiency of the FilterUnit.
FilterArea	0..1	Undefined \| <PhysicalQuantity with UnitType → AreaUnit>	no	no	The filter area of the FilterUnit.
LowerLimitAllowableSolidsConcentration	0..1	Undefined \| <PhysicalQuantity with UnitType → RatioUnit>	no	no	The lower limit for the concentration for solids.
LowerLimitPermeableParticleDiameter	0..1	Undefined \| <PhysicalQuantity with UnitType → LengthUnit>	no	no	The lower limit for the particle size.
MaterialOfConstructionCode	0..1	Undefined \| String	no	no	A code that gives the material of construction of the FilterUnit.
NumberOfFilterElements	0..1	Undefined \| Integer	no	no	The number of filter elements in the FilterUnit.
UpperLimitAllowableSolidsConcentration	0..1	Undefined \| <PhysicalQuantity with UnitType → RatioUnit>	no	no	The upper limit for the concentration for solids.
UpperLimitPermeableParticleDiameter	0..1	Undefined \| <PhysicalQuantity with UnitType → LengthUnit>	no	no	The maximum of the particle size passing through the FilterUnit.

Chamber¶

Reference Property

The Chamber in which the FilterUnit is located, if applicable. The Chamber must be a component of the same object as the FilterUnit.

Type: Chamber

Multiplicity: 0..1

Ordered: no

Unique: no

Opposite Multiplicity: *

Efficiency¶

Data Property

The efficiency of the FilterUnit.

Type: Undefined | <PhysicalQuantity with UnitType → RatioUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: EFFICIENCY (http://data.posccaesar.org/rdl/RDS362654)

Example¶

PhysicalQuantity(

Unit = Percent,

Value = 90.0)

FilterArea¶

Data Property

The filter area of the FilterUnit.

Type: Undefined | <PhysicalQuantity with UnitType → AreaUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: FILTER AREA (http://sandbox.dexpi.org/rdl/FilterArea)

Example¶

PhysicalQuantity(

Unit = MetreSquared,

Value = 6.0)

LowerLimitAllowableSolidsConcentration¶

Data Property

The lower limit for the concentration for solids.

Type: Undefined | <PhysicalQuantity with UnitType → RatioUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: LOWER LIMIT ALLOWABLE SOLIDS CONCENTRATION (http://sandbox.dexpi.org/rdl/LowerLimitAllowableSolidsConcentration)

Example¶

PhysicalQuantity(

Unit = Percent,

Value = 10.0)

LowerLimitPermeableParticleDiameter¶

Data Property

The lower limit for the particle size.

Type: Undefined | <PhysicalQuantity with UnitType → LengthUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: LOWER LIMIT PERMEABLE PARTICLE DIAMETER (http://sandbox.dexpi.org/rdl/LowerLimitPermeableParticleDiameter)

Example¶

PhysicalQuantity(

Unit = Micrometre,

Value = 50.0)

MaterialOfConstructionCode¶

Data Property

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

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"

NumberOfFilterElements¶

Data Property

The number of filter elements in the FilterUnit.

Type: Undefined | Integer

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: NUMBER OF FILTER ELEMENTS (http://sandbox.dexpi.org/rdl/NumberOfFilterElements)

Example¶

36

UpperLimitAllowableSolidsConcentration¶

Data Property

The upper limit for the concentration for solids.

Type: Undefined | <PhysicalQuantity with UnitType → RatioUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: UPPER LIMIT ALLOWABLE SOLIDS CONCENTRATION (http://sandbox.dexpi.org/rdl/UpperLimitAllowableSolidsConcentration)

Example¶

PhysicalQuantity(

Unit = Percent,

Value = 30.0)

UpperLimitPermeableParticleDiameter¶

Data Property

The maximum of the particle size passing through the FilterUnit.

Type: Undefined | <PhysicalQuantity with UnitType → LengthUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: UPPER LIMIT PERMEABLE PARTICLE DIAMETER (http://sandbox.dexpi.org/rdl/UpperLimitPermeableParticleDiameter)

Example¶

PhysicalQuantity(

Unit = Micrometre,

Value = 400.0)

Example in DEXPI XML¶

<Object type="Plant/ProcessEquipment.FilterUnit">
  <Data property="Efficiency">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.RatioUnit.Percent"/>
      </Data>
      <Data property="Value">
        <Double>90.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="FilterArea">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.AreaUnit.MetreSquared"/>
      </Data>
      <Data property="Value">
        <Double>6.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="LowerLimitAllowableSolidsConcentration">
    <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="LowerLimitPermeableParticleDiameter">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.LengthUnit.Micrometre"/>
      </Data>
      <Data property="Value">
        <Double>50.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="MaterialOfConstructionCode">
    <String>1.4306</String>
  </Data>
  <Data property="NumberOfFilterElements">
    <Integer>36</Integer>
  </Data>
  <Data property="UpperLimitAllowableSolidsConcentration">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.RatioUnit.Percent"/>
      </Data>
      <Data property="Value">
        <Double>30.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="UpperLimitPermeableParticleDiameter">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.LengthUnit.Micrometre"/>
      </Data>
      <Data property="Value">
        <Double>400.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
</Object>