FilterUnit

Overview

Class

The filtering unit as part of a filter.

Supertypes

• ConceptualObject

• CustomAttributeOwner

Attributes (data)

Name	Multiplicity	Type
Efficiency	0..1	NullablePercentage
FilterArea	0..1	NullableArea
LowerLimitAllowableSolidsConcentration	0..1	NullablePercentage
LowerLimitPermeableParticleDiameter	0..1	NullableLength
MaterialOfConstructionCode	0..1	NullableString
NumberOfFilterElements	0..1	NullableInteger
UpperLimitAllowableSolidsConcentration	0..1	NullablePercentage
UpperLimitPermeableParticleDiameter	0..1	NullableLength

Attributes (reference)

Name	Multiplicity	Type
Chamber	0..1	Chamber

Implementation in Proteus Schema

The class is implemented as a Proteus XML element with RDL reference.

Tag: <Equipment>

RDL reference: FILTER UNIT

ComponentClass: FilterUnit

ComponentClassURI: http://sandbox.dexpi.org/rdl/FilterUnit

Example

Implementation in Proteus Schema

<Equipment
    ID="filterUnit1"
    ComponentClass="FilterUnit"
    ComponentClassURI="http://sandbox.dexpi.org/rdl/FilterUnit" ...>
  ...
</Equipment>

Chamber

Attribute (reference)

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

Multiplicity: 0..1

Type: Chamber

Opposite multiplicity: 0..*

Implementation in Proteus Schema

The attribute is implemented using Proteus <Association> elements.

Association type for the attribute ower: "is located in"

Opposite association type: "is the location of"

Example

Implementation in Proteus Schema

<Equipment
    ID="filterUnit1"
    ComponentClass="FilterUnit"
    ComponentClassURI="http://sandbox.dexpi.org/rdl/FilterUnit" ...>
  ...
  <Association
    Type="is located in"
    ItemID="chamber1" />
  ...
<Equipment />
...
<Equipment
    ID="chamber1"
    ComponentClass="Chamber"
    ComponentClassURI="http://data.posccaesar.org/rdl/RDS903151421" ...>
  ...
  <Association
    Type="is the location of"
    ItemID="filterUnit1" />
  ...
<Equipment />

Efficiency

Attribute (data)

The efficiency of the FilterUnit.

Multiplicity: 0..1

Type: NullablePercentage

Implementation in Proteus Schema

The attribute is implemented as a DEXPI generic attribute for physical quantities.

RDL reference: EFFICIENCY

Name: Efficiency

AttributeURI: http://data.posccaesar.org/rdl/RDS362654

Example

The instance filterUnit1 represents a FilterUnit with an Efficiency of 90.0 ???.

Implementation in Proteus Schema

<Equipment
    ID="filterUnit1"
    ComponentClass="FilterUnit"
    ComponentClassURI="http://sandbox.dexpi.org/rdl/FilterUnit" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="Efficiency"
      AttributeURI="http://data.posccaesar.org/rdl/RDS362654"
      Format="double"
      Value="90.0"
      Units="Percent"
      UnitsURI="http://data.posccaesar.org/rdl/RDS1317959" />
    ...
  </GenericAttributes>
  ...
</Equipment>

FilterArea

Attribute (data)

The filter area of the FilterUnit.

Multiplicity: 0..1

Type: NullableArea

Implementation in Proteus Schema

The attribute is implemented as a DEXPI generic attribute for physical quantities.

RDL reference: FILTER AREA

Name: FilterArea

AttributeURI: http://sandbox.dexpi.org/rdl/FilterArea

Example

The instance filterUnit1 represents a FilterUnit with a FilterArea of 6.0 m².

Implementation in Proteus Schema

<Equipment
    ID="filterUnit1"
    ComponentClass="FilterUnit"
    ComponentClassURI="http://sandbox.dexpi.org/rdl/FilterUnit" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="FilterArea"
      AttributeURI="http://sandbox.dexpi.org/rdl/FilterArea"
      Format="double"
      Value="6.0"
      Units="MetreSquared"
      UnitsURI="http://data.posccaesar.org/rdl/RDS1358009" />
    ...
  </GenericAttributes>
  ...
</Equipment>

LowerLimitAllowableSolidsConcentration

Attribute (data)

The lower limit for the concentration for solids.

Multiplicity: 0..1

Type: NullablePercentage

Implementation in Proteus Schema

The attribute is implemented as a DEXPI generic attribute for physical quantities.

RDL reference: LOWER LIMIT ALLOWABLE SOLIDS CONCENTRATION

Name: LowerLimitAllowableSolidsConcentration

AttributeURI: http://sandbox.dexpi.org/rdl/LowerLimitAllowableSolidsConcentration

Example

The instance filterUnit1 represents a FilterUnit with a LowerLimitAllowableSolidsConcentration of 10.0 ???.

Implementation in Proteus Schema

<Equipment
    ID="filterUnit1"
    ComponentClass="FilterUnit"
    ComponentClassURI="http://sandbox.dexpi.org/rdl/FilterUnit" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="LowerLimitAllowableSolidsConcentration"
      AttributeURI="http://sandbox.dexpi.org/rdl/LowerLimitAllowableSolidsConcentration"
      Format="double"
      Value="10.0"
      Units="Percent"
      UnitsURI="http://data.posccaesar.org/rdl/RDS1317959" />
    ...
  </GenericAttributes>
  ...
</Equipment>

LowerLimitPermeableParticleDiameter

Attribute (data)

The lower limit for the particle size.

Multiplicity: 0..1

Type: NullableLength

Implementation in Proteus Schema

The attribute is implemented as a DEXPI generic attribute for physical quantities.

RDL reference: LOWER LIMIT PERMEABLE PARTICLE DIAMETER

Name: LowerLimitPermeableParticleDiameter

AttributeURI: http://sandbox.dexpi.org/rdl/LowerLimitPermeableParticleDiameter

Example

The instance filterUnit1 represents a FilterUnit with a LowerLimitPermeableParticleDiameter of 50.0 µm.

Implementation in Proteus Schema

<Equipment
    ID="filterUnit1"
    ComponentClass="FilterUnit"
    ComponentClassURI="http://sandbox.dexpi.org/rdl/FilterUnit" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="LowerLimitPermeableParticleDiameter"
      AttributeURI="http://sandbox.dexpi.org/rdl/LowerLimitPermeableParticleDiameter"
      Format="double"
      Value="50.0"
      Units="Micrometre"
      UnitsURI="http://data.posccaesar.org/rdl/RDS1351529" />
    ...
  </GenericAttributes>
  ...
</Equipment>

MaterialOfConstructionCode

Attribute (data)

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

Multiplicity: 0..1

Type: NullableString

Implementation in Proteus Schema

The attribute is implemented as a DEXPI generic attribute for string values.

RDL reference: MATERIAL OF CONSTRUCTION CODE ASSIGNMENT CLASS

Name: MaterialOfConstructionCodeAssignmentClass

AttributeURI: http://data.posccaesar.org/rdl/RDS1460719741

Example

“1.4306” (String)

Implementation in Proteus Schema

<Equipment
    ID="filterUnit1"
    ComponentClass="FilterUnit"
    ComponentClassURI="http://sandbox.dexpi.org/rdl/FilterUnit" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="MaterialOfConstructionCodeAssignmentClass"
      AttributeURI="http://data.posccaesar.org/rdl/RDS1460719741"
      Format="string"
      Value="1.4306" />
    ...
  </GenericAttributes>
  ...
</Equipment>

NumberOfFilterElements

Attribute (data)

The number of filter elements in the FilterUnit.

Multiplicity: 0..1

Type: NullableInteger

Implementation in Proteus Schema

The attribute is implemented as a DEXPI generic attribute for integer values.

RDL reference: NUMBER OF FILTER ELEMENTS

Name: NumberOfFilterElements

AttributeURI: http://sandbox.dexpi.org/rdl/NumberOfFilterElements

Example

36 (Integer)

Implementation in Proteus Schema

<Equipment
    ID="filterUnit1"
    ComponentClass="FilterUnit"
    ComponentClassURI="http://sandbox.dexpi.org/rdl/FilterUnit" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="NumberOfFilterElements"
      AttributeURI="http://sandbox.dexpi.org/rdl/NumberOfFilterElements"
      Format="integer"
      Value="36" />
    ...
  </GenericAttributes>
  ...
</Equipment>

UpperLimitAllowableSolidsConcentration

Attribute (data)

The upper limit for the concentration for solids.

Multiplicity: 0..1

Type: NullablePercentage

Implementation in Proteus Schema

The attribute is implemented as a DEXPI generic attribute for physical quantities.

RDL reference: UPPER LIMIT ALLOWABLE SOLIDS CONCENTRATION

Name: UpperLimitAllowableSolidsConcentration

AttributeURI: http://sandbox.dexpi.org/rdl/UpperLimitAllowableSolidsConcentration

Example

The instance filterUnit1 represents a FilterUnit with an UpperLimitAllowableSolidsConcentration of 30.0 ???.

Implementation in Proteus Schema

<Equipment
    ID="filterUnit1"
    ComponentClass="FilterUnit"
    ComponentClassURI="http://sandbox.dexpi.org/rdl/FilterUnit" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="UpperLimitAllowableSolidsConcentration"
      AttributeURI="http://sandbox.dexpi.org/rdl/UpperLimitAllowableSolidsConcentration"
      Format="double"
      Value="30.0"
      Units="Percent"
      UnitsURI="http://data.posccaesar.org/rdl/RDS1317959" />
    ...
  </GenericAttributes>
  ...
</Equipment>

UpperLimitPermeableParticleDiameter

Attribute (data)

The maximum of the particle size passing through the FilterUnit.

Multiplicity: 0..1

Type: NullableLength

Implementation in Proteus Schema

The attribute is implemented as a DEXPI generic attribute for physical quantities.

RDL reference: UPPER LIMIT PERMEABLE PARTICLE DIAMETER

Name: UpperLimitPermeableParticleDiameter

AttributeURI: http://sandbox.dexpi.org/rdl/UpperLimitPermeableParticleDiameter

Example

The instance filterUnit1 represents a FilterUnit with an UpperLimitPermeableParticleDiameter of 400.0 µm.

Implementation in Proteus Schema

<Equipment
    ID="filterUnit1"
    ComponentClass="FilterUnit"
    ComponentClassURI="http://sandbox.dexpi.org/rdl/FilterUnit" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="UpperLimitPermeableParticleDiameter"
      AttributeURI="http://sandbox.dexpi.org/rdl/UpperLimitPermeableParticleDiameter"
      Format="double"
      Value="400.0"
      Units="Micrometre"
      UnitsURI="http://data.posccaesar.org/rdl/RDS1351529" />
    ...
  </GenericAttributes>
  ...
</Equipment>