GasFilter¶

Overview¶

Class

A filter that is specifically designed to filter a gas.

Supertypes

Filter

Attributes (data)

Name	Multiplicity	Type
DesignCapacityVolumeFlowRate	0..1	NullableVolumeFlowRate
DesignRotationalSpeed	0..1	NullableRotationalFrequency
DesignShaftPower	0..1	NullablePower
UpperLimitAllowableDesignPressureDrop	0..1	NullablePressureAbsolute

Attributes (composition)

Name	Multiplicity	Type
FilterUnit	0..1	FilterUnit

Implementation in Proteus Schema

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

Tag: <Equipment>

RDL reference: GAS FILTER

ComponentClass: GasFilter

ComponentClassURI: http://data.posccaesar.org/rdl/RDS4316755843

Example

Implementation in Proteus Schema

<Equipment
    ID="gasFilter1"
    ComponentClass="GasFilter"
    ComponentClassURI="http://data.posccaesar.org/rdl/RDS4316755843" ...>
  ...
</Equipment>

DesignCapacityVolumeFlowRate¶

Attribute (data)

The volume flow rate for which the GasFilter is designed.

Multiplicity: 0..1

Type: NullableVolumeFlowRate

Implementation in Proteus Schema

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

RDL reference: DESIGN CAPACITY VOLUME FLOW RATE

Name: DesignCapacityVolumeFlowRate

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

Example

The instance gasFilter1 represents a GasFilter with a DesignCapacityVolumeFlowRate of 420.0 m³/h.

Implementation in Proteus Schema

<Equipment
    ID="gasFilter1"
    ComponentClass="GasFilter"
    ComponentClassURI="http://data.posccaesar.org/rdl/RDS4316755843" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="DesignCapacityVolumeFlowRate"
      AttributeURI="http://sandbox.dexpi.org/rdl/DesignCapacityVolumeFlowRate"
      Format="double"
      Value="420.0"
      Units="MetreCubedPerHour"
      UnitsURI="http://data.posccaesar.org/rdl/RDS1321064" />
    ...
  </GenericAttributes>
  ...
</Equipment>

DesignRotationalSpeed¶

Attribute (data)

The rotational speed for which the GasFilter is designed.

Multiplicity: 0..1

Type: NullableRotationalFrequency

Implementation in Proteus Schema

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

RDL reference: DESIGN ROTATIONAL SPEED

Name: DesignRotationalSpeed

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

Example

The instance gasFilter1 represents a GasFilter with a DesignRotationalSpeed of 180.0 min^-1.

Implementation in Proteus Schema

<Equipment
    ID="gasFilter1"
    ComponentClass="GasFilter"
    ComponentClassURI="http://data.posccaesar.org/rdl/RDS4316755843" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="DesignRotationalSpeed"
      AttributeURI="http://sandbox.dexpi.org/rdl/DesignRotationalSpeed"
      Format="double"
      Value="180.0"
      Units="ReciprocalMinute"
      UnitsURI="http://data.posccaesar.org/rdl/RDS4316851589" />
    ...
  </GenericAttributes>
  ...
</Equipment>

DesignShaftPower¶

Attribute (data)

The shaft power for which the GasFilter is designed.

Multiplicity: 0..1

Type: NullablePower

Implementation in Proteus Schema

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

RDL reference: DESIGN SHAFT POWER

Name: DesignShaftPower

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

Example

The instance gasFilter1 represents a GasFilter with a DesignShaftPower of 400.0 kW.

Implementation in Proteus Schema

<Equipment
    ID="gasFilter1"
    ComponentClass="GasFilter"
    ComponentClassURI="http://data.posccaesar.org/rdl/RDS4316755843" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="DesignShaftPower"
      AttributeURI="http://sandbox.dexpi.org/rdl/DesignShaftPower"
      Format="double"
      Value="400.0"
      Units="Kilowatt"
      UnitsURI="http://data.posccaesar.org/rdl/RDS1330919" />
    ...
  </GenericAttributes>
  ...
</Equipment>

FilterUnit¶

Attribute (composition)

The filter unit of the GasFilter.

Multiplicity: 0..1

Type: FilterUnit

Opposite multiplicity: 0..1

Implementation in Proteus Schema

The attribute is implemented using the XML hierarchy of the Proteus file: The element for the attribute value (a FilterUnit) is a child of the <Equipment> element for the attribute owner (a GasFilter).

Example

Implementation in Proteus Schema

<Equipment
    ID="gasFilter1"
    ComponentClass="GasFilter"
    ComponentClassURI="http://data.posccaesar.org/rdl/RDS4316755843" ...>
  ...
  <Equipment
      ID="filterUnit1"
      ComponentClass="FilterUnit"
      ComponentClassURI="http://sandbox.dexpi.org/rdl/FilterUnit" ...>
    ...
  <Equipment />
  ...
<Equipment />

UpperLimitAllowableDesignPressureDrop¶

Attribute (data)

The upper limit for the pressure drop for which the GasFilter is designed.

Multiplicity: 0..1

Type: NullablePressureAbsolute

Implementation in Proteus Schema

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

RDL reference: UPPER LIMIT ALLOWABLE DESIGN PRESSURE DROP

Name: UpperLimitAllowableDesignPressureDrop

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

Example

The instance gasFilter1 represents a GasFilter with an UpperLimitAllowableDesignPressureDrop of 2.0 bar.

Implementation in Proteus Schema

<Equipment
    ID="gasFilter1"
    ComponentClass="GasFilter"
    ComponentClassURI="http://data.posccaesar.org/rdl/RDS4316755843" ...>
  ...
  <GenericAttributes Set="DexpiAttributes" ...>
    <GenericAttribute
      Name="UpperLimitAllowableDesignPressureDrop"
      AttributeURI="http://sandbox.dexpi.org/rdl/UpperLimitAllowableDesignPressureDrop"
      Format="double"
      Value="2.0"
      Units="Bar"
      UnitsURI="http://data.posccaesar.org/rdl/RDS1314539" />
    ...
  </GenericAttributes>
  ...
</Equipment>