Heater

Plant::ProcessEquipment::Heater

Overview

Concrete Class

RDL: HEATER (http://data.posccaesar.org/rdl/RDS13048646)

An apparatus or machine that has the capability of heating.

(Fullscreen Diagram)

Supertypes

• ProcessEquipment

Subtypes

• Boiler

• ElectricHeater

• Furnace

• SteamGenerator

Members

Composition Properties

Name	Multiplicity	Type	Ordered
TubeBundle	0..1	TubeBundle	no	The tube bundle of the Heater.

Data Properties

Name	Multiplicity	Type	Ordered	Unique
DesignHeatFlowRate	0..1	Undefined | <PhysicalQuantity with UnitType → PowerUnit>	no	no	The heat flow rate for which the Heater is designed.
DesignMassFlowRate	0..1	Undefined | <PhysicalQuantity with UnitType → MassFlowRateUnit>	no	no	The mass flow rate for which the Heater is designed.
DesignOutletPressure	0..1	Undefined | <PhysicalQuantity with UnitType → PressureGaugeUnit>	no	no	The outlet pressure for which the Heater is designed.
DesignOutletTemperature	0..1	Undefined | <PhysicalQuantity with UnitType → TemperatureUnit>	no	no	The outlet temperature for which the Heater is designed.
DesignVolumeFlowRate	0..1	Undefined | <PhysicalQuantity with UnitType → VolumeFlowRateUnit>	no	no	The volume flow rate for which the Heater is designed.

DesignHeatFlowRate

Data Property

The heat flow rate for which the Heater is designed.

Type: Undefined | <PhysicalQuantity with UnitType → PowerUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: DESIGN HEAT FLOW RATE (http://sandbox.dexpi.org/rdl/DesignHeatFlowRate)

Example

PhysicalQuantity(

     Unit = Kilowatt,

     Value = 313.0)

DesignMassFlowRate

Data Property

The mass flow rate for which the Heater is designed.

Type: Undefined | <PhysicalQuantity with UnitType → MassFlowRateUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: DESIGN MASS FLOW RATE (http://data.posccaesar.org/rdl/RDS14286182)

Example

PhysicalQuantity(

     Unit = KilogramPerSecond,

     Value = 420.0)

DesignOutletPressure

Data Property

The outlet pressure for which the Heater is designed.

Type: Undefined | <PhysicalQuantity with UnitType → PressureGaugeUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: OUTLET DESIGN PRESSURE (http://data.posccaesar.org/rdl/RDS7471401)

Example

PhysicalQuantity(

     Unit = Bar,

     Value = -0.5)

DesignOutletTemperature

Data Property

The outlet temperature for which the Heater is designed.

Type: Undefined | <PhysicalQuantity with UnitType → TemperatureUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: OUTLET DESIGN TEMPERATURE (http://data.posccaesar.org/rdl/RDS7471243)

Example

PhysicalQuantity(

     Unit = DegreeCelsius,

     Value = -45.0)

DesignVolumeFlowRate

Data Property

The volume flow rate for which the Heater is designed.

Type: Undefined | <PhysicalQuantity with UnitType → VolumeFlowRateUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: DESIGN VOLUME FLOW RATE (http://data.posccaesar.org/rdl/RDS14286227)

Example

PhysicalQuantity(

     Unit = MetreCubedPerHour,

     Value = 420.0)

TubeBundle

Composition Property

The tube bundle of the Heater.

Type: TubeBundle

Multiplicity: 0..1

Ordered: no

Example in DEXPI XML

<Object type="Plant/ProcessEquipment.Heater">
  <Data property="DesignHeatFlowRate">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.PowerUnit.Kilowatt"/>
      </Data>
      <Data property="Value">
        <Double>313.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="DesignMassFlowRate">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.MassFlowRateUnit.KilogramPerSecond"/>
      </Data>
      <Data property="Value">
        <Double>420.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="DesignOutletPressure">
    <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="DesignOutletTemperature">
    <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="DesignVolumeFlowRate">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.VolumeFlowRateUnit.MetreCubedPerHour"/>
      </Data>
      <Data property="Value">
        <Double>420.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
</Object>