Mill

Plant::ProcessEquipment::Mill

Overview

Concrete Class

RDL: MILL (http://data.posccaesar.org/rdl/RDS11589220)

A physical object for grinding or pulverizing materials. Also a machine for shaping metal. In general a machine that manufactures by the continuous repetition of some simple action

(Fullscreen Diagram)

Supertypes

• ProcessEquipment

Subtypes

• Crusher

• Grinder

Members

Data Properties

Name	Multiplicity	Type	Ordered	Unique
DesignCapacityMassFlowRate	0..1	Undefined | <PhysicalQuantity with UnitType → MassFlowRateUnit>	no	no	The capacity for the mass flow rate for which the Mill is designed.
DesignRotationalSpeed	0..1	Undefined | <PhysicalQuantity with UnitType → RotationalFrequencyUnit>	no	no	The rotational speed for which the Mill is designed.
DesignShaftPower	0..1	Undefined | <PhysicalQuantity with UnitType → PowerUnit>	no	no	The shaft power for which the Mill is designed.
LowerLimitDesignOutputParticleSize	0..1	Undefined | <PhysicalQuantity with UnitType → LengthUnit>	no	no	The lower limit for the output particle size for which the Mill is designed.
UpperLimitDesignInputParticleSize	0..1	Undefined | <PhysicalQuantity with UnitType → LengthUnit>	no	no	The upper limit for the input particle size for which the Mill is designed.
UpperLimitDesignOutputParticleSize	0..1	Undefined | <PhysicalQuantity with UnitType → LengthUnit>	no	no	The upper limit for the output particle size for which the Mill is designed.

DesignCapacityMassFlowRate

Data Property

The capacity for the mass flow rate for which the Mill is designed.

Type: Undefined | <PhysicalQuantity with UnitType → MassFlowRateUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: DESIGN CAPACITY MASS FLOW RATE (http://sandbox.dexpi.org/rdl/DesignCapacityMassFlowRate)

Example

PhysicalQuantity(

     Unit = KilogramPerMinute,

     Value = 40.0)

DesignRotationalSpeed

Data Property

The rotational speed for which the Mill is designed.

Type: Undefined | <PhysicalQuantity with UnitType → RotationalFrequencyUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: DESIGN ROTATIONAL SPEED (http://sandbox.dexpi.org/rdl/DesignRotationalSpeed)

Example

PhysicalQuantity(

     Unit = ReciprocalMinute,

     Value = 180.0)

DesignShaftPower

Data Property

The shaft power for which the Mill is designed.

Type: Undefined | <PhysicalQuantity with UnitType → PowerUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: DESIGN SHAFT POWER (http://sandbox.dexpi.org/rdl/DesignShaftPower)

Example

PhysicalQuantity(

     Unit = Kilowatt,

     Value = 400.0)

LowerLimitDesignOutputParticleSize

Data Property

The lower limit for the output particle size for which the Mill is designed.

Type: Undefined | <PhysicalQuantity with UnitType → LengthUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: LOWER LIMIT DESIGN OUTPUT PARTICLE SIZE (http://sandbox.dexpi.org/rdl/LowerLimitDesignOutputParticleSize)

Example

PhysicalQuantity(

     Unit = Micrometre,

     Value = 7.0)

UpperLimitDesignInputParticleSize

Data Property

The upper limit for the input particle size for which the Mill is designed.

Type: Undefined | <PhysicalQuantity with UnitType → LengthUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: UPPER LIMIT DESIGN INPUT PARTICLE SIZE (http://sandbox.dexpi.org/rdl/UpperLimitDesignInputParticleSize)

Example

PhysicalQuantity(

     Unit = Micrometre,

     Value = 47.0)

UpperLimitDesignOutputParticleSize

Data Property

The upper limit for the output particle size for which the Mill is designed.

Type: Undefined | <PhysicalQuantity with UnitType → LengthUnit>

Multiplicity: 0..1

Ordered: no

Unique: no

RDL: UPPER LIMIT DESIGN OUTPUT PARTICLE SIZE (http://sandbox.dexpi.org/rdl/UpperLimitDesignOutputParticleSize)

Example

PhysicalQuantity(

     Unit = Micrometre,

     Value = 47.0)

Example in DEXPI XML

<Object type="Plant/ProcessEquipment.Mill">
  <Data property="DesignCapacityMassFlowRate">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.MassFlowRateUnit.KilogramPerMinute"/>
      </Data>
      <Data property="Value">
        <Double>40.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="DesignRotationalSpeed">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.RotationalFrequencyUnit.ReciprocalMinute"/>
      </Data>
      <Data property="Value">
        <Double>180.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="DesignShaftPower">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.PowerUnit.Kilowatt"/>
      </Data>
      <Data property="Value">
        <Double>400.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="LowerLimitDesignOutputParticleSize">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.LengthUnit.Micrometre"/>
      </Data>
      <Data property="Value">
        <Double>7.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="UpperLimitDesignInputParticleSize">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.LengthUnit.Micrometre"/>
      </Data>
      <Data property="Value">
        <Double>47.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
  <Data property="UpperLimitDesignOutputParticleSize">
    <AggregatedDataValue type="Core/PhysicalQuantities.PhysicalQuantity">
      <Data property="Unit">
        <DataReference data="Core/PhysicalQuantities.LengthUnit.Micrometre"/>
      </Data>
      <Data property="Value">
        <Double>47.0</Double>
      </Data>
    </AggregatedDataValue>
  </Data>
</Object>