7.1 PA-DIM Interfaces
7.1.1 IAdministrationType

The IAdministrationType provides the interface to administration variables and methods of the device and is formally defined in Table 16.

Table 16 – IAdministrationType definition

Attribute

Value

BrowseName

IAdministrationType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

DisplayLanguage

0:LocaleId

0:BaseDataVariableType

O

0:HasComponent

Variable

DateOfLastChange

0:DateTime

0:BaseDataVariableType

O

0:HasComponent

Method

FactoryReset

Defined in 9.1 

O

Conformance Units

PA-DIM IAdmin DisplayLanguage

PA-DIM IAdmin DateOfChange

PA-DIM IAdmin FactoryReset

DisplayLanguage: is the language used for the local display of the device. ABN597#002 defines language or languages set on the display.

DateOfLastChange: ABN604#001 defines parameter indicating the date and time at which one of the device parameters was changed the last time.

FactoryReset: ABN609#001 property the value of which indicates the kind of reset function to be executed. Note: Properties can be variables or methods according IEC 61987 CDD.

The components of IAdministrationType have additional references which are defined in Table 17.

Table 17 – IAdministrationType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

DisplayLanguage

0:HasDictionaryEntry

True

3:0112/2///61987#ABN597#002

DateOfLastChange

0:HasDictionaryEntry

True

3:0112/2///61987#ABN604#001

FactoryReset

0:HasDictionaryEntry

True

3:0112/2///61987#ABN609#001

The child Nodes of the IAdministrationType have additional Attribute values defined in Table 18.

Table 18 – IAdministrationType Attribute values for child Nodes

BrowsePath

Value Attribute

DisplayLanguage

en

DateOfLastChange

7.1.2 ISignalSetType

The ISignalSetType provides the interface to process variables of the device and is formally defined in Table 19.

Table 19 – ISignalSetType definition

Attribute

Value

BrowseName

ISignalSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Object

SignalSet

SignalSetType

O

Conformance Units

PA-DIM ISignal

SignalSet is a container object for the process variables of the device.

7.1.3 ICalibrationType

The ICalibrationType provides the interface to calibration variables of the sensor resp. signal and is formally defined in Table 20.

Table 20 – ICalibrationType definition

Attribute

Value

BrowseName

ICalibrationType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasProperty

Variable

CalibrationTimestamp

0:DateTime

0:PropertyType

O

0:HasComponent

Variable

TypeOfCalibration

0:UInt32

0:MultiStateDictionaryEntryDiscreteType

O

0:HasComponent

Object

CalibrationPointSet

CalibrationPointSetType

O

Conformance Units

PA-DIM ICalibration

PA-DIM ICalibration CalibrationTimestamp

PA-DIM ICalibration TypeOfCalibration

PA-DIM ICalibration CalibrationPointSet

CalibrationTimestamp is defined by IRDI as ABP544#001 which states “point in time when a measurement channel of a device was calibrated”.

TypeOfCalibration is defined by IRDI as ABH609#001 which states “classification of a calibration according to its intended use”.

CalibrationPointSet is a container object for calibration points of the sensor resp. signal.

The components of ICalibrationType have additional references which are defined in Table 21.

Table 21 – ICalibrationType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

CalibrationTimestamp

0:HasDictionaryEntry

True

3:0112/2///61987#ABP544#001

TypeOfCalibration

0:HasDictionaryEntry

True

3:0112/2///61987#ABH609#001

The child Nodes of the ICalibrationType have additional Attribute values defined in Table 22.

Table 22 – ICalibrationType Attribute values for child Nodes

BrowsePath

Value Attribute

CalibrationTimestamp

TypeOfCalibration

0

TypeOfCalibration

0:ValueAsDictionaryEntries

ns=3;s=0112/2///61987#ABP732#001

TypeOfCalibration

0:ValueAsText

adjustment

7.1.4 IPhCalibrationType

The IPhCalibrationType provides the interface to pH measurement specific calibration variables of the sensor resp. signal and is formally defined in Table 23.

Table 23 – IPhCalibrationType definition

Attribute

Value

BrowseName

IPhCalibrationType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

SensorSlope

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SensorAsymmetryPotential

0:Float

0:AnalogUnitType

O

0:HasProperty

Variable

SensorT90

0:Float

0:PropertyType

O

Conformance Units

PA-DIM PhSignalType

PA-DIM IPhCalibration SensorT90

SensorSlope is defined by IRDI as ABP567#001 which states “slope of a pH sensing element characteristic, expressed as the voltage change of the pH sensor per pH value, determined by the last calibration”.

SensorAsymmetryPotential is defined by IRDI as ABP568#001 which states “asymmetry potential of a pH sensing element characteristic determined by the last calibration”.

SensorT90is defined by IRDI as ABP569#001 which states “t90 settling time determined by the last calibration”.

The components of IPhCalibrationType have additional references which are defined in Table 24.

Table 24 – IPhCalibrationType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

SensorSlope

0:HasDictionaryEntry

True

3:0112/2///61987#ABP567#001

SensorSlope

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensorAsymmetryPotential

0:HasDictionaryEntry

True

3:0112/2///61987#ABP568#001

SensorAsymmetryPotential

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensorT90

0:HasDictionaryEntry

True

3:0112/2///61987#ABP569#001

The child Nodes of the IPhCalibrationType have additional Attribute values defined in Table 25.

Table 25 – IPhCalibrationType Attribute values for child Nodes

BrowsePath

Value Attribute

SensorSlope

0.0

SensorSlope

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 12890DisplayName: mVDescription: millivolt

SensorAsymmetryPotential

0.0

SensorAsymmetryPotential

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 12890DisplayName: mVDescription: millivolt

SensorT90

0.0

7.1.5 IConductivityCalibrationType

The IConductivityCalibrationType provides the interface to conductivity measurement specific calibration variables of the sensor resp. signal and is formally defined in Table 26.

Table 26 – IConductivityCalibrationType definition

Attribute

Value

BrowseName

IConductivityCalibrationType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

ConductivityCellConstant

0:Float

0:AnalogUnitType

O

Conformance Units

PA-DIM PhSignalType

ConductivityCellConstant is defined by IRDI as ABF161#001 which states “ratio of the distance between the electrodes to the electrode area”.

The components of IConductivityCalibrationType have additional references which are defined in Table 27.

Table 27 – IConductivityCalibrationType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

ConductivityCellConstant

0:HasDictionaryEntry

True

3:0112/2///61987#ABF161#001

ConductivityCellConstant

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

The child Nodes of the IConductivityCalibrationType have additional Attribute values defined in Table 28.

Table 28 – IConductivityCalibrationType Attribute values for child Nodes

BrowsePath

Value Attribute

ConductivityCellConstant

0.0

ConductivityCellConstant

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4536624DisplayName: cm⁻¹Description: reciprocal centimetre

7.1.6 IAmperometricCalibrationType

The IAmperometricCalibrationType provides the interface to amperometric measurement specific calibration variables of the sensor resp. signal and is formally defined in Table 29.

Table 29 – IAmperometricCalibrationType definition

Attribute

Value

BrowseName

IAmperometricCalibrationType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

AmperometricSensorSlope

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

AmperometricSensorZeroPoint

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

AbsoluteAirPressure

0:Float

0:AnalogUnitType

O

0:HasProperty

Variable

SensorT90

0:Float

0:PropertyType

O

Conformance Units

PA-DIM AmperometricSignalType

PA-DIM IAmperometricCalibration AbsoluteAirPressure

PA-DIM IAmperometricCalibration SensorT90

AmperometricSensorSlope is defined by IRDI as ABP572#001 which states “slope of an amperometric sensing element characteristic determined by the last calibration”.

AmperometricSensorZeroPoint is defined by IRDI as ABP573#001 which states “zero point of an amperometric sensing element characteristic determined by the last calibration”.

AbsoluteAirPressure is defined by IRDI as ABP574#001 which states “absolute air pressure under which the last calibration was performed”.

SensorT90 is defined by IRDI as ABP569#001 which states “t90 settling time determined by the last calibration”.

The components of IAmperometricCalibrationType have additional references which are defined in Table 30.

Table 30 – IAmperometricCalibrationType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

AmperometricSensorSlope

0:HasDictionaryEntry

True

3:0112/2///61987#ABP572#001

AmperometricSensorSlope

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

AmperometricSensorZeroPoint

0:HasDictionaryEntry

True

3:0112/2///61987#ABP573#001

AmperometricSensorZeroPoint

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

AbsoluteAirPressure

0:HasDictionaryEntry

True

3:0112/2///61987#ABP574#001

AbsoluteAirPressure

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensorT90

0:HasDictionaryEntry

True

3:0112/2///61987#ABP569#001

The child Nodes of the IAmperometricCalibrationType have additional Attribute values defined in Table 31.

Table 31 – IAmperometricCalibrationType Attribute values for child Nodes

BrowsePath

Value Attribute

AmperometricSensorZeroPoint

0.0

AmperometricSensorZeroPoint

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4405040DisplayName: pADescription: picoampere

AbsoluteAirPressure

0.0

AbsoluteAirPressure

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4274487DisplayName: hPaDescription: hectopascal

SensorT90

0.0

7.1.7 IOpticalFluorescenseQuenchingCalibrationType

The IOpticalFluorescenseQuenchingCalibrationType provides the interface to optical fluorescence quenching measurement specific calibration variables of the sensor resp. signal and is formally defined in Table 32.

Table 32 – IOpticalFluorescenseQuenchingCalibrationType definition

Attribute

Value

BrowseName

IOpticalFluorescenseQuenchingCalibrationType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

OpticalFluorescenseQuenchingSensorSlope

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

OpticalFluorescenseQuenchingSensorZeroPoint

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

AbsoluteAirPressure

0:Float

0:AnalogUnitType

O

0:HasProperty

Variable

SensorT90

0:Float

0:PropertyType

O

Conformance Units

PA-DIM OpticalFluorescenseQuenchingSignalType

PA-DIM IOpticalFluorescenseQuenchingCalibration AbsoluteAirPressure

PA-DIM IOpticalFluorescenseQuenchingCalibration SensorT90

OpticalFluorescenseQuenchingSensorSlope is defined by IRDI as ABP586#001 which states “slope of an optical fluorescence quenching sensing element characteristic determined by the last calibration”.

OpticalFluorescenseQuenchingSensorZeroPoint is defined by IRDI as ABP587#001 which states “zero point of an optical fluorescence quenching sensing element characteristic determined by the last calibration”.

AbsoluteAirPressure is defined by IRDI as ABP574#001 which states “absolute air pressure under which the last calibration was performed”.

SensorT90 is defined by IRDI as ABP569#001 which states “t90 settling time determined by the last calibration”.

The components of IOpticalFluorescenseQuenchingCalibrationType have additional references which are defined in Table 33.

Table 33 – IOpticalFluorescenseQuenchingCalibrationType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

OpticalFluorescenseQuenchingSensorSlope

0:HasDictionaryEntry

True

3:0112/2///61987#ABP586#001

OpticalFluorescenseQuenchingSensorSlope

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

OpticalFluorescenseQuenchingSensorZeroPoint

0:HasDictionaryEntry

True

3:0112/2///61987#ABP587#001

OpticalFluorescenseQuenchingSensorZeroPoint

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

AbsoluteAirPressure

0:HasDictionaryEntry

True

3:0112/2///61987#ABP574#001

AbsoluteAirPressure

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensorT90

0:HasDictionaryEntry

True

3:0112/2///61987#ABP569#001

The child Nodes of the IOpticalFluorescenseQuenchingCalibrationType have additional Attribute values defined in Table 34.

Table 34 – IOpticalFluorescenseQuenchingCalibrationType Attribute values for child Nodes

BrowsePath

Value Attribute

OpticalFluorescenseQuenchingSensorZeroPoint

0.0

OpticalFluorescenseQuenchingSensorZeroPoint

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4340024DisplayName: µsDescription: microsecond

AbsoluteAirPressure

0.0

AbsoluteAirPressure

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4274487DisplayName: hPaDescription: hectopascal

SensorT90

0.0

7.1.8 IGeneralDeviceConditionSetType

The IGeneralDeviceConditionSetType provides the interface to condition variables of the device and its components and is formally defined in Table 35.

Table 35 – IGeneralDeviceConditionSetType definition

Attribute

Value

BrowseName

IGeneralDeviceConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Object

GeneralDeviceConditions

GeneralDeviceConditionSetType

O

0:HasComponent

Object

DeviceComponentConditions

0:BaseObjectType

O

Conformance Units

PA-DIM IGeneralDeviceConditionSet Interface

PA-DIM IGeneralDeviceConditionSet DeviceComponentConditions

GeneralDeviceConditions is a container object for general condition variables of the device.

DeviceComponentConditions is a container object for condition variables of the device components.

Table 36 – IGeneralDeviceConditionSetType additional subcomponents

BrowsePath

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

DeviceComponentConditions

0:HasComponent

Object

<DeviceComponentIdentifier>

GeneralDeviceConditionSetType

OP

<DeviceComponentIdentifier> is an optional placeholder for an object containing the condition variables related to a specific device component.

7.1.9 ITocDeviceConditionSetType

The ITocDeviceConditionSetType provides the interface to TOC device specific condition variables and is formally defined in Table 37.

Table 37 – ITocDeviceConditionSetType definition

Attribute

Value

BrowseName

ITocDeviceConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

CarrierGasVolumeFlow

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

CarrierGasGaugePressure

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

ReactorTemperature

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SampleWaterVolumeFlow

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

ReferenceInjectionVolume

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

ActualInjectedVolume

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

CoolerTemperature

0:Float

0:AnalogUnitType

O

Conformance Units

PA-DIM TocAnalyserType

PA-DIM TocAnalyserType CarrierGasGaugePressure

PA-DIM TocAnalyserType SampleWaterVolumeFlow

PA-DIM TocAnalyserType ActualInjectedVolume

CarrierGasVolumeFlow is defined by IRDI as ABP558#001 which states “volume flow of the auxiliary (compressed air) gas supply”.

CarrierGasGaugePressure is defined by IRDI as ABP559#001 which states “overpressure of the auxiliary (compressed air) gas supply in the system due to flow resistance within the complete analytical system”.

ReactorTemperature is defined by IRDI as ABP554#001 which states “measured temperature of a high temperature combustion system”.

SampleWaterVolumeFlow is defined by IRDI as ABP561#001 which states “volume flow of a liquid sample inside the device”.

ReferenceInjectionVolume is defined by IRDI as ABP563#001 which states “volume of liquid that should be injected by the injection system”.

ActualInjectedVolume is defined by IRDI as ABP564#001 which states “volume of liquid that has been injected by the injection system”.

CoolerTemperature is defined by IRDI as ABP555#001 which states “measured temperature of the gas cooler”.

The components of ITocDeviceConditionSetType have additional references which are defined in Table 38.

Table 38 – ITocDeviceConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

CarrierGasVolumeFlow

0:HasDictionaryEntry

True

3:0112/2///61987#ABP558#001

CarrierGasVolumeFlow

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

CarrierGasGaugePressure

0:HasDictionaryEntry

True

3:0112/2///61987#ABP559#001

CarrierGasGaugePressure

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

ReactorTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP554#001

ReactorTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SampleWaterVolumeFlow

0:HasDictionaryEntry

True

3:0112/2///61987#ABP561#001

SampleWaterVolumeFlow

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

ReferenceInjectionVolume

0:HasDictionaryEntry

True

3:0112/2///61987#ABP563#001

ReferenceInjectionVolume

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

ActualInjectedVolume

0:HasDictionaryEntry

True

3:0112/2///61987#ABP564#001

ActualInjectedVolume

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

CoolerTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP555#001

CoolerTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

The child Nodes of the ITocDeviceConditionSetType have additional Attribute values defined in Table 39.

Table 39 – ITocDeviceConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

CarrierGasVolumeFlow

0.0

CarrierGasVolumeFlow

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4535090DisplayName: l/hDescription: litre per hour

CarrierGasGaugePressure

0.0

CarrierGasGaugePressure

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 5063250DisplayName: mbarDescription: millibar

ReactorTemperature

0.0

ReactorTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

SampleWaterVolumeFlow

0.0

SampleWaterVolumeFlow

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 13361DisplayName: ml/minDescription: millilitre per minute

ReferenceInjectionVolume

0.0

ReferenceInjectionVolume

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 5065812DisplayName: mlDescription: millilitre

ActualInjectedVolume

0.0

ActualInjectedVolume

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 5065812DisplayName: mlDescription: millilitre

CoolerTemperature

0.0

CoolerTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

7.1.10 IFlameIonisationDeviceConditionSetType

The IFlameIonisationDeviceConditionSetType provides the interface to FID specific condition variables and is formally defined in Table 40.

Table 40 – IFlameIonisationDeviceConditionSetType definition

Attribute

Value

BrowseName

IFlameIonisationDeviceConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

CatalystTemperature

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

FuelGasPressure

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

CombustionAirPressure

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

BlockTemperature

0:Float

0:AnalogUnitType

O

Conformance Units

PA-DIM FlameIonisationDetectorType CatalystTemperature

PA-DIM FlameIonisationDetectorType FuelGasPressure

PA-DIM FlameIonisationDetectorType CombustionAirPressure

PA-DIM FlameIonisationDetectorType BlockTemperature

CatalystTemperature is defined by IRDI as ABP576#001 which states “measured temperature of a catalyst”.

FuelGasPressure is defined by IRDI as ABP578#001 which states “measured absolute pressure of the fuel gas”.

CombustionAirPressure is defined by IRDI as ABP579#001 which states “measured absolute pressure of the combustion air”.

BlockTemperature is defined by IRDI as ABP577#001 which states “measured temperature of a flame ionisation detector block”.

The components of IFlameIonisationDeviceConditionSetType have additional references which are defined in Table 41.

Table 41 – IFlameIonisationDeviceConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

CatalystTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP576#001

CatalystTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

FuelGasPressure

0:HasDictionaryEntry

True

3:0112/2///61987#ABP578#001

FuelGasPressure

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

CombustionAirPressure

0:HasDictionaryEntry

True

3:0112/2///61987#ABP579#001

CombustionAirPressure

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

BlockTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP577#001

BlockTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

The child Nodes of the IFlameIonisationDeviceConditionSetType have additional Attribute values defined in Table 42.

Table 42 – IFlameIonisationDeviceConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

CatalystTemperature

0.0

CatalystTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

FuelGasPressure

0.0

FuelGasPressure

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 5063250DisplayName: mbarDescription: millibar

CombustionAirPressure

0.0

CombustionAirPressure

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 5063250DisplayName: mbarDescription: millibar

BlockTemperature

0.0

BlockTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

7.1.11 INonDispersiveInfraredSignalConditionSetType

The INonDispersiveInfraredSignalConditionSetType provides the interface to NDIR measurement signal specific condition variables and is formally defined in Table 43.

Table 43 – INonDispersiveInfraredSignalConditionSetType definition

Attribute

Value

BrowseName

INonDispersiveInfraredSignalConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

ChopperFrequencyDeviation

0:Float

0:BaseAnalogType

O

0:HasComponent

Variable

AbsoluteSampleGasPressure

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SampleCellTemperature

0:Float

0:AnalogUnitType

O

0:HasProperty

Variable

SourceResidualLife

0:Float

0:PropertyType

O

Conformance Units

PA-DIM NonDispersiveInfraredSignalType ChopperFrequencyDeviation

PA-DIM NonDispersiveInfraredSignalType

PA-DIM NonDispersiveInfraredSignalType AbsoluteSampleGasPressure

ChopperFrequencyDeviation is defined by IRDI as ABP553#001 which states “relative change in the chopper frequency of a detector during a measurement”.

AbsoluteSampleGasPressure is defined by IRDI as ABP560#001 which states “absolute pressure of sample gas inside a detection system”.

SampleCellTemperature is defined by IRDI as ABP556#001 which states “measured temperature of the sample cell”.

SourceResidualLife is defined by IRDI as ABP552#001 which states “degradation of a radiation source expressed as a value between 1 (good) and 0 (bad)”.

The components of INonDispersiveInfraredSignalConditionSetType have additional references which are defined in Table 44.

Table 44 – INonDispersiveInfraredSignalConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

ChopperFrequencyDeviation

0:HasDictionaryEntry

True

3:0112/2///61987#ABP553#001

ChopperFrequencyDeviation

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

AbsoluteSampleGasPressure

0:HasDictionaryEntry

True

3:0112/2///61987#ABP560#001

AbsoluteSampleGasPressure

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SampleCellTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP556#001

SampleCellTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SourceResidualLife

0:HasDictionaryEntry

True

3:0112/2///61987#ABP552#001

The child Nodes of the INonDispersiveInfraredSignalConditionSetType have additional Attribute values defined in Table 45.

Table 45 – INonDispersiveInfraredSignalConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

ChopperFrequencyDeviation

0.0

ChopperFrequencyDeviation

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 20529DisplayName: % or pctDescription: percent

AbsoluteSampleGasPressure

0.0

AbsoluteSampleGasPressure

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 5063250DisplayName: mbarDescription: millibar

SampleCellTemperature

0.0

SampleCellTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

SourceResidualLife

1.0

7.1.12 ITocSignalConditionSetType

The ITocSignalConditionSetType provides the interface to TOC measurement signal specific condition variables and is formally defined in Table 46.

Table 46 – ITocSignalConditionSetType definition

Attribute

Value

BrowseName

ITocSignalConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

ChopperFrequencyDeviation

0:Float

0:BaseAnalogType

O

0:HasComponent

Variable

RelativeReagentLevel

0:Float{Any}

0:AnalogUnitType

O

0:HasComponent

Variable

SampleCellTemperature

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

DetectorZeroSignal

0:Float

0:AnalogUnitType

O

0:HasProperty

Variable

SourceResidualLife

0:Float

0:PropertyType

O

0:HasComponent

Variable

AbsoluteSampleGasPressure

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SampleGasVolumeFlow

0:Float

0:AnalogUnitType

O

Conformance Units

PA-DIM TocSignalType

PA-DIM TocSignalType ChopperFrequencyDeviation

PA-DIM TocSignalType RelativeReagentLevel

PA-DIM TocSignalType AbsoluteSampleGasPressure

PA-DIM TocSignalType SampleGasVolumeFlow

ChopperFrequencyDeviation is defined by IRDI as ABP553#001 which states “relative change in the chopper frequency of a detector during a measurement”.

RelativeReagentLevel is defined by IRDI as ABP557#001 which states “relative filling level of auxiliary reagent”.

SampleCellTemperature is defined by IRDI as ABP556#001 which states “measured temperature of the sample cell”.

DetectorZeroSignal is defined by IRDI as ABP551#001 which states “reading of the detector before injection of the sample”.

SourceResidualLife is defined by IRDI as ABP552#001 which states “degradation of a radiation source expressed as a value between 1 (good) and 0 (bad)”.

AbsoluteSampleGasPressure is defined by IRDI as ABP560#001 which states “absolute pressure of sample gas inside a detection system”.

SampleGasVolumeFlow is defined by IRDI as ABP562#001 which states “volume flow of a sample gas through a detection system”.

The components of ITocSignalConditionSetType have additional references which are defined in Table 47.

Table 47 – ITocSignalConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

ChopperFrequencyDeviation

0:HasDictionaryEntry

True

3:0112/2///61987#ABP553#001

ChopperFrequencyDeviation

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

RelativeReagentLevel

0:HasDictionaryEntry

True

3:0112/2///61987#ABP557#001

RelativeReagentLevel

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SampleCellTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP556#001

SampleCellTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

DetectorZeroSignal

0:HasDictionaryEntry

True

3:0112/2///61987#ABP551#001

DetectorZeroSignal

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SourceResidualLife

0:HasDictionaryEntry

True

3:0112/2///61987#ABP552#001

AbsoluteSampleGasPressure

0:HasDictionaryEntry

True

3:0112/2///61987#ABP560#001

AbsoluteSampleGasPressure

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SampleGasVolumeFlow

0:HasDictionaryEntry

True

3:0112/2///61987#ABP562#001

SampleGasVolumeFlow

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

The child Nodes of the ITocSignalConditionSetType have additional Attribute values defined in Table 48.

Table 48 – ITocSignalConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

ChopperFrequencyDeviation

0.0

ChopperFrequencyDeviation

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 20529DisplayName: % or pctDescription: percent

RelativeReagentLevel

0.0

RelativeReagentLevel

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 20529DisplayName: % or pctDescription: percent

SampleCellTemperature

0.0

SampleCellTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

DetectorZeroSignal

0.0

DetectorZeroSignal

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 13625DisplayName: ppmDescription: part per million

SourceResidualLife

1.0

AbsoluteSampleGasPressure

0.0

AbsoluteSampleGasPressure

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 5063250DisplayName: mbarDescription: millibar

SampleGasVolumeFlow

0.0

SampleGasVolumeFlow

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4535090DisplayName: l/hDescription: litre per hour

7.1.13 IParamagneticSignalConditionSetType

The IParamagneticSignalConditionSetType provides the interface to paramagnetic measurement signal specific condition variables and is formally defined in Table 49.

Table 49 – IParamagneticSignalConditionSetType definition

Attribute

Value

BrowseName

IParamagneticSignalConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

SampleTemperature

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SensingElementTemperature

0:Float

0:AnalogUnitType

O

Conformance Units

PA-DIM ParamagneticSignalType

SampleTemperature is defined by IRDI as ABP575#001 which states “temperature of the sample at the point of measurement”.

SensingElementTemperature is defined by IRDI as ABP565#001 which states “temperature measured at a sensing element”.

The components of IParamagneticSignalConditionSetType have additional references which are defined in Table 50.

Table 50 – IParamagneticSignalConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

SampleTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP575#001

SampleTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensingElementTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP565#001

SensingElementTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

The child Nodes of the IParamagneticSignalConditionSetType have additional Attribute values defined in Table 51.

Table 51 – IParamagneticSignalConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

SampleTemperature

0.0

SampleTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

SensingElementTemperature

0.0

SensingElementTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

7.1.14 IThermalConductivitySignalConditionSetType

The IThermalConductivitySignalConditionSetType provides the interface to thermal conductivity measurement signal specific condition variables and is formally defined in Table 52.

Table 52 – IThermalConductivitySignalConditionSetType definition

Attribute

Value

BrowseName

IThermalConductivitySignalConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

SampleTemperature

0:Float

0:AnalogUnitType

O

Conformance Units

PA-DIM ThermalConductivitySignalType

SampleTemperature is defined by IRDI as ABP575#001 which states “temperature of the sample at the point of measurement”.

The components of IThermalConductivitySignalConditionSetType have additional references which are defined in Table 53.

Table 53 – IThermalConductivitySignalConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

SampleTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP575#001

SampleTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

The child Nodes of the IThermalConductivitySignalConditionSetType have additional Attribute values defined in Table 54.

Table 54 – IThermalConductivitySignalConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

SampleTemperature

0.0

SampleTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

7.1.15 ITunableDiodeLaserSignalConditionSetType

The ITunableDiodeLaserSignalConditionSetType provides the interface to TDL measurement signal specific condition variables and is formally defined in Table 55.

Table 55 – ITunableDiodeLaserSignalConditionSetType definition

Attribute

Value

BrowseName

ITunableDiodeLaserSignalConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

AbsoluteSampleGasPressure

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SampleTemperature

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

TransmissionRatio

0:Float

0:DataItemType

O

0:HasComponent

Variable

SignalNoiseRatio

0:Float

0:DataItemType

O

0:HasComponent

Variable

LaserTemperature

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SignalFitQuality

0:Float

0:DataItemType

O

Conformance Units

PA-DIM TunableDiodeLaserSignalType

PA-DIM TunableDiodeLaserSignalType SignalFitQuality

PA-DIM TunableDiodeLaserSignalType SignalNoiseRatio

PA-DIM TunableDiodeLaserSignalType TransmissionRatio

PA-DIM TunableDiodeLaserSignalType LaserTemperature

PA-DIM TunableDiodeLaserSignalType AbsoluteSampleGasPressure

AbsoluteSampleGasPressure is defined by IRDI as ABP560#001 which states “absolute pressure of sample gas inside a detection system”.

SampleTemperature is defined by IRDI as ABP575#001 which states “temperature of the sample at the point of measurement”.

TransmissionRatio is defined by IRDI as ABP582#001 which states “ratio of the value of a specified radiation quantity in the centre of a beam of specified radiation quality and under specified geometrical conditions after passage through a material to the value which would be present at the same position without this material in the beam”.

SignalNoiseRatio is defined by IRDI as ABP581#001 which states “linear ratio of the signal level to the noise level as measured under specified conditions”.

LaserTemperature is defined by IRDI as ABP583#001 which states “measured temperature of the element that defines the wavelength of a laser”.

SignalFitQuality is defined by IRDI as ABP580#001 which states “degree of correlation between the calculated and the measured absorption signal”.

The components of ITunableDiodeLaserSignalConditionSetType have additional references which are defined in Table 56.

Table 56 – ITunableDiodeLaserSignalConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

AbsoluteSampleGasPressure

0:HasDictionaryEntry

True

3:0112/2///61987#ABP560#001

AbsoluteSampleGasPressure

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SampleTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP575#001

SampleTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

TransmissionRatio

0:HasDictionaryEntry

True

3:0112/2///61987#ABP582#001

SignalNoiseRatio

0:HasDictionaryEntry

True

3:0112/2///61987#ABP581#001

LaserTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP583#001

LaserTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SignalFitQuality

0:HasDictionaryEntry

True

3:0112/2///61987#ABP580#001

The child Nodes of the ITunableDiodeLaserSignalConditionSetType have additional Attribute values defined in Table 57.

Table 57 – ITunableDiodeLaserSignalConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

AbsoluteSampleGasPressure

0.0

AbsoluteSampleGasPressure

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 5063250DisplayName: mbarDescription: millibar

SampleTemperature

0.0

SampleTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

TransmissionRatio

0.0

SignalNoiseRatio

0.0

LaserTemperature

0.0

LaserTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

SignalFitQuality

0.0

7.1.16 IZirconiumDioxideSignalConditionSetType

The IZirconiumDioxideSignalConditionSetType provides the interface to Zirconium dioxide measurement signal specific condition variables and is formally defined in Table 58.

Table 58 – IZirconiumDioxideSignalConditionSetType definition

Attribute

Value

BrowseName

IZirconiumDioxideSignalConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

RelativeHeatOutput

0:Float

0:DataItemType

O

0:HasComponent

Variable

SensingElementTemperature

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SampleGasVolumeFlow

0:Float

0:AnalogUnitType

O

Conformance Units

PA-DIM ZirconiumDioxideSignalType

PA-DIM ZirconiumDioxideSignalType RelativeHeatOutput

PA-DIM ZirconiumDioxideSignalType SampleGasVolumeFlow

RelativeHeatOutput is defined by IRDI as ABP585#001 which states “relative heat output refered to the maximum heat output to keep the sensor at its setpoint temperature during operation”.

SensingElementTemperature is defined by IRDI as ABP565#001 which states “temperature measured at a sensing element”.

SampleGasVolumeFlow is defined by IRDI as ABP562#001 which states “volume flow of a sample gas through a detection system”.

The components of IZirconiumDioxideSignalConditionSetType have additional references which are defined in Table 59.

Table 59 – IZirconiumDioxideSignalConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

RelativeHeatOutput

0:HasDictionaryEntry

True

3:0112/2///61987#ABP585#001

SensingElementTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP565#001

SensingElementTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SampleGasVolumeFlow

0:HasDictionaryEntry

True

3:0112/2///61987#ABP562#001

SampleGasVolumeFlow

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

The child Nodes of the IZirconiumDioxideSignalConditionSetType have additional Attribute values defined in Table 60.

Table 60 – IZirconiumDioxideSignalConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

RelativeHeatOutput

0.0

SensingElementTemperature

0.0

SensingElementTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

SampleGasVolumeFlow

0.0

SampleGasVolumeFlow

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4535090DisplayName: l/hDescription: litre per hour

7.1.17 IPhSignalConditionSetType

The IPhSignalConditionSetType provides the interface to pH measurement signal specific condition variables and is formally defined in Table 61.

Table 61 – IPhSignalConditionSetType definition

Attribute

Value

BrowseName

IPhSignalConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

PhMeasuringMethod

0:UInt32

0:MultiStateDictionaryEntryDiscreteType

O

0:HasComponent

Variable

SensingElementTemperature

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SensorNextCalibration

0:UInt32

0:AnalogUnitType

O

0:HasComponent

Variable

SensingElementImpedance

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SensorReferenceImpedance

0:Float

0:AnalogUnitType

O

0:HasProperty

Variable

SensorCleaningsCounter

0:UInt32

0:PropertyType

O

0:HasProperty

Variable

SensorSterilisationsCounter

0:UInt32

0:PropertyType

O

Conformance Units

PA-DIM PhSignalType

PA-DIM PhSignalType SensorNextCalibration

PA-DIM PhSignalType SensingElementImpedance

PA-DIM PhSignalType SensorReferenceImpedance

PA-DIM PhSignalType SensorCleaningsCounter

PA-DIM PhSignalType SensorSterilisationsCounter

PhMeasuringMethod is defined by IRDI as ABP640#001 which states “physical measuring method of a pH sensor”.

SensingElementTemperature is defined by IRDI as ABP565#001 which states “temperature measured at a sensing element”.

SensorNextCalibration is defined by IRDI as ABP566#001 which states “time that can elapse until the next calibration, calculated from the configured calibration interval or estimated by the device”.

SensingElementImpedance is defined by IRDI as ABP570#001 which states “absolute value of impedance for a pH sensing element, compensated for a temperature of 25°C”.

SensorReferenceImpedance is defined by IRDI as ABP571#001 which states “absolute value of impedance for a pH reference system, compensated for a temperature of 25°C”.

SensorCleaningsCounter is defined by IRDI as ABP546#001 which states “number of times a sensor has been cleaned in place”.

SensorSterilisationsCounter is defined by IRDI as ABP547#001 which states “number of times a sensor has been sterilized in place”.

The components of IPhSignalConditionSetType have additional references which are defined in Table 62.

Table 62 – IPhSignalConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

PhMeasuringMethod

0:HasDictionaryEntry

True

3:0112/2///61987#ABP640#001

SensingElementTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP565#001

SensingElementTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensorNextCalibration

0:HasDictionaryEntry

True

3:0112/2///61987#ABP566#001

SensorNextCalibration

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensingElementImpedance

0:HasDictionaryEntry

True

3:0112/2///61987#ABP570#001

SensingElementImpedance

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensorReferenceImpedance

0:HasDictionaryEntry

True

3:0112/2///61987#ABP571#001

SensorReferenceImpedance

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensorCleaningsCounter

0:HasDictionaryEntry

True

3:0112/2///61987#ABP546#001

SensorSterilisationsCounter

0:HasDictionaryEntry

True

3:0112/2///61987#ABP547#001

The child Nodes of the IPhSignalConditionSetType have additional Attribute values defined in Table 63.

Table 63 – IPhSignalConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

PhMeasuringMethod

0

PhMeasuringMethod

0:ValueAsDictionaryEntries

ns=3;s=0112/2///61987#ABP718#001

PhMeasuringMethod

0:ValueAsText

glass electrode

SensingElementTemperature

0.0

SensingElementTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

SensorNextCalibration

0

SensorNextCalibration

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4473177DisplayName: dDescription: day

SensingElementImpedance

0.0

SensingElementImpedance

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 5195853DisplayName: ΩDescription: ohm

SensorReferenceImpedance

0.0

SensorReferenceImpedance

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 5195853DisplayName: ΩDescription: ohm

SensorCleaningsCounter

0

SensorSterilisationsCounter

0

7.1.18 IConductivitySignalConditionSetType

The IConductivitySignalConditionSetType provides the interface to conductivity measurement signal specific condition variables and is formally defined in Table 64.

Table 64 – IConductivitySignalConditionSetType definition

Attribute

Value

BrowseName

IConductivitySignalConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

ConductivityMeasuringMethod

0:UInt32

0:MultiStateDictionaryEntryDiscreteType

O

0:HasComponent

Variable

SensingElementTemperature

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

TemperatureCompensationStyle

0:UInt32

0:MultiStateDictionaryEntryDiscreteType

O

0:HasProperty

Variable

SensorCleaningsCounter

0:UInt32

0:PropertyType

O

0:HasProperty

Variable

SensorSterilisationsCounter

0:UInt32

0:PropertyType

O

Conformance Units

PA-DIM PhSignalType

PA-DIM ConductivitySignalType SensorCleaningsCounter

PA-DIM ConductivitySignalType SensorSterilisationsCounter

ConductivityMeasuringMethod is defined by IRDI as ABP641#001 which states “physical measuring method of a conductivity sensor”.

SensingElementTemperature is defined by IRDI as ABP565#001 which states “temperature measured at a sensing element”.

TemperatureCompensationStyle is defined by IRDI as ABP642#001 which states “method of temperature compensation that is offered by the device”.

SensorCleaningsCounter is defined by IRDI as ABP546#001 which states “number of times a sensor has been cleaned in place”.

SensorSterilisationsCounter is defined by IRDI as ABP547#001 which states “number of times a sensor has been sterilized in place”.

The components of IConductivitySignalConditionSetType have additional references which are defined in Table 65.

Table 65 – IConductivitySignalConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

ConductivityMeasuringMethod

0:HasDictionaryEntry

True

3:0112/2///61987#ABP641#001

SensingElementTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP565#001

SensingElementTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

TemperatureCompensationStyle

0:HasDictionaryEntry

True

3:0112/2///61987#ABP642#001

SensorCleaningsCounter

0:HasDictionaryEntry

True

3:0112/2///61987#ABP546#001

SensorSterilisationsCounter

0:HasDictionaryEntry

True

3:0112/2///61987#ABP547#001

The child Nodes of the IConductivitySignalConditionSetType have additional Attribute values defined in Table 66.

Table 66 – IConductivitySignalConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

ConductivityMeasuringMethod

0

ConductivityMeasuringMethod

0:ValueAsDictionaryEntries

ns=3;s=0112/2///61987#ABP721#001

ConductivityMeasuringMethod

0:ValueAsText

inductive

SensingElementTemperature

0.0

SensingElementTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

TemperatureCompensationStyle

0

TemperatureCompensationStyle

0:ValueAsDictionaryEntries

ns=3;s=0112/2///61987#ABP724#001

TemperatureCompensationStyle

0:ValueAsText

no temperature compensation

SensorCleaningsCounter

0

SensorSterilisationsCounter

0

7.1.19 IAmperometricSignalConditionSetType

The IAmperometricSignalConditionSetType provides the interface to amperometric measurement signal specific condition variables and is formally defined in Table 67.

Table 67 – IAmperometricSignalConditionSetType definition

Attribute

Value

BrowseName

IAmperometricSignalConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

SensingElementTemperature

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SensorNextCalibration

0:UInt32

0:AnalogUnitType

O

0:HasProperty

Variable

SensorCleaningsCounter

0:UInt32

0:PropertyType

O

0:HasProperty

Variable

SensorSterilisationsCounter

0:UInt32

0:PropertyType

O

Conformance Units

PA-DIM AmperometricSignalType

PA-DIM AmperometricSignalType SensorNextCalibration

PA-DIM AmperometricSignalType SensorCleaningsCounter

PA-DIM AmperometricSignalType SensorSterilisationsCounter

SensingElementTemperature is defined by IRDI as ABP565#001 which states “temperature measured at a sensing element”.

SensorNextCalibration is defined by IRDI as ABP566#001 which states “time that can elapse until the next calibration, calculated from the configured calibration interval or estimated by the device”.

SensorCleaningsCounter is defined by IRDI as ABP546#001 which states “number of times a sensor has been cleaned in place”.

SensorSterilisationsCounter is defined by IRDI as ABP547#001 which states “number of times a sensor has been sterilized in place”.

The components of IAmperometricSignalConditionSetType have additional references which are defined in Table 68.

Table 68 – IAmperometricSignalConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

SensingElementTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP565#001

SensingElementTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensorNextCalibration

0:HasDictionaryEntry

True

3:0112/2///61987#ABP566#001

SensorNextCalibration

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensorCleaningsCounter

0:HasDictionaryEntry

True

3:0112/2///61987#ABP546#001

SensorSterilisationsCounter

0:HasDictionaryEntry

True

3:0112/2///61987#ABP547#001

The child Nodes of the IAmperometricSignalConditionSetType have additional Attribute values defined in Table 69.

Table 69 – IAmperometricSignalConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

SensingElementTemperature

0.0

SensingElementTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

SensorNextCalibration

0

SensorNextCalibration

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4473177DisplayName: dDescription: day

SensorCleaningsCounter

0

SensorSterilisationsCounter

0

7.1.20 IOpticalFluorescenseQuenchingSignalConditionSetType

The IOpticalFluorescenseQuenchingSignalConditionSetType provides the interface to optical fluorescence quenching measurement signal specific condition variables and is formally defined in Table 70.

Table 70 – IOpticalFluorescenseQuenchingSignalConditionSetType definition

Attribute

Value

BrowseName

IOpticalFluorescenseQuenchingSignalConditionSetType

IsAbstract

True

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of 0:BaseInterfaceType defined in OPC 10000-5, i.e. inheriting the InstanceDeclarations of that Node

0:HasComponent

Variable

SensingElementTemperature

0:Float

0:AnalogUnitType

O

0:HasComponent

Variable

SensorNextCalibration

0:UInt32

0:AnalogUnitType

O

0:HasProperty

Variable

SensorCleaningsCounter

0:UInt32

0:PropertyType

O

0:HasProperty

Variable

SensorSterilisationsCounter

0:UInt32

0:PropertyType

O

Conformance Units

PA-DIM OpticalFluorescenseQuenchingSignalType

PA-DIM OpticalFluorescenseQuenchingSignalType SensorNextCalibration

PA-DIM OpticalFluorescenseQuenchingSignalType SensorCleaningsCounter

PA-DIM OpticalFluorescenseQuenchingSignalType SensorSterilisationsCounter

SensingElementTemperature is defined by IRDI as ABP565#001 which states “temperature measured at a sensing element”.

SensorNextCalibration is defined by IRDI as ABP566#001 which states “time that can elapse until the next calibration, calculated from the configured calibration interval or estimated by the device”.

SensorCleaningsCounter is defined by IRDI as ABP546#001 which states “number of times a sensor has been cleaned in place”.

SensorSterilisationsCounter is defined by IRDI as ABP547#001 which states “number of times a sensor has been sterilized in place”.

The components of IOpticalFluorescenseQuenchingSignalConditionSetType have additional references which are defined in Table 71.

Table 71 – IOpticalFluorescenseQuenchingSignalConditionSetType additional References

SourceBrowsePath

Reference Type

Is Forward

TargetBrowsePath

SensingElementTemperature

0:HasDictionaryEntry

True

3:0112/2///61987#ABP565#001

SensingElementTemperature

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensorNextCalibration

0:HasDictionaryEntry

True

3:0112/2///61987#ABP566#001

SensorNextCalibration

0:EngineeringUnits

0:HasDictionaryEntry

True

3:0112/2///61987#ABA968#002

SensorCleaningsCounter

0:HasDictionaryEntry

True

3:0112/2///61987#ABP546#001

SensorSterilisationsCounter

0:HasDictionaryEntry

True

3:0112/2///61987#ABP547#001

The child Nodes of the IOpticalFluorescenseQuenchingSignalConditionSetType have additional Attribute values defined in Table 72.

Table 72 – IOpticalFluorescenseQuenchingSignalConditionSetType Attribute values for child Nodes

BrowsePath

Value Attribute

SensingElementTemperature

0.0

SensingElementTemperature

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4408652DisplayName: °CDescription: degree Celsius

SensorNextCalibration

0

SensorNextCalibration

0:EngineeringUnits

NamespaceUri: http://www.opcfoundation.org/UA/units/un/cefactUnitId: 4473177DisplayName: dDescription: day

SensorCleaningsCounter

0

SensorSterilisationsCounter

0