The first 4 chapters of the base information model include the object types for the internal module/submodule structure of a PROFINET device and controller.

Figure 17shows a simplified example for a module/submodule object structure. The container folders have been skipped in the figure.

image021.png

Figure 17– Object Structure

The Device View includes devices in the PROFINET network and their real existing modules and submodules.

The Controller / Application View includes the PROFINET connections (Application Relationships) and the expected modules and submodules which have been configured in the PROFINET controller.

Both views relate to each other by non-hierarchical references.

The chapter 6.3.1.7includes the object types for the PROFINET network mapping.

The chapter 6.3.1.8includes the 2 object types for the asset identification within a PROFINET device.

All object instances of the base information model represent the online view on the PROFINET network.

All PROFINET objects modeled in this specification are only created in the address space when the OPC UA Server detects their PROFINET counterpart. The objects are removed from the address space when the OPC UA Server detects their absence in the PROFINET network or PROFINET device.

The chapter 6.10 of [PN TAD] describes the possible ways of implementing the PROFINET device discovery. The chapter 11.3 of [PN TAD] describes the detection of the real modules and real submodules of a device and how to get their identification and asset data.

All these ContainerType objects only exist if objects are available in the container.

Table 23– IPnDomainType Definition

Attribute

Value

BrowseName

IPnDomainType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseInterfaceTypedefined in [OPC 10000-5].

HasComponent

Object

Nodes

PnEquipmentContainerType

Mandatory

The Nodesobject of the Domain includes all device and controller nodes which belong to the PROFINET domain.

Table 24– IPnEquipmentType Definition

Attribute

Value

BrowseName

IPnEquipmentType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseInterfaceTypedefined in [OPC 10000-5].

HasComponent

Object

Interfaces

PnInterfaceContainerType

Mandatory

HasComponent

Object

Modules

PnRealModuleContainerType

Optional

HasComponent

Object

Assets

PnAssetContainerType

Optional

HasComponent

Object

IM

PnIdentificationType

Optional

HasProperty

Variable

Vendor

String

PropertyType

Optional

HasComponent

Variable

Diagnosis

PnDeviceDiagnosisDataType[]

BaseDataVariableType

Optional

HasComponent

Object

Alarms

FolderType

Optional

HasComponent

Method

ShowLocation

ShowLocationMethod

Optional

GeneratesEvent

ObjectType

PnDiagnosisAlarmType

GeneratesEvent

ObjectType

PnAssetChangedEventType

If the IMcomponent is provided, it must contain the data of the representative submodule for the device in accordance with the I&M0FilterDataDevice block (See [PN TAD]– Identification & Maintenance).

The Assetsand IMobjects are optional. If the interface is used with the OPC UA facet model, the asset data can be part of another facet (See chapter 6PROFINET OPC UA Information Model” and Figure 16 – “Facet” modelling approach for I4.0 System Modelling).

The <Assets>objects are only assets which are directly related to this device. Assets related to the modules or submodules are components of these objects.

The server may provide diagnosis data with the Diagnosisvariable or by sending PnDiagnosisAlarmTypeevents. The diagnosis data at the device object includes the diagnosis information of the whole device including the one of all real modules and real submodules. An OPC UA Server might provide instances of the PnDiagnosisAlarmTypeas objects under the Alarmsobject.

Mapping to PROFINET properties:

BrowseName

Method

Source

Vendor

DCP

DeviceVendorBlockRes | DeviceVendorValue

Diagnosis

Read

DiagnosisData (0xF80C device specific)

This optional method shall trigger a perceivable signal which allows the identification of the physical device represented by the device object the method is invoked on. This is usually accomplished with a blinking LED.

The method has no parameters (no [in] and no [out] parameters) and no return value.

Signature

ShowLocation(

);

Table 25– PnEquipmentContainerType Definition

Attribute

Value

BrowseName

PnEquipmentContainerType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasComponent

Object

<PnEquipments>

BaseObjectType

Optional

Placeholder

The <PnEquipments> shall have the references and components defined in Table 26and Table 27.

Table 26– PnEquipmentContainerType Additional References

Source Path

Reference Type

Is Forward

Target Path

<PnEquipments>

0:HasInterface

True

0:ObjectTypes

0:BaseObjectType

0:BaseInterfaceType

IPnEquipmentType

Table 27– PnEquipmentContainerType Additional Subcomponents

Source Path

References

NodeClass

BrowseName

DataType

TypeDefinition

Others

Applied from IPnEquipmentType

<PnEquipments>

0:HasComponent

Object

Interfaces

PnInterfaceContainerType

M

<PnEquipments>

0:HasComponent

Object

Modules

PnRealModuleContainerType

O

<PnEquipments>

0:HasComponent

Object

Assets

PnAssetContainerType

O

<PnEquipments>

0:HasComponent

Object

IM

PnIdentificationType

O

<PnEquipments>

0:HasProperty

Variable

Vendor

StringPropertyType

O

<PnEquipments>

0:HasComponent

Variable

Diagnosis

PnDeviceDiagnosisDataType[]BaseDataVariableType

O

<PnEquipments>

0:HasComponent

Object

Alarms

FolderType

O

<PnEquipments>

0:HasComponent

Method

ShowLocation

ShowLocationMethod

O

<PnEquipments>

0:GeneratesEvent

ObjectType

PnDiagnosisAlarmType

<PnEquipments>

0:GeneratesEvent

ObjectType

PnAssetChangedEventType

Mapping to PROFINET properties:

BrowseName

Method

Source

<PnEquipments>

DCP

List of IdentifyResBlock

Table 28– IPnDeviceType Definition

Attribute

Value

BrowseName

IPnDeviceType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of IPnEquipmentType

HasProperty

Variable

GSDDescription

String

PropertyType

Optional

HasComponent

Variable

State

PnDeviceStateEnumeration

BaseDataVariableType

Optional

The BrowseNameof a device object instance shall be the content of the NameOfStation variable of the first interface sub module. If the NameOfStation variable is not set, the content of the MAC Address variable of the first interface sub module shall be used. The MAC address string should use the canonical format (separated with -, e.g. AC-FD-CE-EC-03-80).

If the GSDDescriptionproperty is provided, it must contain the InfoText with Device Id from the GSD (see mapping table below).

Mapping to PROFINET properties:

BrowseName

Method

Source

GSDDescription

GSD

DeviceIdentity | InfoText with Device Id

State

Read

ARData | NumberOfARs | ARPropertiesEmpty block if offline. Online if at least one ARProperties block with ARProperties.DeviceAccess != 1 can be found in the record data.

Table 29– IPnControllerType Definition

Attribute

Value

BrowseName

IPnControllerType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of IPnEquipmentType

HasComponent

Object

ARs

PnApplicationRelationContainerType

Optional

Table 30– PnApplicationRelationType Definition

Attribute

Value

BrowseName

PnApplicationRelationType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasComponent

Object

Modules

PnExpectedModuleContainerType

Optional

HasComponent

Variable

State

PnARStateEnumeration

BaseDataVariableType

Mandatory

HasProperty

Variable

Id

Guid

PropertyType

Mandatory

HasProperty

Variable

Type

PnARTypeEnumeration

PropertyType

Mandatory

HasProperty

Variable

SendClockFactor

UInt16

PropertyType

Optional

HasProperty

Variable

ReductionRatio

UInt16

PropertyType

Optional

HasProperty

Variable

DataHoldFactor

UInt16

PropertyType

Optional

The BrowseNameof an application relationship object instance shall be the Id in standard GUID string format.

The Modulescontainer object is the root of the configuration hierarchy consisting of the expected modules of the application relationship and their expected submodules (See chapter 6.3- Base Information Modeland Figure 17 – Object Structure).

The Statevariable has always the value CONNECTED on devices since the object only exists if an AR is established.

An IsPnApplicationRelationControllerInterfacereference points to the interface object of the controller used for the AR. If the AR relates to the device an IsPnApplicationRelationDeviceInterfacereference points to the interface object of the device. See sections 6.3.2.11and 6.3.2.12also.

Mapping to PROFINET properties:

BrowseName

Method

Source

Id

Read

ARData | ARUUID

Type

Read

ARData | ARType

SendClockFactor

Read

available also on Device/Gateway since PROFINET V2.4 via ARData | SendClockFactor or PDSyncData | SendClockFactor

ReductionRatio

Read

available also on Device/Gateway since PROFINET V2.4 via ARData | ReductionRatio

DataHoldFactor

Read

IOCRBlockReq | DataHoldFactor (not available on Device/Gateway)

Table 31– PnApplicationRelationContainerType Definition

Attribute

Value

BrowseName

PnApplicationRelationContainerType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasPnApplicationRelation

Object

<ARs>

PnApplicationRelationType

Optional

Placeholder

Mapping to PROFINET properties:

BrowseName

Method

Source

<ARs>

Read

ARData | NumberOfARs entries | ARUUID

Table 32– IPnModuleType Definition

Attribute

Value

BrowseName

IPnModuleType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseInterfaceTypedefined in [OPC 10000-5].

HasProperty

Variable

Slot

UInt16

PropertyType

Mandatory

HasProperty

Variable

IdentNumber

UInt32

PropertyType

Mandatory

HasProperty

Variable

GSDName

String

PropertyType

Optional

HasProperty

Variable

GSDDescription

String

PropertyType

Optional

The properties Slotand IdentNumbermust contain the data as described in the mapping table provided for the subtypes IPnRealModuleTypeand IPnExpectedModuleType.

Mapping to PROFINET properties:

BrowseName

Method

Source

GSDName

GSDML

ModuleList | ModuleItem | ModuleInfo | Name

GSDDescription

GSDML

ModuleList | ModuleItem | ModuleInfo | InfoText

Table 33– IPnRealModuleType Definition

Attribute

Value

BrowseName

IPnRealModuleType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of IPnModuleType

HasComponent

Object

Submodules

PnRealSubmoduleContainerType

Optional

HasComponent

Object

IM

PnIdentificationType

Optional

HasComponent

Variable

Diagnosis

PnDeviceDiagnosisDataType[]

BaseDataVariableType

Optional

HasComponent

Object

Alarms

FolderType

Optional

GeneratesEvent

ObjectType

PnDiagnosisAlarmType

GeneratesEvent

ObjectType

PnAssetChangedEventType

The BrowseNameof a module object instance shall be the content of the Slotvariable in decimal number string format.

If the IMcomponent is provided, it must contain the data of the representative submodule for the module in accordance with the I&M0FilterDataModule block (See [PN TAD]– Identification & Maintenance).

The server may provide diagnosis data with the Diagnosisvariable or by sending PnDiagnosisAlarmTypeevents. The diagnosis data at the real module object includes the diagnosis information of the whole module including the one of the real submodules of the module. An OPC UA Server may provide instances of the PnDiagnosisAlarmTypeas objects under the Alarmsobject.

Mapping to PROFINET properties:

BrowseName

Method

Source

Slot

Read

RealIdentificationData | SlotNumber

IdentNumber

Read

RealIdentificationData | IdentNumber

Diagnosis

Read

DiagnosisData (0xC00C slot specific)

Table 34– PnRealModuleContainerType Definition

Attribute

Value

BrowseName

PnRealModuleContainerType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasPnRealModule

Object

<Modules>

BaseObjectType

Optional

Placeholder

The <Modules>shall have the references and components defined in Table 35and Table 36.

Table 35– PnRealModuleContainerType Additional References

Source Path

Reference Type

Is Forward

Target Path

<Modules>

0:HasInterface

True

0:ObjectTypes

0:BaseObjectType

0:BaseInterfaceType

IPnModuleType

IPnRealModuleType

Table 36– PnRealModuleContainerType Additional Subcomponents

Source Path

References

NodeClass

BrowseName

DataType

TypeDefinition

Others

Applied from IPnRealModuleType

<Modules>

0:HasProperty

Variable

Slot

UInt16

PropertyType

M

<Modules>

0:HasProperty

Variable

IdentNumber

UInt32

PropertyType

M

<Modules>

0:HasProperty

Variable

GSDName

StringPropertyType

O

<Modules>

0:HasProperty

Variable

GSDDescription

StringPropertyType

O

<Modules>

0:HasComponent

Object

Submodules

PnRealSubmoduleContainerType

O

<Modules>

0:HasComponent

Object

IM

PnIdentificationType

O

<Modules>

0:HasComponent

Variable

Diagnosis

PnDeviceDiagnosisDataType[]BaseDataVariableType

O

<Modules>

0:HasComponent

Object

Alarms

FolderType

O

<Modules>

0:GeneratesEvent

ObjectType

PnDiagnosisAlarmType

<Modules>

0:GeneratesEvent

ObjectType

PnAssetChangedEventType

Mapping to PROFINET properties:

BrowseName

Method

Source

<Modules>

Read

RealIdentificationData | NumberOfSlots entries | SlotNumber

Table 37– IPnExpectedModuleType Definition

Attribute

Value

BrowseName

IPnExpectedModuleType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of IPnModuleType

HasComponent

Object

Submodules

PnExpectedSubmoduleContainerType

Optional

HasComponent

Variable

State

PnModuleStateEnumeration

BaseDataVariableType

Mandatory

The BrowseNameof a module object instance shall be the content of the Slotvariable in decimal number string format.

An IsPnRealModulereference points to the real module which is the real realization of the expected module. See section 6.3.2.9also.

Mapping to PROFINET properties:

BrowseName

Method

Source

Slot

Read

ExpectedIdentificationData | SlotNumber

IdentNumber

Read

ExpectedIdentificationData | IdentNumber

State

Read

ModuleDiffBlock | ModuleState

Table 38– PnExpectedModuleContainerType Definition

Attribute

Value

BrowseName

PnExpectedModuleContainerType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasPnExpectedModule

Object

<Modules>

BaseObjectType

Optional

Placeholder

The <Modules> shallhave the references and subcomponents defined in Table 39and Table 40.

Table 39– PnExpectedModuleContainerType Additional References

Source Path

Reference Type

Is Forward

Target Path

<Modules>

0:HasInterface

True

0:ObjectTypes

0:BaseObjectType

0:BaseInterfaceType

IPnModuleType

IPnExpectedModuleType

Table 40– PnExpectedModuleContainerType Additional Subcomponents

Source Path

References

NodeClass

BrowseName

DataType

TypeDefinition

Others

Applied from IPnExpectedModuleType

<Modules>

0:HasProperty

Variable

Slot

UInt16

PropertyType

M

<Modules>

0:HasProperty

Variable

IdentNumber

UInt32

PropertyType

M

<Modules>

0:HasProperty

Variable

GSDName

StringPropertyType

O

<Modules>

0:HasProperty

Variable

GSDDescription

StringPropertyType

O

<Modules>

0:HasComponent

Variable

State

PnModuleStateEnumeration

BaseDataVariableType

M

<Modules>

0:HasComponent

Object

Submodules

PnExpectedSubmoduleContainerType

O

Mapping to PROFINET properties:

BrowseName

Method

Source

<Modules>

Read

ExpectedIdentificationData | NumberOfSlots entries | SlotNumber

Table 41– IPnSubmoduleType Definition

Attribute

Value

BrowseName

IPnSubmoduleType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseInterfaceTypedefined in [OPC 10000-5].

HasProperty

Variable

API

UInt32

PropertyType

Mandatory

HasProperty

Variable

Subslot

UInt16

PropertyType

Mandatory

HasProperty

Variable

IdentNumber

UInt32

PropertyType

Mandatory

HasProperty

Variable

GSDName

String

PropertyType

Optional

HasProperty

Variable

GSDDescription

String

PropertyType

Optional

The properties GSDNameand GSDDescriptionmust contain the data from the GSD, as described in the mapping table provided for the subtypes IPnRealSubmoduleTypeand IPnExpectedSubmoduleType.

Table 42– IPnRealSubmoduleType Definition

Attribute

Value

BrowseName

IPnRealSubmoduleType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of IPnSubmoduleType

HasComponent

Object

IM

PnIdentificationType

Optional

HasComponent

Variable

Diagnosis

PnDeviceDiagnosisDataType[]

BaseDataVariableType

Optional

HasComponent

Object

Alarms

FolderType

Optional

GeneratesEvent

ObjectType

PnDiagnosisAlarmType

GeneratesEvent

ObjectType

PnAssetChangedEventType

The BrowseNameof a sub module object instance shall be the content of the Subslotvariable in hexadecimal number string format (e.g. 0x8001).

If the IMcomponent is provided, it must contain the data in accordance with the I&M0FilterDataSubmodule block (See [PN TAD]– Identification & Maintenance).

The server can provide diagnosis data with the Diagnosisvariable or by sending PnDiagnosisAlarmTypeevents. The diagnosis data at the real submodule object includes only the diagnosis information of the real submodule. An OPC UA Server might provide instances of the PnDiagnosisAlarmTypeas objects under the Alarmsobject.

An IsPnInterfacereference exists if the submodule is an interface submodule. See section 6.3.2.13also.

An IsPnPortreference exists if the submodule is a port submodule. It points to the PnPortTypeobject. See section 6.3.2.14also.

Mapping to PROFINET properties:

BrowseName

Method

Source

API

Read

RealIdentificationData | API

SubSlot

Read

RealIdentificationData | SubslotNumber

IdentNumber

Read

RealIdentificationData | SubmoduleIdentNumber

GSDName

GSDML

SubmoduleList | SubmoduleItem | ModuleInfo | Name orSubmoduleList | VirtualSubmoduleItem | ModuleInfo | Name orSubmoduleList | PortSubmoduleItem | ModuleInfo | Name

GSDDescription

GSDML

SubmoduleList | SubmoduleItem | ModuleInfo | InfoText orSubmoduleList | VirtualSubmoduleItem | ModuleInfo | InfoText orSubmoduleList | PortSubmoduleItem | ModuleInfo | InfoText

Diagnosis

Read

DiagnosisData (0x800C subslot specific)

Table 43– PnRealSubmoduleContainerType Definition

Attribute

Value

BrowseName

PnRealSubmoduleContainerType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasPnRealSubmodule

Object

<Submodules>

BaseObjectType

Optional

Placeholder

The <Submodules>shall have the references defined in Table 44and Table 45.

Table 44– PnRealSubmoduleContainerType Additional References

Source Path

Reference Type

Is Forward

Target Path

<Submodules>

0:HasInterface

True

0:ObjectTypes

0:BaseObjectType

0:BaseInterfaceType

IPnSubmoduleType

IPnRealSubmoduleType

Table 45– PnRealSubmoduleContainerType Additional Subcomponents

Source Path

References

NodeClass

BrowseName

DataType

TypeDefinition

Others

Applied from IPnRealSubmoduleType

<Submodules>

0:HasProperty

Variable

API

UInt32

PropertyType

M

<Submodules>

0:HasProperty

Variable

Subslot

UInt16

PropertyType

M

<Submodules>

0:HasProperty

Variable

IdentNumber

UInt32

PropertyType

M

<Submodules>

0:HasProperty

Variable

GSDName

StringPropertyType

O

<Submodules>

0:HasProperty

Variable

GSDDescription

StringPropertyType

O

<Submodules>

0:HasComponent

Object

IM

PnIdentificationType

O

<Submodules>

0:HasComponent

Variable

Diagnosis

PnDeviceDiagnosisDataType[]BaseDataVariableType

O

<Submodules>

0:HasComponent

Object

Alarms

FolderType

O

<Submodules>

0:GeneratesEvent

ObjectType

PnDiagnosisAlarmType

<Submodules>

0:GeneratesEvent

ObjectType

PnAssetChangedEventType

Mapping to PROFINET properties:

BrowseName

Method

Source

<Submodules>

Read

RealIdentificationData | NumberOfSubslots entries | SubslotNumber

Table 46– IPnExpectedSubmoduleType Definition

Attribute

Value

BrowseName

IPnExpectedSubmoduleType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of IPnSubmoduleType

HasComponent

Object

State

PnSubmoduleStateType

Optional

An IsPnRealSubmodulereference points to the real submodule which is the real realization of the expected submodule. See section 6.3.2.10also.

Mapping to PROFINET properties:

BrowseName

Method

Source

API

Read

ExpectedIdentificationData | API

SubSlot

Read

ExpectedIdentificationData | SubslotNumber

IdentNumber

Read

ExpectedIdentificationData | SubmoduleIdentNumber

GSDName

GSDML

SubmoduleList | SubmoduleItem | ModuleInfo | Name orSubmoduleList | VirtualSubmoduleItem | ModuleInfo | Name or

SubmoduleList | PortSubmoduleItem | ModuleInfo | Name

GSDDescription

GSDML

SubmoduleList | SubmoduleItem | ModuleInfo | InfoText or

SubmoduleList | VirtualSubmoduleItem | ModuleInfo | InfoText or

SubmoduleList | PortSubmoduleItem | ModuleInfo | InfoText

State

Read

ModuleDiffBlock | SubmoduleState

Table 47– PnExpectedSubmoduleContainerType Definition

Attribute

Value

BrowseName

PnExpectedSubmoduleContainerType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasPnExpectedSubmodule

Object

<Submodules>

BaseObjectType

Optional

Placeholder

The <Submodules>shall have the references and subcomponents defined in Table 48and Table 49.

Table 48– PnExpectedSubmoduleContainerType Additional References

Source Path

Reference Type

Is Forward

Target Path

<Submodules>

0:HasInterface

True

0:ObjectTypes

0:BaseObjectType

0:BaseInterfaceType

IPnSubmoduleType

IPnExpectedSubmoduleType

Table 49– PnExpectedSubmoduleContainerType Additional Subcomponents

Source Path

References

NodeClass

BrowseName

DataType

TypeDefinition

Others

Applied from IPnExpectedSubmoduleType

<Submodules>

0:HasProperty

Variable

API

UInt32

PropertyType

M

<Submodules>

0:HasProperty

Variable

Subslot

UInt16

PropertyType

M

<Submodules>

0:HasProperty

Variable

IdentNumber

UInt32

PropertyType

M

<Submodules>

0:HasProperty

Variable

GSDName

StringPropertyType

O

<Submodules>

0:HasProperty

Variable

GSDDescription

StringPropertyType

O

<Submodules>

0:HasComponent

Object

State

PnSubmoduleStateType

O

Mapping to PROFINET properties:

BrowseName

Method

Source

<Submodules>

Read

ExpectedIdentificationData | NumberOfSubslots entries | SubslotNumber

Table 50– PnSubmoduleStateType Definition

Attribute

Value

BrowseName

PnSubmoduleStateType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasComponent

Variable

AddInfo

PnSubmoduleAddInfoEnumeration

BaseDataVariableType

Optional

HasComponent

Variable

QualifiedInfo

Boolean

BaseDataVariableType

Optional

HasComponent

Variable

Maintenance

Required

Boolean

BaseDataVariableType

Optional

HasComponent

Variable

Maintenance

Demanded

Boolean

BaseDataVariableType

Optional

HasComponent

Variable

DiagInfo

Boolean

BaseDataVariableType

Optional

HasComponent

Variable

ARInfo

PnSubmoduleARInfoEnumeration

BaseDataVariableType

Optional

HasComponent

Variable

IdentInfo

PnSubmoduleIdentInfoEnumeration

BaseDataVariableType

Optional

Mapping to PROFINET properties:

BrowseName

Method

Source

AddInfo

Read

ModuleDiffBlock | SubmoduleState.AddInfo

If entry not found, use: None

QualifiedInfo

Read

ModuleDiffBlock | SubmoduleState.Advice

If entry not found, use: No Advice information available

MaintenanceRequired

Read

ModuleDiffBlock | SubmoduleState.MaintenanceRequired

If entry not found, use: No MaintenanceRequired information available

MaintenanceDemanded

Read

ModuleDiffBlock | SubmoduleState.MaintenanceDemanded

If entry not found, use: No MaintenanceDemanded information available

DiagInfo

Read

ModuleDiffBlock | SubmoduleState.Fault

If entry not found, use: No Fault information available

ARInfo

Read

ModuleDiffBlock | SubmoduleState.ARInfo

If entry not found, use: Own

IdentInfo

Read

ModuleDiffBlock | SubmoduleState.IdentInfo

If entry not found, use: OK

This chapter includes all object types needed to represent the physical network topology of a PROFINET network.

Figure 18shows an example which illustrates the relations between network objects of a single port PROFINET device and a 4 port Ethernet switch.

image022.png

Figure 18– Network Topology

The Ethernet interface, ports and cables are represented by objects in the address space. This Ethernet objects relate to each other by CommLinkToreferences. This enables the OPC UA Server to represent the physical network topology of the PROFINET network.

Table 51– IPnInterfaceType Definition

Attribute

Value

BrowseName

IPnInterfaceType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseInterfaceTypedefined in [OPC 10000-5].

HasComponent

Object

Ports

PnPortContainerType

Mandatory

HasProperty

Variable

NameOfStation

String

PropertyType

Mandatory

HasProperty

Variable

DeviceRole

PnDeviceRoleOptionSet

PropertyType

Mandatory

HasProperty

Variable

DeviceVendor

String

PropertyType

Optional

HasProperty

Variable

VendorId

UInt16

PropertyType

Mandatory

HasProperty

Variable

DeviceId

UInt16

PropertyType

Mandatory

HasProperty

Variable

DeviceInstance

UInt16

PropertyType

Optional

HasProperty

Variable

OEMVendorId

UInt16

PropertyType

Optional

HasProperty

Variable

OEMDeviceId

UInt16

PropertyType

Optional

CommLinkTo

Object

EthernetInterface

EthernetInterfaceType

Optional

HasComponent

Object

Statistic

PnPortStatisticType

Optional

HasComponent

Method

SetNameOfStation

SetNameOfStationMethod

Optional

The BrowseNameof an interface object instance shall be the PROFINET interface id with the range 1..16 in decimal number string format.

The NameOfStationvariable may be set with the SetNameOfStation method. Nevertheless, the variable itself shall always be read-only.

The CommLinkToreference points to an EthernetInterfaceTypeobject instance. An object of the IPv4FeatureTypemust be implemented in this EthernetInterfaceTypeobject instance.

Mapping to PROFINET properties:

BrowseName

Method

Source

NameOfStation

DCP

DCP-Identify-ResPDU | NameOfStationValue

DeviceRole

DCP

DCP-Identify-ResPDU | DeviceRoleDetails

DeviceVendor

DCP

DCP-Identify-ResPDU | DeviceVendorValue

VendorId

DCP

DCP-Identify-ResPDU | DeviceIDBlockRes | DeviceIDValue

DeviceId

DCP

DCP-Identify-ResPDU | DeviceIDBlockRes | DeviceIDValue

DeviceInstance

DCP

DCP-Identify-ResPDU | DeviceInstanceValue

OEMVendorId

DCP

DCP-Identify-ResPDU | OEMDeviceIDBlockRes | DeviceIDValue

OEMDeviceId

DCP

DCP-Identify-ResPDU | OEMDeviceIDBlockRes | DeviceIDValue

This optional method writes the NameOfStation remanent to the PROFINET device and sets the NameOfStation variable accordingly.

Signature

SetNameOfStation(

[in]String NameOfStation

);

Argument

Description

NameOfStation

String containing the new NameOfStation to be written remanent to the device. The maximum length shall be limited to 240 characters (See [PN Protocol]for details).

Method Result Codes

ResultCode

Description

Bad_InvalidArgument

The Serveris not able to apply the name. The name may be too long or may contain invalid characters.

Bad_UnexpectedError

The Serveris not able to apply the name because an unexpected error occurred. The device might be temporarily unavailable or unreachable due to network failure.

Table 52– PnInterfaceContainerType Definition

Attribute

Value

BrowseName

PnInterfaceContainerType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasPnInterface

Object

<Interfaces>

BaseObjectType

Optional

Placeholder

The <Interfaces>shall have the references defined in Table 53and Table 54.

Table 53– PnInterfaceContainerType Additional References

Source Path

Reference Type

Is Forward

Target Path

<Interfaces>

0:HasInterface

True

0:ObjectTypes

0:BaseObjectType

0:BaseInterfaceType

IPnInterfaceType

Table 54– PnInterfaceContainerType Additional Subcomponents

Source Path

References

NodeClass

BrowseName

DataType

TypeDefinition

Others

Applied from IPnInterfaceType

<Interfaces>

0:HasComponent

Object

Ports

PnPortContainerType

M

<Interfaces>

0:HasProperty

Variable

NameOfStation

String

PropertyType

M

<Interfaces>

0:HasProperty

Variable

DeviceRole

PnDeviceRoleOptionSet

PropertyType

M

<Interfaces>

0:HasProperty

Variable

DeviceVendor

StringPropertyType

O

<Interfaces>

0:HasProperty

Variable

VendorId

UInt16

PropertyType

M

<Interfaces>

0:HasProperty

Variable

DeviceId

UInt16

PropertyType

M

<Interfaces>

0:HasProperty

Variable

DeviceInstance

UInt16PropertyType

O

<Interfaces>

0:HasProperty

Variable

OEMVendorId

UInt16PropertyType

O

<Interfaces>

0:HasProperty

Variable

OEMDeviceId

UInt16PropertyType

O

<Interfaces>

CommLinkTo

Object

EthernetInterface

EthernetInterfaceType

O

<Interfaces>

0:HasComponent

Object

Statistic

PnPortStatisticType

O

<Interfaces>

0:HasComponent

Method

SetNameOfStation

SetNameOfStationMethod

O

The PnPortTypeObject Type includes the port specific data of a port submodule.

A PnRealSubmoduleTypeinstance representing a port submodule has an IsPnPortreference to a PnPortType object instance.

Table 55– PnPortType Definition

Attribute

Value

BrowseName

PnPortType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasComponent

Object

Statistic

PnPortStatisticType

Optional

HasComponent

Variable

LinkState

PnLinkStateEnumeration

BaseDataVariableType

Optional

HasComponent

Variable

PortState

PnPortStateEnumeration

BaseDataVariableType

Optional

HasComponent

Variable

MAUType

UInt16

BaseDataVariableType

Optional

HasComponent

Variable

CableDelay

UInt32

BaseDataVariableType

Optional

HasComponent

Variable

PowerBudget

UInt32

BaseDataVariableType

Optional

HasComponent

Variable

IsWireless

Boolean

BaseDataVariableType

Optional

CommLinkTo

Object

EthernetPort

EthernetPortType

Optional

GeneratesEvent

ObjectType

PnTopologyChangedEventType

Mapping to PROFINET properties:

BrowseName

Method

Source

MAUType

Read

PDPortDataReal | MAUType

CableDelay

Read

PDPortDataReal | LineDelay

PowerBudget

Read

PDPortFODataReal | FiberOpticDiagnosisInfo | FiberOpticPowerBudgetReal

IsWireless

Read

PDPortDataReal | MediaType

Table 56– PnPortContainerType Definition

Attribute

Value

BrowseName

PnPortContainerType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasPnPort

Object

<Ports>

PnPortType

Optional

Placeholder

Table 57– PnPortStatisticType Definition

Attribute

Value

BrowseName

PnPortStatisticType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasComponent

Variable

InOctets

UInt32

BaseDataVariableType

Optional

HasComponent

Variable

OutOctets

UInt32

BaseDataVariableType

Optional

HasComponent

Variable

InDiscards

UInt32

BaseDataVariableType

Optional

HasComponent

Variable

OutDiscards

UInt32

BaseDataVariableType

Optional

HasComponent

Variable

InErrors

UInt32

BaseDataVariableType

Optional

HasComponent

Variable

OutErrors

UInt32

BaseDataVariableType

Optional

The port statistic counters can be read from a PROFINET device with the Read PD Port Statistic PROFINET service.

The NetworkComponentTypeis the abstract base ObjectTypefor different types of network components.

Table 58– NetworkComponentType Definition

Attribute

Value

BrowseName

NetworkComponentType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasComponent

Object

<FeatureName>

NetworkComponentFeatureType

OptionalPlaceholder

HasComponent

Variable

Enabled

Boolean

BaseDataVariableType

Optional

CommLinkTo

Object

<ComponentName>

NetworkComponentType

OptionalPlaceholder

The Enabled variable indicates if the network component is activated (Enabled == True) or deactivated (Enabled == False).

The EthernetInterfaceTypeis used to represent Ethernet network interfaces.

Table 59– EthernetInterfaceType Definition

Attribute

Value

BrowseName

EthernetInterfaceType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of NetworkComponentType.

HasComponent

Variable

MacAddress

Byte [6]

BaseDataVariableType

Mandatory

CommLinkTo

Object

<PortName>

EthernetPortType

MandatoryPlaceholder

The MacAddressVariable is read only and represents the unique Layer2 source MAC address of the related interface.

Mapping to PROFINET properties:

BrowseName

Method

Source

MacAddress

DCP

DCP-Identify-ResPDU | MACAddressBlockRes | MACAddressValue

The EthernetPortTypeis used to represent Ethernet ports.

Table 60– EthernetPortType Definition

Attribute

Value

BrowseName

EthernetPortType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of NetworkComponentType.

HasComponent

Variable

PhysAddress

Byte [6]

BaseDataVariableType

Optional

CommLinkTo

Object

<EthernetPort>

EthernetPortType

Optional

The PhysAddressVariable is read only and contains a MAC address representing the Port.

The NetworkComponentFeatureTypeis the abstract base ObjectTypefor different types of network components.

Table 61– NetworkComponentFeatureType Definition

Attribute

Value

BrowseName

NetworkComponentFeatureType

IsAbstract

True

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

The IPv4FeatureTypeis used to represent IPv4 settings of a network interface.

Table 62– IPv4FeatureType Definition

Attribute

Value

BrowseName

IPv4FeatureType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of NetworkComponentFeatureType.

HasComponent

Variable

IpAddress

Byte[4]

BaseDataVariableType

Mandatory

HasComponent

Variable

SubnetMask

Byte[4]

BaseDataVariableType

Mandatory

HasComponent

Variable

DefaultGateway

Byte[4]

BaseDataVariableType

Mandatory

HasComponent

Variable

DhcpEnabled

Boolean

BaseDataVariableType

Mandatory

Mapping to PROFINET properties:

BrowseName

Method

Source

IpAddress

DCP

DCP-Identify-ResPDU | IPParameterBlockRes | IPParameterValue | IPAddress

SubnetMask

DCP

DCP-Identify-ResPDU | IPParameterBlockRes | IPParameterValue | Subnetmask

DefaultGateway

DCP

DCP-Identify-ResPDU | IPParameterBlockRes | IPParameterValue | StandardGateway

DhcpEnabled

DCP

DCP-Identify-ResPDU | DHCPParameterBlockRes | DHCPParameter | DHCPParameterLength

The IpAddressVariable describes the IPv4 address on the interface.

The SubnetMaskVariable describes the IPv4 Subnet mask on the interface.

The DefaultGateway Variable describes the IPv4 address of the default gateway.

The DhcpEnabled Variable specifies whether the DHCPv4 Client functionality for this interface is enabled.

Table 63– PnIdentificationType Definition

Attribute

Value

BrowseName

PnIdentificationType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasProperty

Variable

VendorId

UInt16

PropertyType

Mandatory

HasProperty

Variable

OrderId

String

PropertyType

Mandatory

HasProperty

Variable

SerialNumber

String

PropertyType

Mandatory

HasProperty

Variable

SoftwareRevision

String

PropertyType

Mandatory

HasProperty

Variable

HardwareRevision

String

PropertyType

Mandatory

HasProperty

Variable

ProfileId

UInt32

PropertyType

Mandatory

HasProperty

Variable

ProfileSpecificType

UInt16

PropertyType

Mandatory

HasProperty

Variable

Version

String

PropertyType

Mandatory

HasProperty

Variable

RevisionCounter

UInt16

PropertyType

Optional

HasProperty

Variable

IMSupported

UInt16

PropertyType

Optional

HasProperty

Variable

TagFunction

String

PropertyType

Optional

HasProperty

Variable

TagLocation

String

PropertyType

Optional

HasProperty

Variable

Date

DateTime

PropertyType

Optional

HasProperty

Variable

Descriptor

String

PropertyType

Optional

HasProperty

Variable

Signature

ByteString

PropertyType

Optional

HasProperty

Variable

IM5

PnIM5DataType[]

PropertyType

Optional

HasComponent

Method

SetTags

SetTagsMethod

Optional

HasComponent

Method

SetDate

SetDateMethod

Optional

HasComponent

Method

SetDescriptor

SetDescriptorMethod

Optional

Mapping to PROFINET properties:

BrowseName

Method

Source

VendorId

Read

I&M0 | VendorID

OrderId

Read

I&M0 | OrderID

SerialNumber

Read

I&M0 | IM_Serial_Number

SoftwareRevision

Read

I&M0 | IM_Software_Revision

HardwareRevision

Read

I&M0 | IM_Hardware_Revision

ProfileId

Read

I&M0 | IM_Profile_ID

ProfileSpecificType

Read

I&M0 | IM_Profile_Specific_Type

Version

Read

I&M0 | IM_Version

RevisionCounter

Read

I&M0 | IM_Revision_Counter

IMSupported

Read

I&M0 | IM_Supported

TagFunction

Read

I&M1 | IM_Tag_Function

TagLocation

Read

I&M1 | IM_Tag_Location

Date

Read

I&M2 | IM_Date

Descriptor

Read

I&M3 | IM_Descriptor

Signature

Read

I&M4 | IM_Signature

IM5

Read

I&M5 | I&M5Data, see chapter 6.3.3.1.2for details

Array size: I&M5 | NumberOfEntries

This optional method writes the I&M1 fields IM_TagFunction and IM_Tag_Location remanent to the PROFINET device and sets the TagFunction and TagLocation variables accordingly.

Signature

SetTags(

[in] IMTagSelectorEnumeration Tag_Selector,

[in] String Tag_Function,

[in] String Tag_Location

);

Argument

Description

Tag_Selector

If FUNCTION, Tag_Function shall be written, If LOCATION, Tag_Location shall be written, if BOTH both.

Tag_Function

String containing the new I&M1 | IM_Tag_Function to be written remanent to the device.

Tag_Location

String containing the new I&M1 | IM_Tag_Location to be written remanent to the device.

Method Result Codes

ResultCode

Description

Bad_InvalidArgument

The Serveris not able to apply an argument. The argument may be too long or may contain invalid characters.

Bad_UnexpectedError

The Serveris not able to apply the name because an unexpected error occurred. The device might be temporarily unavailable or unreachable due to network failure.

This optional method writes the I&M2 field IM_Date remanent to the PROFINET device and sets the Date variable accordingly.

Signature

SetDate(

[in] DateTime IM_Date

);

Argument

Description

IM_Date

New I&M2 | IM_Date to be written remanent to the device.

Method Result Codes

ResultCode

Description

Bad_InvalidArgument

The Serveris not able to apply an argument.

Bad_UnexpectedError

The Serveris not able to apply the name because an unexpected error occurred. The device might be temporarily unavailable or unreachable due to network failure.

This optional method writes the I&M3 field IM_Descriptor remanent to the PROFINET device and sets the Descriptor variable accordingly.

Signature

SetDescriptor(

[in] String Descriptor

);

Argument

Description

Descriptor

New I&M3 | IM_Descriptor to be written remanent to the device.

Method Result Codes

ResultCode

Description

Bad_InvalidArgument

The Serveris not able to apply an argument. The argument may be too long or may contain invalid characters.

Bad_UnexpectedError

The Serveris not able to apply the name because an unexpected error occurred. The device might be temporarily unavailable or unreachable due to network failure.

Table 64– PnAssetType Definition

Attribute

Value

BrowseName

PnAssetType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasProperty

Variable

UniqueIdentifier

Guid

PropertyType

Mandatory

HasProperty

Variable

Location

String

PropertyType

Mandatory

HasProperty

Variable

Annotation

String

PropertyType

Mandatory

HasProperty

Variable

OrderId

String

PropertyType

Mandatory

HasProperty

Variable

SoftwareRevision

String

PropertyType

Optional

HasProperty

Variable

HardwareRevision

String

PropertyType

Optional

HasProperty

Variable

SerialNumber

String

PropertyType

Mandatory

HasProperty

Variable

TypeIdentification

UInt16

PropertyType

Mandatory

HasProperty

Variable

Organization

UInt16

PropertyType

Mandatory

HasProperty

Variable

VendorId

UInt16

PropertyType

Mandatory

HasProperty

Variable

DeviceId

UInt16

PropertyType

Mandatory

HasProperty

Variable

DeviceSubId

UInt16

PropertyType

Mandatory

GeneratesEvent

ObjectType

PnAssetChangedEventType

The BrowseNameof an asset object instance shall be the content of the UniqueIdentifiervariable in standard GUID string format.

Mapping to PROFINET properties:

BrowseName

Method

Source

UniqueIdentifier

Read

AssetManagementData | IM_UniqueIdentifier

Location

Read

AssetManagementData | AM_Location

Annotation

Read

AssetManagementData | IM_Annotation

OrderId

Read

AssetManagementData | IM_OrderID

SoftwareRevision

Read

AssetManagementData | IM_Software_Revision or AM_SoftwareRevision

HardwareRevision

Read

AssetManagementData | IM_Hardware_Revision or AM_HardwareRevision

SerialNumber

Read

AssetManagementData | IM_Serial_Number

TypeIdentification

Read

AssetManagementData | AM_TypeIdentification

Organization

Read

AssetManagementData | AM_DeviceIdentification.Organization

VendorId

Read

AssetManagementData | AM_DeviceIdentification.VendorID

DeviceId

Read

AssetManagementData | AM_DeviceIdentification.DeviceID

DeviceSubId

Read

AssetManagementData | AM_DeviceIdentification.DeviceSubID

If the AM_Location field is coded using the level tree format, each used level shall be encoded in the Locationstring with a ‘.’ followed by the value of the level bits encoded as decimal number string. According to [PN TAD]– Figure 38, the HART sensor has the Location string ”.0.4.1.1”.

If the AM_Location field is coded using the slot- and subslotnumber format, the Locationstring shall be encoded as ‘BeginSlotNumber/BeginSubslotNumber-EndSlotNumber/EndSubslotNumber’. BeginSlotNumber and EndSlotNumber shall be encoded as decimal number strings. BeginSubslotNumber and EndSubslotNumber shall be encoded as hexadecimal number strings (0x…) According to [PN TAD]– Figure 38, the IO-MC 1 asset has the Locationstring ”2/0x1-4/0x1”.

Table 65– PnAssetContainerType Definition

Attribute

Value

BrowseName

PnAssetContainerType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseObjectTypedefined in [OPC 10000-5].

HasPnAsset

Object

<Assets>

PnAssetType

Optional

Placeholder

Table 66– HasPnApplicationRelation Definition

Attribute

Value

BrowseName

HasPnApplicationRelation

InverseName

IsPnApplicationRelationOf

Symmetric

False

IsAbstract

False

Subtype of the HasComponent from [OPC 10000-5].

The HasPnApplicationRelationreference is used to append nodes to the PnApplicationRelationContainerTypenode.

This reference should always be bidirectional.

The destination of the reference shall be an object of the ObjectType PnApplicationRelationType.

Table 67– HasPnRealModule Definition

Attribute

Value

BrowseName

HasPnRealModule

InverseName

IsPnRealModuleOf

Symmetric

False

IsAbstract

False

Subtype of the HasComponent from [OPC 10000-5].

The HasPnRealModulereference type is used to append nodes to the PnRealModuleContainerTypenode.

This reference should always be bidirectional.

The destination of the reference shall be an object implementing the IPnRealModuleTypeinterface.

Table 68– HasPnRealSubmodule Definition

Attribute

Value

BrowseName

HasPnRealSubmodule

InverseName

IsPnRealSubmoduleOf

Symmetric

False

IsAbstract

False

Subtype of the HasComponent from [OPC 10000-5].

The HasPnRealSubmodulereference type is used to append nodes to the PnRealSubmoduleContainerTypenode.

This reference should always be bidirectional.

The destination of the reference shall be an object implementing the IPnRealSubmoduleTypeinterface.

Table 69– HasPnExpectedModule Definition

Attribute

Value

BrowseName

HasPnExpectedModule

InverseName

IsPnExpectedModuleOf

Symmetric

False

IsAbstract

False

Subtype of the HasComponent from [OPC 10000-5].

The HasPnExpectedModulereference type is used to append nodes to the PnExpectedModuleContainerTypenode.

This reference should always be bidirectional.

The destination of the reference shall be an object implementing the IPnExpectedModuleTypeinterface.

Table 70– HasPnExpectedSubmodule Definition

Attribute

Value

BrowseName

HasPnExpectedSubmodule

InverseName

IsPnExpectedSubmoduleOf

Symmetric

False

IsAbstract

False

Subtype of the HasComponent from [OPC 10000-5].

The HasPnExpectedSubmodulereference type is used to append nodes to the PnExpectedSubmoduleContainerTypenode.

This reference should always be bidirectional.

The destination of the reference shall be an object implementing the IPnExpectedSubmoduleTypeinterface.

Table 71– HasPnAsset Definition

Attribute

Value

BrowseName

HasPnAsset

InverseName

IsPnAssetOf

Symmetric

False

IsAbstract

False

Subtype of the HasComponent from [OPC 10000-5].

The HasPnAssetreference type is used to append nodes to the PnAssetContainerTypenode.

This reference should always be bidirectional.

The destination of the reference shall be an object of the ObjectType PnAssetType.

Table 72– HasPnInterface Definition

Attribute

Value

BrowseName

HasPnInterface

InverseName

IsPnInterfaceOf

Symmetric

False

IsAbstract

False

Subtype of the HasComponent from [OPC 10000-5].

The HasPnInterfacereference type is used to append nodes to the PnInterfaceContainerTypenode.

This reference should always be bidirectional.

The destination of the reference shall be an object implementing the IPnInterfaceTypeinterface.

Table 73– HasPnPort Definition

Attribute

Value

BrowseName

HasPnPort

InverseName

IsPnPortOf

Symmetric

False

IsAbstract

False

Subtype of the HasComponent from [OPC 10000-5].

The HasPnPortreference type is used to append nodes to the PnPortContainerTypenode.

This reference should always be bidirectional.

The destination of the reference shall be an object of the ObjectType PnPortType.

Table 74– IsPnRealModule Definition

Attribute

Value

BrowseName

IsPnRealModule

InverseName

IsPnExpectedModule

Symmetric

False

IsAbstract

False

Subtype of the NonHierarchicalReferences from [OPC 10000-5].

The IsPnRealModulereference type is used to link ExpectedModule objects to their RealModule counterparts (See Figure 17 – Object Structure).

This reference should always be bidirectional.

The destination of the reference shall be an object implementing the IPnRealModuleTypeinterface.

The source of the reference shall be an object implementing the IPnExpectedModuleTypeinterface.

Table 75– IsPnRealSubmodule Definition

Attribute

Value

BrowseName

IsPnRealSubmodule

InverseName

IsPnExpectedSubmodule

Symmetric

False

IsAbstract

False

Subtype of the NonHierarchicalReferences from [OPC 10000-5].

The IsPnRealSubmodulereference type is used to link ExpectedSubmodule objects to their RealSubmodule counterparts (See Figure 17 – Object Structure).

This reference should always be bidirectional.

The destination of the reference shall be an object implementing the IPnRealSubmoduleTypeinterface.

The source of the reference shall be an object implementing the IPnExpectedSubmoduleTypeinterface.

Table 76– IsPnApplicationRelationDeviceInterface Definition

Attribute

Value

BrowseName

IsPnApplicationRelationDeviceInterface

InverseName

UsedByPnApplicationRelation

Symmetric

False

IsAbstract

False

Subtype of the NonHierarchicalReferences from [OPC 10000-5].

The IsPnApplicationRelationDeviceInterfaceis used to link PnApplicationRelationTypeobjects to the PN Interface object of the Device object (objects implementing IDeviceType) the application relation connects to (See Figure 17 – Object Structure).

This reference should always be bidirectional.

The destination of the reference shall be an object implementing the IPnInterfaceTypeinterface.

The source of the reference shall be an object of the ObjectType PnApplicationRelationTypeand shall not use the reference type more than once.

Table 77– IsPnApplicationRelationControllerInterface Definition

Attribute

Value

BrowseName

IsPnApplicationRelationControllerInterface

InverseName

UsedByPnApplicationRelation

Symmetric

False

IsAbstract

False

Subtype of the NonHierarchicalReferences from [OPC 10000-5].

The IsPnApplicationRelationControllerInterfaceis used to link PnApplicationRelationTypeobjects to the PN Interface object of the controller object (objects implementing IControllerType) the application relation belongs to (See Figure 17 – Object Structure).

This reference should always be bidirectional.

The destination of the reference shall be an object implementing the IPnInterfaceTypeinterface.

The source of the reference shall be an object of the ObjectType PnApplicationRelationTypeand shall not use the reference more than once.

Table 78– IsPnInterface Definition

Attribute

Value

BrowseName

IsPnInterface

InverseName

RealizedByPnSubmodule

Symmetric

False

IsAbstract

False

Subtype of the NonHierarchicalReferences from [OPC 10000-5].

The IsPnInterfacereference type is used to link RealSubmodule objects to PN Interface objects (See Figure 18 – Network Topology).

This reference should always be bidirectional.

The destination of the reference shall be an object implementing the IPnInterfaceTypeinterface.

The source of the reference shall be an object implementing the IPnRealSubmoduleTypeinterface.

Table 79– IsPnPort Definition

Attribute

Value

BrowseName

IsPnPort

InverseName

RealizedByPnSubmodule

Symmetric

False

IsAbstract

False

Subtype of the NonHierarchicalReferences from [OPC 10000-5].

The IsPnPortreference type is used to link RealSubmodule objects to PN Port objects (Figure 18 – Network Topology).

This reference should always be bidirectional.

The destination of the reference shall be an object of the ObjectType PnPortType.

The source of the reference shall be an object implementing the IPnRealSubmoduleTypeinterface.

Table 80– CommLinkTo Definition

Attribute

Value

BrowseName

CommLinkTo

InverseName

CommLinkFrom

Symmetric

False

IsAbstract

False

Subtype of the Organizes from [OPC 10000-5].

The CommLinkToreference type is used between object instances representing network entities like Ethernet interfaces and Ethernet ports to describe their communication as well as their topology dependencies. (See Figure 18 – Network Topology).

This reference should always be bidirectional.

Table 81– PnDeviceDiagnosisDataType Structure

Name

Type

Description

PnDeviceDiagnosisDataType

Structure

API

UInt32

Slot

UInt16

Subslot

UInt16

ChannelNumber

UInt16

Type

PnChannelTypeEnumeration

Accumulative

PnChannelAccumulativeEnumeration

Maintenance

PnChannelMaintenanceEnumeration

Specifier

PnChannelSpecifierEnumeration

Direction

PnChannelDirectionEnumeration

UserStructureIdentifier

UInt16

ChannelErrorType

UInt16

ExtChannelErrorType

UInt16

ExtChannelAddValue

UInt32

QualifiedChannelQualifier

UInt32

ManufacturerData

ByteString

Manufacturer specific diagnosis data

Message

LocalizedText

Diagnosis message read from the GSDML

HelpText

LocalizedText

Help text read from the GSDML

If the field UserStructureIdentifierindicates manufacturer specific diagnosis information, the ByteString ManufacturerDatacontains the manufacturer specific diagnosis data.

The Messageand the HelpTextvariables are retrieved from the GSDML file. If the Message includes a dynamic format string, this is replaced by the ExtChannelAddValue.

Table 82– PnIM5DataType Structure

Name

Type

Description

PnIM5DataType

Structure

Contains the fields of the APDU element I&M5 | I&M5Data

Annotation

String

I&M5Data | IM_Annotation

OrderId

String

I&M5Data | IM_OrderID

VendorId

UInt16

I&M5Data | VendorID

SerialNumber

String

I&M5Data | IM_Serial_Number

HardwareRevision

String

I&M5Data | IM_Hardware_Revision

SoftwareRevision

String

I&M5Data | IM_Software_Revision

Table 83– PnDeviceRoleOptionSet

Value

Bit No.

Description

IO_DEVICE

0

The device contains an IO device interface.

IO_CONTROLLER

1

The device contains an IO controller interface.

IO_MULTIDEVICE

2

The device contains multiple IO device interfaces.

IO_SUPERVISOR

3

The device contains an IO supervisor interface.

IO_CIM

4

The device contains a CIM device interface.

The PnDeviceRoleOptionSet representation in the AddressSpaceis defined in Table 84.

Table 84– PnDeviceRoleOptionSet Definition

Attribute

Value

BrowseName

PnDeviceRoleOptionSet

IsAbstract

False

References

NodeClass

BrowseName

DataType

TypeDefinition

Other

Subtype of the OptionSet type defined in [OPC 10000-5]

0:HasProperty

Variable

0:OptionSetValues

0:LocalizedText []

0:PropertyType

See: [PN Protocol], Table – DeviceRoleDetails

Table 85– PnDeviceStateEnumeration

Name

Description

OFFLINE_0

The device is not online, or no information is available. The device is offline if no ARs other than possible Device Access AR’s exist.

OFFLINE_DOCKING_1

The device is a docking device and currently not online.

ONLINE_2

The device is online. This is the case if at least one AR other than possible Device Access AR’s exists.

ONLINE_DOCKING_3

The device is a docking device and currently online.

Table 86– PnARStateEnumeration

Name

Description

CONNECTED_0

The AR connection to the device is established

UNCONNECTED_1

The AR connection to the device is not established

UNCONNECTED_ERR_DEVICE_NOT_FOUND_2

The AR connection to the device is not established because the device is not available in the network

UNCONNECTED_ERR_DUPLICATE_IP_3

The AR connection to the device is not established because the IP address of the device exists multiple times

UNCONNECTED_ERR_DUPLICATE_NOS_4

The AR connection to the device is not established because the Name of Station of the device exists multiple times

Table 87– PnARTypeEnumeration

Name

Description

IOCARSingle_0

-

IOSAR_6

The supervisor AR is a special form of the IOCARSingle allowing takeover of the ownership of a submodule

IOCARSingleUsingRT_CLASS_3_16

This is a special form of the IOCARSingle indicating RT_CLASS_3 communication

IOCARSR_32

The SR AR is a special form of the IOCARSingle indicating system redundancy or dynamic reconfiguration usage

See: [PN Protocol], Table 508 – ARType

Table 88– PnModuleStateEnumeration

Name

Description

NO_MODULE_0

For example module not plugged

WRONG_MODULE_1

For example ModuleIdentNumber wrong

PROPER_MODULE_2

Module is okay but at least one submodule is locked, wrong or missing

SUBSTITUTE_3

Module is not the same as requested – but the IO device was able to adapt by its own knowledge

OK_4

Default state

See: [PN Protocol], Table 586 – ModuleState

Table 89– PnSubmoduleAddInfoEnumeration

Name

Description

NO_ADD_INFO_0

-

TAKEOVER_NOT_ALLOWED_1

This Submodule is not available for takeover by IOSAR.

See: [PN Protocol], Table 587 – SubmoduleState.AddInfo

Table 90– PnSubmoduleARInfoEnumeration

Name

Description

OWN_0

This AR is owner of the submodule

APPLICATION_READY_PENDING_128

This AR is owner of the submodule but it is blocked. For example parameter checking pending

SUPERORDINATED_LOCKED_256

This AR is not owner of the submodule. It is blocked by superordinated means

LOCKED_BY_IO_CONTROLLER_384

This AR is not owner of the submodule. It is owned by another IOAR

LOCKED_BY_IO_SUPERVISOR_512

This AR is not owner of the submodule. It is owned by another IOSAR

See: [PN Protocol], Table 592 – SubmoduleState.ARInfo

Table 91– PnSubmoduleIdentInfoEnumeration

Name

Description

OK_0

OK

SUBSTITUTE_2048

Substitute (SU)

WRONG_4096

Wrong (WR)

NO_SUBMODULE_6144

NoSubmodule (NO)

See: [PN Protocol], Table 593 – SubmoduleState.IdentInfo

Table 92– PnChannelTypeEnumeration

Name

Description

UNSPECIFIC_0

Shall be used if the field ChannelNumber contains the value 0x8000 (submodule)Furthermore, it shall be used if none of the below defined types are appropriate.

1BIT_1

The data length of this channel is 1 Bit.

2BIT_2

The data length of this channel is 2 Bit.

4BIT_3

The data length of this channel is 4 Bit.

8BIT_4

The data length of this channel is 8 Bit.

16BIT_5

The data length of this channel is 16 Bit.

32BIT_6

The data length of this channel is 32 Bit.

64BIT_7

The data length of this channel is 64 Bit.

See: [PN Protocol], Table 651 – ChannelProperties.Type

Table 93– PnChannelAccumulativeEnumeration

Name

Description

SINGLE_0

Single channel

Diagnosis only for the reported channel

ACCUMULATIVE_256

Multiple channel

Accumulative diagnosis from more than one channel

See: [PN Protocol], Table 652 – ChannelProperties.Accumulative

Table 94– PnChannelMaintenanceEnumeration

Name

Description

FAULT_0

Fault

MAINTENANCE_REQUIRED_512

Maintenance required

MAINTENANCE_DEMANDED_1024

Maintenance demanded

USE_QUALIFIED_CHANNEL_QUALIFIER_1536

Use QualifiedChannelQualifier variable

See: [PN Protocol], Table 653 – ChannelProperties.Maintenance

Table 95– PnChannelSpecifierEnumeration

Name

Description

ALL_DISAPPEARS_0

The Diagnosis ASE contains no longer any entries (of any severity) for this channel

APPEARS_2048

An event appears and/or exists further

The Diagnosis ASE contains this and possible other entries for this channel.

DISAPPEARS_4096

An event disappears and/or exists no longer

The Diagnosis ASE contains no longer any entries of the same severity for this channel

DISAPPEARS_OTHER_REMAIN_6144

An event disappears

The Diagnosis ASE still contains other entries of the same severity for this channel

See: [PN Protocol], Table 656 – ChannelProperties.Specifier

Table 96– PnChannelDirectionEnumeration

Name

Description

MANUFACTURER_SPECIFIC_0

Manufacturer specific

INPUT_CHANNEL_8192

Input

OUTPUT_CHANNEL_16384

Output

BIDIRECTIONAL_CHANNEL_24576

Input/Output

See: [PN Protocol], Table 585 – ChannelProperties.Direction

Table 97– PnAssetTypeEnumeration

Name

Description

DEVICE_0

Device

MODULE_1

Real Module

SUBMODULE_2

Real Submodule

ASSET_3

Asset

Table 98– PnAssetChangeEnumeration

Name

Description

INSERTED_0

Asset has been added

REMOVED_1

Asset has been removed

CHANGED_2

Asset has been changed

Table 99– PnLinkStateEnumeration

Name

Description

UP_1

Ready to pass packets

DOWN_2

No packets are passed

TESTING_3

In some test mode

UNKNOWN_4

Status cannot be determined

DORMANT_5

In pending state waiting for some external event

NOT_PRESENT_6

Port not present

LOWER_LAYER_DOWN_7

Down due to lower layer

Table 100– PnPortStateEnumeration

Name

Description

UNKNOWN_0

Status cannot be determined

DISABLED_DISCARDING_1

The port is administratively disabled and discarding frames

BLOCKING_2

The port blocks incoming frames

LISTENING_3

The port is listening to and sending BPDUs (Bridge Protocol Data Units).

LEARNING_4

The port is listening for and processing BPDUs and starts learning MAC’s

FORWARDING_5

The port is processing BPDUs and forwarding frames

BROKEN_6

The port blocks incoming frames since a configuration error is detected

Table 101– IMTagSelectorEnumeration

Name

Description

FUNCTION_0

The Tag_Function argument shall be written.

LOCATION_1

The Tag_Location argument shall be written.

BOTH_2

Both arguments, Tag_Function and Tag_Location, shall be written.

This event type is used for PROFINET diagnosis events.

Table 102– PnDiagnosisAlarmType Definition

Attribute

Value

BrowseName

PnDiagnosisAlarmType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of AlarmConditionTypedefined in [OPC 10000-9].

HasProperty

Variable

API

UInt32

PropertyType

Mandatory

HasProperty

Variable

Slot

UInt16

PropertyType

Mandatory

HasProperty

Variable

Subslot

UInt16

PropertyType

Mandatory

HasProperty

Variable

ChannelNumber

UInt16

PropertyType

Mandatory

HasProperty

Variable

Type

PnChannelTypeEnumeration

PropertyType

Mandatory

HasProperty

Variable

Accumulative

PnChannelAccumulativeEnumeration

PropertyType

Mandatory

HasProperty

Variable

Maintenance

PnChannelMaintenanceEnumeration

PropertyType

Optional

HasProperty

Variable

Specifier

PnChannelSpecifierEnumeration

PropertyType

Mandatory

HasProperty

Variable

Direction

PnChannelDirectionEnumeration

PropertyType

Mandatory

HasProperty

Variable

UserStructureIdentifier

UInt16

PropertyType

Mandatory

HasProperty

Variable

ChannelErrorType

UInt16

PropertyType

Mandatory

HasProperty

Variable

ExtChannelErrorType

UInt16

PropertyType

Optional

HasProperty

Variable

ExtChannelAddValue

UInt32

PropertyType

Optional

HasProperty

Variable

QualifiedChannelQualifier

UInt32

PropertyType

Optional

HasProperty

Variable

ManufacturerData

ByteString

PropertyType

Optional

HasProperty

Variable

HelpText

LocalizedText

PropertyType

Optional

If the variable UserStructureIdentifierindicates manufacturer specific diagnosis information, the variable ManufacturerDatacontains the manufacturer specific diagnosis data.

The Messagevariable of the Event and the HelpTextvariable are retrieved from the GSDML file. If the message includes a dynamic format string, this is replaced by the ExtChannelAddValue.

For an active alarm the Severityvariable of the Event must be dependent on the Maintenanceand the QualifiedChannelQualifiervariables.

The Severityis divided into the 4 categories shown in the following table:

Category

Severity Range

Fault

750 – 1000

Maintenance demanded

500 – 749

Maintenance required

250 – 499

Advise

2 – 249

If the Maintenancevariable is provided, the following mapping is used for the Severity value:

Maintenance

Severity

FAULT

1000

MAINTENANCE_DEMANDED

612

MAINTENANCE_REQUIRED

362

If the QualifiedChannelQualifieris provided, the Severityvalue depends on the bit set in the UInt32 value of the QualifiedChannelQualifier. The bits 0 – 2 are not used.

The following mapping is used for the Severityvalue:

Bit

Severity

31

1000

30

937

29

875

28

812

27

750

26

725

25

700

24

675

23

650

22

625

21

600

20

575

19

550

18

525

17

500

16

475

15

450

14

425

13

400

12

375

11

350

10

325

9

300

8

275

7

250

6

200

5

150

4

100

3

50

This event is fired when a new asset (controller, device, real module, real submodule or asset) is detected, an asset was removed, or the data of an asset changed. The event is fired on the object with the change.

An asset change for a device, real module or real submodule means that its I&M data (PnIdentificationType) has changed. See section 5.3.2.6Asset change detection” for details.

Table 103– PnAssetChangedEventType Definition

Attribute

Value

BrowseName

PnAssetChangedEventType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseEventTypedefined in [OPC 10000-5].

HasProperty

Variable

AssetType

PnAssetTypeEnumeration

PropertyType

Mandatory

HasProperty

Variable

AssetChange

PnAssetChangeEnumeration

PropertyType

Mandatory

The SourceNode variable of the event includes the NodeId of the asset object.

The Severity variable shall be set according to the following table.

Severity

Cause

10

Minor important asset detected

20

Normal important asset detected

30

Asset of vital importance detected

110

Minor important asset changed

120

Normal important asset changed

130

Asset of vital importance changed

1100

Minor important asset removed

1200

Normal important asset removed

1300

Asset of vital importance removed

This event is fired when the CommLinkToreference between two EthernetPortTypeobjects is created, removed or changed. The event is fired by the PnPortTypeobject.

This means that the physical network topology has changed.

The Severityvariable (inherited from BaseEventType) shall be set to 1.

Table 104– PnTopologyChangedEventType Definition

Attribute

Value

BrowseName

PnTopologyChangedEventType

IsAbstract

False

References

Node Class

BrowseName

DataType

TypeDefinition

Modelling Rule

Subtype of BaseEventTypedefined in [OPC 10000-5].

The SourceNode variable of the event includes the NodeId of the PnPortTypeobject.