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.
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.