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Scope: Core (OPC-10000-*) All specs

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OPC-10000-5 – OPC Unified Architecture - Part 5: Information Model

7.26 3DOrientationType

used. The OrientationType , defined in 7.25 , is intended to be subtyped to create Types which represent any multi-dimensional orientations including 3D spaces. The VariableType is formally defined in Table
OPC-10000-5 – OPC Unified Architecture - Part 5: Information Model

8.2.5 Types

Types This standard Object Node is the browse entry point for type Nodes . Figure 1 illustrates the structure beneath this Node . Only Organizes References are used to relate Objects ... Types " standard Object . The " Types " Object shall not reference any other NodeClasses . It is formally defined in Table 103 . Table 103 - Types definition Attribute Value BrowseName Types
OPC-10000-9 – OPC Unified Architecture - Part 9: Alarms & Conditions

5.1 General

Condition model extends the OPC UA base Event model by defining various Event Types based on the BaseEventType . All of the Event Types defined in this document can be further ... extended from domain to Server specific Alarm and Condition Types . Instances of Alarm and Condition Types may be optionally exposed in the AddressSpace in order to allow direct access
OPC-10000-9 – OPC Unified Architecture - Part 9: Alarms & Conditions

5.6.1 General

specific response options in the ResponseOptionSet and by adding additional functionality to derived Condition Types
OPC-10000-9 – OPC Unified Architecture - Part 9: Alarms & Conditions

5.8.24.1 DiscreteAlarmType

DiscreteAlarmType The DiscreteAlarmType is used to classify Types into Alarm Conditions where the input for the Alarm may take on only a certain number of possible values (e.g. True/False, running/stopped/terminating ... DiscreteAlarmType with sub types defined in this document is illustrated in Figure 22 . It is formally defined in Table 105 . Figure 22 - DiscreteAlarmType Hierarchy Table 105 - DiscreteAlarmType definition Attribute Value
OPC-10000-9 – OPC Unified Architecture - Part 9: Alarms & Conditions

5.9.1 Overview

common classes used across many industries. Figure 23 informally describes the hierarchy of ConditionClass Types defined in this document. Figure 23 - ConditionClass type hierarchy ConditionClasses are not representations of Object
OPC-10000-9 – OPC Unified Architecture - Part 9: Alarms & Conditions

5.9.2 BaseConditionClassType

more concrete class. Servers should use a more specific ConditionClass , if possible. All ConditionClass Types derive from BaseConditionClassType . It is formally defined in Table 113 . Table 113 - BaseConditionClassType definition Attribute
OPC-10000-9 – OPC Unified Architecture - Part 9: Alarms & Conditions

5.12 HasCondition Reference type

apply: All HasCondition References used in a Type shall exist in instances of these Types as well. If the TargetNode in the Type definition is a ConditionType , the same TargetNode
OPC-10000-9 – OPC Unified Architecture - Part 9: Alarms & Conditions

6.2 EventNotifier and source hierarchy

linked together and with the included ConditionSources using the HasNotifier and the HasEventSource Reference Types . The Server Object shall be the root of this hierarchy. Figure 26 shows such ... used as Event notifier. See 10000-3 for the formal definition of these Reference Types . Figure 26 - Typical HasNotifier Hierarchy
OPC-10000-16 – OPC Unified Architecture - Part 16: State Machines

4.4.1 Overview

Overview The types defined in this specification are illustrated in Figure 3 . The MyFiniteStateMachineType is a minimal example which illustrates how these Types can be used to describe a StateMachine
OPC-10000-83 – OPC Unified Architecture - Part 83: UAFX OfflineEngineering

A.9 Instance mapping

instance tree as specified in the NodeSet files, minus the standard OPC UA Types folder since the equivalent type objects are contained in the AutomationML Libraries. Engineering tools may organize
OPC-10000-100 – OPC Unified Architecture - Part 100: Devices

9.2.1 General pattern

configurable Object shall contain a folder called SupportedTypes that references the list of Types available for configuring components using Organizes References . Sub-folders can be used for further structuring ... instance of each Type can be configured. In this case the list of supported Types will shrink with each configured component
OPC-10000-210 – OPC Unified Architecture - Part 210: Relative Spatial Location

E.1 Example of subtyping SpatialLocationType using the RSL concept

CartesianFrameAngleOrientationType uses it and describes Orientation with Quaternion. Or for representations without orientation only Types which provide a Position (e.g. the CylindricalCoordinatesFrameType or the PolarCoordinatesFrameType ). Figure 25 - Examples of subtypes
OPC-30050 – OPC UA for PackML - Common Object Model: PackML

4.3.4.1 Concepts

NodeIds . This eliminates the need for manual reconfiguration of systems if a Client uses Types that multiple devices implement. OPC UA also supports the concept of sub typing. This allows ... Figure 7 - The OPC UA Information Model Notation A complete description of the different types of Nodes and References can be found in OPC 10000-3 and the base
OPC-30142 – OPC UA for PROFINET Remote IO

8.1 RioChannelDiagnosisAlarmType

Condition . In contrast to EventTypes derived from 0:BaseEventType , Alarm and Condition Types offer an Alarm state machine model enabling the implementation of an Alarm timeline
OPC-40083 – OPC UA for Plastics and Rubber Machinery - General Type Definitions

6.1 NodeIds

NodeIds The NodeIds of the Types defined in this specification are mandatory and fixed in the provided XML-file. This applies only to the Types themselves
OPC-40083 – OPC UA for Plastics and Rubber Machinery - General Type Definitions

19.14 MouldCycleParametersType

MouldCycleParameters_1 Example1MouldCycle ParametersType M 0:HasComponent Object MouldCycleParameters_2 Example2MouldCycle ParametersType M The Types Example1MouldCycleParametersType and Example2MouldCycleParametersType used in the example are subtypes of the MouldCycleParametersType which is formally
OPC-40084-1 – OPC UA interfaces for plastics and rubber machinery - Extrusion - Part 1: General Type Definitions

6.1 ExtrusionDeviceType Definition

whole). This ObjectType is abstract, the different components of an extrusion line use derived Types with the necessary specific extensions. Figure 3 - ExtrusionDeviceType Overview Table 1 - ExtrusionDeviceType Definition Attribute Value