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

26 result(s) for Operational

OPC-10000-14 – OPC Unified Architecture - Part 14: PubSub

6.2.1 PubSubState state machine

currently paused by a parent component. The parent component is either Disabled or Paused . Operational 2 The PubSub component is operational. Error 3 The PubSub component is in an error ... enabled but currently in the process to execute the steps necessary to enter the Operational state. Figure 22 depicts the PubSub components that have a PubSub state and their parent
OPC-10000-14 – OPC Unified Architecture - Part 14: PubSub

6.2.9.6 MessageReceiveTimeout

between two DataSetMessages . The time starts when the state of the DataSetReader changes to Operational . If there is no new DataSetMessage received within this period, the DataSetReader State shall
OPC-10000-14 – OPC Unified Architecture - Part 14: PubSub

6.2.10.2.3 FieldTargetDataType

define the override value handling behaviour if the State of the DataSetReader is not Operational or if the corresponding field in the DataSet contains a Bad StatusCode . The handling ... OverrideValueHandling is set to OverrideValue and the State of the DataSetReader is not Operational or if the corresponding field in the DataSet contains a Bad StatusCode . The handling
OPC-10000-14 – OPC Unified Architecture - Part 14: PubSub

7.2.4.6.7 Status

offline. If IsCyclic is set to TRUE the Publisher only reports while they are Operational . The NextReportTime indicates when the Publisher will send an update. If the Subscriber does
OPC-10000-14 – OPC Unified Architecture - Part 14: PubSub

7.2.5.5.5 Status

Timestamp . If IsCyclic is set to TRUE the Publisher only reports when it is Operational . The NextReportTime indicates when the Publisher is expected to send an update. If the Subscriber
OPC-10000-14 – OPC Unified Architecture - Part 14: PubSub

9.1.2 Configuration behaviours

Disabled and to apply the new configuration settings when the Status is changed to Operational . Therefore write operations to configuration parameters should be rejected with Bad_InvalidState if the Status
OPC-10000-14 – OPC Unified Architecture - Part 14: PubSub

9.1.11.2 PubSubDiagnosticsType

defined in 6.2.1 changed to Error state StateOperationalByMethod Mandatory Basic Information State changed to Operational state triggered by Enable Method call. StateOperationalByParent Mandatory Basic Information State changed to Operational state ... triggered by an operational parent StateOperationalFromError Mandatory Basic Information State changed from Error to Operational . StatePausedByParent Mandatory Basic Information State changed to Paused state triggered by a paused or disabled
OPC-10000-81 – OPC Unified Architecture - Part 81: UAFX Connecting Devices and Information Model

6.4.2 FunctionalEntityType definition

FunctionalGroupType O 0:HasComponent Object 5:Diagnostics 5:FunctionalGroupType O 0:HasComponent Object 5:Operational 5:FunctionalGroupType O 3:HasSubFunctionalEntity Object 3:<SubFunctionalEntity> 3:FunctionalEntityType OP ConformanceUnits UAFX ... ControlGroupType that this Folder contains, see 6.5 . The optional OperationalHealth indicates the operational health of the FunctionalEntity . It aggregates the health of its SubFunctionalEntities and the health of ConnectionEndpoints
OPC-10000-81 – OPC Unified Architecture - Part 81: UAFX Connecting Devices and Information Model

6.6.2 ConnectionEndpointType definition

clean-up shall occur. The time delay period starts following a status change from Operational to any other Status . The time delay is reset to its original value when ... Status changes back to Operational . If the time delay expires, this Connection shall be closed as if the CloseConnections Method was called with Remove set to TRUE
OPC-30500-1 – OPC UA for Laboratory & Analytical Device Standard (LADS) - Part 1: Basics

7.1.4 FunctionalUnitType ObjectType Definition

HasComponent Object SupportedPropertiesSet SupportedPropertiesSetType O 0:HasComponent Object FunctionSet FunctionSetType O 0:HasComponent Object Operational 1:FunctionalGroupType O 0:HasInterface ObjectType 2:ITagNameplateType Implements the 2:ITagNameplateType 0:HasProperty Variable ... results of the FunctionalUnit . FunctionalUnitState the StateMachine that is used for this FunctionalUnit . Operational Functional Group that organizes Properties and Methods for this FunctionalUnit . SupportedPropertiesSet provides references to variables
OPC-30500-1 – OPC UA for Laboratory & Analytical Device Standard (LADS) - Part 1: Basics

7.5.2 AnalogSensorFunctionType ObjectType Definition

Double[] BaseDataVariableType O 0:HasProperty Variable Damping Double 0:PropertyType O 0:HasComponent Object Operational 1:FunctionalGroupType M 0:HasComponent Object Tuning 1:FunctionalGroupType O Conformance Units LADS AnalogSensorFunctionType AlarmMonitor ... process value. Damping is a low-pass filter parameter used for signal damping. Operational is used to organize parameters for operation of this Function . Tuning is used to organize parameters
OPC-30500-1 – OPC UA for Laboratory & Analytical Device Standard (LADS) - Part 1: Basics

7.5.6 DiscreteSensorFunctionType ObjectType Definition

BaseSensorFunctionType defined in 7.5.1 0:HasComponent Variable SensorValue BaseDataType DiscreteItemType M 0:HasComponent Object Operational 1:FunctionalGroupType M Conformance Units LADS DiscreteSensorFunctionType SensorValue is a discrete process value. Operational
OPC-30500-1 – OPC UA for Laboratory & Analytical Device Standard (LADS) - Part 1: Basics

7.6.1 BaseControlFunctionType ObjectType Definition

Object AlarmMonitor 0:ExclusiveDeviationAlarmType O 0:HasComponent Object ControllerTuningParameter ControllerTuningParameterType O 0:HasComponent Object Operational 1:FunctionalGroupType M 0:HasComponent Object ControlFunctionState ControlFunctionStateMachineType M Conformance Units LADS BaseControlFunctionType AlarmMonitor indicates ... information on the Controller configuration. For example, the K factor of a PID control. Operational is a FunctionalGroup that shall organize the CurrentState property of the ControlFunctionState StateMachine
OPC-40020-1 – OPC UA for Cranes and Hoists - Part 1: Base Model Motion Devices System

7.1 CraneMotionDeviceSystemType ObjectType Definition

MachineIdentificationType M 0:HasAddIn Object 4:Components 4:MachineComponentsType O 0:HasComponent Object 2:Operational 2:FunctionalGroupType O 0:HasComponent Object 2:Configuration 2:FunctionalGroupType O Conformance Units Cranes Base ... CraneMotionDeviceSystemType. variables are also referenced by an Organizes from either Configuration or Operational FunctionalGroup. ProtectiveFunctions is a Folder for both hardware and software functions designed to affect motion
OPC-40020-1 – OPC UA for Cranes and Hoists - Part 1: Base Model Motion Devices System

7.2.1 Overview

MachineIdentificationType M 0:HasAddIn Object 4:Components 4:MachineComponentsType O 0:HasComponent Object 2:Operational 2:FunctionalGroupType O 0:HasProperty Variable CraneMotionDeviceCategory CraneMotionDeviceCategoryEnum 0:PropertyType M, RO 0:HasPhysicalComponent Object ... CraneMotionDeviceIdentifier> CraneMotionDeviceType OP Conformance Units Cranes Base Info CraneMotionDeviceType The Operational FunctionalGroup contains variables which represent the current state of the crane component (motion device). This is read-only
OPC-40100-1 – OPC UA for Machine Vision - Part 1: Control, configuration management, recipe management, result management

8.2.1 Introduction

level behavior of the vision system. It is formally defined in Table 81 . The Operational state has a mandatory SubStateMachine for the "Automatic" mode of operation
OPC-40100-1 – OPC UA for Machine Vision - Part 1: Control, configuration management, recipe management, result management

8.2.2.1 Basic operation

system and marked as active. From there, it can be put into Operational state either automatically, due to internal initialization processes or by a SelectMode method call. The VisionStateMachineType provides ... offer additional SubStateMachines and thus additional SelectMode method calls. The system stays in Operational mode, doing its job, until it is either resetted, halted or an error occurs which suspends
OPC-40100-1 – OPC UA for Machine Vision - Part 1: Control, configuration management, recipe management, result management

8.2.2.4 Error handling

normal productive operation. By an internal decision of the system to transition into the Operational state. As this state constitutes normal productive operation, this transition is only allowed ... triggered in this case. In the last case, the automatic transition into the Operational state due to the resolving of the error condition(s), the system will actually go into
OPC-40100-1 – OPC UA for Machine Vision - Part 1: Control, configuration management, recipe management, result management

8.2.6.1 Introduction

TransitionType -- ToTransition ErrorToHalted TransitionType -- ToTransition ErrorToHaltedAuto TransitionType -- ToTransition ErrorToOperationalAuto TransitionType -- HasSubStateMachine ErrorStepModel VisionStepModelState MachineType -- Operational HasProperty StateNumber 4 PropertyType -- FromTransition PreoperationalToOperational TransitionType -- FromTransition PreoperationalToOperationalAuto TransitionType -- FromTransition ErrorToOperationalAuto TransitionType -- ToTransition OperationalToPreoperational ... after a Reset method call. From here the system has to be brought into Operational state by selecting a mode of operation. Alternatively it can be halted. Halted This state
OPC-40100-1 – OPC UA for Machine Vision - Part 1: Control, configuration management, recipe management, result management

8.2.6.2 Preoperational State

SelectModeAutomatic method for sub-state Initialized of the Automatic mode SubStateMachine of state Operational . (see 8.3 for the description of the Automatic mode SubStateMachine and see 8.3.9 for implementation remarks ... operation) or other SelectMode methods for other, vendor-specific, sub state machines of the Operational state. This state can be a composite state with an optional VisionStepModelStateMachineType SubStateMachine
OPC-40100-1 – OPC UA for Machine Vision - Part 1: Control, configuration management, recipe management, result management

8.2.6.5 Operational State

Operational State State Operational is a composite state with a mandatory VisionAutomaticModeStateMachineType SubStateMachine. In this state, the system is characterized by the following properties: The system has been initialized ... another state machine added by the vendor as an additional SubStateMachine of state Operational
OPC-40100-1 – OPC UA for Machine Vision - Part 1: Control, configuration management, recipe management, result management

8.2.8.3 SelectModeAutomatic method

SelectModeAutomatic method This method commands the system to enter the mandatory AutomaticModeStateMachine attached to Operational state, or, more precisely, the Initialized state of that SubStateMachine. Signature SelectModeAutomatic ([out] Int32 error
OPC-40100-1 – OPC UA for Machine Vision - Part 1: Control, configuration management, recipe management, result management

8.3.1 Introduction

specifying a system to be easily integrated into automated production and inspection systems. The Operational state of the VisionStateMachineType has a mandatory SubStateMachine of the VisionAutomaticModeStateMachineType , indicating that this mode
OPC-40100-1 – OPC UA for Machine Vision - Part 1: Control, configuration management, recipe management, result management

8.3.2.5 Entering the "AutomaticMode" state machine

AutomaticMode" state machine As described in Section 8.1.2.1 the VisionAutomaticMode SubStateMachine of the Operational state can be entered in two different ways: From the Preoperational state of the parent ... VisionAutomaticModeStateMachine . In these cases, the parent state machine transitions into the parent state Operational implicitly. From the Error state of the parent state machine through an automatic transition into
OPC-40100-1 – OPC UA for Machine Vision - Part 1: Control, configuration management, recipe management, result management

8.3.5.2 Initialized State

first state entered in the VisionAutomaticModeStateMachine when the superior VisionStateMachine enters the Operational state either by an automatic transition from Preoperational or by a SelectModeAutomatic method call. If an error
OPC-40100-1 – OPC UA for Machine Vision - Part 1: Control, configuration management, recipe management, result management

8.3.9 Adding an operation mode

SubType of VisionStateMachineType which binds an instance of VendorModeStateMachineType as SubStateMachine to the Operational state of this SubType. defines a SelectModeVendor method to trigger a transition into a desired starting ... additional HasCause to the method-triggered transition from the Preoperational state to the Operational state, i.e., T141 in Table 84 (according to OPC 10000-5 B.4.18, adding causes