http://opcfoundation.org/UA/DI/ http://opcfoundation.org/UA/AMB/ http://opcfoundation.org/UA/Machinery/ http://opcfoundation.org/UA/LADS/ i=1 i=5 i=6 i=7 i=11 i=13 i=12 i=15 i=17 i=21 i=19 i=26 i=47 i=46 i=35 i=45 i=40 i=37 i=38 i=39 i=53 i=52 i=51 i=54 i=9004 i=17604 i=17603 i=256 i=291 i=41 i=290 i=294 i=296 i=887 i=3065 i=7594 i=117 ns=1;i=6244 ns=2;i=3003 ns=2;i=3004 ns=4;i=3002 ns=4;i=3003 KeyValueType A key-value pair similar to 0:KeyValuePair which uses 0:String instead of 0:Qualifiedname for easu of use. LADS KeyValueType https://reference.opcfoundation.org/LADS/v100/docs/8.1 i=22 ns=4;i=5056 ns=4;i=5057 ns=4;i=5045 Unique key to identify a value. The value associated with the key. SampleInfoType This DataType contains metadata for a sample, specifically data on the identification and location of the sample in a container. LADS SampleInfoType https://reference.opcfoundation.org/LADS/v100/docs/8.2 i=22 ns=4;i=5043 ns=4;i=5044 ns=4;i=5042 Identifier of the container the sample is in. Identifier of the sample. Vendor-specific description of the position of the sample in the container. Custom data field for vendor-specific data. ActiveProgramType The ActiveProgramType specifies the current state of operation of a FunctionalUnit. It provides context and information about the currently active program on the device. This allows users to follow the progress of a program run in a standardized fashion by organising steps into a flat, linear sequence. LADS ActiveProgramType https://reference.opcfoundation.org/LADS/v100/docs/7.2.4 i=58 CurrentPauseTime CurrentPauseTime is the current pause-time of the program- run. The CurrentPauseTime is set to 0 at the start of the program and is counted upwards when the program run is in a Paused state. The Paused state is an aggregation of the Suspended state and the Held State. ns=4;i=1040 i=68 i=80 CurrentRuntime CurrentRuntime is the current run-time of the program -run. The CurrentRunTime is set to 0 at the start of the program and is counted upwards as long as the program run is not in a Paused state. The Paused state is an aggregation of the Suspended state and the Held state. ns=4;i=1040 i=68 i=80 CurrentStepName CurrentStepName is the name of the current step. ns=4;i=1040 i=68 i=80 CurrentStepNumber CurrentStepNumber is the number/index of the current step (incremented whenever the next step is entered). The CurrentStepNumber starts with 1. ns=4;i=1040 i=68 i=80 CurrentStepRuntime CurrentStepRuntime is the runtime of the current step. The CurrentStepRunTime is set to 0 at the start of the current step and is counted upwards as long as the program run is not in Paused state. The Paused state is an aggregation of the Suspended state and the Held State. ns=4;i=1040 i=68 i=80 EstimatedRuntime EstimatedRuntime is the estimated run-time of the current program run. If the runtime cannot be estimated, the StatusCode BadNoData should be sent. ns=4;i=1040 i=68 i=80 EstimatedStepNumbers EstimatedStepNumbers are the estimated total number of steps of the current program run. If the total number cannot be estimated, the StatusCode BadNoData should be sent. ns=4;i=1040 i=68 i=80 EstimatedStepRuntime EstimatedStepRuntime is the estimated run-time of the current program-step. If the run-time cannot estimate, the StatusCode BadNoData should sent. ns=4;i=1040 i=68 i=80 LADSComponentsType The LADSComponentsType is a type used for structuring objects of type LADSComponentsType in an unordered list structure. LADS LADSComponentsType https://reference.opcfoundation.org/LADS/v100/docs/7.1.8 ns=3;i=1006 i=2133 NodeVersion NodeVersion and the GeneralModelChangeEventType are mechanisms to notify clients that the content of the set has changed and shall be used as defined in OPC 10000-3. ns=4;i=61 i=68 i=80 NaN LADSOperationCountersType ns=3;i=1009 ns=1;i=480 FunctionalUnitSetType The FunctionalUnitSetType provides a set of a FunctionalUnit objects. LADS FunctionalUnitSetType https://reference.opcfoundation.org/LADS/v100/docs/7.3.5 ns=4;i=61 FunctionSetType The FunctionSetType is used for organising FunctionType objects in an unordered list structure. LADS ControllerParameterSetType https://reference.opcfoundation.org/LADS/v100/docs/7.3.7 ns=4;i=61 ProgramTemplateSetType The ProgramTemplateSetType is used for organising ProgramTemplateType objects in an unordered list structure. LADS ProgramTemplateSetType https://reference.opcfoundation.org/LADS/v100/docs/7.3.8 ns=4;i=61 ProgramTemplateType The ProgramTemplateType provides a program template. LADS ProgramTemplateType https://reference.opcfoundation.org/LADS/v100/docs/7.2.5 i=58 Author Author is the user who created the template. ns=4;i=1018 i=78 i=68 Created Created is the time of the template’s creation. ns=4;i=1018 i=78 i=68 Description Description is a human-readable description of the template. ns=4;i=1018 i=78 i=68 Modified Modified is the time of last modification. ns=4;i=1018 i=78 i=68 DeviceTemplateId DeviceTemplateId is the program template's identifier unique within the scope of the device. ns=4;i=1018 i=78 i=68 Version Version is the version of the template (the format is at the user’s discretion). ns=4;i=1018 i=78 i=68 SupportedPropertiesSetType The SupportedPropertiesSetType provides a set of properties which are supported as members of a properties list Argument for Method calls such as, FunctionalUnit.StartFunctions() or ActiveProgram.Start(). LADS SupportedPropertiesSetType https://reference.opcfoundation.org/LADS/v100/docs/7.3.2 ns=4;i=61 SupportedPropertyType The SupportedPropertyType provides alias names and links to variables within the information model, typically target values or parameters of Functions. This makes it possible to specify a list of KeyValuePairs as an input object. The SupportedPropertyType is used in the SupportedPropertiesSet of the FunctionalUnit or ActiveProgram. The name of each Property object is used as a key in the KeyValuePair list input Argument of the Start()/StartFunctions() Method. Each Property object should contain an Organizes Reference to the target variable to which it belongs. Thus, the metadata of the target variable can be introspected online. The name of the Property object is typically an alias for a variable in the Device. LADS SupportedPropertyType https://reference.opcfoundation.org/LADS/v100/docs/7.2.6 i=58 ResultFileSetType The ResultFileSetType is used for organising ResultFileType objects in an unordered list structure. LADS ResultFileSetType https://reference.opcfoundation.org/LADS/v100/docs/7.3.4 ns=4;i=61 ResultFileType ResultFile provides a description of a file that is part of a result of a program managers run. LADS ResultFileType https://reference.opcfoundation.org/LADS/v100/docs/7.2.3 i=58 MimeType MimeType is the MIME type of the file. ns=4;i=1001 i=78 i=68 Name Name is the name that describes the file. The name may be different from the filename on the filesystem. ns=4;i=1001 i=78 i=68 URL URL is an URL from which the file can be downloaded. ns=4;i=1001 i=80 i=68 ResultSetType The ResultSetType is used for organising ResultType objects in an unordered list structure. LADS ResultSetType https://reference.opcfoundation.org/LADS/v100/docs/7.3.3 ns=4;i=61 ResultType The ResultType provides the results of a specific program run. LADS ResultType https://reference.opcfoundation.org/LADS/v100/docs/7.2.2 i=58 ApplicationUri ApplicationUri provides information about the remote client that initiated the program run generating the result. It must align with the ApplicationUri in the ApplicationDescription (refer to OPC 10000-4 section 7.1) of a Session (refer to OPC 10000-4 section 5.6.2). In instances where the program was initiated locally and cannot be attributed to an OPC UA Client, the ApplicationUri of the Server should be utilized. ns=4;i=1021 i=78 i=68 Description Description is the human-readable description of the specific program run that created this result and the result itself. ns=4;i=1021 i=78 i=68 FileSet The ResultFileSetType is used for organising ResultFileType objects in an unordered list structure. ns=4;i=1021 ns=4;i=1022 i=78 SupervisoryJobId SupervisoryJobId is the identifier for the execution of a specific workflow consisting of one or multiple tasks. It is provided as an Argument of the StartProgram() Method which initiates the program run. ns=4;i=1021 i=68 i=78 Samples Samples is a list of sample-specific information with SampleInfoType provided when calling the StartProgram() Method, which can be utilized when performing the program run and provided in the ResultType object for documentation and traceability purposes. ns=4;i=1021 i=78 i=68 Started Started is the timestamp of when the program was started. ns=4;i=1021 i=78 i=68 Stopped Stopped is the timestamp of when the program was stopped. ns=4;i=1021 i=78 i=68 ProgramTemplate ProgramTemplate is an immutable copy of the Program Template attributes with which the result was generated and is provided for documentation and traceability purposes. This copy will not change even if the original is changed. ns=4;i=1021 ns=4;i=1018 i=78 User User provides information about the remote client user that initiated the program run generating the result. User must be a human-readable value, based on the UserIdentityToken (refer to OPC 10000-4 section 7.36). In instances where the program was initiated locally and cannot be attributed to an OPC UA Client, the local user of the Server should be utilized. ns=4;i=1021 i=78 i=68 VariableSet The VariableSetType is used for storing additional sample data that was created during a run. ns=4;i=1021 i=78 ns=4;i=1041 CoverStateMachineType he CoverStateMachineType is used to control the lid, door, or cover of a laboratory device. One Device may have any arbitrary number of lids, doors, covers and their corresponding CoverFunction. LADS CoverStateMachineType https://reference.opcfoundation.org/LADS/v100/docs/7.7.2/#7.7.2.1 i=2771 Close https://reference.opcfoundation.org/LADS/v100/docs/7.7.2/#7.7.2.2 ns=4;i=1010 i=80 Closed Closed is the state of the cover when it is closed. ns=4;i=1010 i=2307 StateNumber ns=4;i=5028 i=78 i=68 1 Error Error is the state of the cover when it is in an error state. For example, if the locking did not work properly or there is some kind of malfunction on locking/closing the Device cover. ns=4;i=1010 i=2307 StateNumber ns=4;i=5050 i=78 i=68 2 Lock https://reference.opcfoundation.org/LADS/v100/docs/7.7.2/#7.7.2.3 ns=4;i=1010 i=80 Locked Locked is the state of the cover when it is closed and locked. ns=4;i=1010 i=2307 StateNumber ns=4;i=5049 i=78 i=68 3 Open https://reference.opcfoundation.org/LADS/v100/docs/7.7.2/#7.7.2.4 ns=4;i=1010 i=80 Opened Opened is the state of the cover when it is opened. ns=4;i=1010 i=2307 StateNumber ns=4;i=5025 i=78 i=68 4 Unlock https://reference.opcfoundation.org/LADS/v100/docs/7.7.2/#7.7.2.6 ns=4;i=1010 i=80 LADSDeviceStateMachineType The LADSDeviceStateMachineType state machine represents the Device’s operation mode. It is inspired by the AnalyserDeviceStateMachineType from the Analyzer Devices Specification. LADS LADSDeviceStateMachineType https://reference.opcfoundation.org/LADS/v100/docs/7.1.2/#7.1.2.1 i=2771 GotoOperate https://reference.opcfoundation.org/LADS/v100/docs/7.1.2/#7.1.2.2 ns=4;i=1039 i=80 GotoShutdown https://reference.opcfoundation.org/LADS/v100/docs/7.1.2/#7.1.2.3 ns=4;i=1039 i=80 GotoSleep https://reference.opcfoundation.org/LADS/v100/docs/7.1.2/#7.1.2.4 ns=4;i=1039 i=80 Operate The Device is in Operating mode. The LADS Client uses this mode for normal operation: configuration, control and data collection. ns=4;i=1039 i=2307 StateNumber ns=4;i=5178 i=78 i=68 2 OperateToShutdown ns=4;i=1039 ns=4;i=5180 i=2310 ns=4;i=7031 ns=4;i=5178 i=2311 TransitionNumber ns=4;i=5184 i=78 i=68 4 OperateToSleep ns=4;i=1039 ns=4;i=5259 i=2310 ns=4;i=7032 ns=4;i=5178 i=2311 TransitionNumber ns=4;i=5260 i=78 i=68 2 Initialization The Device is in its initializing sequence and cannot perform any other task. ns=4;i=1039 i=2309 StateNumber ns=4;i=5177 i=78 i=68 1 InitializationToOperate ns=4;i=1039 i=2310 ns=4;i=5177 ns=4;i=5178 i=2311 TransitionNumber ns=4;i=5181 i=78 i=68 1 Shutdown The Device is in its power-down sequence and cannot perform any other Task. ns=4;i=1039 i=2307 StateNumber ns=4;i=5180 i=78 i=68 4 Sleep The Device is still powered on and its OPC UA Server is still running, but it is not ready to perform any Tasks until it transitions to the Operate state. This state can be used to represent a PowerSave state where a Device may shut down some of its Components, such as the GUI. ns=4;i=1039 i=2307 StateNumber ns=4;i=5259 i=78 i=68 3 FunctionalStateMachineType LADS FunctionalStateMachineType https://reference.opcfoundation.org/LADS/v100/docs/7.1.5/#7.1.5.1 i=2771 Abort https://reference.opcfoundation.org/LADS/v100/docs/7.1.5/#7.1.5.2 ns=4;i=1038 i=80 Aborted Aborted maintains unit/device status information relevant to the Abort condition. The unit/device can only exit the Aborted state after an explicit Clear command subsequent to intervention to correct and reset the detected unit/device faults. ns=4;i=1038 i=2307 StateNumber ns=4;i=5160 i=78 i=68 1 AbortedToClearing ns=4;i=1038 ns=4;i=5143 ns=4;i=7079 i=2311 i=2310 ns=4;i=5160 TransitionNumber ns=4;i=5165 i=78 i=68 1 Aborting The Aborting state can be entered at any time in response to the Abort command or in the event of a unit/device fault. The aborting logic will bring the unit/device to a rapid safe stop. ns=4;i=1038 i=2307 StateNumber ns=4;i=5159 i=78 i=68 2 AbortingToAborted ns=4;i=1038 i=2310 ns=4;i=5160 ns=4;i=5159 i=2311 TransitionNumber ns=4;i=5126 i=78 i=68 2 AvailableStates Set of states supported by the implementation. ns=4;i=1038 i=63 i=78 AvailableTransitions Set of transitions supported by the implementation. ns=4;i=1038 i=63 i=78 Clear https://reference.opcfoundation.org/LADS/v100/docs/7.1.5/#7.1.5.3 ns=4;i=1038 i=80 Clearing Clearing is initiated by a state command to clear faults that may have occurred when Aborting that are present in the Aborted state. ns=4;i=1038 i=2307 StateNumber ns=4;i=5143 i=78 i=68 3 RunningStateMachineType The RunningStateMachineType is a sub-state machine of the FunctionalStateMachine and includes detailed substates. LADS RunningStateMachineType https://reference.opcfoundation.org/LADS/v100/docs/7.1.6/#7.1.6.1 i=2771 Complete Complete indicates that the process associated with the active protocol has come to its defined end. The unit/device will wait in this state until a Reset command is issued (in which case it will transition to Resetting), or until the unit/device is Stopped or Aborted. ns=4;i=1036 i=2307 StateNumber ns=4;i=5128 i=78 i=68 1 Completing Completing: Once the process associated with the current mode has reached a defined threshold (e.g., the required number of samples for the current job have been analysed or the cultivation/fermentation process has reached is final stage in terms of cell count, product yield, cell viability, etc.), the unit/device transitions from Execute to Completing. All steps necessary to shut down the current process are carried out in this state. The unit/device then transitions automatically to the Complete state. ns=4;i=1036 i=2307 StateNumber ns=4;i=5127 i=78 i=68 2 Execute In state Execute the unit/device is actively carrying out the behaviour or activity defined by the selected protocol and its associated processing mode. Examples of a unit/device in processing mode include when the unit/device is performing an analytical run, cultivation/fermentation in the case of a bioreactor, or another defined unit of operation provided by the instrument (e.g., separation in the case of a centrifuge). ns=4;i=1036 i=2307 StateNumber ns=4;i=5168 i=78 i=68 3 Held In state Held the unit/device is paused, waiting for internal process conditions to clear. In this state, the unit/device shall not continue processing, although it may dry cycle if required (e.g., maintaining process conditions critical for the preservation of the samples or culture). A transition to Unholding will occur once internal unit/device conditions have cleared, or if the Unhold command is initiated by an operator. ns=4;i=1036 i=2307 StateNumber ns=4;i=5124 i=78 i=68 4 Hold https://reference.opcfoundation.org/LADS/v100/docs/7.1.6/#7.1.6.2 ns=4;i=1036 i=80 Holding In state Holding the unit/device will transition from Execute to Holding if conditions internal to the unit/device require a pause in processing. Examples of such conditions include low levels of materials required for processing (e.g., consumables, reagents, buffers, etc.) or other minor issues requiring operator service. After all steps required to hold the unit/device have been completed, the unit/device will transition automatically to the Held state. ns=4;i=1036 i=2307 StateNumber ns=4;i=5123 i=78 i=68 5 Idle In state Idle the unit/device is in an error-free state, waiting to start. The unit/device transitions automatically to Idle after all steps necessary for Resetting have been completed. All conditions achieved during Resetting are maintained. A Start command will transition the unit/device from Idle to Starting. ns=4;i=1036 i=2307 StateNumber ns=4;i=5120 i=78 i=68 6 Reset https://reference.opcfoundation.org/LADS/v100/docs/7.7.2/#7.7.2.5 ns=4;i=1036 i=80 Resetting Resetting: In response to a Reset command, the unit/device will transition to Resetting from either Stopped or Complete. In this state the unit/device attempts to clear any standing errors or stop causes. If successful, the unit/device transitions to Idle. No hazardous motion should occur while in this state. ns=4;i=1036 i=2307 StateNumber ns=4;i=5119 i=78 i=68 7 Starting In state Starting the unit/device completes all steps necessary to begin execution of the active protocol. Typical steps during this state include but are not limited to inspecting system setup (checking sufficient supplies of resources and consumables), priming of fluids, homing of handling systems, or equilibration of process conditions. A Start command will cause the unit/device to transition from Idle to Starting. The unit/device will transition automatically from Starting to Execute once all required steps have been completed. ns=4;i=1036 i=2307 StateNumber ns=4;i=5117 i=78 i=68 8 Suspend https://reference.opcfoundation.org/LADS/v100/docs/7.1.6/#7.1.6.4 ns=4;i=1036 i=80 Suspended In state Suspended the unit/device is paused, waiting for external process conditions to clear. In this state, the unit/device shall not continue processing, but may dry cycle if required (e.g., maintaining process conditions critical for the preservation of the samples or culture, including but not limited to temperature, oxygen or pH levels, etc.). Once external conditions have returned to normal, the unit/device will transition to Unsuspending, with or without operator intervention. ns=4;i=1036 i=2307 StateNumber ns=4;i=5121 i=78 i=68 9 Suspending The unit/device will transition from Execute to Suspending if conditions external to the unit/device require a pause in processing. Such conditions include faults to upstream or downstream equipment. The decision to Suspend may be made by a human operator supervising the process, an automated supervisory system monitoring the conditions of the overall process line/workflow, or by unit/device Sensors detecting downstream blockages or upstream scarcity of samples, etc. ns=4;i=1036 i=2307 StateNumber ns=4;i=5118 i=78 i=68 10 ToComplete https://reference.opcfoundation.org/LADS/v100/docs/7.1.6/#7.1.6.5 ns=4;i=1036 i=80 Unhold https://reference.opcfoundation.org/LADS/v100/docs/7.1.6/#7.1.6.6 ns=4;i=1036 i=80 Unholding Unholding: After all internal process conditions that caused the unit/device to hold have cleared, the unit/device completes all steps required to resume execution of the active protocol. Once all required actions to unhold the unit/device have been completed, the unit/device will transition automatically to the Execute state. ns=4;i=1036 i=2307 StateNumber ns=4;i=5125 i=78 i=68 11 Unsuspend https://reference.opcfoundation.org/LADS/v100/docs/7.1.6/#7.1.6.7 ns=4;i=1036 i=80 Unsuspending Unsuspending: After all external process conditions that caused the unit/device to suspend have cleared, the unit/device completes all steps required to resume execution of the active protocol. ns=4;i=1036 i=2307 StateNumber ns=4;i=5122 i=78 i=68 12 MaintenanceSetType The MaintenanceSetType is a set containing all maintenance tasks for a Device or Component according to the recommendations in OPC UA 10000-110. LADS MaintenanceSetType https://reference.opcfoundation.org/LADS/v100/docs/7.3.10 ns=4;i=61 i=2133 MaintenanceTaskType The MaintenanceTaskType shall be used to implement instances of maintenance tasks applicable at both the Device and Component levels. Maintenance tasks include activities such as periodic maintenance, cleaning, calibration, and validation. LADS MaintenanceTaskType https://reference.opcfoundation.org/LADS/v100/docs/7.1.10/#7.1.10.1 ns=1;i=15739 ns=2;i=1012 StartTask https://reference.opcfoundation.org/LADS/v100/docs/7.1.10/#7.1.10.3 ns=4;i=1028 i=80 LastExecutionDate LastExecutionDate is the date when the Task was last performed. Optional, as the Task may have never run before. ns=4;i=1028 i=80 i=68 RecurrencePeriod RecurrencePeriod is the period of repetition of the Task, specified in milliseconds. Optional, as not all Tasks have a recurrence period. ns=4;i=1028 i=80 i=68 LADSDeviceType The LADSDeviceType provides a base class for laboratory- and analytical devices. LADS LADSDeviceType https://reference.opcfoundation.org/LADS/v100/docs/7.1.1 ns=1;i=1002 Components Components is used for structuring objects of type LADSComponentsType in an unordered list structure. ns=4;i=1002 ns=4;i=5063 i=80 ns=4;i=1025 FunctionalUnitSet The FunctionalUnitSetType provides a set of a FunctionalUnit objects. ns=4;i=1002 ns=4;i=1023 i=78 NodeVersion NodeVersion and the GeneralModelChangeEventType are mechanisms to notify clients that the content of the set has changed and shall be used as defined in OPC 10000-3. ns=4;i=5002 i=78 i=68 Identification Identification provides properties to identify a device or component. ns=4;i=1002 ns=4;i=5063 i=78 ns=3;i=1012 CurrentState ns=4;i=5191 i=2760 i=78 Id ns=4;i=6600 i=78 i=68 GotoOperate https://reference.opcfoundation.org/LADS/v100/docs/7.1.2/#7.1.2.2 ns=4;i=5191 i=80 GotoShutdown https://reference.opcfoundation.org/LADS/v100/docs/7.1.2/#7.1.2.3 ns=4;i=5191 i=80 GotoSleep https://reference.opcfoundation.org/LADS/v100/docs/7.1.2/#7.1.2.4 ns=4;i=5191 i=80 DeviceState DeviceState represents the Device’s state of operation. It is inspired by the AnalyserDeviceStateMachineType from the Analyzer Devices Specification. ns=4;i=1002 ns=4;i=1039 i=78 Maintenance The MaintenanceSetType is a set containing all maintenance tasks for a Device or Component according to the recommendations in OPC UA 10000-110. ns=4;i=1002 i=80 ns=4;i=1027 NodeVersion NodeVersion and the GeneralModelChangeEventType are mechanisms to notify clients that the content of the set has changed and shall be used as defined in OPC 10000-3. ns=4;i=5092 i=78 i=68 NaN LADSComponentType Devices may be composed of tangible sub-components. A component is represented by the LADSComponentType. A component itself may also have sub-components. LADS LADSComponentType https://reference.opcfoundation.org/LADS/v100/docs/7.1.3 ns=1;i=15063 ns=1;i=15051 DeviceHealth DeviceHealth indicates the health status of a device as defined by NAMUR Recommendation NE 107. ns=4;i=1024 i=63 i=80 DeviceHealthAlarms DeviceHealthAlarms groups all instances of device health related alarms. ns=4;i=1024 i=61 i=80 Identification Identification provides properties to identify a device or component. ns=4;i=1024 ns=3;i=1005 i=78 Maintenance The MaintenanceSetType is a set containing all maintenance tasks for a Device or Component according to the recommendations in OPC UA 10000-110. ns=4;i=1024 ns=4;i=1027 i=80 NodeVersion NodeVersion and the GeneralModelChangeEventType are mechanisms to notify clients that the content of the set has changed and shall be used as defined in OPC 10000-3. ns=4;i=5106 i=78 i=68 NaN FunctionalUnitType The FunctionalUnitType represents a functional unit of a laboratory or analytical device. LADS FunctionalUnitType https://reference.opcfoundation.org/LADS/v100/docs/7.1.4 ns=1;i=1001 ns=1;i=15048 FunctionSet The FunctionSetType is used for organising FunctionType objects in an unordered list structure. ns=4;i=1003 ns=4;i=1026 i=80 Identification Used to organize parameters for identification of this functional unit. ns=4;i=1003 ns=1;i=1005 i=80 Lock Used to lock the FunctionalUnit. ns=4;i=1003 ns=1;i=6388 i=78 BreakLock ns=4;i=5004 i=78 OutputArguments ns=4;i=7005 i=78 i=68 i=297 BreakLockStatus i=6 -1 ExitLock ns=4;i=5004 i=78 OutputArguments ns=4;i=7006 i=78 i=68 i=297 ExitLockStatus i=6 -1 InitLock ns=4;i=5004 i=78 InputArguments ns=4;i=7007 i=78 i=68 i=297 Context i=12 -1 OutputArguments ns=4;i=7007 i=78 i=68 i=297 InitLockStatus i=6 -1 Locked ns=4;i=5004 i=78 i=68 LockingClient ns=4;i=5004 i=78 i=68 LockingUser ns=4;i=5004 i=78 i=68 RemainingLockTime ns=4;i=5004 i=78 i=68 RenewLock ns=4;i=5004 i=78 OutputArguments ns=4;i=7008 i=78 i=68 i=297 RenewLockStatus i=6 -1 Program Manager The ProgramManager provides the functional unit's program manager. ns=4;i=1003 ns=4;i=1006 i=80 ActiveProgram The ActiveProgram specifies the current state of operation of a FunctionalUnit. It provides context and information about the currently active program on the device. This allows users to follow the progress of a program run in a standardized fashion by organising steps into a flat, linear sequence. ns=4;i=5015 i=78 ns=4;i=1040 ProgramTemplateSet The ProgramTemplateSetType is used for organising ProgramTemplateType objects in an unordered list structure. ns=4;i=5015 ns=4;i=1019 i=78 NodeVersion NodeVersion and the GeneralModelChangeEventType are mechanisms to notify clients that the content of the set has changed and shall be used as defined in OPC 10000-3. ns=4;i=5021 i=68 i=78 NaN ResultSet The ResultSetType is used for organising ResultType objects in an unordered list structure. ns=4;i=5015 ns=4;i=1020 i=78 NodeVersion NodeVersion and the GeneralModelChangeEventType are mechanisms to notify clients that the content of the set has changed and shall be used as defined in OPC 10000-3. ns=4;i=5022 i=78 i=68 SupportedPropertiesSet SupportedPropertiesSet provides a set of properties which are supported as members of a properties list Argument for Method calls such as, FunctionalUnit.StartFunctions() or ActiveProgram.Start(). ns=4;i=1003 ns=4;i=1033 i=80 FunctionType Abstract function type LADS FunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.4.2 ns=1;i=1001 Configuration Configuration is used to organize parameters for configuration of the Function. ns=4;i=1004 ns=1;i=1005 i=80 Function Set The FunctionSetType is used for organising FunctionType objects in an unordered list structure. ns=4;i=1004 ns=4;i=1026 i=80 NodeVersion NodeVersion and the GeneralModelChangeEventType are mechanisms to notify clients that the content of the set has changed and shall be used as defined in OPC 10000-3. ns=4;i=5013 i=78 i=68 IsEnabled Determnes whteher this function is currently enabled (ready to be utilized). ns=4;i=5030 i=80 i=68 BaseControlFunctionType The BaseControlFunctionType provides an abstract superclass for all control functions. LADS BaseControlFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.6.1 ns=4;i=1004 AlarmMonitor AlarmMonitor indicates whether the deviation from a set point exceeds the limit. See: 10000-9: Alarms & Conditions | ExclusiveDeviationAlarmType. ns=4;i=1007 i=9764 i=80 AckedState ns=4;i=5068 i=78 i=8995 Id ns=4;i=6232 i=78 i=68 Acknowledge ns=4;i=5068 i=78 i=8944 InputArguments ns=4;i=7042 i=78 i=68 i=297 EventId i=15 -1 The identifier for the event to comment. i=297 Comment i=21 -1 The comment to add to the condition. ActiveState ns=4;i=5068 ns=4;i=5071 i=78 i=8995 Id ns=4;i=6224 i=78 i=68 AddComment ns=4;i=5068 i=78 i=2829 InputArguments ns=4;i=7043 i=78 i=68 i=297 EventId i=15 -1 The identifier for the event to comment. i=297 Comment i=21 -1 The comment to add to the condition. BranchId ns=4;i=5068 i=78 i=68 ClientUserId ns=4;i=5068 i=78 i=68 Comment ns=4;i=5068 i=9002 i=78 SourceTimestamp ns=4;i=6238 i=78 i=68 ConditionClassId ns=4;i=5068 i=78 i=68 ConditionClassName ns=4;i=5068 i=78 i=68 ConditionName ns=4;i=5068 i=78 i=68 Disable ns=4;i=5068 i=78 i=2803 Enable ns=4;i=5068 i=78 i=2803 EnabledState ns=4;i=5068 i=78 i=8995 ns=4;i=6224 Id ns=4;i=6228 i=78 i=68 EventId ns=4;i=5068 i=78 i=68 EventType ns=4;i=5068 i=78 i=68 HighHighLimit ns=4;i=5068 i=78 i=68 HighLimit ns=4;i=5068 i=78 i=68 InputNode ns=4;i=5068 i=78 i=68 LastSeverity ns=4;i=5068 i=9002 i=78 SourceTimestamp ns=4;i=6243 i=78 i=68 LimitState ns=4;i=5068 i=9318 i=78 CurrentState ns=4;i=5071 i=2760 i=78 Id ns=4;i=6226 i=78 i=68 LowLimit ns=4;i=5068 i=78 i=68 LowLowLimit ns=4;i=5068 i=78 i=68 Message ns=4;i=5068 i=78 i=68 Quality ns=4;i=5068 i=9002 i=78 SourceTimestamp ns=4;i=6245 i=78 i=68 ReceiveTime ns=4;i=5068 i=78 i=68 Retain ns=4;i=5068 i=78 i=68 SetpointNode ns=4;i=5068 i=78 i=68 Severity ns=4;i=5068 i=78 i=68 SourceName ns=4;i=5068 i=78 i=68 SourceNode ns=4;i=5068 i=78 i=68 SuppressedOrShelved ns=4;i=5068 i=78 i=68 Time ns=4;i=5068 i=78 i=68 Operational Operational is a FunctionalGroup that shall organize the CurrentState property of the StateMachine and all its remote invocable Methods. Furthermore, it shall organize at least the CurrentValue and TargetValue variables. ns=4;i=1007 ns=1;i=1005 i=78 CurrentState ns=4;i=5038 ns=4;i=5046 i=78 i=2760 Id ns=4;i=6079 i=78 i=68 Reset https://reference.opcfoundation.org/LADS/v100/docs/7.7.2/#7.7.2.5 ns=4;i=5046 i=80 Stop https://reference.opcfoundation.org/LADS/v100/docs/7.1.5/#7.1.5.4 ns=4;i=5046 i=78 ControlFunctionState ControlFunctionState is a state machine which represents the execution state and controls the execution of the Function. ns=4;i=1007 ns=4;i=1044 i=78 AnalogControlFunctionType The AnalogControlFunctionType describes an analogue control function (using analogue values). More specialized analogue control functions can be derived from this ObjectType. LADS AnalogControlFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.6.5 ns=4;i=1007 AnalogControlFunctionWithTotalizerType The AnalogControlFunctionWithTotalizerType describes an analogue control (using analogue values) function with totalizer. Typical usage examples include but are not limited to fluid controllers where the quantity of fluid needs to be accurately measured and totalled for metering purposes. LADS AnalogControlFunctionWithTotalizerType https://reference.opcfoundation.org/LADS/v100/docs/7.6.8/#7.6.8.1 ns=4;i=1009 Operational Operational is a FunctionalGroup that shall organize the CurrentState property of the StateMachine and all its remote invocable Methods. Furthermore, it shall organize at least the CurrentValue and TargetValue variables. ns=4;i=1014 ns=1;i=1005 i=78 DiscreteControlFunctionType The DiscreteControlFunctionType describes an abstract discrete control function (using discrete values). More specialized discrete control functions can be derived from this ObjectType. LADS DiscreteControlFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.6.11 ns=4;i=1007 MultiStateDiscreteControlFunctionType The MultiStateDiscreteControlFunctionType describes a discrete control function (using more than two discrete values). LADS MultiStateDiscreteControlFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.6.12 ns=4;i=1017 TwoStateDiscreteControlFunctionType The TwoStateDiscreteControlFunctionType describes a discrete control function with two possible values (e.g., on/off). LADS TwoStateDiscreteControlFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.6.13 ns=4;i=1017 BaseSensorFunctionType The BaseSensorFunctionType is an abstract ObjectType used as a base for derivation of Sensor Functions. A Sensor Function is a Function that measures data. LADS BaseSensorFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.5.1 ns=4;i=1004 AlarmMonitor AlarmMonitor indicates whether the limit of an analogue Sensor is exceeded. See: 10000-9: Alarms & Conditions | ExclusiveLevelAlarmType. ns=4;i=1046 i=9482 i=80 AckedState ns=4;i=5069 i=78 i=8995 Id ns=4;i=6199 i=78 i=68 Acknowledge ns=4;i=5069 i=78 InputArguments ns=4;i=7038 i=78 i=68 i=297 EventId i=15 -1 The identifier for the event to comment. i=297 Comment i=21 -1 The comment to add to the condition. ActiveState ns=4;i=5069 i=78 i=8995 Id ns=4;i=6191 i=78 i=68 AddComment ns=4;i=5069 i=78 InputArguments ns=4;i=7039 i=78 i=68 i=297 EventId i=15 -1 The identifier for the event to comment. i=297 Comment i=21 -1 The comment to add to the condition. BranchId ns=4;i=5069 i=78 i=68 ClientUserId ns=4;i=5069 i=78 i=68 Comment ns=4;i=5069 i=9002 i=78 SourceTimestamp ns=4;i=6205 i=78 i=68 ConditionClassId ns=4;i=5069 i=78 i=68 ConditionClassName ns=4;i=5069 i=78 i=68 ConditionName ns=4;i=5069 i=78 i=68 Disable ns=4;i=5069 i=78 Enable ns=4;i=5069 i=78 EnabledState ns=4;i=5069 i=78 i=8995 Id ns=4;i=6195 i=78 i=68 EventId ns=4;i=5069 i=78 i=68 EventType ns=4;i=5069 i=78 i=68 InputNode ns=4;i=5069 i=78 i=68 LastSeverity ns=4;i=5069 i=9002 i=78 SourceTimestamp ns=4;i=6210 i=78 i=68 LimitState ns=4;i=5069 i=9318 i=78 CurrentState ns=4;i=5070 i=2760 i=78 Id ns=4;i=6193 i=78 i=68 Message ns=4;i=5069 i=78 i=68 Quality ns=4;i=5069 i=9002 i=78 SourceTimestamp ns=4;i=6212 i=78 i=68 ReceiveTime ns=4;i=5069 i=78 i=68 Retain ns=4;i=5069 i=78 i=68 Severity ns=4;i=5069 i=78 i=68 SourceName ns=4;i=5069 i=78 i=68 SourceNode ns=4;i=5069 i=78 i=68 SuppressedOrShelved ns=4;i=5069 i=78 i=68 Time ns=4;i=5069 i=78 i=68 Configuration Configuration is used to organize parameters for configuration of the Function. ns=4;i=1005 ns=1;i=1005 i=80 Operational Used to organize parameters for operation of this function. ns=4;i=1046 ns=1;i=1005 i=78 AnalogScalarSensorFunctionType The AnalogScalarSensorFunctionType is a concrete subtype of the AnalogSensorFunctionType which represents an analogue measured value. LADS AnalogScalarSensorFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.5.4 ns=4;i=1046 DiscreteSensorFunctionType The DiscreteSensorFunctionType is an abstract ObjectType used as a base for derivation of sensors with discrete signals. LADS DiscreteSensorFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.5.6 ns=4;i=1005 SensorValue SensorValue is a discrete measurement value. ns=4;i=1012 ns=4;i=5061 i=2372 i=78 CoverFunctionType The CoverFunctionType is used to control the cover, door, or lid of a Laboratory Device. LADS CoverFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.7.1 ns=4;i=1004 Operational Operational organizes the methods and current state of the cover function. ns=4;i=1011 ns=1;i=1005 i=78 CoverState he CoverStateMachineType is used to control the lid, door, or cover of a laboratory device. One Device may have any arbitrary number of lids, doors, covers and their corresponding CoverFunction. ns=4;i=1011 ns=4;i=1010 i=78 ProgramManagerType The ProgramManager provides the functional unit's program manager. LADS ProgramManagerType https://reference.opcfoundation.org/LADS/v100/docs/7.2.1/#7.2.1.1 ns=1;i=1001 ActiveProgram The ActiveProgram specifies the current state of operation of a FunctionalUnit. It provides context and information about the currently active program on the device. This allows users to follow the progress of a program run in a standardized fashion by organising steps into a flat, linear sequence. ns=4;i=1006 i=78 ns=4;i=1040 ProgramTemplateSet The ProgramTemplateSetType is used for organising ProgramTemplateType objects in an unordered list structure. ns=4;i=1006 ns=4;i=1019 i=78 Download https://reference.opcfoundation.org/LADS/v100/docs/7.2.1/#7.2.1.2 ns=4;i=1006 i=80 InputArguments ns=4;i=7051 i=78 i=68 i=297 TemplateId i=12 -1 Unique identifier of the template to be downloaded. OutputArguments ns=4;i=7051 i=78 i=68 i=297 AdditionalParameters ns=4;i=3003 1 0 Additional properties of the program template. i=297 Data i=15 -1 Opaque program template data. NodeVersion NodeVersion and the GeneralModelChangeEventType are mechanisms to notify clients that the content of the set has changed and shall be used as defined in OPC 10000-3. ns=4;i=5020 i=68 i=78 Remove https://reference.opcfoundation.org/LADS/v100/docs/7.2.1/#7.2.1.3 ns=4;i=1006 i=80 InputArguments ns=4;i=7052 i=78 i=68 i=297 TemplateId i=12 -1 Unique identifier of the template to be removed. Upload https://reference.opcfoundation.org/LADS/v100/docs/7.2.1/#7.2.1.4 ns=4;i=1006 i=80 InputArguments ns=4;i=7053 i=78 i=68 i=297 AdditionalParameters ns=4;i=3003 1 0 Additional properties of the program template. i=297 Data i=15 -1 Opaque program template data. ResultSet The ResultSetType is used for organising ResultType objects in an unordered list structure. ns=4;i=1006 ns=4;i=1020 i=78 NodeVersion NodeVersion and the GeneralModelChangeEventType are mechanisms to notify clients that the content of the set has changed and shall be used as defined in OPC 10000-3. ns=4;i=5019 i=78 i=68 http://opcfoundation.org/UA/LADS/ https://reference.opcfoundation.org/LADS/v100/docs/10.1 i=11715 i=11616 IsNamespaceSubset ns=4;i=5026 i=68 false NamespacePublicationDate ns=4;i=5026 i=68 2023-11-30T00:00:00Z NamespaceUri ns=4;i=5026 i=68 http://opcfoundation.org/UA/LADS/ NamespaceVersion ns=4;i=5026 i=68 1.0.0 StaticNodeIdTypes ns=4;i=5026 i=68 0 StaticNumericNodeIdRange ns=4;i=5026 i=68 StaticStringNodeIdPattern ns=4;i=5026 i=68 Default Binary i=76 ns=4;i=6283 Default XML i=76 ns=4;i=6311 Default JSON i=76 Default Binary i=76 ns=4;i=6145 Default XML i=76 ns=4;i=6310 Default JSON i=76 OpenedToClosed ns=4;i=1010 i=2310 ns=4;i=7012 ns=4;i=5028 ns=4;i=5025 i=2311 ClosedToOpened ns=4;i=1010 i=2310 ns=4;i=5028 ns=4;i=7011 ns=4;i=5025 i=2311 ClosedToLocked ns=4;i=1010 i=2310 ns=4;i=5028 ns=4;i=7013 ns=4;i=5049 i=2311 LockedToClosed ns=4;i=1010 i=2310 ns=4;i=5028 ns=4;i=5049 i=2311 ns=4;i=7014 LockedToError ns=4;i=1010 i=2310 ns=4;i=5050 ns=4;i=5049 i=2311 ClosedToError ns=4;i=1010 i=2310 ns=4;i=5028 ns=4;i=5050 i=2311 ErrorToOpened ns=4;i=1010 ns=4;i=7000 i=2310 ns=4;i=5050 ns=4;i=5025 i=2311 TransitionNumber ns=4;i=5000 i=78 i=68 1 TransitionNumber ns=4;i=5074 i=78 i=68 2 TransitionNumber ns=4;i=5075 i=78 i=68 3 TransitionNumber ns=4;i=5077 i=78 i=68 4 TransitionNumber ns=4;i=5078 i=78 i=68 5 TransitionNumber ns=4;i=5079 i=78 i=68 6 TransitionNumber ns=4;i=5082 i=78 i=68 7 Reset https://reference.opcfoundation.org/LADS/v100/docs/7.7.2/#7.7.2.5 ns=4;i=1010 i=80 SleepToOperate ns=4;i=1039 i=2310 ns=4;i=7021 ns=4;i=5178 ns=4;i=5259 i=2311 TransitionNumber ns=4;i=5083 i=78 i=68 3 Properties Properties is a list of key-value pairs with KeyValueType, provided when calling the StartProgram() Method, which can be utilized when performing the program run and provided in the ResultType object for documentation and traceability purposes. ns=4;i=1021 i=78 i=68 SupervisoryTaskId SupervisoryTaskId is the unique identifier of the specific Task in the supervisory system to which the result belongs. It is provided as an Argument of the StartProgram() Method which initiates the program run. ns=4;i=1021 i=68 i=78 DeviceProgramRunId DeviceProgramRunId is the internal program identifier assigned by the Device to the program run generating this result. It is used to identify a Result object and is returned to the Client when the StartProgram Method is called. ns=4;i=1021 i=80 i=68 TotalRuntime TotalRuntime is the total time of program execution including paused states. Paused states are the held State and the suspended State. This information is retrieved from the ActiveProgramType. ns=4;i=1021 i=80 i=68 TotalPauseTime TotalPauseTime is the time the program execution for the result was in a paused state. Paused states are the Held State and the Suspended State. This information is retrieved from the ActiveProgramType. ns=4;i=1021 i=80 i=68 EstimatedRuntime EstimatedRuntime is the time that was estimated for the program execution. This information is retrieved from the ActiveProgramType. ns=4;i=1021 i=80 i=68 Stopped Stopped is the initial state for an ActiveProgram, FunctionalUnit or Function. It is an Idle state which means that the Function, FunctionalUnit or ActiveProgram is stopped and ready for activation. ns=4;i=1038 i=2309 Running Running is the state when the Function or FunctionalUnit is currently running/executing. ns=4;i=1038 ns=4;i=5130 i=2307 Stopping Stopping indicates that the ActiveProgram, FunctionalUnit, or Function is in the process of stopping. This state usually occurs when the program execution is finished or stopped, either because it has ended or has been triggered by the Stop Method. ns=4;i=1038 i=2307 StoppingToStopped ns=4;i=1038 i=2310 ns=4;i=5085 ns=4;i=5100 i=2311 StoppedToRunning ns=4;i=1038 ns=4;i=7004 i=2310 ns=4;i=5099 ns=4;i=5085 i=2311 RunningToAborting ns=4;i=1038 i=2310 ns=4;i=7078 ns=4;i=5159 ns=4;i=5099 i=2311 ClearingToStopped ns=4;i=1038 i=2310 ns=4;i=5143 ns=4;i=5085 i=2311 RunningToStopping ns=4;i=1038 ns=4;i=7112 i=2310 ns=4;i=5099 ns=4;i=5100 i=2311 Stop https://reference.opcfoundation.org/LADS/v100/docs/7.1.5/#7.1.5.4 ns=4;i=1038 i=80 StateNumber ns=4;i=5085 i=78 i=68 4 StateNumber ns=4;i=5099 i=78 i=68 5 StateNumber ns=4;i=5100 i=78 i=68 6 TransitionNumber ns=4;i=5101 i=78 i=68 4 TransitionNumber ns=4;i=5102 i=78 i=68 5 TransitionNumber ns=4;i=5103 i=78 i=68 6 TransitionNumber ns=4;i=5104 i=78 i=68 7 TransitionNumber ns=4;i=5105 i=78 i=68 8 IdleToStarting ns=4;i=1036 ns=4;i=7004 i=2310 ns=4;i=5120 ns=4;i=5117 i=2311 StartingToExecute ns=4;i=1036 i=2310 ns=4;i=5168 ns=4;i=5117 i=2311 ExecuteToCompleting ns=4;i=1036 i=2310 ns=4;i=5127 ns=4;i=5168 ns=4;i=7070 i=2311 CompletingToComplete ns=4;i=1036 i=2310 ns=4;i=5128 ns=4;i=5127 i=2311 CompleteToResetting ns=4;i=1036 i=2310 ns=4;i=5128 ns=4;i=7069 ns=4;i=5119 i=2311 ResettingToIdle ns=4;i=1036 i=2310 ns=4;i=5120 ns=4;i=5119 i=2311 ExecuteToSuspending ns=4;i=1036 i=2310 ns=4;i=5168 ns=4;i=7073 ns=4;i=5118 i=2311 SuspendingToSuspended ns=4;i=1036 i=2310 ns=4;i=5121 ns=4;i=5118 i=2311 SuspendedToUnsuspending ns=4;i=1036 i=2310 ns=4;i=5121 i=2311 ns=4;i=7075 ns=4;i=5122 UnsuspendingToExecute ns=4;i=1036 i=2310 ns=4;i=5168 i=2311 ns=4;i=5122 ExecuteToHolding ns=4;i=1036 i=2310 ns=4;i=5168 ns=4;i=7074 ns=4;i=5123 i=2311 HoldingToHeld ns=4;i=1036 i=2310 ns=4;i=5124 ns=4;i=5123 i=2311 HeldToUnholding ns=4;i=1036 i=2310 ns=4;i=5124 i=2311 ns=4;i=7072 ns=4;i=5125 UnholdingToExecute ns=4;i=1036 i=2310 ns=4;i=5168 i=2311 ns=4;i=5125 TransitionNumber ns=4;i=5031 i=78 i=68 1 TransitionNumber ns=4;i=5032 i=78 i=68 2 TransitionNumber ns=4;i=5033 i=78 i=68 3 TransitionNumber ns=4;i=5034 i=78 i=68 4 TransitionNumber ns=4;i=5035 i=78 i=68 5 TransitionNumber ns=4;i=5036 i=78 i=68 6 TransitionNumber ns=4;i=5037 i=78 i=68 7 TransitionNumber ns=4;i=5039 i=78 i=68 8 TransitionNumber ns=4;i=5040 i=78 i=68 9 TransitionNumber ns=4;i=5041 i=78 i=68 10 TransitionNumber ns=4;i=5051 i=78 i=68 11 TransitionNumber ns=4;i=5052 i=78 i=68 12 TransitionNumber ns=4;i=5053 i=78 i=68 13 TransitionNumber ns=4;i=5054 i=78 i=68 14 SuspendingToHolding ns=4;i=1036 i=2310 ns=4;i=7074 ns=4;i=5123 ns=4;i=5118 i=2311 TransitionNumber ns=4;i=5129 i=78 i=68 15 RunningStateMachine The RunningStateMachineType is a sub-state machine of the FunctionalStateMachine and includes detailed substates. ns=4;i=1038 ns=4;i=1036 i=80 StartingToHolding ns=4;i=1036 i=2310 ns=4;i=7074 ns=4;i=5123 ns=4;i=5117 i=2311 SuspendedToHolding ns=4;i=1036 i=2310 ns=4;i=7074 ns=4;i=5123 ns=4;i=5121 i=2311 UnsuspendingToHolding ns=4;i=1036 i=2310 ns=4;i=7074 ns=4;i=5123 i=2311 ns=4;i=5122 UnholdingToHolding ns=4;i=1036 i=2310 ns=4;i=7074 ns=4;i=5123 i=2311 ns=4;i=5125 TransitionNumber ns=4;i=5131 i=78 i=68 16 TransitionNumber ns=4;i=5132 i=78 i=68 17 TransitionNumber ns=4;i=5133 i=78 i=68 18 TransitionNumber ns=4;i=5134 i=78 i=68 19 SupervisoryTemplateId SupervisoryTemplateId is an optional enterprise-wide unique ID for the template. This can be utilized to refer the template to supervisory systems. ns=4;i=1018 i=68 i=80 IsEnabled IsEnabled indicates whether the Function can currently be executed on the Device. A Function may be disabled for several reasons including not licensed, missing hardware modules, or missing supplies ns=4;i=1004 i=78 i=68 CtrlP CtrlP is the proportional controller parameter ns=4;i=1030 i=80 i=17570 CtrlTd CtrlTd is the derivate controller parameter ns=4;i=1030 i=80 i=17570 CtrlTi CtrlTi is the integrator controller parameter. ns=4;i=1030 i=17570 i=80 TotalizedValue TotalizedValue is the totalized process value. It can be reset at any time using the ResetTotalizer() command. ns=4;i=1014 ns=4;i=5059 i=78 i=17570 ResetTotalizer https://reference.opcfoundation.org/LADS/v100/docs/7.6.8/#7.6.8.2 ns=4;i=1014 ns=4;i=5059 i=80 TimerControlFunctionType The TimerControlFunctionType defines a simple “one shot” Timer which stops once it has elapsed. It follows the design of other LADS ControlFunctions, utilizing the same state machine and similar variable definitions. As soon as the CurrentValue reaches the TargetValue, the CurrentState of the TimerFunction automatically transitions to Off. This is typically accompanied by some (internal) action/effect, such as stopping the execution of a Function or similar. In the SuspendedState the CurrentValue holds its current value and does not count further until the state switches back to On, either due to a Client command or an internal state change. LADS TimerControlFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.6.14 ns=4;i=1007 Remaining time The DifferenceValue (aka remaining time) is calculated by subtracting the CurrentValue from the TargetValue. Thus, it counts downwards from the TargetValue to zero. ns=4;i=1013 ns=4;i=5113 i=80 i=17570 Target time The timer's target time. As soon as the CurrentValue reaches the TargetValue, the CurrentState of the TimerFunction automatically transitions to Off. This is typically accompanied by some (internal) action/effect, such as stopping the execution of a Function or similar. ns=4;i=1013 i=80 i=17570 Elapsed time Once started, the CurrentValue (aka elapsed time) counts upwards from zero until it reaches the TargetValue (aka target time). ns=4;i=1013 i=80 i=17570 Operational Operational is a FunctionalGroup that shall organize the CurrentState property of the StateMachine and all its remote invocable Methods. Furthermore, it shall organize at least the CurrentValue and TargetValue variables. ns=4;i=1013 i=78 ns=1;i=1005 CalibrationValues CalibrationValues is an array of calibration values for converting the Sensor’s raw value to the process value. ns=4;i=5135 ns=4;i=1046 i=80 i=63 CompensationValue CompensationValue is the compensation value used while calculating the process value, such as the temperature at the Sensor element for pH or DO Sensors. ns=4;i=1000 i=78 i=17570 Damping Damping is a low-pass filter parameter used for signal damping. ns=4;i=5010 ns=4;i=1046 i=68 i=80 Calibration Calibration is used to organize parameters for configuration of this Function ns=4;i=1046 ns=1;i=1005 i=80 Operational Used to organize parameters for operation of this function. ns=4;i=1016 i=78 ns=1;i=1005 SensorValue SensorValue is the calibrated and optionally compensated/filtered process value. ns=4;i=1016 ns=4;i=5024 i=78 i=17570 AnalogScalarSensorFunctionWithCompensationType The AnalogScalarSensorFunctionWithCompensationType represents a compensated analogue measured value (e.g. pH sensor, dissolved oxygen sensor, ..) LADS AnalogScalarSensorFunctionWithCompensationType https://reference.opcfoundation.org/LADS/v100/docs/7.5.5 ns=4;i=1016 CurrentValue CurrentValue is a current discrete process value. ns=4;i=1017 i=78 i=2372 CurrentValue CurrentValue is a current discrete process value. ns=4;i=1042 i=78 i=2373 CurrentValue CurrentValue is a current discrete process value. ns=4;i=1045 i=78 i=2376 RawValue RawValue is the raw value measured at the Sensor element, such as the Nernst voltage of a pH Sensor element. ns=4;i=1016 ns=4;i=5024 i=78 i=17570 Tuning Tuning is used to organize parameters for operation of this Function. ns=4;i=1046 i=80 ns=1;i=1005 RevisionCounter An incremental counter indicating the number of times the static data within the Device has been modified ns=4;i=1002 ns=4;i=5096 i=78 i=68 Manufacturer Name of the company that manufactured the device ns=4;i=1002 ns=4;i=5096 i=78 i=68 Model Model name of the device ns=4;i=1002 ns=4;i=5096 i=78 i=68 DeviceManual DeviceManual allows specifying an address of the user manual. It may be a pathname in the file system or a URL (Web address). ns=4;i=1002 ns=4;i=5096 i=78 i=68 DeviceRevision Overall revision level of the device ns=4;i=1002 ns=4;i=5096 i=78 i=68 SoftwareRevision Revision level of the software/firmware of the device ns=4;i=1002 ns=4;i=5096 i=78 i=68 SerialNumber Identifier that uniquely identifies, within a manufacturer, a device instance ns=4;i=1002 ns=4;i=5096 i=78 i=68 AssetId AssetId is a user writable alphanumeric character sequence uniquely identifying a component. The ID is provided by the integrator or user of the device. ns=4;i=1002 ns=4;i=5096 i=78 i=68 ComponentName ComponentName is a user writable name provided by the integrator or user of the component. ns=4;i=1002 ns=4;i=5096 i=78 i=68 DeviceClass DeviceClass indicates in which domain or for what purpose a certain item for which the Interface is applied is used. Examples are “ProgrammableController”, “RemoteIO”, and “TemperatureSensor”. ns=4;i=1002 i=80 i=68 DeviceHealth DeviceHealth indicates the status as defined by NAMUR Recommendation NE107. Clients can read or monitor this Variable to determine the device condition. ns=4;i=1002 i=80 i=63 HardwareRevision Revision level of the hardware of the device ns=4;i=1002 ns=4;i=5096 i=78 i=68 ManufacturerUri ManufacturerUri provides a unique identifier for this company. This identifier should be a fully qualified domain name; however, it may be a GUID or similar construct that ensures global uniqueness. ns=4;i=1002 ns=4;i=5096 i=80 i=68 ProductCode ProductCode provides a unique combination of numbers and letters used to identify the product. It may be the order information displayed on type shields or in ERP systems. ns=4;i=1002 ns=4;i=5096 i=80 i=68 ProductInstanceUri ProductInstanceUri is a globally unique resource identifier provided by the manufacturer. This is often stamped on the outside of a physical component and may be used for traceability and warranty purposes. ns=4;i=1002 ns=4;i=5096 i=78 i=68 AssetId AssetId is a user writable alphanumeric character sequence uniquely identifying a component. The ID is provided by the integrator or user of the device. ns=4;i=1024 ns=4;i=5095 i=80 i=68 ComponentName ComponentName is a user writable name provided by the integrator or user of the component. ns=4;i=1024 ns=4;i=5095 i=80 i=68 DeviceClass DeviceClass indicates in which domain or for what purpose a certain item for which the Interface is applied is used. Examples are “ProgrammableController”, “RemoteIO”, and “TemperatureSensor”. ns=4;i=1024 ns=4;i=5095 i=80 i=68 DeviceManual DeviceManual allows specifying an address of the user manual. It may be a pathname in the file system or a URL (Web address). ns=4;i=1024 ns=4;i=5095 i=80 i=68 DeviceRevision DeviceRevision provides the overall revision level of a hardware component or the Device. As an example, this Property can be used in ERP systems together with the ProductCode Property. ns=4;i=1024 ns=4;i=5095 i=80 i=68 HardwareRevision HardwareRevision provides the revision level of the hardware. ns=4;i=1024 ns=4;i=5095 i=80 i=68 Manufacturer ns=4;i=1024 ns=4;i=5095 i=78 i=68 ManufacturerUri ns=4;i=1024 ns=4;i=5095 i=80 i=68 Model ns=4;i=1024 ns=4;i=5095 i=80 i=68 ProductCode ns=4;i=1024 ns=4;i=5095 i=80 i=68 ProductInstanceUri ns=4;i=1024 ns=4;i=5095 i=80 i=68 RevisionCounter ns=4;i=1024 ns=4;i=5095 i=80 i=68 SerialNumber ns=4;i=1024 ns=4;i=5095 i=78 i=68 SoftwareRevision ns=4;i=1024 ns=4;i=5095 i=80 i=68 LifeTime ns=4;i=1034 i=80 ns=1;i=468 OperationalLocation OperationalLocation provides the operational location of the Device or Component. The structure within the string may expose several levels. How this is exposed, which delimiters are used, etc. is vendor-specific. Examples of such strings are “Warehouse1/Sheet3” or “StainlessSteelTote3” (see OPC UA OPC 10000-110 for more details). ns=4;i=1002 ns=4;i=5096 i=80 i=68 HierarchicalLocation HierarchicalLocation provides the hierarchical location of the LADSDevice.The structure within the string may expose several levels. How this is exposed, which delimiters are used, etc. is vendor-specific. Examples of such strings are “FactoryA/BuildingC/Floor1” or “Area1-ProcessCell17-Unit4” (see OPC UA OPC 10000-110 for more details). ns=4;i=1002 ns=4;i=5096 i=80 i=68 ControllerTuningParameterType The ControllerTuningParameterType is an abstract class. It is formally defined in Table 85. Subtypes of the ControllerTuningParameterType contain the parameters and information about a Controller (configuration). LADS ControllerTuningParameterType https://reference.opcfoundation.org/LADS/v100/docs/7.6.3 i=58 PidControllerParameterType The PidControllerParameterType contains the parameters of an PID controller. LADS PidControllerParameterType https://reference.opcfoundation.org/LADS/v100/docs/7.6.4 ns=4;i=1008 ControllerTuningParameter The ControllerTuningParameterType is an abstract class. It is formally defined in Table 85. Subtypes of the ControllerTuningParameterType contain the parameters and information about a Controller (configuration). ns=4;i=1007 i=80 ns=4;i=1008 CurrentValue CurrentValue is the current process value. ns=4;i=1009 ns=4;i=5009 i=78 i=17570 TargetValue TargetValue is the targeted set-point value. ns=4;i=1009 ns=4;i=5009 i=78 i=17570 TwoStateDiscreteSensorFunctionType The TwoStateDiscreteSensorFunctionType represents a Boolean value that is measured by a Sensor. LADS TwoStateDiscreteSensorFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.5.7 ns=4;i=1012 SensorValue Boolean sensor value. ns=4;i=1031 i=2373 i=78 MultiStateDiscreteSensorFunctionType The MultiStateDiscreteSensorFunctionType represents a value that is measured by a Sensor and can only be set to a discrete set of values. LADS MultiStateDiscreteSensorFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.5.8 ns=4;i=1012 SensorValue Discrete sensor value. ns=4;i=1037 i=2376 i=78 <VariableSetElement> Placeholder for vendor-specific properties. ns=4;i=1041 i=11508 i=62 NodeVersion ns=4;i=1025 i=80 i=68 NaN Components Components is used for structuring objects of type LADSComponentsType in an unordered list structure. ns=4;i=1024 ns=4;i=5088 i=80 ns=4;i=1025 i=2133 <Components> <Components> is a placeholder for the Components. ns=4;i=1025 ns=4;i=1024 i=11508 Operational Operational is a FunctionalGroup that shall organize the CurrentState property of the StateMachine and all its remote invocable Methods. Furthermore, it shall organize at least the CurrentValue and TargetValue variables. ns=4;i=1009 i=78 ns=1;i=1005 Operational Used to organize parameters for operation of this function. ns=4;i=1012 i=78 ns=1;i=1005 File File is the OPC UA node of the file with the method for downloading the file. ns=4;i=1001 i=80 i=11575 OperationalLocation OperationalLocation provides the operational location of the Device or Component. The structure within the string may expose several levels. How this is exposed, which delimiters are used, etc. is vendor-specific. Examples of such strings are “Warehouse1/Sheet3” or “StainlessSteelTote3” (see OPC UA OPC 10000-110 for more details). ns=4;i=1024 ns=4;i=5095 i=80 i=68 HierarchicalLocation HierarchicalLocation provides the hierarchical location of the LADS Device.The structure inside the string may expose several levels. How this is exposed, which delimiters are used, etc. is vendor-specific. Examples of such strings are “FactoryA/BuildingC/Floor1” or “Area1-ProcessCell17-Unit4” (see OPC UA OPC 10000-110 for more Details). ns=4;i=1024 ns=4;i=5095 i=80 i=68 <SetElement> SetElement is the element of the set. Subtypes of the SetType will override this node. ns=4;i=61 i=58 i=11508 <SetElement> SetElement is the element of the set and is overridden with FunctionalUnitType. ns=4;i=1023 ns=4;i=1003 i=11508 <SetElement> SetElement is the element of the set and is overridden with FunctionType. ns=4;i=1026 ns=4;i=1004 i=11508 <SetElement> SetElement is the element of the set and is overridden with ProgramTemplateType. ns=4;i=1019 ns=4;i=1018 i=11508 <SetElement> SetElement is the element of the set and is overridden with SupportedPropertiesType. ns=4;i=1033 ns=4;i=1035 i=11508 <SetElement> ResultFile provides a description of a file that is part of a result of a program managers run. ns=4;i=1022 ns=4;i=1001 i=11508 <SetElement> SetElement is the element of the set and is overridden with ResultSetType. ns=4;i=1020 ns=4;i=1021 i=11508 LastOperatingTime LastOperatingTime is the total amount of operating time (as defined in Section 9.3 of EN 13306-2017) in milliseconds (ms) by the Device at the time of the last execution of the Task. ns=4;i=1028 i=80 i=68 NextOperatingTime NextOperatingTime is the total amount of operating time (as defined in Section 9.3 of EN 13306-2017) in milliseconds (ms) by the Device before the next execution of the Task. ns=4;i=1028 i=80 i=68 LastOperatingCycles LastOperatingCycles is the number of cycles during the operating time (as defined in Section 9.3 of EN 13306-2017) recorded at the time of the last execution of the Task. ns=4;i=1028 i=80 i=68 NextOperatingCycles NextOperatingCycles is the number of cycles during operating time (as defined in Section 9.3 of EN 13306-2017) to be completed before the next execution of the Task. ns=4;i=1028 i=80 i=68 StopTask https://reference.opcfoundation.org/LADS/v100/docs/7.1.10/#7.1.10.4 ns=4;i=1028 i=80 InputArguments ns=4;i=7001 i=78 i=68 i=297 MaintenanceTaskStopResult ns=4;i=3000 -1 Provide the result of the.Task execution. i=297 Comment i=21 -1 Additional comment. ResetTask ns=4;i=1028 i=80 MaintenanceTaskResultEnum This enumeration defines the different results when executing a Task.. LADS MaintenanceTaskResultEnum https://reference.opcfoundation.org/LADS/v100/docs/8.3 i=29 The maintenance task stopped successfully. The maintenance task stopped with failure. The status of the maintenance task upon stopping cannot be determined. EnumValues ns=4;i=3000 i=68 i=7616 0 Success The maintenance task stopped successfully. i=7616 1 Failure The maintenance task stopped with failure. i=7616 2 Undetermined The status of the maintenance task upon stopping cannot be determined. ConfigurationChanged The ConfigurationChanged provides information if the configuration of the asset is planned to be changed or has changed during the maintenance activity. ns=4;i=1028 i=80 i=68 EstimatedDowntime The EstimatedDowntime provides the estimated time the execution of the maintenance activity will take. In case of replanning, it is allowed to change the EstimatedDowntime. If during the execution of the maintenance activity the EstimatedDowntime can be adjusted (e.g., the asset needs to be repaired because an inspection found some issues) this should be done. Clients can access the history of Events to receive the information on the original estimates when the maintenance activity started. ns=4;i=1028 i=80 i=68 MaintenanceMethod The MaintenanceMethod provides information about the planned or used maintenance method. The content may change during the different MaintenanceStates. By accessing the history of Events a Client can distinguish between the planned and actual used maintenance method during the maintenance activity. ns=4;i=1028 i=80 i=68 MaintenanceState The MaintenanceState state-machine provides information, whether a maintenance activity is planned, currently in execution, of has been executed. ns=4;i=1028 i=78 ns=2;i=1013 MaintenanceSupplier The MaintenanceSupplier provides information on the supplier that is planned to execute, currently executing or has executed the maintenance activity. The content may change during the different MaintenanceStates. By accessing the history of Events a Client can distinguish between the planned and actual supplier that executed the maintenance activity. The value contains always a human-readable name of the supplier and optionally references a Node representing the supplier in the AddressSpace. ns=4;i=1028 i=80 i=68 PartsOfAssetReplaced The PartsOfAssetReplaced provides information on the parts of the assets that are planned to be replaced during the maintenance activity, currently in replacement or have been replaced, depending on the different MaintenanceStates. The content may change during the different MaintenanceStates. By accessing the history of Events a Client can distinguish between the planned and actual parts of the assets replaced during the maintenance activity. The value contains always an array of a human-readable name of the qualification of the parts of the asset to be replaced and optionally references a Node representing each part of the asset in the AddressSpace. ns=4;i=1028 i=80 i=68 PartsOfAssetServiced The PartsOfAssetServiced provides information on the parts of the assets that are planned to be serviced during the maintenance activity, currently serviced or have been serviced, depending on the different MaintenanceStates. The content may change during the different MaintenanceStates. By accessing the history of Events a Client can distinguish between the planned and actual parts of the assets serviced during the maintenance activity. The value contains always an array of a human-readable name of the qualification of the parts of the asset to be serviced and optionally references a Node representing the part of the asset in the AddressSpace. ns=4;i=1028 i=80 i=68 PlannedDate The PlannedDate provides the date for which the maintenance activity has been scheduled.. In case of replanning, it is allowed to change the PlannedDate. However, it is not the intention that the PlannedDate is modified because the maintenance activity starts to get executed. If the PlannedDate depends for example on the operation hours of the asset, it might get adapted depending on the passed operation hours. ns=4;i=1028 i=80 i=68 QualificationOfPersonnel The QualificationOfPersonnel provides information on the qualification of the personnel that is planned to execute, currently executing or has executed the maintenance activity. The content may change during the different MaintenanceStates. By accessing the history of Events a Client can distinguish between the planned and actual qualification of the personnel that executed the maintenance activity. The value contains always a human-readable name of the qualification of the personnel and optionally references a Node representing the qualification of the personnel in the AddressSpace. ns=4;i=1028 i=80 i=68 FunctionalUnitStateMachineType Represents the state of a FunctionalUnit in a LADS Device LADS FunctionalUnitStateMachineType https://reference.opcfoundation.org/LADS/v100/docs/7.1.7/#7.1.7.1 ns=4;i=1038 Start https://reference.opcfoundation.org/LADS/v100/docs/7.1.7/#7.1.7.2 ns=4;i=1043 i=80 InputArguments the definition of the input argument of method 4:FunctionalUnitStatemachineType.4:Start ns=4;i=7004 i=78 i=68 i=297 Properties i=14533 1 A set of Properties that parameterize the execution of the Functional Unit ControlFunctionStateMachineType Represents the state of a Function in a LADS Device LADS ControlFunctionStateMachineType https://reference.opcfoundation.org/LADS/v100/docs/7.6.2/#7.6.2.1 ns=4;i=1038 StartWithTargetValue https://reference.opcfoundation.org/LADS/v100/docs/7.6.13/#7.6.13.1 ns=4;i=1044 i=80 InputArguments the definition of the input argument of method 4:FunctionStateMachineTypeType.4:Start ns=4;i=7009 i=78 i=68 i=297 TargetValue i=26 -1 (Optional) The value can use to set the target value parallel with the start method. <SetElement> Placeholder for one or more objects that hold vendor-specific data that was created during a run. Objects follow these rules: The type of each object shall be BaseObjectType. Each object may have arbitrary child nodes; The structure and data contained in each object are vendor specific; It is up to the vendor whether the list contains objects with the same kind of data or objects of different kinds of data; The structure may be nested. ns=4;i=1041 i=58 i=11508 FunctionalUnitState FunctionalUnitState provides the state-machine of the FunctionalUnit. ns=4;i=1003 i=78 ns=4;i=1043 AssetId AssetId is a user-writable alphanumeric character sequence the uniquely identifies a FunctionalUnit (see OPC UA 10000-100). ns=4;i=1003 ns=4;i=5003 i=80 i=68 ComponentName ComponentName is a user-writable name provided by the integrator or user of the FunctionalUnit. ns=4;i=1003 ns=4;i=5003 i=80 i=68 StartProgram https://reference.opcfoundation.org/LADS/v100/docs/7.1.7/#7.1.7.3 ns=4;i=1043 i=80 InputArguments the definition of the input argument of method 4:FunctionalUnitStateMachineType.4:StartProgram ns=4;i=7010 i=78 i=68 i=297 ProgramTemplateId i=12 -1 The unique id of the program template used for the program-run. The template must be a member of the ProgramTemplateSet. i=297 Properties ns=4;i=3003 1 0 A Key/Value list for parameterization of the program-run. i=297 SupervisoryJobId i=12 -1 The ID of the supervisory job. i=297 SupervisoryTaskId i=12 -1 The ID of the supervisory task. i=297 Samples ns=4;i=3002 1 0 An array of the SampleInfoType that describes the samples processed in this program-run. OutputArguments the definition of the output arguments of method 4:FunctionalUnitStateMachineType.4:StartProgram ns=4;i=7010 i=78 i=68 i=297 DeviceProgramRunId i=12 -1 The device specific ID of the current program-run. CurrentState ns=4;i=1038 i=78 i=2760 EffectiveDisplayName ns=4;i=6100 i=80 i=68 Operational Parameters and Methods useful for during normal operation, like process data. ns=4;i=1003 i=80 ns=1;i=1005 Clear https://reference.opcfoundation.org/LADS/v100/docs/7.1.5/#7.1.5.3 ns=4;i=5007 i=80 Stop https://reference.opcfoundation.org/LADS/v100/docs/7.1.5/#7.1.5.4 ns=4;i=5007 i=80 Abort https://reference.opcfoundation.org/LADS/v100/docs/7.1.5/#7.1.5.2 ns=4;i=5007 i=80 EffectiveDisplayName ns=4;i=5007 i=68 i=80 MultiModeAnalogControlFunctionType The MultiModeAnalogControlFunctionType is used when a controller or actuator can be operated in different modes, depending on how the target value and current value are represented. A common example in the laboratory and analytical domain is a peristaltic pump. In this case, the user can choose from various operation modes, such as relative pump speed (0 to 100%), absolute pump rotor speed in RPM, volumetric rate in mL/min (requiring pump calibration), or mass flow rate in g/min (requiring knowledge of the fluid density). Another example in the laboratory and analytical domain is centrifuges. Operators can select between RPM or RCF (Rotational Centrifugal Force, defined as a multiple of G-force) modes. The RCF mode considers the radius of the centrifuge rotor when converting RCF to RPM. LADS MultiModeAnalogControlFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.6.9 ns=4;i=1007 ControllerParameterType LADS ControllerParameterType https://reference.opcfoundation.org/LADS/v100/docs/7.6.10 i=58 CurrentValue CurrentValue is the current process value. ns=4;i=1048 i=78 i=17570 TargetValue TargetValue is the targeted set-point value. ns=4;i=1048 i=78 i=17570 CurrentMode CurrentMode defines the currently selected mode. Its EnumStrings array lists the different defined modes, which shall match the names of the corresponding elements in the ControllerModeSet. Note: The EnumStrings array contains LocalizedText entries. The DisplayName of the ControllerMode is used to map the child node of the ControllerModeSet. The locale should be “en-US” or empty. ns=4;i=1047 ns=4;i=5058 i=78 i=2376 ControllerParameterSetType The ControllerParameterSetType is used for organising ControllerParameterType objects in an unordered list structure. ns=4;i=61 <SetElement> SetElement is the element of the set. Subtypes of the SetType will override this node. ns=4;i=1049 ns=4;i=1048 i=11508 Operational Operational is a FunctionalGroup that shall organize the CurrentState property of the StateMachine and all its remote invocable Methods. Furthermore, it shall organize at least the CurrentValue and TargetValue variables. ns=4;i=1047 i=78 ns=1;i=1005 ControllerModeSet ControllerModeSet is the set of target/current value pairs. ns=4;i=1047 i=78 ns=4;i=1049 TargetValue TargetValue is the targeted discrete set-point value. ns=4;i=1017 i=78 i=2372 TargetValue TargetValue is the targeted discrete set-point value. ns=4;i=1045 i=78 i=2376 TargetValue TargetValue is the targeted discrete set-point value. ns=4;i=1042 i=2373 i=78 DeviceProgramRunId DeviceProgramRunId represents a device-specific unique internal identifier for this program run. Its value shall be identical to the return value of the last call to the FunctionalUnit’s StartProgram() Method. It is used to identify the result object corresponding to this program run within the FunctionalUnit’s result set. ns=4;i=1040 i=80 i=68 AnalogControlFunctionWithComposedTargetValueType The AnalogControlFunctionWithComposedTargetValueType describes an analogue control function (using analogue values), but the TargetValue is composed of several partial values. An example of a composed target value used in mechanical stress analysers involves combining a static/constant base value with periodically changing values for defined amplitude, frequency, and waveform. As the TargetValue is calculated from variables in the TargetValueSet, it should be read-only. LADS AnalogControlFunctionWithComposedTargetValueType https://reference.opcfoundation.org/LADS/v100/docs/7.6.6 ns=4;i=1009 TargetValueSet TargetValueSet contains the partial values for the target value. ns=4;i=1052 i=78 ns=4;i=1041 FalseState Human readable identifier of the signals' false state. ns=4;i=6007 i=78 i=68 off TrueState Human readable identifier of the signals' true state. ns=4;i=6007 i=78 i=68 on FalseState Human readable identifier of the value false. ns=4;i=6066 i=78 i=68 off TrueState Human readable identifier of the value true. ns=4;i=6066 i=78 i=68 on FalseState Human readable identifier of the value false. ns=4;i=6135 i=78 i=68 off TrueState Human readable identifier of the value true. ns=4;i=6135 i=78 i=68 on MultiSensorFunctionType The MultiSensorFunction represents complex detectors with multiple sensors targeting a specific measurement task, e.g. diode array detector of a HPLC system. The specific sensor elements are represented by sensor-functions in the FunctionSet. LADS MultiSensorFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.5.9 ns=4;i=1005 EnumStrings List of human readable identifiers for the discrete values. ns=4;i=6067 i=78 i=68 EnumStrings List of human readable identifiers for the discrete values. ns=4;i=6124 i=78 i=68 EnumStrings List of human readable identifiers for the discrete sensor values. ns=4;i=6030 i=78 i=68 EnumStrings ns=4;i=6122 i=78 i=68 Function Set The FunctionSetType is used for organising FunctionType objects in an unordered list structure. ns=4;i=1051 i=78 ns=4;i=1026 <SetElement> The BaseSensorFunctionType is an abstract ObjectType used as a base for derivation of Sensor Functions. A Sensor Function is a Function that measures data. ns=4;i=5006 ns=4;i=1005 i=11508 OutputArguments ns=4;i=7053 i=68 i=78 i=297 TemplateId i=12 -1 The unique identifier of the template which might be generated by the device/functional-unit itself or might be provided as element of the opaque input data. AnalogControlFunctionWithRelativeTargetValueType The AnalogControlFunctionWithRelativeTargetValueType supports applications where the target value is typically modified by relative increments or decrements. Examples of its usage include position controllers where the actuator needs to modify its position relative to the last defined position by a specific amount, or dispenser controllers that are responsible for aspirating or dispensing a certain volume of fluid. The optional DecreaseRate and IncreaseRate variables can be utilized to customize the dynamics of the resulting action based on application-specific requirements. These variables allow for adapting to factors such as viscosity when aspirating or dispensing fluids. LADS AnalogControlFunctionWithRelativeTargetValueType https://reference.opcfoundation.org/LADS/v100/docs/7.6.7/#7.6.7.1 ns=4;i=1009 IncreaseRate Rate by which the internal target-value is increased on change (e.g., acceleration ramp, aspirating action, ..). ns=4;i=1029 ns=4;i=5084 i=80 i=17570 DecreaseRate Rate by which the internal target-value is decreased on change (e.g., deceleration/brake ramp, dispensing action, ..). ns=4;i=1029 ns=4;i=5084 i=80 i=17570 ModifyTargetValueBy https://reference.opcfoundation.org/LADS/v100/docs/7.6.7/#7.6.7.2 ns=4;i=1029 ns=4;i=5084 i=80 InputArguments the definition of the input argument of method 4:AnalogControlFunctionWithIncreaseDecreaseRatesType.4:ModifyTargetValueByDelta ns=4;i=7022 i=78 i=68 i=297 Value i=11 -1 Relative value by which the target value will be changed. The resulting value will typically be limited to the target-value's allowed range. Provided values can be positive or negative. Operational Operational is a FunctionalGroup that shall organize the CurrentState property of the StateMachine and all its remote invocable Methods. Furthermore, it shall organize at least the CurrentValue and TargetValue variables. ns=4;i=1029 i=78 ns=1;i=1005 AnalogArraySensorFunctionType The AnalogArraySensorFunctionType is a concrete subtype of the AnalogSensorFunctionType which represents an array of analogue measured values. LADS AnalogArraySensorFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.5.3 ns=4;i=1046 SensorValue SensorValue is the calibrated and optionally compensated/filtered array of measurement values. ns=4;i=1015 i=78 i=17570 RawValue RawValue is the raw value measured at the sensor array, such as the electrical current of plate-reader photo-detectors. ns=4;i=1015 i=78 i=17570 Start https://reference.opcfoundation.org/LADS/v100/docs/7.6.2/#7.6.2.2 ns=4;i=1044 i=80 StartProgram https://reference.opcfoundation.org/LADS/v100/docs/7.1.7/#7.1.7.3 ns=4;i=5007 i=80 InputArguments the definition of the input argument of method 4:FunctionalUnitStateMachineType.4:StartProgram ns=4;i=7046 i=78 i=68 i=297 Properties ns=4;i=3003 1 A Key/Value set for parameterization of the program. i=297 SupervisoryJobId i=12 -1 i=297 SupervisoryTaskId i=12 -1 The ID of the SupervisoryTask. i=297 Samples ns=4;i=3002 1 1 An array of the SampleInfoType that describes the samples processed in this program execution. i=297 ProgramTemplateId i=12 -1 The ID of the program template that is used for the current execution. OutputArguments the definition of the output arguments of method 4:FunctionalUnitStateMachineType.4:StartProgram ns=4;i=7046 i=78 i=68 i=297 DeviceProgramRunId i=12 -1 The ID of the created program run. InputArguments ns=4;i=7002 i=80 i=68 i=297 Value i=11 -1 <SetElement> The MaintenanceTaskType shall be used to implement instances of maintenance tasks applicable at both the Device and Component levels. Maintenance tasks include activities such as periodic maintenance, cleaning, calibration, and validation. ns=4;i=1027 ns=4;i=1028 i=11508 CurrentState ns=4;i=1036 i=78 i=2760 MachineryBuildingBlocks The MachineryBuildingBlocks folder contains all machinery building blocks, especially the MachineryItemState, MachineryOperationMode, OperationCounter and Lifetime Counters. ns=4;i=1002 i=80 i=61 MachineryItemState MachineryItemState indicates the current state of the device in conformance with the Machinery Basics specification. ns=4;i=1002 ns=4;i=5063 i=80 ns=3;i=1002 MachineryOperationMode State machine representing the operation mode of a laboratory device. Optional methods allow for initiating changes of the operation mode from remote. ns=4;i=1002 ns=4;i=5063 i=80 ns=4;i=1050 LifetimeCounters Lifetime Counter provides information about the past and estimated remaining lifetime. ns=4;i=5063 ns=4;i=1002 i=80 ns=3;i=1015 OperationCounters OperationCounters for monitoring the condition of the device or component in conformance with the Devices specification. ns=4;i=1002 ns=4;i=5063 i=80 ns=3;i=1009 EngineeringUnits ns=4;i=6035 i=78 i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 4403766 ms millisecond EngineeringUnits ns=4;i=6012 i=78 i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 4403766 ms millisecond EngineeringUnits ns=4;i=6034 i=78 i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 4403766 ms millisecond MachineryBuildingBlocks The MachineryBuildingBlocks folder contains all machinery building blocks, especially the MachineryItemState, MachineryOperationMode, OperationCounter and Lifetime Counters. ns=4;i=1024 i=80 i=61 LifetimeCounters Lifetime Counter provides information about the past and estimated remaining lifetime. ns=4;i=1024 ns=4;i=5088 i=80 ns=3;i=1015 OperationCounters ns=4;i=1024 ns=4;i=5088 i=80 ns=3;i=1009 AckedState ns=4;i=5017 i=8995 i=78 Id ns=4;i=6181 i=68 i=78 Acknowledge ns=4;i=5017 i=78 InputArguments ns=4;i=7030 i=68 i=78 i=297 EventId i=15 -1 The identifier for the event to comment. i=297 Comment i=21 -1 The comment to add to the condition. ActiveState ns=4;i=5017 i=8995 i=78 Id ns=4;i=6168 i=68 i=78 AddComment ns=4;i=5017 i=78 InputArguments ns=4;i=7049 i=68 i=78 i=297 EventId i=15 -1 The identifier for the event to comment. i=297 Comment i=21 -1 The comment to add to the condition. BranchId ns=4;i=5017 i=68 i=78 ClientUserId ns=4;i=5017 i=68 i=78 Comment ns=4;i=5017 i=9002 i=78 SourceTimestamp ns=4;i=6264 i=68 i=78 ConditionClassId ns=4;i=5017 i=68 i=78 ConditionClassName ns=4;i=5017 i=68 i=78 ConditionName ns=4;i=5017 i=68 i=78 Disable ns=4;i=5017 i=78 Enable ns=4;i=5017 i=78 EnabledState ns=4;i=5017 i=8995 i=78 Id ns=4;i=6166 i=68 i=78 EventId ns=4;i=5017 i=68 i=78 EventType ns=4;i=5017 i=68 i=78 InputNode ns=4;i=5017 i=68 i=78 LastSeverity ns=4;i=5017 i=9002 i=78 SourceTimestamp ns=4;i=6262 i=68 i=78 MaintenanceState The MaintenanceState state-machine provides information, whether a maintenance activity is planned, currently in execution, of has been executed. ns=4;i=5017 ns=2;i=1013 i=78 Message ns=4;i=5017 i=68 i=78 NormalState ns=4;i=5017 i=68 i=78 Quality ns=4;i=5017 i=9002 i=78 SourceTimestamp ns=4;i=6260 i=68 i=78 ReceiveTime ns=4;i=5017 i=68 i=78 Retain ns=4;i=5017 i=68 i=78 Severity ns=4;i=5017 i=68 i=78 SourceName ns=4;i=5017 i=68 i=78 SourceNode ns=4;i=5017 i=68 i=78 SuppressedOrShelved ns=4;i=5017 i=68 i=78 Time ns=4;i=5017 i=68 i=78 CurrentState ns=4;i=1043 i=78 i=2760 EffectiveDisplayName ns=4;i=6279 i=68 i=78 LockedToUnlocking ns=4;i=1010 i=2310 ns=4;i=5049 ns=4;i=5107 ns=4;i=7014 Unlocking Unlocking is the transitive state of the cover when it is in the process of unlocking. ns=4;i=1010 i=2307 Locking Locking is the transitive state of the cover when it is in the process of locking. ns=4;i=1010 i=2307 Opening Opening is the transitive state of the cover when it is in the process of opening. ns=4;i=1010 i=2307 Closing Closing is the transitive state of the cover when it is in the process of closing. ns=4;i=1010 i=2307 UnlockingToClosed ns=4;i=1010 i=2310 ns=4;i=5107 ns=4;i=5028 ClosedToOpening ns=4;i=1010 i=2310 ns=4;i=5109 ns=4;i=5028 ns=4;i=7011 OpeningToOpened ns=4;i=1010 i=2310 ns=4;i=5109 ns=4;i=5025 OpenedToClosing ns=4;i=1010 i=2310 ns=4;i=5025 ns=4;i=5110 ns=4;i=7012 ClosingToClosed ns=4;i=1010 i=2310 ns=4;i=5110 ns=4;i=5028 ClosedToLocking ns=4;i=1010 i=2310 ns=4;i=5028 ns=4;i=5108 ns=4;i=7013 LockingToLocked ns=4;i=1010 i=2310 ns=4;i=5108 ns=4;i=5049 StateNumber ns=4;i=5110 i=68 i=78 5 StateNumber ns=4;i=5108 i=68 i=78 6 StateNumber ns=4;i=5109 i=68 i=78 7 StateNumber ns=4;i=5107 i=68 i=78 8 TransitionNumber ns=4;i=5139 i=68 i=78 8 TransitionNumber ns=4;i=5115 i=68 i=78 9 TransitionNumber ns=4;i=5138 i=68 i=78 10 TransitionNumber ns=4;i=5098 i=68 i=78 11 TransitionNumber ns=4;i=5140 i=68 i=78 12 TransitionNumber ns=4;i=5137 i=68 i=78 13 TransitionNumber ns=4;i=5136 i=68 i=78 14 TransitionNumber ns=4;i=5114 i=68 i=78 15 ControlFunctionState ControlFunctionState is a state machine which represents the execution state and controls the execution of the Function. ns=4;i=1009 ns=4;i=1044 i=78 StartWithTargetValue https://reference.opcfoundation.org/LADS/v100/docs/7.6.13/#7.6.13.1 ns=4;i=5141 i=80 InputArguments the definition of the input argument of method 4:FunctionStateMachineTypeType.4:Start ns=4;i=7027 i=68 i=78 i=297 TargetValue i=11 -1 (Optional) The value can use to set the target value parallel with the start method. ControlFunctionState ControlFunctionState is a state machine which represents the execution state and controls the execution of the Function. ns=4;i=1045 ns=4;i=1044 i=78 StartWithTargetValue https://reference.opcfoundation.org/LADS/v100/docs/7.6.13/#7.6.13.1 ns=4;i=5142 i=80 InputArguments the definition of the input argument of method 4:FunctionStateMachineTypeType.4:Start ns=4;i=7050 i=68 i=78 i=297 TargetValue i=7 -1 (Optional) The value can use to set the target value parallel with the start method. ControlFunctionState ControlFunctionState is a state machine which represents the execution state and controls the execution of the Function. ns=4;i=1042 ns=4;i=1044 i=78 StartWithTargetValue https://reference.opcfoundation.org/LADS/v100/docs/7.6.13/#7.6.13.1 ns=4;i=5144 i=80 InputArguments the definition of the input argument of method 4:FunctionStateMachineTypeType.4:Start ns=4;i=7054 i=68 i=78 i=297 TargetValue i=1 -1 (Optional) The value can use to set the target value parallel with the start method. GotoProcessing https://reference.opcfoundation.org/LADS/v100/docs/7.1.9/#7.1.9.1 ns=4;i=1050 i=80 GotoMaintenance https://reference.opcfoundation.org/LADS/v100/docs/7.1.9/#7.1.9.1 ns=4;i=1050 i=80 GotoSetup https://reference.opcfoundation.org/LADS/v100/docs/7.1.9/#7.1.9.1 ns=4;i=1050 i=80 SetType The SetType provides an unordered set of objects. LADS SetType https://reference.opcfoundation.org/LADS/v100/docs/7.3.1 i=61 i=2133 VariableSetType The VariableSetType is used for storing additional sample data that was created during a run. LADS VariableSetType https://reference.opcfoundation.org/LADS/v100/docs/7.3.9 ns=4;i=61 i=2133 CurrentProgramTemplate CurrentProgramTemplate provides the template-id as well as the node-id of the currently executed program. ns=4;i=1040 i=68 i=80 CurrentState ns=4;i=5055 ns=4;i=5064 i=2760 i=78 AlarmMonitor AlarmMonitor indicates whether the deviation from a set point exceeds the limit. See: 10000-9: Alarms & Conditions | ExclusiveDeviationAlarmType. ns=4;i=1048 i=9764 i=80 AnalogSensorFunctionType The AnalogSensorFunctionType is a abstract subtype of the BaseSensorFunctionType which represents an analogue measured value. This is an extension point for all analogue measured values without built-in compensation on the Sensor. LADS AnalogSensorFunctionType https://reference.opcfoundation.org/LADS/v100/docs/7.5.2 ns=4;i=1005 RawValue RawValue is the raw value measured at the Sensor element, such as the Nernst voltage of a pH Sensor element. ns=4;i=1046 i=17570 i=78 SensorValue SensorValue is the calibrated and optionally compensated/filtered process value. ns=4;i=1046 ns=4;i=5011 i=17570 i=78 LADSOperationModeStateMachineType State machine representing the operation mode of a laboratory device. Optional methods allow for initiating changes of the operation mode from remote. LADS LADSOperationModeStatemachineType https://reference.opcfoundation.org/LADS/v100/docs/7.1.9 ns=3;i=1008 NodeVersion NodeVersion and the GeneralModelChangeEventType are mechanisms to notify clients that the content of the set has changed and shall be used as defined in OPC 10000-3. ns=4;i=1020 i=68 i=80 NaN NodeVersion NodeVersion and the GeneralModelChangeEventType are mechanisms to notify clients that the content of the set has changed and shall be used as defined in OPC 10000-3. ns=4;i=1019 i=68 i=78 NaN TypeDictionary Collects the data type descriptions of http://opcfoundation.org/UA/LADS/ i=93 i=72 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