http://opcfoundation.org/UA/Woodworking/ http://opcfoundation.org/UA/DI/ http://opcfoundation.org/UA/Machinery/ http://opcfoundation.org/UA/Machinery/Jobs/ http://opcfoundation.org/UA/ISA95-JOBCONTROL_V2/ i=1 i=2 i=3 i=4 i=5 i=6 i=7 i=8 i=9 i=10 i=11 i=12 i=13 i=14 i=15 i=17 i=21 i=37 i=38 i=39 i=40 i=41 i=45 i=46 i=47 i=256 i=291 i=296 i=884 i=887 i=7594 i=17603 i=17604 ns=5;i=3007 ns=5;i=3015 ns=1;i=20 ns=1;i=21 ns=1;i=3002 ns=1;i=3003 ns=1;i=3004 WwEventCategoryEnumeration This enumeration represents the category of an event. Woodworking Event Messages https://reference.opcfoundation.org/Woodworking/v100/docs/7.12 ns=1;i=6103 i=29 No other event category applies or it is unknown. The event is a diagnostic event. The event is an information event. The event is a warning event. The event is an alarm event. The event is an error event. EnumValues i=68 ns=1;i=3004 i=7616 0 OTHER en No other event category applies or it is unknown. i=7616 1 DIAGNOSTIC en The event is a diagnostic event. i=7616 2 INFORMATION en The event is an information event. i=7616 3 WARNING en The event is a warning event. i=7616 4 ALARM en The event is an alarm event. i=7616 5 ERROR en The event is an error event. WwUnitModeEnumeration This enumeration represents the generalized mode of a unit. Woodworking Unit State https://reference.opcfoundation.org/Woodworking/v100/docs/7.8 ns=1;i=123 i=29 This state is used if none of the other states below applies. The unit is in automatic mode. The unit is in semi-automatic mode. The unit is in manual mode. The unit is in setup mode. The unit is in sleep mode. Component is still switched on, energy consumption reduced by e.g. reducing heating, switching drives off. Production is not possible. EnumValues i=68 ns=1;i=20 i=7616 0 OTHER en This state is used if none of the other states below applies. i=7616 1 AUTOMATIC en The unit is in automatic mode. i=7616 2 SEMIAUTOMATIC en The unit is in semi-automatic mode. i=7616 3 MANUAL en The unit is in manual mode. i=7616 4 SETUP en The unit is in setup mode. i=7616 5 SLEEP en The unit is in sleep mode. Component is still switched on, energy consumption reduced by e.g. reducing heating, switching drives off. Production is not possible. WwUnitStateEnumeration This enumeration represents the generalized state of a unit. Woodworking Unit State https://reference.opcfoundation.org/Woodworking/v100/docs/7.7 ns=1;i=128 i=29 The component is offline. The unit is in standby. The unit is ready to start working. The unit is working. The unit is not able to start working because there is an error. The cause can be an alarm or error or user intervention. EnumValues i=68 ns=1;i=21 i=7616 0 OFFLINE en The component is offline. i=7616 1 STANDBY en The unit is in standby. i=7616 2 READY en The unit is ready to start working. i=7616 3 WORKING en The unit is working. i=7616 4 ERROR en The unit is not able to start working because there is an error. The cause can be an alarm or error or user intervention. WwMessageArgumentDataType The WwArgumentDataType definition extends the argument structure with an argument value. Woodworking Event Messages https://reference.opcfoundation.org/Woodworking/v100/docs/7.13 ns=1;i=5013 ns=1;i=5015 ns=1;i=5014 i=296 The variable contains the value of the argument WwMessageArgumentDataType i=69 ns=1;i=5013 ns=1;i=6001 WwMessageArgumentDataType WwMessageArgumentDataType i=69 ns=1;i=5014 ns=1;i=6003 //xs:element[@name='WwMessageArgumentDataType'] WwMessageArgumentValueDataType The WwArgumentValueDataType definition defines the possible types of an argument value. Woodworking Event Messages https://reference.opcfoundation.org/Woodworking/v100/docs/7.14 ns=1;i=5010 ns=1;i=5012 ns=1;i=5011 i=12756 The content of the value as an array of the own type The content of the value as a boolean The content of the value as a 16 bit integer The content of the value as a 32 bit integer The content of the value as a 64 bit integer The content of the value as a 8 bit integer The content of the value as a 16 bit unsigned integer The content of the value as a 32 bit unsigned integer The content of the value as a 64 bit unsigned integer The content of the value as a 8 bit unsigned integer The content of the value as a datetime The content of the value as a GUID The content of the value as a localized text The content of the value as a double The content of the value as a float The content of the value as a string The content of the value has no standard format and is instantiated as a string WwMessageArgumentValueDataType i=69 ns=1;i=5010 ns=1;i=6001 WwMessageArgumentValueDataType WwMessageArgumentValueDataType i=69 ns=1;i=5011 ns=1;i=6003 //xs:element[@name='WwMessageArgumentValueDataType'] TypeDictionary Collects the data type descriptions of http://opcfoundation.org/UA/Woodworking/ i=72 ns=1;i=6002 i=93 ns=1;i=6005 ns=1;i=6007 PG9wYzpUeXBlRGljdGlvbmFyeSB4bWxuczp4c2k9Imh0dHA6Ly93d3cudzMub3JnLzIwMDEvWE1MU2NoZ W1hLWluc3RhbmNlIiB4bWxuczp0bnM9Imh0dHA6Ly9vcGNmb3VuZGF0aW9uLm9yZy9VQS9Xb 29kd29ya2luZy8iIERlZmF1bHRCeXRlT3JkZXI9IkxpdHRsZUVuZGlhbiIgeG1sbnM6b3BjP SJodHRwOi8vb3BjZm91bmRhdGlvbi5vcmcvQmluYXJ5U2NoZW1hLyIgeG1sbnM6dWE9Imh0d HA6Ly9vcGNmb3VuZGF0aW9uLm9yZy9VQS8iIFRhcmdldE5hbWVzcGFjZT0iaHR0cDovL29wY 2ZvdW5kYXRpb24ub3JnL1VBL1dvb2R3b3JraW5nLyI+CiA8b3BjOkltcG9ydCBOYW1lc3BhY 2U9Imh0dHA6Ly9vcGNmb3VuZGF0aW9uLm9yZy9VQS8iLz4KIDxvcGM6U3RydWN0dXJlZFR5c GUgQmFzZVR5cGU9InVhOkFyZ3VtZW50IiBOYW1lPSJXd01lc3NhZ2VBcmd1bWVudERhdGFUe XBlIj4KICA8b3BjOkRvY3VtZW50YXRpb24+VGhlIFd3QXJndW1lbnREYXRhVHlwZSBkZWZpb 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GF0YVR5cGUiIG5pbGxhYmxlPSJ0cnVlIi8+CjwveHM6c2NoZW1hPgo= NamespaceUri i=68 ns=1;i=6003 http://opcfoundation.org/UA/Woodworking/Types.xsd WwAlarmConditionType The WwAlarmContitionType represents an acknowledgeable and confirmable state of a woodworking system or one of its components containing an active state. Woodworking Event Messages https://reference.opcfoundation.org/Woodworking/v100/docs/7.18 ns=1;i=6243 ns=1;i=6244 ns=1;i=6245 ns=1;i=1002 ns=1;i=6246 ns=1;i=6247 ns=1;i=6394 ns=1;i=6395 ns=1;i=15 i=2915 Arguments The Arguments Variable is an argument value array of one dimension that can be used to parameterize the message. The number of the indexing in the array corresponds to the placeholder number in the message text. This ensures that the formatting functions of the implementations enable the localized message texts to be created. i=68 i=80 ns=1;i=1007 EventCategory The EventCategory Variable provides the category of the event. i=68 i=78 ns=1;i=1007 Group The Group Variable specifies the class or group of the Message like “safety”, “emergency”, “consumable”. See chapter “Categorizing and grouping the messages, events, alarms and conditions”. i=68 i=80 ns=1;i=1007 LocalizedMessages The LocalizedMessages Variable contains an array of localized messages corresponding to the installed server languages. i=68 i=80 ns=1;i=1007 MessageId The MessageId Variable is a unique Identifier like a number or name of the message in the cause path (PathParts) determined Module. Example: “A4711” or “1” i=68 i=78 ns=1;i=1007 MessageName The MessageName Variable is a short name like a number or title to reference a translation of the general message text. Example: “ID_MSG_EmergencyAlarm”. i=68 i=80 ns=1;i=1007 PathParts The PathParts Variable is an array of Path information strings based on a server independent hierarchical structure of modules or an application specific expansion of that. It is an additional location information beside the SourceName. Example: “Machine”, “FixedSide”, “Sizing”, “Milling1” i=68 i=78 ns=1;i=1007 WwAcknowledgeableConditionType The WwAcknowledgeableConditionType represents an acknowledgeable and confirmable state of a woodworking system or one of its components. Woodworking Event Messages https://reference.opcfoundation.org/Woodworking/v100/docs/7.17 ns=1;i=6182 ns=1;i=6183 ns=1;i=6203 ns=1;i=1002 ns=1;i=6204 ns=1;i=6205 ns=1;i=6206 ns=1;i=6242 ns=1;i=15 i=2881 Arguments The Arguments Variable is an argument value array of one dimension that can be used to parameterize the message. The number of the indexing in the array corresponds to the placeholder number in the message text. This ensures that the formatting functions of the implementations enable the localized message texts to be created. i=80 i=68 ns=1;i=1005 EventCategory The EventCategory Variable provides the category of the event. i=78 i=68 ns=1;i=1005 Group The Group Variable specifies the class or group of the Message like “safety”, “emergency”, “consumable”. See chapter “Categorizing and grouping the messages, events, alarms and conditions”. i=80 i=68 ns=1;i=1005 LocalizedMessages The LocalizedMessages Variable contains an array of localized messages corresponding to the installed server languages. i=80 i=68 ns=1;i=1005 MessageId The MessageId Variable is a unique Identifier like a number or name of the message in the cause path (PathParts) determined Module. Example: “A4711” or “1” i=78 i=68 ns=1;i=1005 MessageName The MessageName Variable is a short name like a number or title to reference a translation of the general message text. Example: “ID_MSG_EmergencyAlarm”. i=80 i=68 ns=1;i=1005 PathParts The PathParts Variable is an array of Path information strings based on a server independent hierarchical structure of modules or an application specific expansion of that. It is an additional location information beside the SourceName. Example: “Machine”, “FixedSide”, “Sizing”, “Milling1” i=78 i=68 ns=1;i=1005 WwConditionType The WwConditionType represents a state of a woodworking system or one of its components. Woodworking Event Messages https://reference.opcfoundation.org/Woodworking/v100/docs/7.16 ns=1;i=6009 ns=1;i=6010 ns=1;i=6011 ns=1;i=1002 ns=1;i=6012 ns=1;i=6013 ns=1;i=6135 ns=1;i=6136 ns=1;i=15 i=2782 Arguments The Arguments Variable is an argument value array of one dimension that can be used to parameterize the message. The number of the indexing in the array corresponds to the placeholder number in the message text. This ensures that the formatting functions of the implementations enable the localized message texts to be created. i=68 i=80 ns=1;i=1004 EventCategory The EventCategory Variable provides the category of the event. i=68 i=78 ns=1;i=1004 Group The Group Variable specifies the class or group of the Message like “safety”, “emergency”, “consumable”. See chapter “Categorizing and grouping the messages, events, alarms and conditions”. i=68 i=80 ns=1;i=1004 LocalizedMessages The LocalizedMessages Variable contains an array of localized messages corresponding to the installed server languages. i=68 i=80 ns=1;i=1004 MessageId The MessageId Variable is a unique Identifier like a number or name of the message in the cause path (PathParts) determined Module. Example: “A4711” or “1” i=68 i=78 ns=1;i=1004 MessageName The MessageName Variable is a short name like a number or title to reference a translation of the general message text. Example: “ID_MSG_EmergencyAlarm”. i=68 i=80 ns=1;i=1004 PathParts The PathParts Variable is an array of Path information strings based on a server independent hierarchical structure of modules or an application specific expansion of that. It is an additional location information beside the SourceName. Example: “Machine”, “FixedSide”, “Sizing”, “Milling1” i=68 i=78 ns=1;i=1004 WwBaseEventType The WwBaseEventType represents a message event from a module. Woodworking Event Messages https://reference.opcfoundation.org/Woodworking/v100/docs/7.15 ns=1;i=6232 ns=1;i=6056 ns=1;i=259 ns=1;i=1002 ns=1;i=260 ns=1;i=256 ns=1;i=257 ns=1;i=258 i=2041 ns=1;i=15 Arguments The Arguments Variable is an argument value array of one dimension that can be used to parameterize the message. The number of the indexing in the array corresponds to the placeholder number in the message text. This ensures that the formatting functions of the implementations enable the localized message texts to be created. i=80 i=68 ns=1;i=13 EventCategory The EventCategory Variable provides the category of the event. i=78 i=68 ns=1;i=13 Group The Group Variable specifies the class or group of the Message like “safety”, “emergency”, “consumable”. See chapter “Categorizing and grouping the messages, events, alarms and conditions”. i=80 i=68 ns=1;i=13 LocalizedMessages The LocalizedMessages Variable contains an array of localized messages corresponding to the installed server languages. i=80 i=68 ns=1;i=13 MessageId The MessageId Variable is a unique Identifier like a number or name of the message in the cause path (PathParts) determined Module. Example: “A4711” or “1” i=78 i=68 ns=1;i=13 MessageName The MessageName Variable is a short name like a number or title to reference a translation of the general message text. Example: “ID_MSG_EmergencyAlarm”. i=80 i=68 ns=1;i=13 PathParts The PathParts Variable is an array of Path information strings based on a server independent hierarchical structure of modules or an application specific expansion of that. It is an additional location information beside the SourceName. i=78 i=68 ns=1;i=13 IWwBaseStateType The IWwBaseStateType represents the state of an unit. An unit can be a machine of part of a machine. Woodworking Machine Monitoring Woodworking SubUnits Monitoring Woodworking Unit State https://reference.opcfoundation.org/Woodworking/v100/docs/7.5 ns=1;i=5003 ns=1;i=5004 ns=1;i=5006 i=17602 ns=1;i=5002 ns=1;i=5009 ns=1;i=5021 ns=1;i=5030 ns=1;i=5036 Flags The Flags Object provides the flags of the unit. i=58 i=80 ns=1;i=6070 ns=1;i=6071 ns=1;i=6078 ns=1;i=6075 ns=1;i=6076 ns=1;i=6092 ns=1;i=6082 ns=1;i=6093 ns=1;i=6095 ns=1;i=6 ns=1;i=6084 ns=1;i=4 ns=1;i=6089 ns=1;i=6073 ns=1;i=6072 ns=1;i=6094 ns=1;i=6088 ns=1;i=6081 ns=1;i=6074 ns=1;i=6087 ns=1;i=6085 ns=1;i=6086 ns=1;i=6079 ns=1;i=6077 ns=1;i=6091 ns=1;i=6090 ns=1;i=6083 ns=1;i=6080 AirPresent The AirPresent Variable is true if the air pressure is present in the machine. i=63 i=80 ns=1;i=5003 Alarm The Alarm Variable is true if at least one alarm exists. i=63 i=78 ns=1;i=5003 Calibrated The Calibrated Variable is true if all devices are calibrated. i=63 i=78 ns=1;i=5003 DustChipSuction The DustChipSuction Variable is true if the dust and chip suction is ready. i=63 i=80 ns=1;i=5003 Emergency The Emergency Variable is true if at least one emergency button is pressed. i=63 i=78 ns=1;i=5003 EnergySaving The EnergySaving Variable is true if energy saving is activated on the machine. i=63 i=80 ns=1;i=5003 Error The Error Variable is true if at least one reason exists which prevents the machine from working. i=78 i=63 ns=1;i=5003 ExternalEmergency The ExternalEmergency Variable is true if there is an emergency from the line controller. i=63 i=80 ns=1;i=5003 FeedRuns The FeedRuns Variable is true if the feed is running on a throughfeed machine. i=63 i=80 ns=1;i=5003 Hold The Hold Variable is true if the movements are paused by the operator. i=63 i=80 ns=1;i=5003 LoadingEnabled The LoadingEnabled Variable is true if the unit is ready to get the next new part. If this is false no part can get into the unit. i=63 i=80 ns=1;i=5003 MachineInitialized The MachineInitialized Variable is true if MachineOn is true, the PLC and the control processes are running. The machine is ready for usage for the operator. i=78 i=63 ns=1;i=5003 MachineOn The MachineOn Variable is true if the machine is switched on. If the OPC UA Server runs on the machine this value is always true. i=63 i=78 ns=1;i=5003 MaintenanceRequired The MaintenanceRequired Variable is true if maintenance is required. i=63 i=80 ns=1;i=5003 ManualActivityRequired The ManualActivityRequired Variable is true if a manual activity by the operator is required. The RecipeInRun is not affected. i=63 i=80 ns=1;i=5003 Moving The Moving Variable is true if at least one axis is moving. i=63 i=80 ns=1;i=5003 PowerPresent The PowerPresent Variable is true if the power supply is present (the drives are ready to move). i=63 i=78 ns=1;i=5003 RecipeInHold The RecipeInHold Variable is true if the machine is paused by the program. This is only possible if the RecipeInRun Variable is also true. i=63 i=80 ns=1;i=5003 RecipeInRun The RecipeInRun Variable is true if the machine runs its program. However, if the machine is paused by the program, the machine is considered to still be running its program, i.e. while the RecipeInHold Variable is true, the RecipeInRun cannot be false. i=63 i=78 ns=1;i=5003 RecipeInSetup The RecipeInSetup Variable is true if the RecipeInRun is true and the machine is in the setup phase (example: automatic tool change). i=63 i=80 ns=1;i=5003 Remote The Remote Variable is true if the machine is working with programs sent by the supervisor or other external application. i=63 i=80 ns=1;i=5003 Safety The Safety Variable is true if at least one safety device (light curtain, safety mat, …) has intervened. i=63 i=80 ns=1;i=5003 WaitLoad The WaitLoad Variable is true if the machine is waiting for pieces. i=63 i=80 ns=1;i=5003 WaitUnload The WaitUnload Variable is true if the machine is waiting to unload pieces. i=63 i=80 ns=1;i=5003 Warning The Warning Variable is true if at least one warning exists. i=63 i=78 ns=1;i=5003 WorkpiecePresent The WorkpiecePresent Variable is true if at least one piece is inside the machine. i=63 i=80 ns=1;i=5003 Overview The Overview Object provides a general state of the unit. i=58 i=78 ns=1;i=6097 ns=1;i=6096 ns=1;i=5 ns=1;i=6 CurrentMode The CurrentMode Variable provides the generalized mode of the unit. i=63 i=78 ns=1;i=5004 CurrentState The CurrentState Variable provides the generalized state of the unit. i=63 i=78 ns=1;i=5004 Values The Values Object provides the counters of the unit. i=58 i=80 ns=1;i=6110 ns=1;i=6128 ns=1;i=6102 ns=1;i=6112 ns=1;i=6130 ns=1;i=6132 ns=1;i=6114 ns=1;i=6116 ns=1;i=6120 ns=1;i=6118 ns=1;i=6106 ns=1;i=6126 ns=1;i=6122 ns=1;i=6124 ns=1;i=6104 ns=1;i=6108 ns=1;i=6101 ns=1;i=6098 ns=1;i=6100 ns=1;i=1006 ns=1;i=6111 ns=1;i=6129 ns=1;i=6113 ns=1;i=6131 ns=1;i=6133 ns=1;i=6115 ns=1;i=6117 ns=1;i=6121 ns=1;i=6119 ns=1;i=6107 ns=1;i=6127 ns=1;i=6123 ns=1;i=6125 ns=1;i=6105 ns=1;i=6109 ns=1;i=6099 ns=1;i=6 AbsoluteErrorTime The AbsoluteErrorTime Variable provides the absolute time of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=5006 ns=1;i=6720 ns=1;i=6722 ns=1;i=6721 ns=1;i=6723 ns=1;i=6724 Definition i=80 i=68 ns=1;i=6110 EngineeringUnits i=80 i=68 ns=1;i=6110 EURange i=80 i=68 ns=1;i=6110 InstrumentRange i=80 i=68 ns=1;i=6110 ValuePrecision i=80 i=68 ns=1;i=6110 AbsoluteLength The AbsoluteLength Variable provides the absolute produced length in mm. i=15318 i=80 ns=1;i=5006 ns=1;i=6725 ns=1;i=6727 ns=1;i=6726 ns=1;i=6728 ns=1;i=6729 Definition i=80 i=68 ns=1;i=6128 EngineeringUnits i=80 i=68 ns=1;i=6128 EURange i=80 i=68 ns=1;i=6128 InstrumentRange i=80 i=68 ns=1;i=6128 ValuePrecision i=80 i=68 ns=1;i=6128 AbsoluteMachineOffTime The AbsoluteOfflineTime can be calculated by the machine. The shutdown time and the starting time have to be stored on the machine. i=15318 i=80 ns=1;i=5006 ns=1;i=6735 ns=1;i=6737 ns=1;i=6736 ns=1;i=6738 ns=1;i=6739 Definition i=80 i=68 ns=1;i=6102 EngineeringUnits i=80 i=68 ns=1;i=6102 EURange i=80 i=68 ns=1;i=6102 InstrumentRange i=80 i=68 ns=1;i=6102 ValuePrecision i=80 i=68 ns=1;i=6102 AbsoluteMachineOnTime The AbsoluteMachineOnTime Variable provides the absolute time in msec the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=5006 ns=1;i=6730 ns=1;i=6732 ns=1;i=6731 ns=1;i=6733 ns=1;i=6734 Definition i=80 i=68 ns=1;i=6112 EngineeringUnits i=80 i=68 ns=1;i=6112 EURange i=80 i=68 ns=1;i=6112 InstrumentRange i=80 i=68 ns=1;i=6112 ValuePrecision i=80 i=68 ns=1;i=6112 AbsolutePiecesIn The AbsolutePiecesIn Variable provides the absolute count of pieces which came into the machine. i=15318 i=80 ns=1;i=5006 ns=1;i=6740 ns=1;i=6742 ns=1;i=6741 ns=1;i=6743 ns=1;i=6744 Definition i=80 i=68 ns=1;i=6130 EngineeringUnits i=80 i=68 ns=1;i=6130 EURange i=80 i=68 ns=1;i=6130 InstrumentRange i=80 i=68 ns=1;i=6130 ValuePrecision i=80 i=68 ns=1;i=6130 AbsolutePiecesOut The AbsolutePiecesOut Variable provides the absolute count of pieces which came out of the machine. i=15318 i=80 ns=1;i=5006 ns=1;i=6745 ns=1;i=6747 ns=1;i=6746 ns=1;i=6748 ns=1;i=6749 Definition i=80 i=68 ns=1;i=6132 EngineeringUnits i=80 i=68 ns=1;i=6132 EURange i=80 i=68 ns=1;i=6132 InstrumentRange i=80 i=68 ns=1;i=6132 ValuePrecision i=80 i=68 ns=1;i=6132 AbsolutePowerPresentTime The AbsolutePowerPresentTime Variable provides the absolute time in msec the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=5006 ns=1;i=6750 ns=1;i=6752 ns=1;i=6751 ns=1;i=6753 ns=1;i=6754 Definition i=80 i=68 ns=1;i=6114 EngineeringUnits i=80 i=68 ns=1;i=6114 EURange i=80 i=68 ns=1;i=6114 InstrumentRange i=80 i=68 ns=1;i=6114 ValuePrecision i=80 i=68 ns=1;i=6114 AbsoluteProductionTime The AbsoluteProductionTime Variable provides the absolute time in msec of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=5006 ns=1;i=6755 ns=1;i=6757 ns=1;i=6756 ns=1;i=6758 ns=1;i=6759 Definition i=80 i=68 ns=1;i=6116 EngineeringUnits i=80 i=68 ns=1;i=6116 EURange i=80 i=68 ns=1;i=6116 InstrumentRange i=80 i=68 ns=1;i=6116 ValuePrecision i=80 i=68 ns=1;i=6116 AbsoluteProductionWaitWorkpieceTime The AbsoluteProductionWaitWorkpieceTime Variable provides the absolute time in msec of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=5006 ns=1;i=6760 ns=1;i=6762 ns=1;i=6761 ns=1;i=6763 ns=1;i=6764 Definition i=80 i=68 ns=1;i=6120 EngineeringUnits i=80 i=68 ns=1;i=6120 EURange i=80 i=68 ns=1;i=6120 InstrumentRange i=80 i=68 ns=1;i=6120 ValuePrecision i=80 i=68 ns=1;i=6120 AbsoluteProductionWithoutWorkpieceTime The AbsoluteProductionWithoutWorkpieceTime Variable provides the absolute time in msec of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=5006 ns=1;i=6765 ns=1;i=6767 ns=1;i=6766 ns=1;i=6768 ns=1;i=6769 Definition i=80 i=68 ns=1;i=6118 EngineeringUnits i=80 i=68 ns=1;i=6118 EURange i=80 i=68 ns=1;i=6118 InstrumentRange i=80 i=68 ns=1;i=6118 ValuePrecision i=80 i=68 ns=1;i=6118 AbsoluteReadyTime The AbsoluteReadyTime Variable provides the absolute time of the READY_2 state in msec. i=15318 i=80 ns=1;i=5006 ns=1;i=6770 ns=1;i=6772 ns=1;i=6771 ns=1;i=6773 ns=1;i=6774 Definition i=80 i=68 ns=1;i=6106 EngineeringUnits i=80 i=68 ns=1;i=6106 EURange i=80 i=68 ns=1;i=6106 InstrumentRange i=80 i=68 ns=1;i=6106 ValuePrecision i=80 i=68 ns=1;i=6106 AbsoluteRunsAborted The AbsoluteRunsAborted Variable provides the absolute count of aborted runs. i=15318 i=80 ns=1;i=5006 ns=1;i=6775 ns=1;i=6777 ns=1;i=6776 ns=1;i=6778 ns=1;i=6779 Definition i=80 i=68 ns=1;i=6126 EngineeringUnits i=80 i=68 ns=1;i=6126 EURange i=80 i=68 ns=1;i=6126 InstrumentRange i=80 i=68 ns=1;i=6126 ValuePrecision i=80 i=68 ns=1;i=6126 AbsoluteRunsGood The AbsoluteRunsGood Variable provides the absolute count of finished runs. i=15318 i=80 ns=1;i=5006 ns=1;i=6780 ns=1;i=6782 ns=1;i=6781 ns=1;i=6783 ns=1;i=6784 Definition i=80 i=68 ns=1;i=6122 EngineeringUnits i=80 i=68 ns=1;i=6122 EURange i=80 i=68 ns=1;i=6122 InstrumentRange i=80 i=68 ns=1;i=6122 ValuePrecision i=80 i=68 ns=1;i=6122 AbsoluteRunsTotal The AbsoluteRunsTotal Variable provides the absolute count of total runs. i=15318 i=80 ns=1;i=5006 ns=1;i=6785 ns=1;i=6787 ns=1;i=6786 ns=1;i=6788 ns=1;i=6789 Definition i=80 i=68 ns=1;i=6124 EngineeringUnits i=80 i=68 ns=1;i=6124 EURange i=80 i=68 ns=1;i=6124 InstrumentRange i=80 i=68 ns=1;i=6124 ValuePrecision i=80 i=68 ns=1;i=6124 AbsoluteStandbyTime The AbsoluteStandbyTime Variable provides the absolute time of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=5006 ns=1;i=6790 ns=1;i=6792 ns=1;i=6791 ns=1;i=6793 ns=1;i=6794 Definition i=80 i=68 ns=1;i=6104 EngineeringUnits i=80 i=68 ns=1;i=6104 EURange i=80 i=68 ns=1;i=6104 InstrumentRange i=80 i=68 ns=1;i=6104 ValuePrecision i=80 i=68 ns=1;i=6104 AbsoluteWorkingTime The AbsoluteWorkingTime Variable provides the absolute time of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=5006 ns=1;i=6795 ns=1;i=6797 ns=1;i=6796 ns=1;i=6798 ns=1;i=6799 Definition i=80 i=68 ns=1;i=6108 EngineeringUnits i=80 i=68 ns=1;i=6108 EURange i=80 i=68 ns=1;i=6108 InstrumentRange i=80 i=68 ns=1;i=6108 ValuePrecision i=80 i=68 ns=1;i=6108 ActualCycle The ActualCycle Variable provides the parts per minutes. i=15318 i=80 ns=1;i=5006 ns=1;i=6800 ns=1;i=6802 ns=1;i=6801 ns=1;i=6803 ns=1;i=6804 Definition i=80 i=68 ns=1;i=6101 EngineeringUnits i=80 i=68 ns=1;i=6101 EURange i=80 i=68 ns=1;i=6101 InstrumentRange i=80 i=68 ns=1;i=6101 ValuePrecision i=80 i=68 ns=1;i=6101 AxisOverride The AxisOverride Variable provides the override for the axis in percent. i=15318 i=80 ns=1;i=5006 ns=1;i=6805 ns=1;i=6807 ns=1;i=6806 ns=1;i=6808 ns=1;i=6809 Definition i=80 i=68 ns=1;i=6098 EngineeringUnits i=80 i=68 ns=1;i=6098 EURange i=80 i=68 ns=1;i=6098 InstrumentRange i=80 i=68 ns=1;i=6098 ValuePrecision i=80 i=68 ns=1;i=6098 FeedSpeed The FeedSpeed Variable provides the feed speed in m/min for throughfeed machines. i=15318 i=80 ns=1;i=6810 ns=1;i=6812 ns=1;i=6811 ns=1;i=5006 ns=1;i=6813 ns=1;i=6814 Definition i=80 i=68 ns=1;i=6100 EngineeringUnits i=80 i=68 ns=1;i=6100 EURange i=80 i=68 ns=1;i=6100 InstrumentRange i=80 i=68 ns=1;i=6100 ValuePrecision i=80 i=68 ns=1;i=6100 RelativeErrorTime The RelativeErrorTime Variable provides the relative time since startup of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=6815 ns=1;i=6816 ns=1;i=6817 ns=1;i=5006 ns=1;i=6818 Definition i=80 i=68 ns=1;i=6111 EngineeringUnits i=80 i=68 ns=1;i=6111 InstrumentRange i=80 i=68 ns=1;i=6111 ValuePrecision i=80 i=68 ns=1;i=6111 RelativeLength The RelativeLength Variable provides the relative produced length in mm since the machine has started. i=15318 i=80 ns=1;i=6819 ns=1;i=6821 ns=1;i=6820 ns=1;i=6822 ns=1;i=5006 ns=1;i=6823 Definition i=80 i=68 ns=1;i=6129 EngineeringUnits i=80 i=68 ns=1;i=6129 EURange i=80 i=68 ns=1;i=6129 InstrumentRange i=80 i=68 ns=1;i=6129 ValuePrecision i=80 i=68 ns=1;i=6129 RelativeMachineOnTime The RelativeMachineOnTime Variable provides the relative time in msec since startup the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=6824 ns=1;i=6826 ns=1;i=6825 ns=1;i=6827 ns=1;i=5006 ns=1;i=6828 Definition i=80 i=68 ns=1;i=6113 EngineeringUnits i=80 i=68 ns=1;i=6113 EURange i=80 i=68 ns=1;i=6113 InstrumentRange i=80 i=68 ns=1;i=6113 ValuePrecision i=80 i=68 ns=1;i=6113 RelativePiecesIn The RelativePiecesIn Variable provides the relative count of pieces which came into the machine since the machine has started. i=15318 i=80 ns=1;i=6834 ns=1;i=6836 ns=1;i=6835 ns=1;i=6837 ns=1;i=5006 ns=1;i=6838 Definition i=80 i=68 ns=1;i=6131 EngineeringUnits i=80 i=68 ns=1;i=6131 EURange i=80 i=68 ns=1;i=6131 InstrumentRange i=80 i=68 ns=1;i=6131 ValuePrecision i=80 i=68 ns=1;i=6131 RelativePiecesOut The RelativePiecesOut Variable provides the relative count of pieces which came out of the machine since the machine has started. i=15318 i=80 ns=1;i=6839 ns=1;i=6841 ns=1;i=6840 ns=1;i=6842 ns=1;i=5006 ns=1;i=6843 Definition i=80 i=68 ns=1;i=6133 EngineeringUnits i=80 i=68 ns=1;i=6133 EURange i=80 i=68 ns=1;i=6133 InstrumentRange i=80 i=68 ns=1;i=6133 ValuePrecision i=80 i=68 ns=1;i=6133 RelativePowerPresentTime The RelativePowerPresentTime Variable provides the relative time in msec since startup the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=6844 ns=1;i=6846 ns=1;i=6845 ns=1;i=6847 ns=1;i=5006 ns=1;i=6848 Definition i=80 i=68 ns=1;i=6115 EngineeringUnits i=80 i=68 ns=1;i=6115 EURange i=80 i=68 ns=1;i=6115 InstrumentRange i=80 i=68 ns=1;i=6115 ValuePrecision i=80 i=68 ns=1;i=6115 RelativeProductionTime The RelativeProductionTime Variable provides the relative time in msec since startup of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=6849 ns=1;i=6851 ns=1;i=6850 ns=1;i=6852 ns=1;i=5006 ns=1;i=6853 Definition i=80 i=68 ns=1;i=6117 EngineeringUnits i=80 i=68 ns=1;i=6117 EURange i=80 i=68 ns=1;i=6117 InstrumentRange i=80 i=68 ns=1;i=6117 ValuePrecision i=80 i=68 ns=1;i=6117 RelativeProductionWaitWorkpieceTime The RelativeProductionWaitWorkpieceTime Variable provides the relative time in msec waiting for workpieces since startup of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=6854 ns=1;i=6856 ns=1;i=6855 ns=1;i=6857 ns=1;i=5006 ns=1;i=6858 Definition i=80 i=68 ns=1;i=6121 EngineeringUnits i=80 i=68 ns=1;i=6121 EURange i=80 i=68 ns=1;i=6121 InstrumentRange i=80 i=68 ns=1;i=6121 ValuePrecision i=80 i=68 ns=1;i=6121 RelativeProductionWithoutWorkpieceTime The RelativeProductionWithoutWorkpieceTime Variable provides the relative time in msec since startup of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=6859 ns=1;i=6861 ns=1;i=6860 ns=1;i=6862 ns=1;i=5006 ns=1;i=6863 Definition i=80 i=68 ns=1;i=6119 EngineeringUnits i=80 i=68 ns=1;i=6119 EURange i=80 i=68 ns=1;i=6119 InstrumentRange i=80 i=68 ns=1;i=6119 ValuePrecision i=80 i=68 ns=1;i=6119 RelativeReadyTime The RelativeReadyTime Variable provides the relative time since startup of the READY_2 state in msec. i=15318 i=80 ns=1;i=6864 ns=1;i=6866 ns=1;i=6865 ns=1;i=6867 ns=1;i=5006 ns=1;i=6868 Definition i=80 i=68 ns=1;i=6107 EngineeringUnits i=80 i=68 ns=1;i=6107 EURange i=80 i=68 ns=1;i=6107 InstrumentRange i=80 i=68 ns=1;i=6107 ValuePrecision i=80 i=68 ns=1;i=6107 RelativeRunsAborted The RelativeRunsAborted Variable provides the relative count of aborted runs since the machine has started. i=15318 i=80 ns=1;i=6869 ns=1;i=6871 ns=1;i=6870 ns=1;i=6872 ns=1;i=5006 ns=1;i=6873 Definition i=80 i=68 ns=1;i=6127 EngineeringUnits i=80 i=68 ns=1;i=6127 EURange i=80 i=68 ns=1;i=6127 InstrumentRange i=80 i=68 ns=1;i=6127 ValuePrecision i=80 i=68 ns=1;i=6127 RelativeRunsGood The RelativeRunsGood Variable provides the relative count of finished runs since the machine has started. i=15318 i=80 ns=1;i=6874 ns=1;i=6876 ns=1;i=6875 ns=1;i=6877 ns=1;i=5006 ns=1;i=6878 Definition i=80 i=68 ns=1;i=6123 EngineeringUnits i=80 i=68 ns=1;i=6123 EURange i=80 i=68 ns=1;i=6123 InstrumentRange i=80 i=68 ns=1;i=6123 ValuePrecision i=80 i=68 ns=1;i=6123 RelativeRunsTotal The RelativeRunsTotal Variable provides the relative count of total runs since the machine has started. i=15318 i=80 ns=1;i=6879 ns=1;i=6881 ns=1;i=6880 ns=1;i=6882 ns=1;i=5006 ns=1;i=6883 Definition i=80 i=68 ns=1;i=6125 EngineeringUnits i=80 i=68 ns=1;i=6125 EURange i=80 i=68 ns=1;i=6125 InstrumentRange i=80 i=68 ns=1;i=6125 ValuePrecision i=80 i=68 ns=1;i=6125 RelativeStandbyTime The RelativeStandbyTime Variable provides the relative time since startup of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=6884 ns=1;i=6886 ns=1;i=6885 ns=1;i=6887 ns=1;i=5006 ns=1;i=6888 Definition i=80 i=68 ns=1;i=6105 EngineeringUnits i=80 i=68 ns=1;i=6105 EURange i=80 i=68 ns=1;i=6105 InstrumentRange i=80 i=68 ns=1;i=6105 ValuePrecision i=80 i=68 ns=1;i=6105 RelativeWorkingTime The RelativeWorkingTime Variable provides the relative time since startup of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=6889 ns=1;i=6891 ns=1;i=6890 ns=1;i=6892 ns=1;i=5006 ns=1;i=6893 Definition i=80 i=68 ns=1;i=6109 EngineeringUnits i=80 i=68 ns=1;i=6109 EURange i=80 i=68 ns=1;i=6109 InstrumentRange i=80 i=68 ns=1;i=6109 ValuePrecision i=80 i=68 ns=1;i=6109 SpindleOverride The SpindleOverride Variable provides the override for the spindle in percent. i=15318 i=80 ns=1;i=6894 ns=1;i=6896 ns=1;i=6895 ns=1;i=6897 ns=1;i=5006 ns=1;i=6898 Definition i=80 i=68 ns=1;i=6099 EngineeringUnits i=80 i=68 ns=1;i=6099 EURange i=80 i=68 ns=1;i=6099 InstrumentRange i=80 i=68 ns=1;i=6099 ValuePrecision i=80 i=68 ns=1;i=6099 IWwEventMessageType The interface definition IWwEventMessageType describes the common extensions for all events and conditions. Each instance definition that includes this interface with a HasInterface reference defines the predefined extensions Woodworking Event Messages https://reference.opcfoundation.org/Woodworking/v100/docs/7.11 ns=1;i=6222 ns=1;i=6169 ns=1;i=6220 ns=1;i=13 ns=1;i=6221 ns=1;i=6217 ns=1;i=6218 ns=1;i=6219 i=17602 ns=1;i=1004 ns=1;i=1005 ns=1;i=1007 Arguments The Arguments Variable is an argument value array of one dimension that can be used to parameterize the message. The number of the indexing in the array corresponds to the placeholder number in the message text. This ensures that the formatting functions of the implementations enable the localized message texts to be created. i=80 i=68 ns=1;i=1002 EventCategory The EventCategory Variable provides the category of the event. i=78 i=68 ns=1;i=1002 Group The Group Variable specifies the class or group of the Message like “safety”, “emergency”, “consumable”. See chapter “Categorizing and grouping the messages, events, alarms and conditions”. i=80 i=68 ns=1;i=1002 LocalizedMessages The LocalizedMessages Variable contains an array of localized messages corresponding to the installed server languages. i=80 i=68 ns=1;i=1002 MessageId The MessageId Variable is a unique Identifier like a number or name of the message in the cause path (PathParts) determined Module. Example: “A4711” or “1” i=78 i=68 ns=1;i=1002 MessageName The MessageName Variable is a short name like a number or title to reference a translation of the general message text. Example: “ID_MSG_EmergencyAlarm”. i=80 i=68 ns=1;i=1002 PathParts The PathParts Variable is an array of Path information strings based on a server independent hierarchical structure of modules or an application specific expansion of that. It is an additional location information beside the SourceName. Example: “Machine”, “FixedSide”, “Sizing”, “Milling1” i=78 i=68 ns=1;i=1002 IWwStateType The IWwStateType provides a list of machine states. Woodworking SubUnits Monitoring Woodworking Unit State https://reference.opcfoundation.org/Woodworking/v100/docs/7.3 ns=1;i=5009 ns=1;i=5016 i=17602 ns=1;i=5001 Machine State of the whole machine. i=58 i=78 ns=1;i=5017 ns=1;i=6 ns=1;i=8 ns=1;i=5020 ns=1;i=5018 Flags The Flags Object provides the flags of the unit. i=58 i=80 ns=1;i=6141 ns=1;i=6150 ns=1;i=6145 ns=1;i=6142 ns=1;i=6143 ns=1;i=6160 ns=1;i=6149 ns=1;i=6161 ns=1;i=6163 ns=1;i=5009 ns=1;i=6152 ns=1;i=4 ns=1;i=6157 ns=1;i=6139 ns=1;i=6138 ns=1;i=6162 ns=1;i=6156 ns=1;i=6148 ns=1;i=6140 ns=1;i=6155 ns=1;i=6153 ns=1;i=6154 ns=1;i=6146 ns=1;i=6144 ns=1;i=6159 ns=1;i=6158 ns=1;i=6151 ns=1;i=6147 AirPresent The AirPresent Variable is true if the air pressure is present in the machine. i=63 i=80 ns=1;i=5017 Alarm The Alarm Variable is true if at least one alarm exists. i=63 i=78 ns=1;i=5017 Calibrated The Calibrated Variable is true if all devices are calibrated. i=63 i=78 ns=1;i=5017 DustChipSuction The DustChipSuction Variable is true if the dust and chip suction is ready. i=63 i=80 ns=1;i=5017 Emergency The Emergency Variable is true if at least one emergency button is pressed. i=63 i=78 ns=1;i=5017 EnergySaving The EnergySaving Variable is true if energy saving is activated on the machine. i=63 i=80 ns=1;i=5017 Error The Error Variable is true if at least one reason exists which prevents the machine from working. i=63 i=78 ns=1;i=5017 ExternalEmergency The ExternalEmergency Variable is true if there is an emergency from the line controller. i=63 i=80 ns=1;i=5017 FeedRuns The FeedRuns Variable is true if the feed is running on a throughfeed machine. i=63 i=80 ns=1;i=5017 Hold The Hold Variable is true if the movements are paused by the operator. i=63 i=80 ns=1;i=5017 LoadingEnabled The LoadingEnabled Variable is true if the unit is ready to get the next new part. If this is false no part can get into the unit. i=63 i=80 ns=1;i=5017 MachineInitialized The MachineInitialized Variable is true if MachineOn is true, the PLC and the control processes are running. The machine is ready for usage for the operator. i=78 i=63 ns=1;i=5017 MachineOn The MachineOn Variable is true if the machine is switched on. If the OPC UA Server runs on the machine this value is always true. i=63 i=78 ns=1;i=5017 MaintenanceRequired The MaintenanceRequired Variable is true if maintenance is required. i=63 i=80 ns=1;i=5017 ManualActivityRequired The ManualActivityRequired Variable is true if a manual activity by the operator is required. The RecipeInRun is not affected. i=63 i=80 ns=1;i=5017 Moving The Moving Variable is true if at least one axis is moving. i=63 i=80 ns=1;i=5017 PowerPresent The PowerPresent Variable is true if the power supply is present (the drives are ready to move). i=63 i=78 ns=1;i=5017 RecipeInHold The RecipeInHold Variable is true if the machine is paused by the program. This is only possible if the RecipeInRun Variable is also true. i=63 i=80 ns=1;i=5017 RecipeInRun The RecipeInRun Variable is true if the machine runs its program. However, if the machine is paused by the program, the machine is considered to still be running its program, i.e. while the RecipeInHold Variable is true, the RecipeInRun cannot be false. i=63 i=78 ns=1;i=5017 RecipeInSetup The RecipeInSetup Variable is true if the RecipeInRun is true and the machine is in the setup phase (example: automatic tool change). i=63 i=80 ns=1;i=5017 Remote The Remote Variable is true if the machine is working with programs sent by the supervisor or other external application. i=63 i=80 ns=1;i=5017 Safety The Safety Variable is true if at least one safety device (light curtain, safety mat, …) has intervened. i=63 i=80 ns=1;i=5017 WaitLoad The WaitLoad Variable is true if the machine is waiting for pieces. i=63 i=80 ns=1;i=5017 WaitUnload The WaitUnload Variable is true if the machine is waiting to unload pieces. i=63 i=80 ns=1;i=5017 Warning The Warning Variable is true if at least one warning exists. i=63 i=78 ns=1;i=5017 WorkpiecePresent The WorkpiecePresent Variable is true if at least one piece is inside the machine. i=63 i=80 ns=1;i=5017 Overview The Overview Object provides a general state of the unit. i=58 i=78 ns=1;i=6208 ns=1;i=6207 ns=1;i=5 ns=1;i=5009 CurrentMode The CurrentMode Variable provides the generalized mode of the unit. i=63 i=78 ns=1;i=5020 CurrentState The CurrentState Variable provides the generalized state of the unit. i=63 i=78 ns=1;i=5020 Values The Overview Object provides a general state of the unit. i=58 i=80 ns=1;i=6176 ns=1;i=6197 ns=1;i=6168 ns=1;i=6178 ns=1;i=6199 ns=1;i=6201 ns=1;i=6180 ns=1;i=6185 ns=1;i=6189 ns=1;i=6187 ns=1;i=6172 ns=1;i=6195 ns=1;i=6191 ns=1;i=6193 ns=1;i=6170 ns=1;i=6174 ns=1;i=6167 ns=1;i=6164 ns=1;i=6166 ns=1;i=1006 ns=1;i=6177 ns=1;i=6198 ns=1;i=6179 ns=1;i=6200 ns=1;i=6202 ns=1;i=6184 ns=1;i=6186 ns=1;i=6190 ns=1;i=6188 ns=1;i=6173 ns=1;i=6196 ns=1;i=6192 ns=1;i=6194 ns=1;i=6171 ns=1;i=6175 ns=1;i=6165 ns=1;i=5009 AbsoluteErrorTime The AbsoluteErrorTime Variable provides the absolute time of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=5018 ns=1;i=6899 ns=1;i=6901 ns=1;i=6900 ns=1;i=6902 ns=1;i=6903 Definition i=80 i=68 ns=1;i=6176 EngineeringUnits i=80 i=68 ns=1;i=6176 EURange i=80 i=68 ns=1;i=6176 InstrumentRange i=80 i=68 ns=1;i=6176 ValuePrecision i=80 i=68 ns=1;i=6176 AbsoluteLength The AbsoluteLength Variable provides the absolute produced length in mm. i=15318 i=80 ns=1;i=5018 ns=1;i=6904 ns=1;i=6906 ns=1;i=6905 ns=1;i=6907 ns=1;i=6908 Definition i=80 i=68 ns=1;i=6197 EngineeringUnits i=80 i=68 ns=1;i=6197 EURange i=80 i=68 ns=1;i=6197 InstrumentRange i=80 i=68 ns=1;i=6197 ValuePrecision i=80 i=68 ns=1;i=6197 AbsoluteMachineOffTime The AbsoluteOfflineTime can be calculated by the machine. The shutdown time and the starting time have to be stored on the machine. i=15318 i=80 ns=1;i=5018 ns=1;i=6914 ns=1;i=6916 ns=1;i=6915 ns=1;i=6917 ns=1;i=6918 Definition i=80 i=68 ns=1;i=6168 EngineeringUnits i=80 i=68 ns=1;i=6168 EURange i=80 i=68 ns=1;i=6168 InstrumentRange i=80 i=68 ns=1;i=6168 ValuePrecision i=80 i=68 ns=1;i=6168 AbsoluteMachineOnTime The AbsoluteMachineOnTime Variable provides the absolute time in msec the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=5018 ns=1;i=6909 ns=1;i=6911 ns=1;i=6910 ns=1;i=6912 ns=1;i=6913 Definition i=80 i=68 ns=1;i=6178 EngineeringUnits i=80 i=68 ns=1;i=6178 EURange i=80 i=68 ns=1;i=6178 InstrumentRange i=80 i=68 ns=1;i=6178 ValuePrecision i=80 i=68 ns=1;i=6178 AbsolutePiecesIn The AbsolutePiecesIn Variable provides the absolute count of pieces which came into the machine. i=15318 i=80 ns=1;i=5018 ns=1;i=6919 ns=1;i=6921 ns=1;i=6920 ns=1;i=6922 ns=1;i=6923 Definition i=80 i=68 ns=1;i=6199 EngineeringUnits i=80 i=68 ns=1;i=6199 EURange i=80 i=68 ns=1;i=6199 InstrumentRange i=80 i=68 ns=1;i=6199 ValuePrecision i=80 i=68 ns=1;i=6199 AbsolutePiecesOut The AbsolutePiecesOut Variable provides the absolute count of pieces which came out of the machine. i=15318 i=80 ns=1;i=5018 ns=1;i=6924 ns=1;i=6926 ns=1;i=6925 ns=1;i=6927 ns=1;i=6928 Definition i=80 i=68 ns=1;i=6201 EngineeringUnits i=80 i=68 ns=1;i=6201 EURange i=80 i=68 ns=1;i=6201 InstrumentRange i=80 i=68 ns=1;i=6201 ValuePrecision i=80 i=68 ns=1;i=6201 AbsolutePowerPresentTime The AbsolutePowerPresentTime Variable provides the absolute time in msec the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=5018 ns=1;i=6929 ns=1;i=6931 ns=1;i=6930 ns=1;i=6932 ns=1;i=6933 Definition i=80 i=68 ns=1;i=6180 EngineeringUnits i=80 i=68 ns=1;i=6180 EURange i=80 i=68 ns=1;i=6180 InstrumentRange i=80 i=68 ns=1;i=6180 ValuePrecision i=80 i=68 ns=1;i=6180 AbsoluteProductionTime The AbsoluteProductionTime Variable provides the absolute time in msec of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=5018 ns=1;i=6934 ns=1;i=6936 ns=1;i=6935 ns=1;i=6937 ns=1;i=6938 Definition i=80 i=68 ns=1;i=6185 EngineeringUnits i=80 i=68 ns=1;i=6185 EURange i=80 i=68 ns=1;i=6185 InstrumentRange i=80 i=68 ns=1;i=6185 ValuePrecision i=80 i=68 ns=1;i=6185 AbsoluteProductionWaitWorkpieceTime The AbsoluteProductionWaitWorkpieceTime Variable provides the absolute time in msec of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=5018 ns=1;i=6939 ns=1;i=6941 ns=1;i=6940 ns=1;i=6942 ns=1;i=6943 Definition i=80 i=68 ns=1;i=6189 EngineeringUnits i=80 i=68 ns=1;i=6189 EURange i=80 i=68 ns=1;i=6189 InstrumentRange i=80 i=68 ns=1;i=6189 ValuePrecision i=80 i=68 ns=1;i=6189 AbsoluteProductionWithoutWorkpieceTime The AbsoluteProductionWithoutWorkpieceTime Variable provides the absolute time in msec of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=5018 ns=1;i=6944 ns=1;i=6946 ns=1;i=6945 ns=1;i=6947 ns=1;i=6948 Definition i=80 i=68 ns=1;i=6187 EngineeringUnits i=80 i=68 ns=1;i=6187 EURange i=80 i=68 ns=1;i=6187 InstrumentRange i=80 i=68 ns=1;i=6187 ValuePrecision i=80 i=68 ns=1;i=6187 AbsoluteReadyTime The AbsoluteReadyTime Variable provides the absolute time of the READY_2 state in msec. i=15318 i=80 ns=1;i=5018 ns=1;i=6949 ns=1;i=6951 ns=1;i=6950 ns=1;i=6952 ns=1;i=6953 Definition i=80 i=68 ns=1;i=6172 EngineeringUnits i=80 i=68 ns=1;i=6172 EURange i=80 i=68 ns=1;i=6172 InstrumentRange i=80 i=68 ns=1;i=6172 ValuePrecision i=80 i=68 ns=1;i=6172 AbsoluteRunsAborted The AbsoluteRunsAborted Variable provides the absolute count of aborted runs. i=15318 i=80 ns=1;i=5018 ns=1;i=6954 ns=1;i=6956 ns=1;i=6955 ns=1;i=6957 ns=1;i=6958 Definition i=80 i=68 ns=1;i=6195 EngineeringUnits i=80 i=68 ns=1;i=6195 EURange i=80 i=68 ns=1;i=6195 InstrumentRange i=80 i=68 ns=1;i=6195 ValuePrecision i=80 i=68 ns=1;i=6195 AbsoluteRunsGood The AbsoluteRunsGood Variable provides the absolute count of finished runs. i=15318 i=80 ns=1;i=5018 ns=1;i=6959 ns=1;i=6961 ns=1;i=6960 ns=1;i=6962 ns=1;i=6963 Definition i=80 i=68 ns=1;i=6191 EngineeringUnits i=80 i=68 ns=1;i=6191 EURange i=80 i=68 ns=1;i=6191 InstrumentRange i=80 i=68 ns=1;i=6191 ValuePrecision i=80 i=68 ns=1;i=6191 AbsoluteRunsTotal The AbsoluteRunsTotal Variable provides the absolute count of total runs. i=15318 i=80 ns=1;i=5018 ns=1;i=6964 ns=1;i=6966 ns=1;i=6965 ns=1;i=6967 ns=1;i=6968 Definition i=80 i=68 ns=1;i=6193 EngineeringUnits i=80 i=68 ns=1;i=6193 EURange i=80 i=68 ns=1;i=6193 InstrumentRange i=80 i=68 ns=1;i=6193 ValuePrecision i=80 i=68 ns=1;i=6193 AbsoluteStandbyTime The AbsoluteStandbyTime Variable provides the absolute time of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=5018 ns=1;i=6969 ns=1;i=6971 ns=1;i=6970 ns=1;i=6972 ns=1;i=6973 Definition i=80 i=68 ns=1;i=6170 EngineeringUnits i=80 i=68 ns=1;i=6170 EURange i=80 i=68 ns=1;i=6170 InstrumentRange i=80 i=68 ns=1;i=6170 ValuePrecision i=80 i=68 ns=1;i=6170 AbsoluteWorkingTime The AbsoluteWorkingTime Variable provides the absolute time of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=5018 ns=1;i=6974 ns=1;i=6976 ns=1;i=6975 ns=1;i=6977 ns=1;i=6978 Definition i=80 i=68 ns=1;i=6174 EngineeringUnits i=80 i=68 ns=1;i=6174 EURange i=80 i=68 ns=1;i=6174 InstrumentRange i=80 i=68 ns=1;i=6174 ValuePrecision i=80 i=68 ns=1;i=6174 ActualCycle The ActualCycle Variable provides the parts per minutes. i=15318 i=80 ns=1;i=5018 ns=1;i=6979 ns=1;i=6981 ns=1;i=6980 ns=1;i=6982 ns=1;i=6983 Definition i=80 i=68 ns=1;i=6167 EngineeringUnits i=80 i=68 ns=1;i=6167 EURange i=80 i=68 ns=1;i=6167 InstrumentRange i=80 i=68 ns=1;i=6167 ValuePrecision i=80 i=68 ns=1;i=6167 AxisOverride The AxisOverride Variable provides the override for the axis in percent. i=15318 i=80 ns=1;i=5018 ns=1;i=6984 ns=1;i=6986 ns=1;i=6985 ns=1;i=6987 ns=1;i=6988 Definition i=80 i=68 ns=1;i=6164 EngineeringUnits i=80 i=68 ns=1;i=6164 EURange i=80 i=68 ns=1;i=6164 InstrumentRange i=80 i=68 ns=1;i=6164 ValuePrecision i=80 i=68 ns=1;i=6164 FeedSpeed The FeedSpeed Variable provides the feed speed in m/min for throughfeed machines. i=15318 i=80 ns=1;i=6989 ns=1;i=6991 ns=1;i=6990 ns=1;i=5018 ns=1;i=6992 ns=1;i=6993 Definition i=80 i=68 ns=1;i=6166 EngineeringUnits i=80 i=68 ns=1;i=6166 EURange i=80 i=68 ns=1;i=6166 InstrumentRange i=80 i=68 ns=1;i=6166 ValuePrecision i=80 i=68 ns=1;i=6166 RelativeErrorTime The RelativeErrorTime Variable provides the relative time since startup of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=6994 ns=1;i=6996 ns=1;i=6995 ns=1;i=6997 ns=1;i=5018 ns=1;i=6998 Definition i=80 i=68 ns=1;i=6177 EngineeringUnits i=80 i=68 ns=1;i=6177 EURange i=80 i=68 ns=1;i=6177 InstrumentRange i=80 i=68 ns=1;i=6177 ValuePrecision i=80 i=68 ns=1;i=6177 RelativeLength The RelativeLength Variable provides the relative produced length in mm since the machine has started. i=15318 i=80 ns=1;i=6999 ns=1;i=7006 ns=1;i=7000 ns=1;i=7007 ns=1;i=5018 ns=1;i=7008 Definition i=80 i=68 ns=1;i=6198 EngineeringUnits i=80 i=68 ns=1;i=6198 EURange i=80 i=68 ns=1;i=6198 InstrumentRange i=80 i=68 ns=1;i=6198 ValuePrecision i=80 i=68 ns=1;i=6198 RelativeMachineOnTime The RelativeMachineOnTime Variable provides the relative time in msec since startup the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=7009 ns=1;i=7011 ns=1;i=7010 ns=1;i=7012 ns=1;i=5018 ns=1;i=7013 Definition i=80 i=68 ns=1;i=6179 EngineeringUnits i=80 i=68 ns=1;i=6179 EURange i=80 i=68 ns=1;i=6179 InstrumentRange i=80 i=68 ns=1;i=6179 ValuePrecision i=80 i=68 ns=1;i=6179 RelativePiecesIn The RelativePiecesIn Variable provides the relative count of pieces which came into the machine since the machine has started. i=15318 i=80 ns=1;i=7019 ns=1;i=7021 ns=1;i=7020 ns=1;i=7022 ns=1;i=5018 ns=1;i=7023 Definition i=80 i=68 ns=1;i=6200 EngineeringUnits i=80 i=68 ns=1;i=6200 EURange i=80 i=68 ns=1;i=6200 InstrumentRange i=80 i=68 ns=1;i=6200 ValuePrecision i=80 i=68 ns=1;i=6200 RelativePiecesOut The RelativePiecesOut Variable provides the relative count of pieces which came out of the machine since the machine has started. i=15318 i=80 ns=1;i=7024 ns=1;i=7026 ns=1;i=7025 ns=1;i=7027 ns=1;i=5018 ns=1;i=7028 Definition i=80 i=68 ns=1;i=6202 EngineeringUnits i=80 i=68 ns=1;i=6202 EURange i=80 i=68 ns=1;i=6202 InstrumentRange i=80 i=68 ns=1;i=6202 ValuePrecision i=80 i=68 ns=1;i=6202 RelativePowerPresentTime The RelativePowerPresentTime Variable provides the relative time in msec since startup the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=7029 ns=1;i=7031 ns=1;i=7030 ns=1;i=7032 ns=1;i=5018 ns=1;i=7033 Definition i=80 i=68 ns=1;i=6184 EngineeringUnits i=80 i=68 ns=1;i=6184 EURange i=80 i=68 ns=1;i=6184 InstrumentRange i=80 i=68 ns=1;i=6184 ValuePrecision i=80 i=68 ns=1;i=6184 RelativeProductionTime The RelativeProductionTime Variable provides the relative time in msec since startup of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=7034 ns=1;i=7036 ns=1;i=7035 ns=1;i=7037 ns=1;i=5018 ns=1;i=7038 Definition i=80 i=68 ns=1;i=6186 EngineeringUnits i=80 i=68 ns=1;i=6186 EURange i=80 i=68 ns=1;i=6186 InstrumentRange i=80 i=68 ns=1;i=6186 ValuePrecision i=80 i=68 ns=1;i=6186 RelativeProductionWaitWorkpieceTime The RelativeProductionWaitWorkpieceTime Variable provides the relative time in msec waiting for workpieces since startup of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=7039 ns=1;i=7041 ns=1;i=7040 ns=1;i=7042 ns=1;i=5018 ns=1;i=7043 Definition i=80 i=68 ns=1;i=6190 EngineeringUnits i=80 i=68 ns=1;i=6190 EURange i=80 i=68 ns=1;i=6190 InstrumentRange i=80 i=68 ns=1;i=6190 ValuePrecision i=80 i=68 ns=1;i=6190 RelativeProductionWithoutWorkpieceTime The RelativeProductionWithoutWorkpieceTime Variable provides the relative time in msec since startup of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=7044 ns=1;i=7046 ns=1;i=7045 ns=1;i=7047 ns=1;i=5018 ns=1;i=7048 Definition i=80 i=68 ns=1;i=6188 EngineeringUnits i=80 i=68 ns=1;i=6188 EURange i=80 i=68 ns=1;i=6188 InstrumentRange i=80 i=68 ns=1;i=6188 ValuePrecision i=80 i=68 ns=1;i=6188 RelativeReadyTime The RelativeReadyTime Variable provides the relative time since startup of the READY_2 state in msec. i=15318 i=80 ns=1;i=7049 ns=1;i=7051 ns=1;i=7050 ns=1;i=7052 ns=1;i=5018 ns=1;i=7053 Definition i=80 i=68 ns=1;i=6173 EngineeringUnits i=80 i=68 ns=1;i=6173 EURange i=80 i=68 ns=1;i=6173 InstrumentRange i=80 i=68 ns=1;i=6173 ValuePrecision i=80 i=68 ns=1;i=6173 RelativeRunsAborted The RelativeRunsAborted Variable provides the relative count of aborted runs since the machine has started. i=15318 i=80 ns=1;i=7054 ns=1;i=7056 ns=1;i=7055 ns=1;i=7057 ns=1;i=5018 ns=1;i=7058 Definition i=80 i=68 ns=1;i=6196 EngineeringUnits i=80 i=68 ns=1;i=6196 EURange i=80 i=68 ns=1;i=6196 InstrumentRange i=80 i=68 ns=1;i=6196 ValuePrecision i=80 i=68 ns=1;i=6196 RelativeRunsGood The RelativeRunsGood Variable provides the relative count of finished runs since the machine has started. i=15318 i=80 ns=1;i=7059 ns=1;i=7061 ns=1;i=7060 ns=1;i=7062 ns=1;i=5018 ns=1;i=7063 Definition i=80 i=68 ns=1;i=6192 EngineeringUnits i=80 i=68 ns=1;i=6192 EURange i=80 i=68 ns=1;i=6192 InstrumentRange i=80 i=68 ns=1;i=6192 ValuePrecision i=80 i=68 ns=1;i=6192 RelativeRunsTotal The RelativeRunsTotal Variable provides the relative count of total runs since the machine has started. i=15318 i=80 ns=1;i=7064 ns=1;i=7066 ns=1;i=7065 ns=1;i=7067 ns=1;i=5018 ns=1;i=7068 Definition i=80 i=68 ns=1;i=6194 EngineeringUnits i=80 i=68 ns=1;i=6194 EURange i=80 i=68 ns=1;i=6194 InstrumentRange i=80 i=68 ns=1;i=6194 ValuePrecision i=80 i=68 ns=1;i=6194 RelativeStandbyTime The RelativeStandbyTime Variable provides the relative time since startup of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=7069 ns=1;i=7071 ns=1;i=7070 ns=1;i=7072 ns=1;i=5018 ns=1;i=7073 Definition i=80 i=68 ns=1;i=6171 EngineeringUnits i=80 i=68 ns=1;i=6171 EURange i=80 i=68 ns=1;i=6171 InstrumentRange i=80 i=68 ns=1;i=6171 ValuePrecision i=80 i=68 ns=1;i=6171 RelativeWorkingTime The RelativeWorkingTime Variable provides the relative time since startup of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=7074 ns=1;i=7076 ns=1;i=7075 ns=1;i=7077 ns=1;i=5018 ns=1;i=7078 Definition i=80 i=68 ns=1;i=6175 EngineeringUnits i=80 i=68 ns=1;i=6175 EURange i=80 i=68 ns=1;i=6175 InstrumentRange i=80 i=68 ns=1;i=6175 ValuePrecision i=80 i=68 ns=1;i=6175 SpindleOverride The SpindleOverride Variable provides the override for the spindle in percent. i=15318 i=80 ns=1;i=7079 ns=1;i=7081 ns=1;i=7080 ns=1;i=7082 ns=1;i=5018 ns=1;i=7083 Definition i=80 i=68 ns=1;i=6165 EngineeringUnits i=80 i=68 ns=1;i=6165 EURange i=80 i=68 ns=1;i=6165 InstrumentRange i=80 i=68 ns=1;i=6165 ValuePrecision i=80 i=68 ns=1;i=6165 SubUnits The SubUnits Object is used when a machine has multiple states. For example, a CNC machine can have several places where independent jobs are produced. i=58 i=80 ns=1;i=5021 ns=1;i=7 ns=1;i=8 <SubUnit> Each <SubUnit> Object represents an instance of a state. For example, a CNC machine can have two places where independent jobs are produced. Then there are two <SubUnit> Objects. They may be named “Place 1” and “Place 2”. i=58 i=11510 ns=1;i=5016 ns=1;i=5022 ns=1;i=6 ns=1;i=5023 ns=1;i=5024 Flags The Flags Object provides the flags of the unit. i=58 i=80 ns=1;i=6212 ns=1;i=6227 ns=1;i=6216 ns=1;i=6213 ns=1;i=6214 ns=1;i=6238 ns=1;i=6226 ns=1;i=6239 ns=1;i=6241 ns=1;i=5021 ns=1;i=6229 ns=1;i=4 ns=1;i=6235 ns=1;i=6210 ns=1;i=6209 ns=1;i=6240 ns=1;i=6234 ns=1;i=6225 ns=1;i=6211 ns=1;i=6233 ns=1;i=6230 ns=1;i=6231 ns=1;i=6223 ns=1;i=6215 ns=1;i=6237 ns=1;i=6236 ns=1;i=6228 ns=1;i=6224 AirPresent The AirPresent Variable is true if the air pressure is present in the machine. i=63 i=80 ns=1;i=5022 Alarm The Alarm Variable is true if at least one alarm exists. i=63 i=78 ns=1;i=5022 Calibrated The Calibrated Variable is true if all devices are calibrated. i=63 i=78 ns=1;i=5022 DustChipSuction The DustChipSuction Variable is true if the dust and chip suction is ready. i=63 i=80 ns=1;i=5022 Emergency The Emergency Variable is true if at least one emergency button is pressed. i=63 i=78 ns=1;i=5022 EnergySaving The EnergySaving Variable is true if energy saving is activated on the machine. i=63 i=80 ns=1;i=5022 Error The Error Variable is true if at least one reason exists which prevents the machine from working. i=63 i=78 ns=1;i=5022 ExternalEmergency The ExternalEmergency Variable is true if there is an emergency from the line controller. i=63 i=80 ns=1;i=5022 FeedRuns The FeedRuns Variable is true if the feed is running on a throughfeed machine. i=63 i=80 ns=1;i=5022 Hold The Hold Variable is true if the movements are paused by the operator. i=63 i=80 ns=1;i=5022 LoadingEnabled The LoadingEnabled Variable is true if the unit is ready to get the next new part. If this is false no part can get into the unit. i=63 i=80 ns=1;i=5022 MachineInitialized The MachineInitialized Variable is true if MachineOn is true, the PLC and the control processes are running. The machine is ready for usage for the operator. i=78 i=63 ns=1;i=5022 MachineOn The MachineOn Variable is true if the machine is switched on. If the OPC UA Server runs on the machine this value is always true. i=63 i=78 ns=1;i=5022 MaintenanceRequired The MaintenanceRequired Variable is true if maintenance is required. i=63 i=80 ns=1;i=5022 ManualActivityRequired The ManualActivityRequired Variable is true if a manual activity by the operator is required. The RecipeInRun is not affected. i=63 i=80 ns=1;i=5022 Moving The Moving Variable is true if at least one axis is moving. i=63 i=80 ns=1;i=5022 PowerPresent The PowerPresent Variable is true if the power supply is present (the drives are ready to move). i=63 i=78 ns=1;i=5022 RecipeInHold The RecipeInHold Variable is true if the machine is paused by the program. This is only possible if the RecipeInRun Variable is also true. i=63 i=80 ns=1;i=5022 RecipeInRun The RecipeInRun Variable is true if the machine runs its program. However, if the machine is paused by the program, the machine is considered to still be running its program, i.e. while the RecipeInHold Variable is true, the RecipeInRun cannot be false. i=63 i=78 ns=1;i=5022 RecipeInSetup The RecipeInSetup Variable is true if the RecipeInRun is true and the machine is in the setup phase (example: automatic tool change). i=63 i=80 ns=1;i=5022 Remote The Remote Variable is true if the machine is working with programs sent by the supervisor or other external application. i=63 i=80 ns=1;i=5022 Safety The Safety Variable is true if at least one safety device (light curtain, safety mat, …) has intervened. i=63 i=80 ns=1;i=5022 WaitLoad The WaitLoad Variable is true if the machine is waiting for pieces. i=63 i=80 ns=1;i=5022 WaitUnload The WaitUnload Variable is true if the machine is waiting to unload pieces. i=63 i=80 ns=1;i=5022 Warning The Warning Variable is true if at least one warning exists. i=63 i=78 ns=1;i=5022 WorkpiecePresent The WorkpiecePresent Variable is true if at least one piece is inside the machine. i=63 i=80 ns=1;i=5022 Overview The Overview Object provides a general overview of the unit. i=58 i=78 ns=1;i=6248 ns=1;i=6249 ns=1;i=5 ns=1;i=5021 CurrentMode The CurrentMode Variable provides the generalized mode of the unit. i=63 i=78 ns=1;i=5023 CurrentState The CurrentState Variable provides the generalized state of the unit. i=63 i=78 ns=1;i=5023 Values The Values Object provides the counters of the unit. i=58 i=80 ns=1;i=6266 ns=1;i=6292 ns=1;i=6258 ns=1;i=6268 ns=1;i=6294 ns=1;i=6296 ns=1;i=6270 ns=1;i=6272 ns=1;i=6276 ns=1;i=6274 ns=1;i=6262 ns=1;i=6290 ns=1;i=6286 ns=1;i=6288 ns=1;i=6260 ns=1;i=6264 ns=1;i=6257 ns=1;i=6254 ns=1;i=6256 ns=1;i=1006 ns=1;i=6267 ns=1;i=6293 ns=1;i=6269 ns=1;i=6295 ns=1;i=6297 ns=1;i=6271 ns=1;i=6273 ns=1;i=6285 ns=1;i=6275 ns=1;i=6263 ns=1;i=6291 ns=1;i=6287 ns=1;i=6289 ns=1;i=6261 ns=1;i=6265 ns=1;i=6255 ns=1;i=5021 AbsoluteErrorTime The AbsoluteErrorTime Variable provides the absolute time of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=5024 ns=1;i=7084 ns=1;i=7086 ns=1;i=7085 ns=1;i=7087 ns=1;i=7088 Definition i=80 i=68 ns=1;i=6266 EngineeringUnits i=80 i=68 ns=1;i=6266 EURange i=80 i=68 ns=1;i=6266 InstrumentRange i=80 i=68 ns=1;i=6266 ValuePrecision i=80 i=68 ns=1;i=6266 AbsoluteLength The AbsoluteLength Variable provides the absolute produced length in mm. i=15318 i=80 ns=1;i=5024 ns=1;i=7089 ns=1;i=7091 ns=1;i=7090 ns=1;i=7092 ns=1;i=7093 Definition i=80 i=68 ns=1;i=6292 EngineeringUnits i=80 i=68 ns=1;i=6292 EURange i=80 i=68 ns=1;i=6292 InstrumentRange i=80 i=68 ns=1;i=6292 ValuePrecision i=80 i=68 ns=1;i=6292 AbsoluteMachineOffTime The AbsoluteOfflineTime can be calculated by the machine. The shutdown time and the starting time have to be stored on the machine. i=15318 i=80 ns=1;i=5024 ns=1;i=7099 ns=1;i=7101 ns=1;i=7100 ns=1;i=7102 ns=1;i=7103 Definition i=80 i=68 ns=1;i=6258 EngineeringUnits i=80 i=68 ns=1;i=6258 EURange i=80 i=68 ns=1;i=6258 InstrumentRange i=80 i=68 ns=1;i=6258 ValuePrecision i=80 i=68 ns=1;i=6258 AbsoluteMachineOnTime The AbsoluteMachineOnTime Variable provides the absolute time in msec the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=5024 ns=1;i=7094 ns=1;i=7096 ns=1;i=7095 ns=1;i=7097 ns=1;i=7098 Definition i=80 i=68 ns=1;i=6268 EngineeringUnits i=80 i=68 ns=1;i=6268 EURange i=80 i=68 ns=1;i=6268 InstrumentRange i=80 i=68 ns=1;i=6268 ValuePrecision i=80 i=68 ns=1;i=6268 AbsolutePiecesIn The AbsolutePiecesIn Variable provides the absolute count of pieces which came into the machine. i=15318 i=80 ns=1;i=5024 ns=1;i=7104 ns=1;i=7106 ns=1;i=7105 ns=1;i=7107 ns=1;i=7108 Definition i=80 i=68 ns=1;i=6294 EngineeringUnits i=80 i=68 ns=1;i=6294 EURange i=80 i=68 ns=1;i=6294 InstrumentRange i=80 i=68 ns=1;i=6294 ValuePrecision i=80 i=68 ns=1;i=6294 AbsolutePiecesOut The AbsolutePiecesOut Variable provides the absolute count of pieces which came out of the machine. i=15318 i=80 ns=1;i=5024 ns=1;i=7109 ns=1;i=7111 ns=1;i=7110 ns=1;i=7112 ns=1;i=7113 Definition i=80 i=68 ns=1;i=6296 EngineeringUnits i=80 i=68 ns=1;i=6296 EURange i=80 i=68 ns=1;i=6296 InstrumentRange i=80 i=68 ns=1;i=6296 ValuePrecision i=80 i=68 ns=1;i=6296 AbsolutePowerPresentTime The AbsolutePowerPresentTime Variable provides the absolute time in msec the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=5024 ns=1;i=7114 ns=1;i=7116 ns=1;i=7115 ns=1;i=7117 ns=1;i=7118 Definition i=80 i=68 ns=1;i=6270 EngineeringUnits i=80 i=68 ns=1;i=6270 EURange i=80 i=68 ns=1;i=6270 InstrumentRange i=80 i=68 ns=1;i=6270 ValuePrecision i=80 i=68 ns=1;i=6270 AbsoluteProductionTime The AbsoluteProductionTime Variable provides the absolute time in msec of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=5024 ns=1;i=7119 ns=1;i=7121 ns=1;i=7120 ns=1;i=7122 ns=1;i=7123 Definition i=80 i=68 ns=1;i=6272 EngineeringUnits i=80 i=68 ns=1;i=6272 EURange i=80 i=68 ns=1;i=6272 InstrumentRange i=80 i=68 ns=1;i=6272 ValuePrecision i=80 i=68 ns=1;i=6272 AbsoluteProductionWaitWorkpieceTime The AbsoluteProductionWaitWorkpieceTime Variable provides the absolute time in msec of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=5024 ns=1;i=7124 ns=1;i=7126 ns=1;i=7125 ns=1;i=7127 ns=1;i=7128 Definition i=80 i=68 ns=1;i=6276 EngineeringUnits i=80 i=68 ns=1;i=6276 EURange i=80 i=68 ns=1;i=6276 InstrumentRange i=80 i=68 ns=1;i=6276 ValuePrecision i=80 i=68 ns=1;i=6276 AbsoluteProductionWithoutWorkpieceTime The AbsoluteProductionWithoutWorkpieceTime Variable provides the absolute time in msec of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=5024 ns=1;i=7129 ns=1;i=7131 ns=1;i=7130 ns=1;i=7132 ns=1;i=7133 Definition i=80 i=68 ns=1;i=6274 EngineeringUnits i=80 i=68 ns=1;i=6274 EURange i=80 i=68 ns=1;i=6274 InstrumentRange i=80 i=68 ns=1;i=6274 ValuePrecision i=80 i=68 ns=1;i=6274 AbsoluteReadyTime The AbsoluteReadyTime Variable provides the absolute time of the READY_2 state in msec. i=15318 i=80 ns=1;i=5024 ns=1;i=7134 ns=1;i=7136 ns=1;i=7135 ns=1;i=7137 ns=1;i=7138 Definition i=80 i=68 ns=1;i=6262 EngineeringUnits i=80 i=68 ns=1;i=6262 EURange i=80 i=68 ns=1;i=6262 InstrumentRange i=80 i=68 ns=1;i=6262 ValuePrecision i=80 i=68 ns=1;i=6262 AbsoluteRunsAborted The AbsoluteRunsAborted Variable provides the absolute count of aborted runs. i=15318 i=80 ns=1;i=5024 ns=1;i=7139 ns=1;i=7141 ns=1;i=7140 ns=1;i=7142 Definition i=80 i=68 ns=1;i=6290 EngineeringUnits i=80 i=68 ns=1;i=6290 EURange i=80 i=68 ns=1;i=6290 ValuePrecision i=80 i=68 ns=1;i=6290 AbsoluteRunsGood The AbsoluteRunsGood Variable provides the absolute count of finished runs. i=15318 i=80 ns=1;i=5024 ns=1;i=7143 ns=1;i=7145 ns=1;i=7144 ns=1;i=7146 ns=1;i=7147 Definition i=80 i=68 ns=1;i=6286 EngineeringUnits i=80 i=68 ns=1;i=6286 EURange i=80 i=68 ns=1;i=6286 InstrumentRange i=80 i=68 ns=1;i=6286 ValuePrecision i=80 i=68 ns=1;i=6286 AbsoluteRunsTotal The AbsoluteRunsTotal Variable provides the absolute count of total runs. i=15318 i=80 ns=1;i=5024 ns=1;i=7148 ns=1;i=7150 ns=1;i=7149 ns=1;i=7151 ns=1;i=7152 Definition i=80 i=68 ns=1;i=6288 EngineeringUnits i=80 i=68 ns=1;i=6288 EURange i=80 i=68 ns=1;i=6288 InstrumentRange i=80 i=68 ns=1;i=6288 ValuePrecision i=80 i=68 ns=1;i=6288 AbsoluteStandbyTime The AbsoluteStandbyTime Variable provides the absolute time of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=5024 ns=1;i=7153 ns=1;i=7155 ns=1;i=7154 ns=1;i=7156 ns=1;i=7157 Definition i=80 i=68 ns=1;i=6260 EngineeringUnits i=80 i=68 ns=1;i=6260 EURange i=80 i=68 ns=1;i=6260 InstrumentRange i=80 i=68 ns=1;i=6260 ValuePrecision i=80 i=68 ns=1;i=6260 AbsoluteWorkingTime The AbsoluteWorkingTime Variable provides the absolute time of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=5024 ns=1;i=7158 ns=1;i=7160 ns=1;i=7159 ns=1;i=7161 ns=1;i=7162 Definition i=80 i=68 ns=1;i=6264 EngineeringUnits i=80 i=68 ns=1;i=6264 EURange i=80 i=68 ns=1;i=6264 InstrumentRange i=80 i=68 ns=1;i=6264 ValuePrecision i=80 i=68 ns=1;i=6264 ActualCycle The ActualCycle Variable provides the parts per minutes. i=15318 i=80 ns=1;i=5024 ns=1;i=7163 ns=1;i=7165 ns=1;i=7164 ns=1;i=7166 ns=1;i=7167 Definition i=80 i=68 ns=1;i=6257 EngineeringUnits i=80 i=68 ns=1;i=6257 EURange i=80 i=68 ns=1;i=6257 InstrumentRange i=80 i=68 ns=1;i=6257 ValuePrecision i=80 i=68 ns=1;i=6257 AxisOverride The AxisOverride Variable provides the override for the axis in percent. i=15318 i=80 ns=1;i=5024 ns=1;i=7168 ns=1;i=7170 ns=1;i=7169 ns=1;i=7171 ns=1;i=7172 Definition i=80 i=68 ns=1;i=6254 EngineeringUnits i=80 i=68 ns=1;i=6254 EURange i=80 i=68 ns=1;i=6254 InstrumentRange i=80 i=68 ns=1;i=6254 ValuePrecision i=80 i=68 ns=1;i=6254 FeedSpeed The FeedSpeed Variable provides the feed speed in m/min for throughfeed machines. i=15318 i=80 ns=1;i=7173 ns=1;i=7175 ns=1;i=7174 ns=1;i=5024 ns=1;i=7176 ns=1;i=7177 Definition i=80 i=68 ns=1;i=6256 EngineeringUnits i=80 i=68 ns=1;i=6256 EURange i=80 i=68 ns=1;i=6256 InstrumentRange i=80 i=68 ns=1;i=6256 ValuePrecision i=80 i=68 ns=1;i=6256 RelativeErrorTime The RelativeErrorTime Variable provides the relative time since startup of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=7178 ns=1;i=7180 ns=1;i=7179 ns=1;i=7181 ns=1;i=5024 ns=1;i=7182 Definition i=80 i=68 ns=1;i=6267 EngineeringUnits i=80 i=68 ns=1;i=6267 EURange i=80 i=68 ns=1;i=6267 InstrumentRange i=80 i=68 ns=1;i=6267 ValuePrecision i=80 i=68 ns=1;i=6267 RelativeLength The RelativeLength Variable provides the relative produced length in mm since the machine has started. i=15318 i=80 ns=1;i=7183 ns=1;i=7185 ns=1;i=7184 ns=1;i=7186 ns=1;i=5024 ns=1;i=7187 Definition i=80 i=68 ns=1;i=6293 EngineeringUnits i=80 i=68 ns=1;i=6293 EURange i=80 i=68 ns=1;i=6293 InstrumentRange i=80 i=68 ns=1;i=6293 ValuePrecision i=80 i=68 ns=1;i=6293 RelativeMachineOnTime The RelativeMachineOnTime Variable provides the relative time in msec since startup the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=7188 ns=1;i=7190 ns=1;i=7189 ns=1;i=7191 ns=1;i=5024 ns=1;i=7192 Definition i=80 i=68 ns=1;i=6269 EngineeringUnits i=80 i=68 ns=1;i=6269 EURange i=80 i=68 ns=1;i=6269 InstrumentRange i=80 i=68 ns=1;i=6269 ValuePrecision i=80 i=68 ns=1;i=6269 RelativePiecesIn The RelativePiecesIn Variable provides the relative count of pieces which came into the machine since the machine has started. i=15318 i=80 ns=1;i=7198 ns=1;i=7200 ns=1;i=7199 ns=1;i=7201 ns=1;i=5024 ns=1;i=7202 Definition i=80 i=68 ns=1;i=6295 EngineeringUnits i=80 i=68 ns=1;i=6295 EURange i=80 i=68 ns=1;i=6295 InstrumentRange i=80 i=68 ns=1;i=6295 ValuePrecision i=80 i=68 ns=1;i=6295 RelativePiecesOut The RelativePiecesOut Variable provides the relative count of pieces which came out of the machine since the machine has started. i=15318 i=80 ns=1;i=7203 ns=1;i=7205 ns=1;i=7204 ns=1;i=7206 ns=1;i=5024 ns=1;i=7207 Definition i=80 i=68 ns=1;i=6297 EngineeringUnits i=80 i=68 ns=1;i=6297 EURange i=80 i=68 ns=1;i=6297 InstrumentRange i=80 i=68 ns=1;i=6297 ValuePrecision i=80 i=68 ns=1;i=6297 RelativePowerPresentTime The RelativePowerPresentTime Variable provides the relative time in msec since startup the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=7208 ns=1;i=7210 ns=1;i=7209 ns=1;i=7211 ns=1;i=5024 ns=1;i=7212 Definition i=80 i=68 ns=1;i=6271 EngineeringUnits i=80 i=68 ns=1;i=6271 EURange i=80 i=68 ns=1;i=6271 InstrumentRange i=80 i=68 ns=1;i=6271 ValuePrecision i=80 i=68 ns=1;i=6271 RelativeProductionTime The RelativeProductionTime Variable provides the relative time in msec since startup of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=7213 ns=1;i=7215 ns=1;i=7214 ns=1;i=7216 ns=1;i=5024 ns=1;i=7217 Definition i=80 i=68 ns=1;i=6273 EngineeringUnits i=80 i=68 ns=1;i=6273 EURange i=80 i=68 ns=1;i=6273 InstrumentRange i=80 i=68 ns=1;i=6273 ValuePrecision i=80 i=68 ns=1;i=6273 RelativeProductionWaitWorkpieceTime The RelativeProductionWaitWorkpieceTime Variable provides the relative time in msec waiting for workpieces since startup of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=7218 ns=1;i=7220 ns=1;i=7219 ns=1;i=7221 ns=1;i=5024 ns=1;i=7222 Definition i=80 i=68 ns=1;i=6285 EngineeringUnits i=80 i=68 ns=1;i=6285 EURange i=80 i=68 ns=1;i=6285 InstrumentRange i=80 i=68 ns=1;i=6285 ValuePrecision i=80 i=68 ns=1;i=6285 RelativeProductionWithoutWorkpieceTime The RelativeProductionWithoutWorkpieceTime Variable provides the relative time in msec since startup of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=7223 ns=1;i=7225 ns=1;i=7224 ns=1;i=7226 ns=1;i=5024 ns=1;i=7227 Definition i=80 i=68 ns=1;i=6275 EngineeringUnits i=80 i=68 ns=1;i=6275 EURange i=80 i=68 ns=1;i=6275 InstrumentRange i=80 i=68 ns=1;i=6275 ValuePrecision i=80 i=68 ns=1;i=6275 RelativeReadyTime The RelativeReadyTime Variable provides the relative time since startup of the READY_2 state in msec. i=15318 i=80 ns=1;i=7228 ns=1;i=7230 ns=1;i=7229 ns=1;i=7231 ns=1;i=5024 ns=1;i=7232 Definition i=80 i=68 ns=1;i=6263 EngineeringUnits i=80 i=68 ns=1;i=6263 EURange i=80 i=68 ns=1;i=6263 InstrumentRange i=80 i=68 ns=1;i=6263 ValuePrecision i=80 i=68 ns=1;i=6263 RelativeRunsAborted The RelativeRunsAborted Variable provides the relative count of aborted runs since the machine has started. i=15318 i=80 ns=1;i=7233 ns=1;i=7235 ns=1;i=7234 ns=1;i=7236 ns=1;i=5024 ns=1;i=7237 Definition i=80 i=68 ns=1;i=6291 EngineeringUnits i=80 i=68 ns=1;i=6291 EURange i=80 i=68 ns=1;i=6291 InstrumentRange i=80 i=68 ns=1;i=6291 ValuePrecision i=80 i=68 ns=1;i=6291 RelativeRunsGood The RelativeRunsGood Variable provides the relative count of finished runs since the machine has started. i=15318 i=80 ns=1;i=7238 ns=1;i=7240 ns=1;i=7239 ns=1;i=7241 ns=1;i=5024 ns=1;i=7242 Definition i=80 i=68 ns=1;i=6287 EngineeringUnits i=80 i=68 ns=1;i=6287 EURange i=80 i=68 ns=1;i=6287 InstrumentRange i=80 i=68 ns=1;i=6287 ValuePrecision i=80 i=68 ns=1;i=6287 RelativeRunsTotal The RelativeRunsTotal Variable provides the relative count of total runs since the machine has started. i=15318 i=80 ns=1;i=7243 ns=1;i=7245 ns=1;i=7244 ns=1;i=7246 ns=1;i=5024 ns=1;i=7247 Definition i=80 i=68 ns=1;i=6289 EngineeringUnits i=80 i=68 ns=1;i=6289 EURange i=80 i=68 ns=1;i=6289 InstrumentRange i=80 i=68 ns=1;i=6289 ValuePrecision i=80 i=68 ns=1;i=6289 RelativeStandbyTime The RelativeStandbyTime Variable provides the relative time since startup of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=7248 ns=1;i=7250 ns=1;i=7249 ns=1;i=7251 ns=1;i=5024 ns=1;i=7252 Definition i=80 i=68 ns=1;i=6261 EngineeringUnits i=80 i=68 ns=1;i=6261 EURange i=80 i=68 ns=1;i=6261 InstrumentRange i=80 i=68 ns=1;i=6261 ValuePrecision i=80 i=68 ns=1;i=6261 RelativeWorkingTime The RelativeWorkingTime Variable provides the relative time since startup of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=7253 ns=1;i=7255 ns=1;i=7254 ns=1;i=7256 ns=1;i=5024 ns=1;i=7257 Definition i=80 i=68 ns=1;i=6265 EngineeringUnits i=80 i=68 ns=1;i=6265 EURange i=80 i=68 ns=1;i=6265 InstrumentRange i=80 i=68 ns=1;i=6265 ValuePrecision i=80 i=68 ns=1;i=6265 SpindleOverride The SpindleOverride Variable provides the override for the spindle in percent. i=15318 i=80 ns=1;i=7258 ns=1;i=7260 ns=1;i=7259 ns=1;i=7261 ns=1;i=5024 ns=1;i=7262 Definition i=80 i=68 ns=1;i=6255 EngineeringUnits i=80 i=68 ns=1;i=6255 EURange i=80 i=68 ns=1;i=6255 InstrumentRange i=80 i=68 ns=1;i=6255 ValuePrecision i=80 i=68 ns=1;i=6255 IWwSubUnitsType The IWwSubUnitsType provides a list of subUnits. Woodworking SubUnits Monitoring https://reference.opcfoundation.org/Woodworking/v100/docs/7.4 ns=1;i=5002 i=17602 ns=1;i=5016 ns=1;i=5031 <SubUnit> Each <SubUnit> Object represents an instance of a state. For example, a CNC machine can have two places where independent jobs are produced. Then there are two <SubUnit> Objects. They may be named “Place 1” and “Place 2”. i=58 i=11510 ns=1;i=7 ns=1;i=5026 ns=1;i=6 ns=1;i=5027 ns=1;i=5029 Flags The Flags Object provides the flags of the unit. i=58 i=80 ns=1;i=6301 ns=1;i=6310 ns=1;i=6305 ns=1;i=6302 ns=1;i=6303 ns=1;i=6320 ns=1;i=6309 ns=1;i=6321 ns=1;i=6323 ns=1;i=5002 ns=1;i=6312 ns=1;i=4 ns=1;i=6317 ns=1;i=6299 ns=1;i=6298 ns=1;i=6322 ns=1;i=6316 ns=1;i=6308 ns=1;i=6300 ns=1;i=6315 ns=1;i=6313 ns=1;i=6314 ns=1;i=6306 ns=1;i=6304 ns=1;i=6319 ns=1;i=6318 ns=1;i=6311 ns=1;i=6307 AirPresent The AirPresent Variable is true if the air pressure is present in the machine. i=63 i=80 ns=1;i=5026 Alarm The Alarm Variable is true if at least one alarm exists. i=63 i=78 ns=1;i=5026 Calibrated The Calibrated Variable is true if all devices are calibrated. i=63 i=78 ns=1;i=5026 DustChipSuction The DustChipSuction Variable is true if the dust and chip suction is ready. i=63 i=80 ns=1;i=5026 Emergency The Emergency Variable is true if at least one emergency button is pressed. i=63 i=78 ns=1;i=5026 EnergySaving The EnergySaving Variable is true if energy saving is activated on the machine. i=63 i=80 ns=1;i=5026 Error The Error Variable is true if at least one reason exists which prevents the machine from working. i=63 i=78 ns=1;i=5026 ExternalEmergency The ExternalEmergency Variable is true if there is an emergency from the line controller. i=63 i=80 ns=1;i=5026 FeedRuns The FeedRuns Variable is true if the feed is running on a throughfeed machine. i=63 i=80 ns=1;i=5026 Hold The Hold Variable is true if the movements are paused by the operator. i=63 i=80 ns=1;i=5026 LoadingEnabled The LoadingEnabled Variable is true if the unit is ready to get the next new part. If this is false no part can get into the unit. i=63 i=80 ns=1;i=5026 MachineInitialized The MachineInitialized Variable is true if the MachineOn is true, the PLC and the control processes are running. The machine is ready for usage for the operator. i=63 i=78 ns=1;i=5026 MachineOn The MachineOn Variable is true if the machine is switched on. If the OPC UA Server runs on the machine this value is always true. i=63 i=78 ns=1;i=5026 MaintenanceRequired The MaintenanceRequired Variable is true if maintenance is required. i=63 i=80 ns=1;i=5026 ManualActivityRequired The ManualActivityRequired Variable is true if a manual activity by the operator is required. The RecipeInRun is not affected. i=63 i=80 ns=1;i=5026 Moving The Moving Variable is true if at least one axis is moving. i=63 i=80 ns=1;i=5026 PowerPresent The PowerPresent Variable is true if the power supply is present (the drives are ready to move). i=63 i=78 ns=1;i=5026 RecipeInHold The RecipeInHold Variable is true if the machine is paused by the program. This is only possible if the RecipeInRun Variable is also true. i=63 i=80 ns=1;i=5026 RecipeInRun The RecipeInRun Variable is true if the machine runs its program. However, if the machine is paused by the program, the machine is considered to still be running its program, i.e. while the RecipeInHold Variable is true, the RecipeInRun cannot be false. i=63 i=78 ns=1;i=5026 RecipeInSetup The RecipeInSetup Variable is true if the RecipeInRun is true and the machine is in the setup phase (example: automatic tool change). i=63 i=80 ns=1;i=5026 Remote The Remote Variable is true if the machine is working with programs sent by the supervisor or other external application. i=63 i=80 ns=1;i=5026 Safety The Emergency Variable is true if at least one emergency button is pressed. i=63 i=80 ns=1;i=5026 WaitLoad The WaitLoad Variable is true if the machine is waiting for pieces. i=63 i=80 ns=1;i=5026 WaitUnload The WaitUnload Variable is true if the machine is waiting to unload pieces. i=63 i=80 ns=1;i=5026 Warning The Warning Variable is true if at least one warning exists. i=63 i=78 ns=1;i=5026 WorkpiecePresent The WorkpiecePresent Variable is true if at least one piece is inside the machine. i=63 i=80 ns=1;i=5026 Overview The Overview Object provides a general overview of the unit. i=58 i=78 ns=1;i=6324 ns=1;i=6325 ns=1;i=5 ns=1;i=5002 CurrentMode The CurrentMode Variable provides the generalized mode of the unit. i=63 i=78 ns=1;i=5027 CurrentState The CurrentState Variable provides the generalized state of the unit. i=63 i=78 ns=1;i=5027 Values The Values Object provides the counters of the unit. i=58 i=80 ns=1;i=6342 ns=1;i=6360 ns=1;i=6334 ns=1;i=6344 ns=1;i=6362 ns=1;i=6364 ns=1;i=6346 ns=1;i=6348 ns=1;i=6352 ns=1;i=6350 ns=1;i=6338 ns=1;i=6358 ns=1;i=6354 ns=1;i=6356 ns=1;i=6336 ns=1;i=6340 ns=1;i=6333 ns=1;i=6330 ns=1;i=6332 ns=1;i=1006 ns=1;i=6343 ns=1;i=6361 ns=1;i=6345 ns=1;i=6363 ns=1;i=6365 ns=1;i=6347 ns=1;i=6349 ns=1;i=6353 ns=1;i=6351 ns=1;i=6339 ns=1;i=6359 ns=1;i=6355 ns=1;i=6357 ns=1;i=6337 ns=1;i=6341 ns=1;i=6331 ns=1;i=5002 AbsoluteErrorTime The AbsoluteErrorTime Variable provides the absolute time of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=5029 ns=1;i=7263 ns=1;i=7265 ns=1;i=7264 ns=1;i=7266 ns=1;i=7267 Definition i=80 i=68 ns=1;i=6342 EngineeringUnits i=80 i=68 ns=1;i=6342 EURange i=80 i=68 ns=1;i=6342 InstrumentRange i=80 i=68 ns=1;i=6342 ValuePrecision i=80 i=68 ns=1;i=6342 AbsoluteLength The AbsoluteLength Variable provides the absolute produced length in mm. i=15318 i=80 ns=1;i=5029 ns=1;i=7268 ns=1;i=7270 ns=1;i=7269 ns=1;i=7271 ns=1;i=7272 Definition i=80 i=68 ns=1;i=6360 EngineeringUnits i=80 i=68 ns=1;i=6360 EURange i=80 i=68 ns=1;i=6360 InstrumentRange i=80 i=68 ns=1;i=6360 ValuePrecision i=80 i=68 ns=1;i=6360 AbsoluteMachineOffTime The AbsoluteOfflineTime can be calculated by the machine. The shutdown time and the starting time have to be stored on the machine. i=15318 i=80 ns=1;i=5029 ns=1;i=7273 ns=1;i=7275 ns=1;i=7274 ns=1;i=7276 ns=1;i=7277 Definition i=80 i=68 ns=1;i=6334 EngineeringUnits i=80 i=68 ns=1;i=6334 EURange i=80 i=68 ns=1;i=6334 InstrumentRange i=80 i=68 ns=1;i=6334 ValuePrecision i=80 i=68 ns=1;i=6334 AbsoluteMachineOnTime The AbsoluteMachineOnTime Variable provides the absolute time in msec the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=5029 ns=1;i=7278 ns=1;i=7280 ns=1;i=7279 ns=1;i=7281 ns=1;i=7282 Definition i=80 i=68 ns=1;i=6344 EngineeringUnits i=80 i=68 ns=1;i=6344 EURange i=80 i=68 ns=1;i=6344 InstrumentRange i=80 i=68 ns=1;i=6344 ValuePrecision i=80 i=68 ns=1;i=6344 AbsolutePiecesIn The AbsolutePiecesIn Variable provides the absolute count of pieces which came into the machine. i=15318 i=80 ns=1;i=5029 ns=1;i=7283 ns=1;i=7285 ns=1;i=7284 ns=1;i=7286 ns=1;i=7287 Definition i=80 i=68 ns=1;i=6362 EngineeringUnits i=80 i=68 ns=1;i=6362 EURange i=80 i=68 ns=1;i=6362 InstrumentRange i=80 i=68 ns=1;i=6362 ValuePrecision i=80 i=68 ns=1;i=6362 AbsolutePiecesOut The AbsolutePiecesOut Variable provides the absolute count of pieces which came out of the machine. i=15318 i=80 ns=1;i=5029 ns=1;i=7288 ns=1;i=7290 ns=1;i=7289 ns=1;i=7291 ns=1;i=7292 Definition i=80 i=68 ns=1;i=6364 EngineeringUnits i=80 i=68 ns=1;i=6364 EURange i=80 i=68 ns=1;i=6364 InstrumentRange i=80 i=68 ns=1;i=6364 ValuePrecision i=80 i=68 ns=1;i=6364 AbsolutePowerPresentTime The AbsolutePowerPresentTime Variable provides the absolute time in msec the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=5029 ns=1;i=7293 ns=1;i=7295 ns=1;i=7294 ns=1;i=7296 ns=1;i=7297 Definition i=80 i=68 ns=1;i=6346 EngineeringUnits i=80 i=68 ns=1;i=6346 EURange i=80 i=68 ns=1;i=6346 InstrumentRange i=80 i=68 ns=1;i=6346 ValuePrecision i=80 i=68 ns=1;i=6346 AbsoluteProductionTime The AbsoluteProductionTime Variable provides the absolute time in msec of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=5029 ns=1;i=7298 ns=1;i=7300 ns=1;i=7299 ns=1;i=7301 ns=1;i=7302 Definition i=80 i=68 ns=1;i=6348 EngineeringUnits i=80 i=68 ns=1;i=6348 EURange i=80 i=68 ns=1;i=6348 InstrumentRange i=80 i=68 ns=1;i=6348 ValuePrecision i=80 i=68 ns=1;i=6348 AbsoluteProductionWaitWorkpieceTime The AbsoluteProductionWaitWorkpieceTime Variable provides the absolute time in msec of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=5029 ns=1;i=7303 ns=1;i=7305 ns=1;i=7304 ns=1;i=7306 ns=1;i=7307 Definition i=80 i=68 ns=1;i=6352 EngineeringUnits i=80 i=68 ns=1;i=6352 EURange i=80 i=68 ns=1;i=6352 InstrumentRange i=80 i=68 ns=1;i=6352 ValuePrecision i=80 i=68 ns=1;i=6352 AbsoluteProductionWithoutWorkpieceTime The AbsoluteProductionWithoutWorkpieceTime Variable provides the absolute time in msec of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=5029 ns=1;i=7308 ns=1;i=7310 ns=1;i=7309 ns=1;i=7311 ns=1;i=7312 Definition i=80 i=68 ns=1;i=6350 EngineeringUnits i=80 i=68 ns=1;i=6350 EURange i=80 i=68 ns=1;i=6350 InstrumentRange i=80 i=68 ns=1;i=6350 ValuePrecision i=80 i=68 ns=1;i=6350 AbsoluteReadyTime The AbsoluteReadyTime Variable provides the absolute time of the READY_2 state in msec. i=15318 i=80 ns=1;i=5029 ns=1;i=7313 ns=1;i=7315 ns=1;i=7314 ns=1;i=7316 ns=1;i=7317 Definition i=80 i=68 ns=1;i=6338 EngineeringUnits i=80 i=68 ns=1;i=6338 EURange i=80 i=68 ns=1;i=6338 InstrumentRange i=80 i=68 ns=1;i=6338 ValuePrecision i=80 i=68 ns=1;i=6338 AbsoluteRunsAborted The AbsoluteRunsAborted Variable provides the absolute count of aborted runs. i=15318 i=80 ns=1;i=5029 ns=1;i=7318 ns=1;i=7320 ns=1;i=7319 ns=1;i=7321 ns=1;i=7322 Definition i=80 i=68 ns=1;i=6358 EngineeringUnits i=80 i=68 ns=1;i=6358 EURange i=80 i=68 ns=1;i=6358 InstrumentRange i=80 i=68 ns=1;i=6358 ValuePrecision i=80 i=68 ns=1;i=6358 AbsoluteRunsGood The AbsoluteRunsGood Variable provides the absolute count of finished runs. i=15318 i=80 ns=1;i=5029 ns=1;i=7432 ns=1;i=7434 ns=1;i=7433 ns=1;i=7435 ns=1;i=7436 Definition i=80 i=68 ns=1;i=6354 EngineeringUnits i=80 i=68 ns=1;i=6354 EURange i=80 i=68 ns=1;i=6354 InstrumentRange i=80 i=68 ns=1;i=6354 ValuePrecision i=80 i=68 ns=1;i=6354 AbsoluteRunsTotal The AbsoluteRunsTotal Variable provides the absolute count of total runs. i=15318 i=80 ns=1;i=5029 ns=1;i=7323 ns=1;i=7325 ns=1;i=7324 ns=1;i=7326 ns=1;i=7327 Definition i=80 i=68 ns=1;i=6356 EngineeringUnits i=80 i=68 ns=1;i=6356 EURange i=80 i=68 ns=1;i=6356 InstrumentRange i=80 i=68 ns=1;i=6356 ValuePrecision i=80 i=68 ns=1;i=6356 AbsoluteStandbyTime The AbsoluteStandbyTime Variable provides the absolute time of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=5029 ns=1;i=7328 ns=1;i=7330 ns=1;i=7329 ns=1;i=7331 ns=1;i=7332 Definition i=80 i=68 ns=1;i=6336 EngineeringUnits i=80 i=68 ns=1;i=6336 EURange i=80 i=68 ns=1;i=6336 InstrumentRange i=80 i=68 ns=1;i=6336 ValuePrecision i=80 i=68 ns=1;i=6336 AbsoluteWorkingTime The AbsoluteWorkingTime Variable provides the absolute time of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=5029 ns=1;i=7333 ns=1;i=7335 ns=1;i=7334 ns=1;i=7336 ns=1;i=7337 Definition i=80 i=68 ns=1;i=6340 EngineeringUnits i=80 i=68 ns=1;i=6340 EURange i=80 i=68 ns=1;i=6340 InstrumentRange i=80 i=68 ns=1;i=6340 ValuePrecision i=80 i=68 ns=1;i=6340 ActualCycle The ActualCycle Variable provides the parts per minutes. i=15318 i=80 ns=1;i=5029 ns=1;i=7338 ns=1;i=7340 ns=1;i=7339 ns=1;i=7341 ns=1;i=7342 Definition i=80 i=68 ns=1;i=6333 EngineeringUnits i=80 i=68 ns=1;i=6333 EURange i=80 i=68 ns=1;i=6333 InstrumentRange i=80 i=68 ns=1;i=6333 ValuePrecision i=80 i=68 ns=1;i=6333 AxisOverride The AxisOverride Variable provides the override for the axis in percent. i=15318 i=80 ns=1;i=5029 ns=1;i=7343 ns=1;i=7345 ns=1;i=7344 ns=1;i=7346 ns=1;i=7347 Definition i=80 i=68 ns=1;i=6330 EngineeringUnits i=80 i=68 ns=1;i=6330 EURange i=80 i=68 ns=1;i=6330 InstrumentRange i=80 i=68 ns=1;i=6330 ValuePrecision i=80 i=68 ns=1;i=6330 FeedSpeed The FeedSpeed Variable provides the feed speed in m/min for throughfeed machines. i=15318 i=80 ns=1;i=7348 ns=1;i=7350 ns=1;i=7349 ns=1;i=5029 ns=1;i=7351 ns=1;i=7352 Definition i=80 i=68 ns=1;i=6332 EngineeringUnits i=80 i=68 ns=1;i=6332 EURange i=80 i=68 ns=1;i=6332 InstrumentRange i=80 i=68 ns=1;i=6332 ValuePrecision i=80 i=68 ns=1;i=6332 RelativeErrorTime The RelativeErrorTime Variable provides the relative time since startup of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=7353 ns=1;i=7355 ns=1;i=7354 ns=1;i=7356 ns=1;i=5029 ns=1;i=7357 Definition i=80 i=68 ns=1;i=6343 EngineeringUnits i=80 i=68 ns=1;i=6343 EURange i=80 i=68 ns=1;i=6343 InstrumentRange i=80 i=68 ns=1;i=6343 ValuePrecision i=80 i=68 ns=1;i=6343 RelativeLength The RelativeLength Variable provides the relative produced length in mm since the machine has started. i=15318 i=80 ns=1;i=7358 ns=1;i=7360 ns=1;i=7359 ns=1;i=7361 ns=1;i=5029 ns=1;i=7362 Definition i=80 i=68 ns=1;i=6361 EngineeringUnits i=80 i=68 ns=1;i=6361 EURange i=80 i=68 ns=1;i=6361 InstrumentRange i=80 i=68 ns=1;i=6361 ValuePrecision i=80 i=68 ns=1;i=6361 RelativeMachineOnTime The RelativeMachineOnTime Variable provides the relative time in msec since startup the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=7363 ns=1;i=7365 ns=1;i=7364 ns=1;i=7366 ns=1;i=5029 ns=1;i=7367 Definition i=80 i=68 ns=1;i=6345 EngineeringUnits i=80 i=68 ns=1;i=6345 EURange i=80 i=68 ns=1;i=6345 InstrumentRange i=80 i=68 ns=1;i=6345 ValuePrecision i=80 i=68 ns=1;i=6345 RelativePiecesIn The RelativePiecesIn Variable provides the relative count of pieces which came into the machine since the machine has started. i=15318 i=80 ns=1;i=7373 ns=1;i=7375 ns=1;i=7374 ns=1;i=7376 ns=1;i=5029 ns=1;i=7377 Definition i=80 i=68 ns=1;i=6363 EngineeringUnits i=80 i=68 ns=1;i=6363 EURange i=80 i=68 ns=1;i=6363 InstrumentRange i=80 i=68 ns=1;i=6363 ValuePrecision i=80 i=68 ns=1;i=6363 RelativePiecesOut The RelativePiecesOut Variable provides the relative count of pieces which came out of the machine since the machine has started. i=15318 i=80 ns=1;i=7378 ns=1;i=7380 ns=1;i=7379 ns=1;i=7381 ns=1;i=5029 ns=1;i=7382 Definition i=80 i=68 ns=1;i=6365 EngineeringUnits i=80 i=68 ns=1;i=6365 EURange i=80 i=68 ns=1;i=6365 InstrumentRange i=80 i=68 ns=1;i=6365 ValuePrecision i=80 i=68 ns=1;i=6365 RelativePowerPresentTime The RelativePowerPresentTime Variable provides the relative time in msec since startup the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=7383 ns=1;i=7385 ns=1;i=7384 ns=1;i=7386 ns=1;i=5029 ns=1;i=7387 Definition i=80 i=68 ns=1;i=6347 EngineeringUnits i=80 i=68 ns=1;i=6347 EURange i=80 i=68 ns=1;i=6347 InstrumentRange i=80 i=68 ns=1;i=6347 ValuePrecision i=80 i=68 ns=1;i=6347 RelativeProductionTime The RelativeProductionTime Variable provides the relative time in msec since startup of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=7388 ns=1;i=7390 ns=1;i=7389 ns=1;i=7391 ns=1;i=5029 ns=1;i=7392 Definition i=80 i=68 ns=1;i=6349 EngineeringUnits i=80 i=68 ns=1;i=6349 EURange i=80 i=68 ns=1;i=6349 InstrumentRange i=80 i=68 ns=1;i=6349 ValuePrecision i=80 i=68 ns=1;i=6349 RelativeProductionWaitWorkpieceTime The RelativeProductionWaitWorkpieceTime Variable provides the relative time in msec waiting for workpieces since startup of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=7393 ns=1;i=7395 ns=1;i=7394 ns=1;i=7396 ns=1;i=5029 ns=1;i=7397 Definition i=80 i=68 ns=1;i=6353 EngineeringUnits i=80 i=68 ns=1;i=6353 EURange i=80 i=68 ns=1;i=6353 InstrumentRange i=80 i=68 ns=1;i=6353 ValuePrecision i=80 i=68 ns=1;i=6353 RelativeProductionWithoutWorkpieceTime The RelativeProductionWithoutWorkpieceTime Variable provides the relative time in msec since startup of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=7398 ns=1;i=7400 ns=1;i=7399 ns=1;i=7401 ns=1;i=5029 ns=1;i=7402 Definition i=80 i=68 ns=1;i=6351 EngineeringUnits i=80 i=68 ns=1;i=6351 EURange i=80 i=68 ns=1;i=6351 InstrumentRange i=80 i=68 ns=1;i=6351 ValuePrecision i=80 i=68 ns=1;i=6351 RelativeReadyTime The RelativeReadyTime Variable provides the relative time since startup of the READY_2 state in msec. i=15318 i=80 ns=1;i=7403 ns=1;i=7405 ns=1;i=7404 ns=1;i=7406 ns=1;i=5029 ns=1;i=7407 Definition i=80 i=68 ns=1;i=6339 EngineeringUnits i=80 i=68 ns=1;i=6339 EURange i=80 i=68 ns=1;i=6339 InstrumentRange i=80 i=68 ns=1;i=6339 ValuePrecision i=80 i=68 ns=1;i=6339 RelativeRunsAborted The RelativeRunsAborted Variable provides the relative count of aborted runs since the machine has started. i=15318 i=80 ns=1;i=7408 ns=1;i=7410 ns=1;i=7409 ns=1;i=7411 ns=1;i=5029 ns=1;i=7412 Definition i=80 i=68 ns=1;i=6359 EngineeringUnits i=80 i=68 ns=1;i=6359 EURange i=80 i=68 ns=1;i=6359 InstrumentRange i=80 i=68 ns=1;i=6359 ValuePrecision i=80 i=68 ns=1;i=6359 RelativeRunsGood The RelativeRunsGood Variable provides the relative count of finished runs since the machine has started. i=15318 i=80 ns=1;i=7413 ns=1;i=7415 ns=1;i=7414 ns=1;i=7416 ns=1;i=5029 ns=1;i=7417 Definition i=80 i=68 ns=1;i=6355 EngineeringUnits i=80 i=68 ns=1;i=6355 EURange i=80 i=68 ns=1;i=6355 InstrumentRange i=80 i=68 ns=1;i=6355 ValuePrecision i=80 i=68 ns=1;i=6355 RelativeRunsTotal The RelativeRunsTotal Variable provides the relative count of total runs since the machine has started. i=15318 i=80 ns=1;i=7418 ns=1;i=7420 ns=1;i=7419 ns=1;i=5029 ns=1;i=7421 Definition i=80 i=68 ns=1;i=6357 EngineeringUnits i=80 i=68 ns=1;i=6357 EURange i=80 i=68 ns=1;i=6357 ValuePrecision i=80 i=68 ns=1;i=6357 RelativeStandbyTime The RelativeStandbyTime Variable provides the relative time since startup of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=7437 ns=1;i=7439 ns=1;i=7438 ns=1;i=7440 ns=1;i=5029 ns=1;i=7441 Definition i=80 i=68 ns=1;i=6337 EngineeringUnits i=80 i=68 ns=1;i=6337 EURange i=80 i=68 ns=1;i=6337 InstrumentRange i=80 i=68 ns=1;i=6337 ValuePrecision i=80 i=68 ns=1;i=6337 RelativeWorkingTime The RelativeWorkingTime Variable provides the relative time since startup of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=7422 ns=1;i=7424 ns=1;i=7423 ns=1;i=7425 ns=1;i=5029 ns=1;i=7426 Definition i=80 i=68 ns=1;i=6341 EngineeringUnits i=80 i=68 ns=1;i=6341 EURange i=80 i=68 ns=1;i=6341 InstrumentRange i=80 i=68 ns=1;i=6341 ValuePrecision i=80 i=68 ns=1;i=6341 SpindleOverride The SpindleOverride Variable provides the override for the spindle in percent. i=15318 i=80 ns=1;i=7427 ns=1;i=7429 ns=1;i=7428 ns=1;i=7430 ns=1;i=5029 ns=1;i=7431 Definition i=80 i=68 ns=1;i=6331 EngineeringUnits i=80 i=68 ns=1;i=6331 EURange i=80 i=68 ns=1;i=6331 InstrumentRange i=80 i=68 ns=1;i=6331 ValuePrecision i=80 i=68 ns=1;i=6331 IWwUnitFlagsType The IWwUnitFlagsType represents the flags of a unit Woodworking Machine Monitoring Woodworking SubUnits Monitoring Woodworking Unit State https://reference.opcfoundation.org/Woodworking/v100/docs/7.9 ns=1;i=88 ns=1;i=97 ns=1;i=92 ns=1;i=89 ns=1;i=90 ns=1;i=108 ns=1;i=96 ns=1;i=109 ns=1;i=111 ns=1;i=99 ns=1;i=6033 ns=1;i=86 ns=1;i=85 ns=1;i=110 ns=1;i=103 ns=1;i=95 ns=1;i=87 ns=1;i=102 ns=1;i=100 ns=1;i=101 ns=1;i=93 ns=1;i=91 ns=1;i=107 ns=1;i=106 ns=1;i=98 ns=1;i=94 i=17602 ns=1;i=5003 ns=1;i=5017 ns=1;i=5022 ns=1;i=5026 ns=1;i=5032 ns=1;i=5037 AirPresent The AirPresent Variable is true if the air pressure is present in the machine. i=63 i=80 ns=1;i=4 Alarm The Alarm Variable is true if at least one alarm exists. i=63 i=78 ns=1;i=4 Calibrated The Calibrated Variable is true if all devices are calibrated. i=63 i=78 ns=1;i=4 DustChipSuction The DustChipSuction Variable is true if the dust and chip suction is ready. i=63 i=80 ns=1;i=4 Emergency The Emergency Variable is true if at least one emergency button is pressed. i=63 i=78 ns=1;i=4 EnergySaving The EnergySaving Variable is true if energy saving is activated on the machine. i=63 i=80 ns=1;i=4 Error The Error Variable is true if at least one reason exists which prevents the machine from working. i=63 i=78 ns=1;i=4 ExternalEmergency The ExternalEmergency Variable is true if there is an emergency from the line controller. i=63 i=80 ns=1;i=4 FeedRuns The FeedRuns Variable is true if the feed is running on a throughfeed machine. i=63 i=80 ns=1;i=4 Hold The Hold Variable is true if the movements are paused by the operator. i=63 i=80 ns=1;i=4 LoadingEnabled i=63 i=80 ns=1;i=4 MachineInitialized The MachineInitialized Variable is true if the MachineOn is true, the PLC and the control processes are running. The machine is ready for usage for the operator. i=78 i=63 ns=1;i=4 MachineOn The MachineOn Variable is true if the machine is switched on. If the OPC UA Server runs on the machine this value is always true. i=63 i=78 ns=1;i=4 MaintenanceRequired The MaintenanceRequired Variable is true if maintenance is required. i=63 i=80 ns=1;i=4 ManualActivityRequired The ManualActivityRequired Variable is true if a manual activity by the operator is required. The RecipeInRun is not affected. i=63 i=80 ns=1;i=4 Moving The Moving Variable is true if at least one axis is moving. i=63 i=80 ns=1;i=4 PowerPresent The PowerPresent Variable is true if 400V are present (the drives are ready to move). i=63 i=78 ns=1;i=4 RecipeInHold The RecipeInHold Variable is true if the machine is paused by the program. This is only possible if the RecipeInRun Variable is also true. i=63 i=80 ns=1;i=4 RecipeInRun The RecipeInRun Variable is true if the machine runs its program. This is only possible if the Error Variable is false. However, if the machine is paused by the program, the machine is considered to still be running its program, i.e. while the RecipeInHold Variable is true, the RecipeInRun cannot be false. i=63 i=78 ns=1;i=4 RecipeInSetup The RecipeInSetup Variable is true if the RecipeInRun is true and the machine is in the setup phase (example: automatic tool change). i=63 i=80 ns=1;i=4 Remote The Remote Variable is true if the machine is working with programs sent by the supervisor or other external application. i=63 i=80 ns=1;i=4 Safety The Safety Variable is true if at least one safety device (light curtain, safety mat, …) has intervened. i=63 i=80 ns=1;i=4 WaitLoad The WaitLoad Variable is true if the machine is waiting for pieces. i=63 i=80 ns=1;i=4 WaitUnload The WaitUnload Variable is true if the machine is waiting to unload pieces. i=63 i=80 ns=1;i=4 Warning The Warning Variable is true if at least one warning exists. i=63 i=78 ns=1;i=4 WorkpiecePresent The WorkpiecePresent Variable is true if at least one piece is inside the machine. i=63 i=80 ns=1;i=4 IWwUnitOverviewType The IWwUnitOverviewType represents the generalized state of a unit. Woodworking Unit State https://reference.opcfoundation.org/Woodworking/v100/docs/7.6 ns=1;i=130 ns=1;i=129 i=17602 ns=1;i=5004 ns=1;i=5020 ns=1;i=5023 ns=1;i=5027 ns=1;i=5033 ns=1;i=5038 CurrentMode The CurrentMode Variable provides the generalized mode of the component. i=63 i=78 ns=1;i=5 CurrentState The CurrentState Variable provides the generalized state of the component. i=63 i=78 ns=1;i=5 0 IWwUnitValuesType The IWwUnitValuesType represents the values of a unit Woodworking Machine Monitoring Woodworking SubUnits Monitoring Woodworking Unit State https://reference.opcfoundation.org/Woodworking/v100/docs/7.10 ns=1;i=6034 ns=1;i=6035 ns=1;i=6037 ns=1;i=6036 ns=1;i=6038 ns=1;i=6039 ns=1;i=6040 ns=1;i=6041 ns=1;i=6042 ns=1;i=6043 ns=1;i=6044 ns=1;i=6045 ns=1;i=6046 ns=1;i=6047 ns=1;i=6048 ns=1;i=6049 ns=1;i=6050 ns=1;i=6051 ns=1;i=6052 ns=1;i=6053 ns=1;i=6054 ns=1;i=6055 ns=1;i=6057 ns=1;i=6058 ns=1;i=6059 ns=1;i=6060 ns=1;i=6061 ns=1;i=6062 ns=1;i=6063 ns=1;i=6064 ns=1;i=6065 ns=1;i=6066 ns=1;i=6067 ns=1;i=6068 ns=1;i=6069 i=17602 ns=1;i=5006 ns=1;i=5018 ns=1;i=5024 ns=1;i=5029 ns=1;i=5035 ns=1;i=5040 AbsoluteErrorTime The AbsoluteErrorTime Variable provides the absolute time in msec of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=1006 ns=1;i=6540 ns=1;i=6542 ns=1;i=6541 ns=1;i=6543 ns=1;i=6544 Definition i=80 i=68 ns=1;i=6034 EngineeringUnits i=80 i=68 ns=1;i=6034 EURange i=80 i=68 ns=1;i=6034 InstrumentRange i=80 i=68 ns=1;i=6034 ValuePrecision i=80 i=68 ns=1;i=6034 AbsoluteLength The AbsoluteLength Variable provides the absolute produced length in mm. i=15318 i=80 ns=1;i=1006 ns=1;i=6545 ns=1;i=6547 ns=1;i=6546 ns=1;i=6548 ns=1;i=6549 Definition i=80 i=68 ns=1;i=6035 EngineeringUnits i=80 i=68 ns=1;i=6035 EURange i=80 i=68 ns=1;i=6035 InstrumentRange i=80 i=68 ns=1;i=6035 ValuePrecision i=80 i=68 ns=1;i=6035 AbsoluteMachineOffTime The AbsoluteOfflineTime can be calculated by the machine. The shutdown time and the starting time have to be stored on the machine. i=15318 i=80 ns=1;i=1006 ns=1;i=6555 ns=1;i=6557 ns=1;i=6556 ns=1;i=6558 ns=1;i=6559 Definition i=80 i=68 ns=1;i=6037 EngineeringUnits i=80 i=68 ns=1;i=6037 EURange i=80 i=68 ns=1;i=6037 InstrumentRange i=80 i=68 ns=1;i=6037 ValuePrecision i=80 i=68 ns=1;i=6037 AbsoluteMachineOnTime The AbsoluteMachineOnTime Variable provides the absolute time in msec the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=1006 ns=1;i=6550 ns=1;i=6552 ns=1;i=6551 ns=1;i=6553 ns=1;i=6554 Definition i=80 i=68 ns=1;i=6036 EngineeringUnits i=80 i=68 ns=1;i=6036 EURange i=80 i=68 ns=1;i=6036 InstrumentRange i=80 i=68 ns=1;i=6036 ValuePrecision i=80 i=68 ns=1;i=6036 AbsolutePiecesIn The AbsolutePiecesIn Variable provides the absolute count of pieces which came into the machine. i=15318 i=80 ns=1;i=1006 ns=1;i=6560 ns=1;i=6562 ns=1;i=6561 ns=1;i=6563 ns=1;i=6564 Definition i=80 i=68 ns=1;i=6038 EngineeringUnits i=80 i=68 ns=1;i=6038 EURange i=80 i=68 ns=1;i=6038 InstrumentRange i=80 i=68 ns=1;i=6038 ValuePrecision i=80 i=68 ns=1;i=6038 AbsolutePiecesOut The AbsolutePiecesOut Variable provides the absolute count of pieces which came out of the machine. i=15318 i=80 ns=1;i=1006 ns=1;i=6565 ns=1;i=6567 ns=1;i=6566 ns=1;i=6568 ns=1;i=6569 Definition i=80 i=68 ns=1;i=6039 EngineeringUnits i=80 i=68 ns=1;i=6039 EURange i=80 i=68 ns=1;i=6039 InstrumentRange i=80 i=68 ns=1;i=6039 ValuePrecision i=80 i=68 ns=1;i=6039 AbsolutePowerPresentTime The AbsolutePowerPresentTime Variable provides the absolute time in msec the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=1006 ns=1;i=6570 ns=1;i=6572 ns=1;i=6571 ns=1;i=6573 ns=1;i=6574 Definition i=80 i=68 ns=1;i=6040 EngineeringUnits i=80 i=68 ns=1;i=6040 EURange i=80 i=68 ns=1;i=6040 InstrumentRange i=80 i=68 ns=1;i=6040 ValuePrecision i=80 i=68 ns=1;i=6040 AbsoluteProductionTime The AbsoluteProductionTime Variable provides the absolute time in msec of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=1006 ns=1;i=6575 ns=1;i=6577 ns=1;i=6576 ns=1;i=6578 ns=1;i=6579 Definition i=80 i=68 ns=1;i=6041 EngineeringUnits i=80 i=68 ns=1;i=6041 EURange i=80 i=68 ns=1;i=6041 InstrumentRange i=80 i=68 ns=1;i=6041 ValuePrecision i=80 i=68 ns=1;i=6041 AbsoluteProductionWaitWorkpieceTime The AbsoluteProductionWaitWorkpieceTime Variable provides the absolute time in msec of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=1006 ns=1;i=6580 ns=1;i=6582 ns=1;i=6581 ns=1;i=6583 ns=1;i=6584 Definition i=80 i=68 ns=1;i=6042 EngineeringUnits i=80 i=68 ns=1;i=6042 EURange i=80 i=68 ns=1;i=6042 InstrumentRange i=80 i=68 ns=1;i=6042 ValuePrecision i=80 i=68 ns=1;i=6042 AbsoluteProductionWithoutWorkpieceTime The AbsoluteProductionWithoutWorkpieceTime Variable provides the absolute time in msec of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=1006 ns=1;i=6585 ns=1;i=6587 ns=1;i=6586 ns=1;i=6588 ns=1;i=6589 Definition i=80 i=68 ns=1;i=6043 EngineeringUnits i=80 i=68 ns=1;i=6043 EURange i=80 i=68 ns=1;i=6043 InstrumentRange i=80 i=68 ns=1;i=6043 ValuePrecision i=80 i=68 ns=1;i=6043 AbsoluteReadyTime The AbsoluteReadyTime Variable provides the absolute time in msec of the READY_2 state in msec. i=15318 i=80 ns=1;i=1006 ns=1;i=6590 ns=1;i=6592 ns=1;i=6591 ns=1;i=6593 ns=1;i=6594 Definition i=80 i=68 ns=1;i=6044 EngineeringUnits i=80 i=68 ns=1;i=6044 EURange i=80 i=68 ns=1;i=6044 InstrumentRange i=80 i=68 ns=1;i=6044 ValuePrecision i=80 i=68 ns=1;i=6044 AbsoluteRunsAborted The AbsoluteRunsAborted Variable provides the absolute count of aborted runs. i=15318 i=80 ns=1;i=1006 ns=1;i=6595 ns=1;i=6597 ns=1;i=6596 ns=1;i=6598 ns=1;i=6599 Definition i=80 i=68 ns=1;i=6045 EngineeringUnits i=80 i=68 ns=1;i=6045 EURange i=80 i=68 ns=1;i=6045 InstrumentRange i=80 i=68 ns=1;i=6045 ValuePrecision i=80 i=68 ns=1;i=6045 AbsoluteRunsGood The AbsoluteRunsGood Variable provides the absolute count of finished runs. i=15318 i=80 ns=1;i=1006 ns=1;i=6600 ns=1;i=6602 ns=1;i=6601 ns=1;i=6603 ns=1;i=6604 Definition i=80 i=68 ns=1;i=6046 EngineeringUnits i=80 i=68 ns=1;i=6046 EURange i=80 i=68 ns=1;i=6046 InstrumentRange i=80 i=68 ns=1;i=6046 ValuePrecision i=80 i=68 ns=1;i=6046 AbsoluteRunsTotal The AbsoluteRunsTotal Variable provides the absolute count of total runs. i=15318 i=80 ns=1;i=1006 ns=1;i=6605 ns=1;i=6607 ns=1;i=6606 ns=1;i=6608 ns=1;i=6609 Definition i=80 i=68 ns=1;i=6047 EngineeringUnits i=80 i=68 ns=1;i=6047 EURange i=80 i=68 ns=1;i=6047 InstrumentRange i=80 i=68 ns=1;i=6047 ValuePrecision i=80 i=68 ns=1;i=6047 AbsoluteStandbyTime The AbsoluteStandbyTime Variable provides the absolute time in msec of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=1006 ns=1;i=6610 ns=1;i=6612 ns=1;i=6611 ns=1;i=6613 ns=1;i=6614 Definition i=80 i=68 ns=1;i=6048 EngineeringUnits i=80 i=68 ns=1;i=6048 EURange i=80 i=68 ns=1;i=6048 InstrumentRange i=80 i=68 ns=1;i=6048 ValuePrecision i=80 i=68 ns=1;i=6048 AbsoluteWorkingTime The AbsoluteWorkingTime Variable provides the absolute time in msec of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=1006 ns=1;i=6615 ns=1;i=6617 ns=1;i=6616 ns=1;i=6618 ns=1;i=6619 Definition i=80 i=68 ns=1;i=6049 EngineeringUnits i=80 i=68 ns=1;i=6049 EURange i=80 i=68 ns=1;i=6049 InstrumentRange i=80 i=68 ns=1;i=6049 ValuePrecision i=80 i=68 ns=1;i=6049 ActualCycle The ActualCycle Variable provides the parts per minutes. i=15318 i=80 ns=1;i=1006 ns=1;i=6620 ns=1;i=6622 ns=1;i=6621 ns=1;i=6623 ns=1;i=6624 Definition i=80 i=68 ns=1;i=6050 EngineeringUnits i=80 i=68 ns=1;i=6050 EURange i=80 i=68 ns=1;i=6050 InstrumentRange i=80 i=68 ns=1;i=6050 ValuePrecision i=80 i=68 ns=1;i=6050 AxisOverride The AxisOverride Variable provides the override for the axis in percent. i=15318 i=80 ns=1;i=1006 ns=1;i=6625 ns=1;i=6627 ns=1;i=6626 ns=1;i=6628 ns=1;i=6629 Definition i=80 i=68 ns=1;i=6051 EngineeringUnits i=80 i=68 ns=1;i=6051 EURange i=80 i=68 ns=1;i=6051 InstrumentRange i=80 i=68 ns=1;i=6051 ValuePrecision i=80 i=68 ns=1;i=6051 FeedSpeed The FeedSpeed Variable provides the feed speed in m/min for throughfeed machines. i=15318 i=80 ns=1;i=6630 ns=1;i=6632 ns=1;i=6631 ns=1;i=1006 ns=1;i=6633 ns=1;i=6634 Definition i=80 i=68 ns=1;i=6052 EngineeringUnits i=80 i=68 ns=1;i=6052 EURange i=80 i=68 ns=1;i=6052 InstrumentRange i=80 i=68 ns=1;i=6052 ValuePrecision i=80 i=68 ns=1;i=6052 RelativeErrorTime The RelativeErrorTime Variable provides the relative time since startup of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=6635 ns=1;i=6637 ns=1;i=6636 ns=1;i=6638 ns=1;i=1006 ns=1;i=6639 Definition i=80 i=68 ns=1;i=6053 EngineeringUnits i=80 i=68 ns=1;i=6053 EURange i=80 i=68 ns=1;i=6053 InstrumentRange i=80 i=68 ns=1;i=6053 ValuePrecision i=80 i=68 ns=1;i=6053 RelativeLength The RelativeLength Variable provides the relative produced length in mm since the machine has started. i=15318 i=80 ns=1;i=6640 ns=1;i=6642 ns=1;i=6641 ns=1;i=6643 ns=1;i=1006 ns=1;i=6644 Definition i=80 i=68 ns=1;i=6054 EngineeringUnits i=80 i=68 ns=1;i=6054 EURange i=80 i=68 ns=1;i=6054 InstrumentRange i=80 i=68 ns=1;i=6054 ValuePrecision i=80 i=68 ns=1;i=6054 RelativeMachineOnTime The RelativeMachineOnTime Variable provides the relative time in msec since startup the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=6645 ns=1;i=6647 ns=1;i=6646 ns=1;i=6648 ns=1;i=1006 ns=1;i=6649 Definition i=80 i=68 ns=1;i=6055 EngineeringUnits i=80 i=68 ns=1;i=6055 EURange i=80 i=68 ns=1;i=6055 InstrumentRange i=80 i=68 ns=1;i=6055 ValuePrecision i=80 i=68 ns=1;i=6055 RelativePiecesIn The RelativePiecesIn Variable provides the relative count of pieces which came into the machine since the machine has started. i=15318 i=80 ns=1;i=6655 ns=1;i=6657 ns=1;i=6656 ns=1;i=6658 ns=1;i=1006 ns=1;i=6659 Definition i=80 i=68 ns=1;i=6057 EngineeringUnits i=80 i=68 ns=1;i=6057 EURange i=80 i=68 ns=1;i=6057 InstrumentRange i=80 i=68 ns=1;i=6057 ValuePrecision i=80 i=68 ns=1;i=6057 RelativePiecesOut The RelativePiecesOut Variable provides the relative count of pieces which came out of the machine since the machine has started. i=15318 i=80 ns=1;i=6660 ns=1;i=6662 ns=1;i=6661 ns=1;i=6663 ns=1;i=1006 ns=1;i=6664 Definition i=80 i=68 ns=1;i=6058 EngineeringUnits i=80 i=68 ns=1;i=6058 EURange i=80 i=68 ns=1;i=6058 InstrumentRange i=80 i=68 ns=1;i=6058 ValuePrecision i=80 i=68 ns=1;i=6058 RelativePowerPresentTime The RelativePowerPresentTime Variable provides the relative time in msec since startup the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=6665 ns=1;i=6667 ns=1;i=6666 ns=1;i=6668 ns=1;i=1006 ns=1;i=6669 Definition i=80 i=68 ns=1;i=6059 EngineeringUnits i=80 i=68 ns=1;i=6059 EURange i=80 i=68 ns=1;i=6059 InstrumentRange i=80 i=68 ns=1;i=6059 ValuePrecision i=80 i=68 ns=1;i=6059 RelativeProductionTime The RelativeProductionTime Variable provides the relative time in msec since startup of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=6670 ns=1;i=6672 ns=1;i=6671 ns=1;i=6673 ns=1;i=1006 ns=1;i=6674 Definition i=80 i=68 ns=1;i=6060 EngineeringUnits i=80 i=68 ns=1;i=6060 EURange i=80 i=68 ns=1;i=6060 InstrumentRange i=80 i=68 ns=1;i=6060 ValuePrecision i=80 i=68 ns=1;i=6060 RelativeProductionWaitWorkpieceTime The RelativeProductionWaitWorkpieceTime Variable provides the relative time in msec waiting for workpieces since startup of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=6675 ns=1;i=6677 ns=1;i=6676 ns=1;i=6678 ns=1;i=1006 ns=1;i=6679 Definition i=80 i=68 ns=1;i=6061 EngineeringUnits i=80 i=68 ns=1;i=6061 EURange i=80 i=68 ns=1;i=6061 InstrumentRange i=80 i=68 ns=1;i=6061 ValuePrecision i=80 i=68 ns=1;i=6061 RelativeProductionWithoutWorkpieceTime The RelativeProductionWithoutWorkpieceTime Variable provides the relative time in msec since startup of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=6680 ns=1;i=6682 ns=1;i=6681 ns=1;i=6683 ns=1;i=1006 ns=1;i=6684 Definition i=80 i=68 ns=1;i=6062 EngineeringUnits i=80 i=68 ns=1;i=6062 EURange i=80 i=68 ns=1;i=6062 InstrumentRange i=80 i=68 ns=1;i=6062 ValuePrecision i=80 i=68 ns=1;i=6062 RelativeReadyTime The RelativeReadyTime Variable provides the relative time since startup of the READY_2 state in msec. i=15318 i=80 ns=1;i=6685 ns=1;i=6687 ns=1;i=6686 ns=1;i=6688 ns=1;i=1006 ns=1;i=6689 Definition i=80 i=68 ns=1;i=6063 EngineeringUnits i=80 i=68 ns=1;i=6063 EURange i=80 i=68 ns=1;i=6063 InstrumentRange i=80 i=68 ns=1;i=6063 ValuePrecision i=80 i=68 ns=1;i=6063 RelativeRunsAborted The RelativeRunsAborted Variable provides the relative count of aborted runs since the machine has started. i=15318 i=80 ns=1;i=6690 ns=1;i=6692 ns=1;i=6691 ns=1;i=6693 ns=1;i=1006 ns=1;i=6694 Definition i=80 i=68 ns=1;i=6064 EngineeringUnits i=80 i=68 ns=1;i=6064 EURange i=80 i=68 ns=1;i=6064 InstrumentRange i=80 i=68 ns=1;i=6064 ValuePrecision i=80 i=68 ns=1;i=6064 RelativeRunsGood The RelativeRunsGood Variable provides the relative count of finished runs since the machine has started. i=15318 i=80 ns=1;i=6695 ns=1;i=6697 ns=1;i=6696 ns=1;i=6698 ns=1;i=1006 ns=1;i=6699 Definition i=80 i=68 ns=1;i=6065 EngineeringUnits i=80 i=68 ns=1;i=6065 EURange i=80 i=68 ns=1;i=6065 InstrumentRange i=80 i=68 ns=1;i=6065 ValuePrecision i=80 i=68 ns=1;i=6065 RelativeRunsTotal The RelativeRunsTotal Variable provides the relative count of total runs since the machine has started. i=15318 i=80 ns=1;i=6700 ns=1;i=6702 ns=1;i=6701 ns=1;i=6703 ns=1;i=1006 ns=1;i=6704 Definition i=80 i=68 ns=1;i=6066 EngineeringUnits i=80 i=68 ns=1;i=6066 EURange i=80 i=68 ns=1;i=6066 InstrumentRange i=80 i=68 ns=1;i=6066 ValuePrecision i=80 i=68 ns=1;i=6066 RelativeStandbyTime The RelativeStandbyTime Variable provides the relative time since startup of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=6705 ns=1;i=6707 ns=1;i=6706 ns=1;i=6708 ns=1;i=1006 ns=1;i=6709 Definition i=80 i=68 ns=1;i=6067 EngineeringUnits i=80 i=68 ns=1;i=6067 EURange i=80 i=68 ns=1;i=6067 InstrumentRange i=80 i=68 ns=1;i=6067 ValuePrecision i=80 i=68 ns=1;i=6067 RelativeWorkingTime The RelativeWorkingTime Variable provides the relative time since startup of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=6710 ns=1;i=6712 ns=1;i=6711 ns=1;i=6713 ns=1;i=1006 ns=1;i=6714 Definition i=80 i=68 ns=1;i=6068 EngineeringUnits i=80 i=68 ns=1;i=6068 EURange i=80 i=68 ns=1;i=6068 InstrumentRange i=80 i=68 ns=1;i=6068 ValuePrecision i=80 i=68 ns=1;i=6068 SpindleOverride The SpindleOverride Variable provides the override for the spindle in percent. i=15318 i=80 ns=1;i=6715 ns=1;i=6717 ns=1;i=6716 ns=1;i=6718 ns=1;i=1006 ns=1;i=6719 Definition i=80 i=68 ns=1;i=6069 EngineeringUnits i=80 i=68 ns=1;i=6069 EURange i=80 i=68 ns=1;i=6069 InstrumentRange i=80 i=68 ns=1;i=6069 ValuePrecision i=80 i=68 ns=1;i=6069 WwEventsDispatcherType The WwEventsDispatcherType represents a container that is an event dispatcher for machine events. Woodworking Machine Events Woodworking Event Propagation Woodworking Event Messages Woodworking Stateful Event Messages https://reference.opcfoundation.org/Woodworking/v100/docs/7.19 i=2041 ns=1;i=1005 ns=1;i=1007 ns=1;i=13 ns=1;i=1004 i=58 WwMachineType The WwMachineType represents a woodworking machine. Woodworking WwMachineType Mandatory Nodes Woodworking Machine Identification Writeable Woodworking JobManagement https://reference.opcfoundation.org/Woodworking/v100/docs/7.2 ns=1;i=5008 ns=1;i=5007 ns=1;i=5028 ns=1;i=5005 ns=1;i=35 ns=1;i=5001 i=58 Events The Event Object provides events. i=80 ns=1;i=15 ns=1;i=2 Identification The Identification Object provides identification information of the machine. ns=3;i=1012 i=78 ns=1;i=6021 ns=1;i=6022 ns=1;i=6032 ns=1;i=6018 ns=1;i=6023 ns=1;i=2 ns=1;i=5005 ns=1;i=6024 ns=1;i=6025 ns=1;i=6031 ns=1;i=6030 ns=1;i=6016 ns=1;i=6026 ns=1;i=6019 ns=1;i=6027 ns=1;i=6028 ns=1;i=6015 ns=1;i=6017 ns=1;i=6029 ns=1;i=7818 ns=1;i=6020 AssetId To be used by end users to store a unique identification in the context of their overall application. Servers shall support at least 40 Unicode characters for the clients writing this value, this means clients can expect to be able to write strings with a length of 40 Unicode characters into that field. i=80 i=68 ns=1;i=5007 ComponentName To be used by end users to store a human-readable localized text for the MachineryItem. The minimum number of locales supported for this property shall be two. Servers shall support at least 40 Unicode characters for the clients writing the text part of each locale, this means clients can expect to be able to write texts with a length of 40 Unicode characters into that field. i=80 i=68 ns=1;i=5007 CustomerCompanyName The CustomerCompanyName provides the customer name of the Woodworking manufacturer. i=80 i=68 ns=1;i=5007 DeviceClass Indicates in which domain or for what purpose the MachineryItem is used. i=78 i=68 ns=1;i=5007 HardwareRevision A string representation of the revision level of the hardware of a MachineryItem. Hardware is physical equipment, as opposed to programs, procedures, rules and associated documentation. Many machines will not provide such information due to the modular and configurable nature of the machine. i=80 i=68 ns=1;i=5007 InitialOperationDate The date, when the MachineryItem was switched on the first time after it has left the manufacturer plant. i=80 i=68 ns=1;i=5007 Location To be used by end users to store the location of the machine in a scheme specific to the end user. Servers shall support at least 60 Unicode characters for the clients writing this value, this means clients can expect to be able to write strings with a length of 60 Unicode characters into that field. i=80 i=68 ns=1;i=5007 LocationGPS The LocationGPS provides the location of the plant in GPS coordinates. The format is decimal degrees with north and east coordinates. For example, Hannover Messe has "52.3235858255059, 9.804918108600956". Southern latitudes have a negative value, western longitudes as well. For example, Quito has the coordinates "-0.21975073282167099, -78.51255572531042". i=80 i=68 ns=1;i=5007 LocationPlant The LocationPlant provides the location of the plant. i=80 i=68 ns=1;i=5007 Manufacturer A human-readable, localized name of the manufacturer of the MachineryItem. i=78 i=68 ns=1;i=5007 ManufacturerUri A globally unique identifier of the manufacturer of the MachineryItem. i=80 i=68 ns=1;i=5007 Model A human-readable, localized name of the model of the MachineryItem. i=78 i=68 ns=1;i=5007 MonthOfConstruction The month in which the manufacturing process of the MachineryItem has been completed. It shall be a number between 1 and 12, representing the month from January to December. i=80 i=68 ns=1;i=5007 ProductCode A machine-readable string of the model of the MachineryItem, that might include options like the hardware configuration of the model. This information might be provided by the ERP system of the vendor. For example, it can be used as order information. i=80 i=68 ns=1;i=5007 ProductInstanceUri A globally unique resource identifier provided by the manufacturer of the machine i=78 i=68 ns=1;i=5007 SerialNumber A string containing a unique production number of the manufacturer of the MachineryItem. The global uniqueness of the serial number is only given in the context of the manufacturer, and potentially the model. The value shall not change during the life-cycle of the MachineryItem. i=78 i=68 ns=1;i=5007 SoftwareRevision A string representation of the revision level of a MachineryItem. In most cases, MachineryItems consist of several software components. In that case, information about the software components might be provided as additional information in the address space, including individual revision information. In that case, this property is either not provided or provides an overall software revision level. The value might change during the life-cycle of a MachineryItem. i=80 i=68 ns=1;i=5007 UIElement A user interface element assigned to this group. i=80 ns=2;i=6246 ns=1;i=5007 YearOfConstruction The year (Gregorian calendar) in which the manufacturing process of the MachineryItem has been completed. It shall be a four-digit number and never change during the life-cycle of a MachineryItem. i=78 i=68 ns=1;i=5007 JobManagement ns=4;i=1003 i=80 ns=1;i=2 ns=1;i=5005 ns=1;i=5034 ns=1;i=5039 JobOrderControl ns=5;i=1002 i=78 ns=1;i=6259 ns=1;i=6278 ns=1;i=5028 ns=1;i=6279 ns=1;i=6280 ns=1;i=6281 ns=1;i=6282 ns=1;i=6283 ns=1;i=6284 ns=1;i=6326 CurrentState i=2760 i=78 ns=1;i=5034 ns=1;i=6277 Id i=68 i=78 ns=1;i=6259 EquipmentID Defines a read-only set of Equipment Class IDs and Equipment IDs that may be specified in a job order. i=63 i=78 ns=1;i=5034 JobOrderList Defines a read-only list of job order information available from the server. i=63 i=78 ns=1;i=5034 MaterialClassID Defines a read-only set of Material Classes IDs that may be specified in a job order. i=63 i=78 ns=1;i=5034 MaterialDefinitionID Defines a read-only set of Material Classes IDs that may be specified in a job order. i=63 i=78 ns=1;i=5034 MaxDownloadableJobOrders i=68 i=78 ns=1;i=5034 PersonnelID Defines a read-only set of Personnel IDs and Person IDs that may be specified in a job order. i=63 i=78 ns=1;i=5034 PhysicalAssetID Defines a read-only set of Physical Asset Class IDs and Physical Asset IDs that may be specified in a job order. i=63 i=78 ns=1;i=5034 WorkMaster Defines a read-only set of work master IDs that may be specified in a job order, and the read-only set of parameters that may be specified for a specific work master. i=63 i=78 ns=1;i=5034 JobOrderResults ns=5;i=1003 i=78 ns=1;i=5028 ns=1;i=7004 ns=1;i=7005 RequestJobResponseByJobOrderID i=78 ns=1;i=6327 ns=1;i=6328 ns=1;i=5039 InputArguments i=68 i=78 ns=1;i=7004 i=297 JobOrderID i=12 -1 Contains an ID of the job order, as specified by the method caller. OutputArguments i=68 i=78 ns=1;i=7004 i=297 JobResponse ns=5;i=3013 -1 Contains information about the execution of a job order, such as the current status of the job, actual material consumed, actual material produced, actual equipment used, and job specific data. i=297 ReturnStatus i=9 -1 Returns the status of the method execution. RequestJobResponseByJobOrderState i=78 ns=1;i=6329 ns=1;i=6335 ns=1;i=5039 InputArguments i=68 i=78 ns=1;i=7005 i=297 JobOrderState ns=5;i=3006 1 0 Contains a job status of the JobResponse to be returned. The array shall provide at least one entry representing the top level state and potentially additional entries representing substates. The first entry shall be the top level entry, having the BrowsePath set to null. The order of the substates is not defined. OutputArguments i=68 i=78 ns=1;i=7005 i=297 JobResponses ns=5;i=3013 1 0 Contains a list of information about the execution of a job order, such as the current status of the job, actual material consumed, actual material produced, actual equipment used, and job specific data. i=297 ReturnStatus i=9 -1 Returns the status of the method execution. MachineryBuildingBlocks i=61 i=80 ns=1;i=5007 ns=1;i=5028 ns=1;i=2 ns=1;i=5019 ns=1;i=5025 MachineryItemState ns=3;i=1002 i=80 ns=1;i=6250 ns=1;i=5005 CurrentState i=2760 i=78 ns=1;i=5019 ns=1;i=6251 Id i=68 i=78 ns=1;i=6250 MachineryOperationMode ns=3;i=1008 i=80 ns=1;i=6252 ns=1;i=5005 CurrentState i=2760 i=78 ns=1;i=5025 ns=1;i=6253 Id i=68 i=78 ns=1;i=6252 ManufacturerSpecific The ManufacturerSpecific Object provides manufacturer specific functionality. i=61 i=80 ns=1;i=7808 ns=1;i=2 LastProgramName i=63 i=80 ns=1;i=35 State The State Object provides information about the states of the machine. i=58 i=78 ns=1;i=8 ns=1;i=5030 ns=1;i=2 ns=1;i=5031 Machine State of the whole machine. i=58 i=78 ns=1;i=5032 ns=1;i=6 ns=1;i=5001 ns=1;i=5033 ns=1;i=5035 Flags The Flags Object provides the flags of the unit. i=58 i=80 ns=1;i=6369 ns=1;i=6378 ns=1;i=6373 ns=1;i=6370 ns=1;i=6371 ns=1;i=6388 ns=1;i=6377 ns=1;i=6389 ns=1;i=6391 ns=1;i=5030 ns=1;i=6380 ns=1;i=4 ns=1;i=6385 ns=1;i=6367 ns=1;i=6366 ns=1;i=6390 ns=1;i=6384 ns=1;i=6376 ns=1;i=6368 ns=1;i=6383 ns=1;i=6381 ns=1;i=6382 ns=1;i=6374 ns=1;i=6372 ns=1;i=6387 ns=1;i=6386 ns=1;i=6379 ns=1;i=6375 AirPresent The AirPresent Variable is true if the air pressure is present in the machine. i=63 i=80 ns=1;i=5032 Alarm The Alarm Variable is true if at least one alarm exists. i=63 i=78 ns=1;i=5032 Calibrated The Calibrated Variable is true if all devices are calibrated. i=63 i=78 ns=1;i=5032 DustChipSuction The DustChipSuction Variable is true if the dust and chip suction is ready. i=63 i=80 ns=1;i=5032 Emergency The Emergency Variable is true if at least one emergency button is pressed. i=63 i=78 ns=1;i=5032 EnergySaving The EnergySaving Variable is true if energy saving is activated on the machine. i=63 i=80 ns=1;i=5032 Error The Error Variable is true if at least one reason exists which prevents the machine from working. i=63 i=78 ns=1;i=5032 ExternalEmergency The ExternalEmergency Variable is true if there is an emergency from the line controller. i=63 i=80 ns=1;i=5032 FeedRuns The FeedRuns Variable is true if the feed is running on a throughfeed machine. i=63 i=80 ns=1;i=5032 Hold The Hold Variable is true if the movements are paused by the operator. i=63 i=80 ns=1;i=5032 LoadingEnabled The LoadingEnabled Variable is true if the unit is ready to get the next new part. If this is false no part can get into the unit. i=63 i=80 ns=1;i=5032 MachineInitialized The MachineInitialized Variable is true if the MachineOn is true, the PLC and the control processes are running. The machine is ready for usage for the operator. i=63 i=78 ns=1;i=5032 MachineOn The MachineOn Variable is true if the machine is switched on. If the OPC UA Server runs on the machine this value is always true. i=63 i=78 ns=1;i=5032 MaintenanceRequired The MaintenanceRequired Variable is true if maintenance is required. i=63 i=80 ns=1;i=5032 ManualActivityRequired The ManualActivityRequired Variable is true if a manual activity by the operator is required. The RecipeInRun is not affected. i=63 i=80 ns=1;i=5032 Moving The Moving Variable is true if at least one axis is moving. i=63 i=80 ns=1;i=5032 PowerPresent The PowerPresent Variable is true if the power supply is present (the drives are ready to move). i=63 i=78 ns=1;i=5032 RecipeInHold The RecipeInHold Variable is true if the machine is paused by the program. This is only possible if the RecipeInRun Variable is also true. i=63 i=80 ns=1;i=5032 RecipeInRun The RecipeInRun Variable is true if the machine runs its program. However, if the machine is paused by the program, the machine is considered to still be running its program, i.e. while the RecipeInHold Variable is true, the RecipeInRun cannot be false. i=63 i=78 ns=1;i=5032 RecipeInSetup The RecipeInSetup Variable is true if the RecipeInRun is true and the machine is in the setup phase (example: automatic tool change). i=63 i=80 ns=1;i=5032 Remote The Remote Variable is true if the machine is working with programs sent by the supervisor or other external application. i=63 i=80 ns=1;i=5032 Safety The Safety Variable is true if at least one safety device (light curtain, safety mat, …) has intervened. i=63 i=80 ns=1;i=5032 WaitLoad The WaitLoad Variable is true if the machine is waiting for pieces. i=63 i=80 ns=1;i=5032 WaitUnload The WaitUnload Variable is true if the machine is waiting to unload pieces. i=63 i=80 ns=1;i=5032 Warning The Warning Variable is true if at least one warning exists. i=63 i=78 ns=1;i=5032 WorkpiecePresent The WorkpiecePresent Variable is true if at least one piece is inside the machine. i=63 i=80 ns=1;i=5032 Overview The Overview Object provides a general overview of the unit. i=58 i=78 ns=1;i=6393 ns=1;i=6392 ns=1;i=5 ns=1;i=5030 CurrentMode The CurrentMode Variable provides the generalized mode of the unit. i=63 i=78 ns=1;i=5033 CurrentState The CurrentState Variable provides the generalized state of the unit. i=63 i=78 ns=1;i=5033 Values The Values Object provides the counters of the unit. i=58 i=80 ns=1;i=6410 ns=1;i=6428 ns=1;i=6402 ns=1;i=6412 ns=1;i=6430 ns=1;i=6432 ns=1;i=6414 ns=1;i=6416 ns=1;i=6420 ns=1;i=6418 ns=1;i=6406 ns=1;i=6426 ns=1;i=6422 ns=1;i=6424 ns=1;i=6404 ns=1;i=6408 ns=1;i=6401 ns=1;i=6398 ns=1;i=6400 ns=1;i=1006 ns=1;i=6411 ns=1;i=6429 ns=1;i=6413 ns=1;i=6431 ns=1;i=6433 ns=1;i=6415 ns=1;i=6417 ns=1;i=6421 ns=1;i=6419 ns=1;i=6407 ns=1;i=6427 ns=1;i=6423 ns=1;i=6425 ns=1;i=6405 ns=1;i=6409 ns=1;i=6399 ns=1;i=5030 AbsoluteErrorTime The AbsoluteErrorTime Variable provides the absolute time of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=5035 ns=1;i=7442 ns=1;i=7444 ns=1;i=7443 ns=1;i=7445 ns=1;i=7446 Definition i=80 i=68 ns=1;i=6410 EngineeringUnits i=80 i=68 ns=1;i=6410 EURange i=80 i=68 ns=1;i=6410 InstrumentRange i=80 i=68 ns=1;i=6410 ValuePrecision i=80 i=68 ns=1;i=6410 AbsoluteLength The AbsoluteLength Variable provides the absolute produced length in mm. i=15318 i=80 ns=1;i=5035 ns=1;i=7447 ns=1;i=7449 ns=1;i=7448 ns=1;i=7450 ns=1;i=7451 Definition i=80 i=68 ns=1;i=6428 EngineeringUnits i=80 i=68 ns=1;i=6428 EURange i=80 i=68 ns=1;i=6428 InstrumentRange i=80 i=68 ns=1;i=6428 ValuePrecision i=80 i=68 ns=1;i=6428 AbsoluteMachineOffTime The AbsoluteOfflineTime can be calculated by the machine. The shutdown time and the starting time have to be stored on the machine. i=15318 i=80 ns=1;i=5035 ns=1;i=7457 ns=1;i=7459 ns=1;i=7458 ns=1;i=7460 ns=1;i=7461 Definition i=80 i=68 ns=1;i=6402 EngineeringUnits i=80 i=68 ns=1;i=6402 EURange i=80 i=68 ns=1;i=6402 InstrumentRange i=80 i=68 ns=1;i=6402 ValuePrecision i=80 i=68 ns=1;i=6402 AbsoluteMachineOnTime The AbsoluteMachineOnTime Variable provides the absolute time in msec the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=5035 ns=1;i=7452 ns=1;i=7454 ns=1;i=7453 ns=1;i=7455 ns=1;i=7456 Definition i=80 i=68 ns=1;i=6412 EngineeringUnits i=80 i=68 ns=1;i=6412 EURange i=80 i=68 ns=1;i=6412 InstrumentRange i=80 i=68 ns=1;i=6412 ValuePrecision i=80 i=68 ns=1;i=6412 AbsolutePiecesIn The AbsolutePiecesIn Variable provides the absolute count of pieces which came into the machine. i=15318 i=80 ns=1;i=5035 ns=1;i=7462 ns=1;i=7464 ns=1;i=7463 ns=1;i=7465 ns=1;i=7466 Definition i=80 i=68 ns=1;i=6430 EngineeringUnits i=80 i=68 ns=1;i=6430 EURange i=80 i=68 ns=1;i=6430 InstrumentRange i=80 i=68 ns=1;i=6430 ValuePrecision i=80 i=68 ns=1;i=6430 AbsolutePiecesOut The AbsolutePiecesOut Variable provides the absolute count of pieces which came out of the machine. i=15318 i=80 ns=1;i=5035 ns=1;i=7467 ns=1;i=7469 ns=1;i=7468 ns=1;i=7470 ns=1;i=7471 Definition i=80 i=68 ns=1;i=6432 EngineeringUnits i=80 i=68 ns=1;i=6432 EURange i=80 i=68 ns=1;i=6432 InstrumentRange i=80 i=68 ns=1;i=6432 ValuePrecision i=80 i=68 ns=1;i=6432 AbsolutePowerPresentTime The AbsolutePowerPresentTime Variable provides the absolute time in msec the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=5035 ns=1;i=7472 ns=1;i=7474 ns=1;i=7473 ns=1;i=7475 ns=1;i=7476 Definition i=80 i=68 ns=1;i=6414 EngineeringUnits i=80 i=68 ns=1;i=6414 EURange i=80 i=68 ns=1;i=6414 InstrumentRange i=80 i=68 ns=1;i=6414 ValuePrecision i=80 i=68 ns=1;i=6414 AbsoluteProductionTime The AbsoluteProductionTime Variable provides the absolute time in msec of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=5035 ns=1;i=7477 ns=1;i=7479 ns=1;i=7478 ns=1;i=7480 ns=1;i=7481 Definition i=80 i=68 ns=1;i=6416 EngineeringUnits i=80 i=68 ns=1;i=6416 EURange i=80 i=68 ns=1;i=6416 InstrumentRange i=80 i=68 ns=1;i=6416 ValuePrecision i=80 i=68 ns=1;i=6416 AbsoluteProductionWaitWorkpieceTime The AbsoluteProductionWaitWorkpieceTime Variable provides the absolute time in msec of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=5035 ns=1;i=7482 ns=1;i=7484 ns=1;i=7483 ns=1;i=7485 ns=1;i=7486 Definition i=80 i=68 ns=1;i=6420 EngineeringUnits i=80 i=68 ns=1;i=6420 EURange i=80 i=68 ns=1;i=6420 InstrumentRange i=80 i=68 ns=1;i=6420 ValuePrecision i=80 i=68 ns=1;i=6420 AbsoluteProductionWithoutWorkpieceTime The AbsoluteProductionWithoutWorkpieceTime Variable provides the absolute time in msec of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=5035 ns=1;i=7487 ns=1;i=7489 ns=1;i=7488 ns=1;i=7490 ns=1;i=7491 Definition i=80 i=68 ns=1;i=6418 EngineeringUnits i=80 i=68 ns=1;i=6418 EURange i=80 i=68 ns=1;i=6418 InstrumentRange i=80 i=68 ns=1;i=6418 ValuePrecision i=80 i=68 ns=1;i=6418 AbsoluteReadyTime The AbsoluteReadyTime Variable provides the absolute time of the READY_2 state in msec. i=15318 i=80 ns=1;i=5035 ns=1;i=7492 ns=1;i=7494 ns=1;i=7493 ns=1;i=7495 ns=1;i=7496 Definition i=80 i=68 ns=1;i=6406 EngineeringUnits i=80 i=68 ns=1;i=6406 EURange i=80 i=68 ns=1;i=6406 InstrumentRange i=80 i=68 ns=1;i=6406 ValuePrecision i=80 i=68 ns=1;i=6406 AbsoluteRunsAborted The AbsoluteRunsAborted Variable provides the absolute count of aborted runs. i=15318 i=80 ns=1;i=5035 ns=1;i=7497 ns=1;i=7499 ns=1;i=7498 ns=1;i=7500 ns=1;i=7501 Definition i=80 i=68 ns=1;i=6426 EngineeringUnits i=80 i=68 ns=1;i=6426 EURange i=80 i=68 ns=1;i=6426 InstrumentRange i=80 i=68 ns=1;i=6426 ValuePrecision i=80 i=68 ns=1;i=6426 AbsoluteRunsGood The AbsoluteRunsGood Variable provides the absolute count of finished runs. i=15318 i=80 ns=1;i=5035 ns=1;i=7502 ns=1;i=7504 ns=1;i=7503 ns=1;i=7505 ns=1;i=7506 Definition i=80 i=68 ns=1;i=6422 EngineeringUnits i=80 i=68 ns=1;i=6422 EURange i=80 i=68 ns=1;i=6422 InstrumentRange i=80 i=68 ns=1;i=6422 ValuePrecision i=80 i=68 ns=1;i=6422 AbsoluteRunsTotal The AbsoluteRunsTotal Variable provides the absolute count of total runs. i=15318 i=80 ns=1;i=5035 ns=1;i=7507 ns=1;i=7509 ns=1;i=7508 ns=1;i=7510 ns=1;i=7511 Definition i=80 i=68 ns=1;i=6424 EngineeringUnits i=80 i=68 ns=1;i=6424 EURange i=80 i=68 ns=1;i=6424 InstrumentRange i=80 i=68 ns=1;i=6424 ValuePrecision i=80 i=68 ns=1;i=6424 AbsoluteStandbyTime The AbsoluteStandbyTime Variable provides the absolute time of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=5035 ns=1;i=7512 ns=1;i=7514 ns=1;i=7513 ns=1;i=7515 ns=1;i=7516 Definition i=80 i=68 ns=1;i=6404 EngineeringUnits i=80 i=68 ns=1;i=6404 EURange i=80 i=68 ns=1;i=6404 InstrumentRange i=80 i=68 ns=1;i=6404 ValuePrecision i=80 i=68 ns=1;i=6404 AbsoluteWorkingTime The AbsoluteWorkingTime Variable provides the absolute time of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=5035 ns=1;i=7517 ns=1;i=7519 ns=1;i=7518 ns=1;i=7520 ns=1;i=7521 Definition i=80 i=68 ns=1;i=6408 EngineeringUnits i=80 i=68 ns=1;i=6408 EURange i=80 i=68 ns=1;i=6408 InstrumentRange i=80 i=68 ns=1;i=6408 ValuePrecision i=80 i=68 ns=1;i=6408 ActualCycle The ActualCycle Variable provides the parts per minutes. i=15318 i=80 ns=1;i=5035 ns=1;i=7522 ns=1;i=7524 ns=1;i=7523 ns=1;i=7525 ns=1;i=7526 Definition i=80 i=68 ns=1;i=6401 EngineeringUnits i=80 i=68 ns=1;i=6401 EURange i=80 i=68 ns=1;i=6401 InstrumentRange i=80 i=68 ns=1;i=6401 ValuePrecision i=80 i=68 ns=1;i=6401 AxisOverride The AxisOverride Variable provides the override for the axis in percent. i=15318 i=80 ns=1;i=5035 ns=1;i=7527 ns=1;i=7529 ns=1;i=7528 ns=1;i=7530 ns=1;i=7531 Definition i=80 i=68 ns=1;i=6398 EngineeringUnits i=80 i=68 ns=1;i=6398 EURange i=80 i=68 ns=1;i=6398 InstrumentRange i=80 i=68 ns=1;i=6398 ValuePrecision i=80 i=68 ns=1;i=6398 FeedSpeed The FeedSpeed Variable provides the feed speed in m/min for throughfeed machines. i=15318 i=80 ns=1;i=7532 ns=1;i=7534 ns=1;i=7533 ns=1;i=5035 ns=1;i=7535 ns=1;i=7536 Definition i=80 i=68 ns=1;i=6400 EngineeringUnits i=80 i=68 ns=1;i=6400 EURange i=80 i=68 ns=1;i=6400 InstrumentRange i=80 i=68 ns=1;i=6400 ValuePrecision i=80 i=68 ns=1;i=6400 RelativeErrorTime The RelativeErrorTime Variable provides the relative time since startup of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=7537 ns=1;i=7539 ns=1;i=7538 ns=1;i=7540 ns=1;i=5035 ns=1;i=7541 Definition i=80 i=68 ns=1;i=6411 EngineeringUnits i=80 i=68 ns=1;i=6411 EURange i=80 i=68 ns=1;i=6411 InstrumentRange i=80 i=68 ns=1;i=6411 ValuePrecision i=80 i=68 ns=1;i=6411 RelativeLength The RelativeLength Variable provides the relative produced length in mm since the machine has started. i=15318 i=80 ns=1;i=7542 ns=1;i=7544 ns=1;i=7543 ns=1;i=7551 ns=1;i=5035 ns=1;i=7545 Definition i=80 i=68 ns=1;i=6429 EngineeringUnits i=80 i=68 ns=1;i=6429 EURange i=80 i=68 ns=1;i=6429 InstrumentRange i=80 i=68 ns=1;i=6429 ValuePrecision i=80 i=68 ns=1;i=6429 RelativeMachineOnTime The RelativeMachineOnTime Variable provides the relative time in msec since startup the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=7546 ns=1;i=7548 ns=1;i=7547 ns=1;i=7549 ns=1;i=5035 ns=1;i=7550 Definition i=80 i=68 ns=1;i=6413 EngineeringUnits i=80 i=68 ns=1;i=6413 EURange i=80 i=68 ns=1;i=6413 InstrumentRange i=80 i=68 ns=1;i=6413 ValuePrecision i=80 i=68 ns=1;i=6413 RelativePiecesIn The RelativePiecesIn Variable provides the relative count of pieces which came into the machine since the machine has started. i=15318 i=80 ns=1;i=7557 ns=1;i=7559 ns=1;i=7558 ns=1;i=7560 ns=1;i=5035 ns=1;i=7561 Definition i=80 i=68 ns=1;i=6431 EngineeringUnits i=80 i=68 ns=1;i=6431 EURange i=80 i=68 ns=1;i=6431 InstrumentRange i=80 i=68 ns=1;i=6431 ValuePrecision i=80 i=68 ns=1;i=6431 RelativePiecesOut The RelativePiecesOut Variable provides the relative count of pieces which came out of the machine since the machine has started. i=15318 i=80 ns=1;i=7562 ns=1;i=7564 ns=1;i=7563 ns=1;i=7565 ns=1;i=5035 ns=1;i=7566 Definition i=80 i=68 ns=1;i=6433 EngineeringUnits i=80 i=68 ns=1;i=6433 EURange i=80 i=68 ns=1;i=6433 InstrumentRange i=80 i=68 ns=1;i=6433 ValuePrecision i=80 i=68 ns=1;i=6433 RelativePowerPresentTime The RelativePowerPresentTime Variable provides the relative time in msec since startup the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=7567 ns=1;i=7569 ns=1;i=7568 ns=1;i=7570 ns=1;i=5035 ns=1;i=7571 Definition i=80 i=68 ns=1;i=6415 EngineeringUnits i=80 i=68 ns=1;i=6415 EURange i=80 i=68 ns=1;i=6415 InstrumentRange i=80 i=68 ns=1;i=6415 ValuePrecision i=80 i=68 ns=1;i=6415 RelativeProductionTime The RelativeProductionTime Variable provides the relative time in msec since startup of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=7572 ns=1;i=7574 ns=1;i=7573 ns=1;i=7575 ns=1;i=5035 ns=1;i=7576 Definition i=80 i=68 ns=1;i=6417 EngineeringUnits i=80 i=68 ns=1;i=6417 EURange i=80 i=68 ns=1;i=6417 InstrumentRange i=80 i=68 ns=1;i=6417 ValuePrecision i=80 i=68 ns=1;i=6417 RelativeProductionWaitWorkpieceTime The RelativeProductionWaitWorkpieceTime Variable provides the relative time in msec waiting for workpieces since startup of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=7577 ns=1;i=7579 ns=1;i=7578 ns=1;i=7580 ns=1;i=5035 ns=1;i=7581 Definition i=80 i=68 ns=1;i=6421 EngineeringUnits i=80 i=68 ns=1;i=6421 EURange i=80 i=68 ns=1;i=6421 InstrumentRange i=80 i=68 ns=1;i=6421 ValuePrecision i=80 i=68 ns=1;i=6421 RelativeProductionWithoutWorkpieceTime The RelativeProductionWithoutWorkpieceTime Variable provides the relative time in msec since startup of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=7582 ns=1;i=7584 ns=1;i=7583 ns=1;i=7585 ns=1;i=5035 ns=1;i=7586 Definition i=80 i=68 ns=1;i=6419 EngineeringUnits i=80 i=68 ns=1;i=6419 EURange i=80 i=68 ns=1;i=6419 InstrumentRange i=80 i=68 ns=1;i=6419 ValuePrecision i=80 i=68 ns=1;i=6419 RelativeReadyTime The RelativeReadyTime Variable provides the relative time since startup of the READY_2 state in msec. i=15318 i=80 ns=1;i=7587 ns=1;i=7589 ns=1;i=7588 ns=1;i=7590 ns=1;i=5035 ns=1;i=7591 Definition i=80 i=68 ns=1;i=6407 EngineeringUnits i=80 i=68 ns=1;i=6407 EURange i=80 i=68 ns=1;i=6407 InstrumentRange i=80 i=68 ns=1;i=6407 ValuePrecision i=80 i=68 ns=1;i=6407 RelativeRunsAborted The RelativeRunsAborted Variable provides the relative count of aborted runs since the machine has started. i=15318 i=80 ns=1;i=7592 ns=1;i=7594 ns=1;i=7593 ns=1;i=7595 ns=1;i=5035 ns=1;i=7596 Definition i=80 i=68 ns=1;i=6427 EngineeringUnits i=80 i=68 ns=1;i=6427 EURange i=80 i=68 ns=1;i=6427 InstrumentRange i=80 i=68 ns=1;i=6427 ValuePrecision i=80 i=68 ns=1;i=6427 RelativeRunsGood The RelativeRunsGood Variable provides the relative count of finished runs since the machine has started. i=15318 i=80 ns=1;i=7597 ns=1;i=7599 ns=1;i=7598 ns=1;i=7600 ns=1;i=5035 ns=1;i=7601 Definition i=80 i=68 ns=1;i=6423 EngineeringUnits i=80 i=68 ns=1;i=6423 EURange i=80 i=68 ns=1;i=6423 InstrumentRange i=80 i=68 ns=1;i=6423 ValuePrecision i=80 i=68 ns=1;i=6423 RelativeRunsTotal The RelativeRunsTotal Variable provides the relative count of total runs since the machine has started. i=15318 i=80 ns=1;i=7602 ns=1;i=7604 ns=1;i=7603 ns=1;i=7605 ns=1;i=5035 ns=1;i=7606 Definition i=80 i=68 ns=1;i=6425 EngineeringUnits i=80 i=68 ns=1;i=6425 EURange i=80 i=68 ns=1;i=6425 InstrumentRange i=80 i=68 ns=1;i=6425 ValuePrecision i=80 i=68 ns=1;i=6425 RelativeStandbyTime The RelativeStandbyTime Variable provides the relative time since startup of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=7607 ns=1;i=7609 ns=1;i=7608 ns=1;i=7610 ns=1;i=5035 ns=1;i=7611 Definition i=80 i=68 ns=1;i=6405 EngineeringUnits i=80 i=68 ns=1;i=6405 EURange i=80 i=68 ns=1;i=6405 InstrumentRange i=80 i=68 ns=1;i=6405 ValuePrecision i=80 i=68 ns=1;i=6405 RelativeWorkingTime The RelativeWorkingTime Variable provides the relative time since startup of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=7612 ns=1;i=7614 ns=1;i=7613 ns=1;i=7615 ns=1;i=5035 ns=1;i=7616 Definition i=80 i=68 ns=1;i=6409 EngineeringUnits i=80 i=68 ns=1;i=6409 EURange i=80 i=68 ns=1;i=6409 InstrumentRange i=80 i=68 ns=1;i=6409 ValuePrecision i=80 i=68 ns=1;i=6409 SpindleOverride The SpindleOverride Variable provides the override for the spindle in percent. i=15318 i=80 ns=1;i=7617 ns=1;i=7619 ns=1;i=7618 ns=1;i=7620 ns=1;i=5035 ns=1;i=7621 Definition i=80 i=68 ns=1;i=6399 EngineeringUnits i=80 i=68 ns=1;i=6399 EURange i=80 i=68 ns=1;i=6399 InstrumentRange i=80 i=68 ns=1;i=6399 ValuePrecision i=80 i=68 ns=1;i=6399 SubUnits The SubUnits Object is used when a machine has multiple states. For example, a CNC machine can have several places where independent jobs are produced. i=58 i=80 ns=1;i=5036 ns=1;i=7 ns=1;i=5001 <SubUnit> Each <SubUnit> Object represents an instance of a state. For example, a CNC machine can have two places where independent jobs are produced. Then there are two <SubUnit> Objects. They may be named “Place 1” and “Place 2”. i=58 i=11510 ns=1;i=5031 ns=1;i=5037 ns=1;i=6 ns=1;i=5038 ns=1;i=5040 Flags The Flags Object provides the flags of the unit. i=58 i=80 ns=1;i=6437 ns=1;i=6446 ns=1;i=6441 ns=1;i=6438 ns=1;i=6439 ns=1;i=6456 ns=1;i=6445 ns=1;i=6457 ns=1;i=6459 ns=1;i=5036 ns=1;i=6448 ns=1;i=4 ns=1;i=6453 ns=1;i=6435 ns=1;i=6434 ns=1;i=6458 ns=1;i=6452 ns=1;i=6444 ns=1;i=6436 ns=1;i=6451 ns=1;i=6449 ns=1;i=6450 ns=1;i=6442 ns=1;i=6440 ns=1;i=6455 ns=1;i=6454 ns=1;i=6447 ns=1;i=6443 AirPresent The AirPresent Variable is true if the air pressure is present in the machine. i=63 i=80 ns=1;i=5037 Alarm The Alarm Variable is true if at least one alarm exists. i=63 i=78 ns=1;i=5037 Calibrated The Calibrated Variable is true if all devices are calibrated. i=63 i=78 ns=1;i=5037 DustChipSuction The DustChipSuction Variable is true if the dust and chip suction is ready. i=63 i=80 ns=1;i=5037 Emergency The Emergency Variable is true if at least one emergency button is pressed. i=63 i=78 ns=1;i=5037 EnergySaving The EnergySaving Variable is true if energy saving is activated on the machine. i=63 i=80 ns=1;i=5037 Error The Error Variable is true if at least one reason exists which prevents the machine from working. i=63 i=78 ns=1;i=5037 ExternalEmergency The ExternalEmergency Variable is true if there is an emergency from the line controller. i=63 i=80 ns=1;i=5037 FeedRuns The FeedRuns Variable is true if the feed is running on a throughfeed machine. i=63 i=80 ns=1;i=5037 Hold The Hold Variable is true if the movements are paused by the operator. i=63 i=80 ns=1;i=5037 LoadingEnabled The LoadingEnabled Variable is true if the unit is ready to get the next new part. If this is false no part can get into the unit. i=63 i=80 ns=1;i=5037 MachineInitialized The MachineInitialized Variable is true if the MachineOn is true, the PLC and the control processes are running. The machine is ready for usage for the operator. i=63 i=78 ns=1;i=5037 MachineOn The MachineOn Variable is true if the machine is switched on. If the OPC UA Server runs on the machine this value is always true. i=63 i=78 ns=1;i=5037 MaintenanceRequired The MaintenanceRequired Variable is true if maintenance is required. i=63 i=80 ns=1;i=5037 ManualActivityRequired The ManualActivityRequired Variable is true if a manual activity by the operator is required. The RecipeInRun is not affected. i=63 i=80 ns=1;i=5037 Moving The Moving Variable is true if at least one axis is moving. i=63 i=80 ns=1;i=5037 PowerPresent The PowerPresent Variable is true if the power supply is present (the drives are ready to move). i=63 i=78 ns=1;i=5037 RecipeInHold The RecipeInHold Variable is true if the machine is paused by the program. This is only possible if the RecipeInRun Variable is also true. i=63 i=80 ns=1;i=5037 RecipeInRun The RecipeInRun Variable is true if the machine runs its program. However, if the machine is paused by the program, the machine is considered to still be running its program, i.e. while the RecipeInHold Variable is true, the RecipeInRun cannot be false. i=63 i=78 ns=1;i=5037 RecipeInSetup The RecipeInSetup Variable is true if the RecipeInRun is true and the machine is in the setup phase (example: automatic tool change). i=63 i=80 ns=1;i=5037 Remote The Remote Variable is true if the machine is working with programs sent by the supervisor or other external application. i=63 i=80 ns=1;i=5037 Safety The Safety Variable is true if at least one safety device (light curtain, safety mat, …) has intervened. i=63 i=80 ns=1;i=5037 WaitLoad The WaitLoad Variable is true if the machine is waiting for pieces. i=63 i=80 ns=1;i=5037 WaitUnload The WaitUnload Variable is true if the machine is waiting to unload pieces. i=63 i=80 ns=1;i=5037 Warning The Warning Variable is true if at least one warning exists. i=63 i=78 ns=1;i=5037 WorkpiecePresent The WorkpiecePresent Variable is true if at least one piece is inside the machine. i=63 i=80 ns=1;i=5037 Overview The Overview Object provides a general overview of the unit. i=58 i=78 ns=1;i=6461 ns=1;i=6460 ns=1;i=5 ns=1;i=5036 CurrentMode The CurrentMode Variable provides the generalized mode of the unit. i=63 i=78 ns=1;i=5038 CurrentState The CurrentState Variable provides the generalized state of the unit. i=63 i=78 ns=1;i=5038 Values The Values Object provides the counters of the unit. i=58 i=80 ns=1;i=6478 ns=1;i=6496 ns=1;i=6470 ns=1;i=6480 ns=1;i=6498 ns=1;i=6500 ns=1;i=6482 ns=1;i=6484 ns=1;i=6488 ns=1;i=6486 ns=1;i=6474 ns=1;i=6494 ns=1;i=6490 ns=1;i=6492 ns=1;i=6472 ns=1;i=6476 ns=1;i=6469 ns=1;i=6466 ns=1;i=6468 ns=1;i=1006 ns=1;i=6479 ns=1;i=6497 ns=1;i=6481 ns=1;i=6499 ns=1;i=6501 ns=1;i=6483 ns=1;i=6485 ns=1;i=6489 ns=1;i=6487 ns=1;i=6475 ns=1;i=6495 ns=1;i=6491 ns=1;i=6493 ns=1;i=6473 ns=1;i=6477 ns=1;i=6467 ns=1;i=5036 AbsoluteErrorTime The AbsoluteErrorTime Variable provides the absolute time of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=5040 ns=1;i=7622 ns=1;i=7624 ns=1;i=7623 ns=1;i=7625 ns=1;i=7626 Definition i=80 i=68 ns=1;i=6478 EngineeringUnits i=80 i=68 ns=1;i=6478 EURange i=80 i=68 ns=1;i=6478 InstrumentRange i=80 i=68 ns=1;i=6478 ValuePrecision i=80 i=68 ns=1;i=6478 AbsoluteLength The AbsoluteLength Variable provides the absolute produced length in mm. i=15318 i=80 ns=1;i=5040 ns=1;i=7627 ns=1;i=7629 ns=1;i=7628 ns=1;i=7630 ns=1;i=7631 Definition i=80 i=68 ns=1;i=6496 EngineeringUnits i=80 i=68 ns=1;i=6496 EURange i=80 i=68 ns=1;i=6496 InstrumentRange i=80 i=68 ns=1;i=6496 ValuePrecision i=80 i=68 ns=1;i=6496 AbsoluteMachineOffTime The AbsoluteOfflineTime can be calculated by the machine. The shutdown time and the starting time have to be stored on the machine. i=15318 i=80 ns=1;i=5040 ns=1;i=7637 ns=1;i=7639 ns=1;i=7638 ns=1;i=7640 ns=1;i=7641 Definition i=80 i=68 ns=1;i=6470 EngineeringUnits i=80 i=68 ns=1;i=6470 EURange i=80 i=68 ns=1;i=6470 InstrumentRange i=80 i=68 ns=1;i=6470 ValuePrecision i=80 i=68 ns=1;i=6470 AbsoluteMachineOnTime The AbsoluteMachineOnTime Variable provides the absolute time in msec the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=5040 ns=1;i=7632 ns=1;i=7634 ns=1;i=7633 ns=1;i=7635 ns=1;i=7636 Definition i=80 i=68 ns=1;i=6480 EngineeringUnits i=80 i=68 ns=1;i=6480 EURange i=80 i=68 ns=1;i=6480 InstrumentRange i=80 i=68 ns=1;i=6480 ValuePrecision i=80 i=68 ns=1;i=6480 AbsolutePiecesIn The AbsolutePiecesIn Variable provides the absolute count of pieces which came into the machine. i=15318 i=80 ns=1;i=5040 ns=1;i=7642 ns=1;i=7644 ns=1;i=7643 ns=1;i=7645 ns=1;i=7646 Definition i=80 i=68 ns=1;i=6498 EngineeringUnits i=80 i=68 ns=1;i=6498 EURange i=80 i=68 ns=1;i=6498 InstrumentRange i=80 i=68 ns=1;i=6498 ValuePrecision i=80 i=68 ns=1;i=6498 AbsolutePiecesOut The AbsolutePiecesOut Variable provides the absolute count of pieces which came out of the machine. i=15318 i=80 ns=1;i=5040 ns=1;i=7647 ns=1;i=7649 ns=1;i=7648 ns=1;i=7650 ns=1;i=7651 Definition i=80 i=68 ns=1;i=6500 EngineeringUnits i=80 i=68 ns=1;i=6500 EURange i=80 i=68 ns=1;i=6500 InstrumentRange i=80 i=68 ns=1;i=6500 ValuePrecision i=80 i=68 ns=1;i=6500 AbsolutePowerPresentTime The AbsolutePowerPresentTime Variable provides the absolute time in msec the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=5040 ns=1;i=7652 ns=1;i=7654 ns=1;i=7653 ns=1;i=7655 ns=1;i=7656 Definition i=80 i=68 ns=1;i=6482 EngineeringUnits i=80 i=68 ns=1;i=6482 EURange i=80 i=68 ns=1;i=6482 InstrumentRange i=80 i=68 ns=1;i=6482 ValuePrecision i=80 i=68 ns=1;i=6482 AbsoluteProductionTime The AbsoluteProductionTime Variable provides the absolute time in msec of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=5040 ns=1;i=7657 ns=1;i=7659 ns=1;i=7658 ns=1;i=7660 ns=1;i=7661 Definition i=80 i=68 ns=1;i=6484 EngineeringUnits i=80 i=68 ns=1;i=6484 EURange i=80 i=68 ns=1;i=6484 InstrumentRange i=80 i=68 ns=1;i=6484 ValuePrecision i=80 i=68 ns=1;i=6484 AbsoluteProductionWaitWorkpieceTime The AbsoluteProductionWaitWorkpieceTime Variable provides the absolute time in msec of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=5040 ns=1;i=7662 ns=1;i=7664 ns=1;i=7663 ns=1;i=7665 ns=1;i=7666 Definition i=80 i=68 ns=1;i=6488 EngineeringUnits i=80 i=68 ns=1;i=6488 EURange i=80 i=68 ns=1;i=6488 InstrumentRange i=80 i=68 ns=1;i=6488 ValuePrecision i=80 i=68 ns=1;i=6488 AbsoluteProductionWithoutWorkpieceTime The AbsoluteProductionWithoutWorkpieceTime Variable provides the absolute time in msec of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=5040 ns=1;i=7667 ns=1;i=7669 ns=1;i=7668 ns=1;i=7670 ns=1;i=7671 Definition i=80 i=68 ns=1;i=6486 EngineeringUnits i=80 i=68 ns=1;i=6486 EURange i=80 i=68 ns=1;i=6486 InstrumentRange i=80 i=68 ns=1;i=6486 ValuePrecision i=80 i=68 ns=1;i=6486 AbsoluteReadyTime The AbsoluteReadyTime Variable provides the absolute time of the READY_2 state in msec. i=15318 i=80 ns=1;i=5040 ns=1;i=7672 ns=1;i=7674 ns=1;i=7673 ns=1;i=7675 ns=1;i=7676 Definition i=80 i=68 ns=1;i=6474 EngineeringUnits i=80 i=68 ns=1;i=6474 EURange i=80 i=68 ns=1;i=6474 InstrumentRange i=80 i=68 ns=1;i=6474 ValuePrecision i=80 i=68 ns=1;i=6474 AbsoluteRunsAborted The AbsoluteRunsAborted Variable provides the absolute count of aborted runs. i=15318 i=80 ns=1;i=5040 ns=1;i=7677 ns=1;i=7679 ns=1;i=7678 ns=1;i=7680 ns=1;i=7681 Definition i=80 i=68 ns=1;i=6494 EngineeringUnits i=80 i=68 ns=1;i=6494 EURange i=80 i=68 ns=1;i=6494 InstrumentRange i=80 i=68 ns=1;i=6494 ValuePrecision i=80 i=68 ns=1;i=6494 AbsoluteRunsGood The AbsoluteRunsGood Variable provides the absolute count of finished runs. i=15318 i=80 ns=1;i=5040 ns=1;i=7682 ns=1;i=7684 ns=1;i=7683 ns=1;i=7685 ns=1;i=7686 Definition i=80 i=68 ns=1;i=6490 EngineeringUnits i=80 i=68 ns=1;i=6490 EURange i=80 i=68 ns=1;i=6490 InstrumentRange i=80 i=68 ns=1;i=6490 ValuePrecision i=80 i=68 ns=1;i=6490 AbsoluteRunsTotal The AbsoluteRunsTotal Variable provides the absolute count of total runs. i=15318 i=80 ns=1;i=5040 ns=1;i=7687 ns=1;i=7689 ns=1;i=7688 ns=1;i=7690 ns=1;i=7691 Definition i=80 i=68 ns=1;i=6492 EngineeringUnits i=80 i=68 ns=1;i=6492 EURange i=80 i=68 ns=1;i=6492 InstrumentRange i=80 i=68 ns=1;i=6492 ValuePrecision i=80 i=68 ns=1;i=6492 AbsoluteStandbyTime The AbsoluteStandbyTime Variable provides the absolute time of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=5040 ns=1;i=7692 ns=1;i=7694 ns=1;i=7693 ns=1;i=7695 ns=1;i=7696 Definition i=80 i=68 ns=1;i=6472 EngineeringUnits i=80 i=68 ns=1;i=6472 EURange i=80 i=68 ns=1;i=6472 InstrumentRange i=80 i=68 ns=1;i=6472 ValuePrecision i=80 i=68 ns=1;i=6472 AbsoluteWorkingTime The AbsoluteWorkingTime Variable provides the absolute time of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=5040 ns=1;i=7697 ns=1;i=7699 ns=1;i=7698 ns=1;i=7700 ns=1;i=7701 Definition i=80 i=68 ns=1;i=6476 EngineeringUnits i=80 i=68 ns=1;i=6476 EURange i=80 i=68 ns=1;i=6476 InstrumentRange i=80 i=68 ns=1;i=6476 ValuePrecision i=80 i=68 ns=1;i=6476 ActualCycle The ActualCycle Variable provides the parts per minutes. i=15318 i=80 ns=1;i=5040 ns=1;i=7702 ns=1;i=7704 ns=1;i=7703 ns=1;i=7705 ns=1;i=7706 Definition i=80 i=68 ns=1;i=6469 EngineeringUnits i=80 i=68 ns=1;i=6469 EURange i=80 i=68 ns=1;i=6469 InstrumentRange i=80 i=68 ns=1;i=6469 ValuePrecision i=80 i=68 ns=1;i=6469 AxisOverride The AxisOverride Variable provides the override for the axis in percent. i=15318 i=80 ns=1;i=5040 ns=1;i=7707 ns=1;i=7709 ns=1;i=7708 ns=1;i=7710 ns=1;i=7711 Definition i=80 i=68 ns=1;i=6466 EngineeringUnits i=80 i=68 ns=1;i=6466 EURange i=80 i=68 ns=1;i=6466 InstrumentRange i=80 i=68 ns=1;i=6466 ValuePrecision i=80 i=68 ns=1;i=6466 FeedSpeed The FeedSpeed Variable provides the feed speed in m/min for throughfeed machines. i=15318 i=80 ns=1;i=7712 ns=1;i=7714 ns=1;i=7713 ns=1;i=5040 ns=1;i=7715 ns=1;i=7716 Definition i=80 i=68 ns=1;i=6468 EngineeringUnits i=80 i=68 ns=1;i=6468 EURange i=80 i=68 ns=1;i=6468 InstrumentRange i=80 i=68 ns=1;i=6468 ValuePrecision i=80 i=68 ns=1;i=6468 RelativeErrorTime The RelativeErrorTime Variable provides the relative time since startup of the ERROR_4 state in msec. i=15318 i=80 ns=1;i=7717 ns=1;i=7719 ns=1;i=7718 ns=1;i=7720 ns=1;i=5040 ns=1;i=7721 Definition i=80 i=68 ns=1;i=6479 EngineeringUnits i=80 i=68 ns=1;i=6479 EURange i=80 i=68 ns=1;i=6479 InstrumentRange i=80 i=68 ns=1;i=6479 ValuePrecision i=80 i=68 ns=1;i=6479 RelativeLength The RelativeLength Variable provides the relative produced length in mm since the machine has started. i=15318 i=80 ns=1;i=7722 ns=1;i=7724 ns=1;i=7723 ns=1;i=7725 ns=1;i=5040 ns=1;i=7726 Definition i=80 i=68 ns=1;i=6497 EngineeringUnits i=80 i=68 ns=1;i=6497 EURange i=80 i=68 ns=1;i=6497 InstrumentRange i=80 i=68 ns=1;i=6497 ValuePrecision i=80 i=68 ns=1;i=6497 RelativeMachineOnTime The RelativeMachineOnTime Variable provides the relative time in msec since startup the machine is turned on based on the MachineOn state. i=15318 i=80 ns=1;i=7727 ns=1;i=7729 ns=1;i=7728 ns=1;i=7730 ns=1;i=5040 ns=1;i=7731 Definition i=80 i=68 ns=1;i=6481 EngineeringUnits i=80 i=68 ns=1;i=6481 EURange i=80 i=68 ns=1;i=6481 InstrumentRange i=80 i=68 ns=1;i=6481 ValuePrecision i=80 i=68 ns=1;i=6481 RelativePiecesIn The RelativePiecesIn Variable provides the relative count of pieces which came into the machine since the machine has started. i=15318 i=80 ns=1;i=7737 ns=1;i=7739 ns=1;i=7738 ns=1;i=7740 ns=1;i=5040 ns=1;i=7741 Definition i=80 i=68 ns=1;i=6499 EngineeringUnits i=80 i=68 ns=1;i=6499 EURange i=80 i=68 ns=1;i=6499 InstrumentRange i=80 i=68 ns=1;i=6499 ValuePrecision i=80 i=68 ns=1;i=6499 RelativePiecesOut The RelativePiecesOut Variable provides the relative count of pieces which came out of the machine since the machine has started. i=15318 i=80 ns=1;i=7742 ns=1;i=7744 ns=1;i=7743 ns=1;i=7745 ns=1;i=5040 ns=1;i=7746 Definition i=80 i=68 ns=1;i=6501 EngineeringUnits i=80 i=68 ns=1;i=6501 EURange i=80 i=68 ns=1;i=6501 InstrumentRange i=80 i=68 ns=1;i=6501 ValuePrecision i=80 i=68 ns=1;i=6501 RelativePowerPresentTime The RelativePowerPresentTime Variable provides the relative time in msec since startup the machine has power on based on the PowerPresent state. i=15318 i=80 ns=1;i=7752 ns=1;i=7754 ns=1;i=7753 ns=1;i=7755 ns=1;i=5040 ns=1;i=7756 Definition i=80 i=68 ns=1;i=6483 EngineeringUnits i=80 i=68 ns=1;i=6483 EURange i=80 i=68 ns=1;i=6483 InstrumentRange i=80 i=68 ns=1;i=6483 ValuePrecision i=80 i=68 ns=1;i=6483 RelativeProductionTime The RelativeProductionTime Variable provides the relative time in msec since startup of the machine is working at least with one workpiece based on the RecipeInRun and PiecesPresent state. i=15318 i=80 ns=1;i=7747 ns=1;i=7749 ns=1;i=7748 ns=1;i=7750 ns=1;i=5040 ns=1;i=7751 Definition i=80 i=68 ns=1;i=6485 EngineeringUnits i=80 i=68 ns=1;i=6485 EURange i=80 i=68 ns=1;i=6485 InstrumentRange i=80 i=68 ns=1;i=6485 ValuePrecision i=80 i=68 ns=1;i=6485 RelativeProductionWaitWorkpieceTime The RelativeProductionWaitWorkpieceTime Variable provides the relative time in msec waiting for workpieces since startup of the machine is in working mode, bring the consent out to insert workpiece but no workpiece incoming from the previous machine based on the ReceipeInRun and WaitLoad state. i=15318 i=80 ns=1;i=7757 ns=1;i=7759 ns=1;i=7758 ns=1;i=7760 ns=1;i=5040 ns=1;i=7761 Definition i=80 i=68 ns=1;i=6489 EngineeringUnits i=80 i=68 ns=1;i=6489 EURange i=80 i=68 ns=1;i=6489 InstrumentRange i=80 i=68 ns=1;i=6489 ValuePrecision i=80 i=68 ns=1;i=6489 RelativeProductionWithoutWorkpieceTime The RelativeProductionWithoutWorkpieceTime Variable provides the relative time in msec since startup of the machine is working but without workpieces inside based on the RecipeInRun and !PiecesPresent state. i=15318 i=80 ns=1;i=7762 ns=1;i=7764 ns=1;i=7763 ns=1;i=7765 ns=1;i=5040 ns=1;i=7766 Definition i=80 i=68 ns=1;i=6487 EngineeringUnits i=80 i=68 ns=1;i=6487 EURange i=80 i=68 ns=1;i=6487 InstrumentRange i=80 i=68 ns=1;i=6487 ValuePrecision i=80 i=68 ns=1;i=6487 RelativeReadyTime The RelativeReadyTime Variable provides the relative time since startup of the READY_2 state in msec. i=15318 i=80 ns=1;i=7767 ns=1;i=7769 ns=1;i=7768 ns=1;i=7770 ns=1;i=5040 ns=1;i=7771 Definition i=80 i=68 ns=1;i=6475 EngineeringUnits i=80 i=68 ns=1;i=6475 EURange i=80 i=68 ns=1;i=6475 InstrumentRange i=80 i=68 ns=1;i=6475 ValuePrecision i=80 i=68 ns=1;i=6475 RelativeRunsAborted The RelativeRunsAborted Variable provides the relative count of aborted runs since the machine has started. i=15318 i=80 ns=1;i=7772 ns=1;i=7774 ns=1;i=7773 ns=1;i=7775 ns=1;i=5040 ns=1;i=7776 Definition i=80 i=68 ns=1;i=6495 EngineeringUnits i=80 i=68 ns=1;i=6495 EURange i=80 i=68 ns=1;i=6495 InstrumentRange i=80 i=68 ns=1;i=6495 ValuePrecision i=80 i=68 ns=1;i=6495 RelativeRunsGood The RelativeRunsGood Variable provides the relative count of finished runs since the machine has started. i=15318 i=80 ns=1;i=7777 ns=1;i=7779 ns=1;i=7778 ns=1;i=7780 ns=1;i=5040 ns=1;i=7781 Definition i=80 i=68 ns=1;i=6491 EngineeringUnits i=80 i=68 ns=1;i=6491 EURange i=80 i=68 ns=1;i=6491 InstrumentRange i=80 i=68 ns=1;i=6491 ValuePrecision i=80 i=68 ns=1;i=6491 RelativeRunsTotal The RelativeRunsTotal Variable provides the relative count of total runs since the machine has started. i=15318 i=80 ns=1;i=7782 ns=1;i=7784 ns=1;i=7783 ns=1;i=7785 ns=1;i=5040 ns=1;i=7786 Definition i=80 i=68 ns=1;i=6493 EngineeringUnits i=80 i=68 ns=1;i=6493 EURange i=80 i=68 ns=1;i=6493 InstrumentRange i=80 i=68 ns=1;i=6493 ValuePrecision i=80 i=68 ns=1;i=6493 RelativeStandbyTime The RelativeStandbyTime Variable provides the relative time since startup of the STANDBY_1 state in msec. i=15318 i=80 ns=1;i=7787 ns=1;i=7789 ns=1;i=7788 ns=1;i=7790 ns=1;i=5040 ns=1;i=7791 Definition i=80 i=68 ns=1;i=6473 EngineeringUnits i=80 i=68 ns=1;i=6473 EURange i=80 i=68 ns=1;i=6473 InstrumentRange i=80 i=68 ns=1;i=6473 ValuePrecision i=80 i=68 ns=1;i=6473 RelativeWorkingTime The RelativeWorkingTime Variable provides the relative time since startup of the WORKING_3 state in msec. i=15318 i=80 ns=1;i=7797 ns=1;i=7799 ns=1;i=7798 ns=1;i=7800 ns=1;i=5040 ns=1;i=7801 Definition i=80 i=68 ns=1;i=6477 EngineeringUnits i=80 i=68 ns=1;i=6477 EURange i=80 i=68 ns=1;i=6477 InstrumentRange i=80 i=68 ns=1;i=6477 ValuePrecision i=80 i=68 ns=1;i=6477 SpindleOverride The SpindleOverride Variable provides the override for the spindle in percent. i=15318 i=80 ns=1;i=7792 ns=1;i=7794 ns=1;i=7793 ns=1;i=7795 ns=1;i=5040 ns=1;i=7796 Definition i=80 i=68 ns=1;i=6467 EngineeringUnits i=80 i=68 ns=1;i=6467 EURange i=80 i=68 ns=1;i=6467 InstrumentRange i=80 i=68 ns=1;i=6467 ValuePrecision i=80 i=68 ns=1;i=6467 http://opcfoundation.org/UA/Woodworking/ https://reference.opcfoundation.org/Woodworking/v100/docs/9.1 i=11616 ns=1;i=235 ns=1;i=236 ns=1;i=237 ns=1;i=238 ns=1;i=239 ns=1;i=241 ns=1;i=242 i=11715 IsNamespaceSubset i=68 ns=1;i=65 false NamespacePublicationDate i=68 ns=1;i=65 2025-06-01T01:02:00Z NamespaceUri i=68 ns=1;i=65 http://opcfoundation.org/UA/Woodworking/ NamespaceVersion i=68 ns=1;i=65 1.02.0 StaticNodeIdTypes i=68 ns=1;i=65 0 StaticNumericNodeIdRange i=68 ns=1;i=65 StaticStringNodeIdPattern i=68 ns=1;i=65 Default Binary i=76 ns=1;i=3002 ns=1;i=6007 Default XML i=76 ns=1;i=3002 ns=1;i=6008 Default JSON i=76 ns=1;i=3002 Default Binary i=76 ns=1;i=3003 ns=1;i=6005 Default XML i=76 ns=1;i=3003 ns=1;i=6006 Default JSON i=76 ns=1;i=3003