http://www.emco-world.com/emco_machine_tools/ http://opcfoundation.org/UA/MachineTool/ http://opcfoundation.org/UA/DI/ http://opcfoundation.org/UA/Machinery/ http://opcfoundation.org/UA/IA/ i=1 i=3 i=5 i=7 i=10 i=11 i=12 i=13 i=15 i=17 i=21 i=28 i=35 i=37 i=40 i=41 i=45 i=46 i=47 i=49 i=256 i=291 i=294 i=884 i=887 i=7594 i=17604 ns=5;i=3002 ns=5;i=3004 ns=5;i=3005 ns=2;i=64 ns=2;i=65 ns=2;i=67 ns=2;i=69 ns=1;i=3002 OpenClosedState This enumeration displays the different states of a safety door or clamping device. ns=1;i=6031 i=29 The element is open. The element is closed. The element is in an intermediate state between open and closed. EnumValues ns=1;i=3002 i=78 i=68 i=7616 0 Open The element is open. i=7616 1 Closed The element is closed. i=7616 2 Intermediate The element is in an intermediate state between open and closed. emco Collects the data type descriptions of http://www.emco-world.com/emco_machine_tools/ i=72 i=93 ns=1;i=6033 PG9wYzpUeXBlRGljdGlvbmFyeSB4bWxuczp4c2k9Imh0dHA6Ly93d3cudzMub3JnLzIwMDEvWE1MU2NoZ W1hLWluc3RhbmNlIiB4bWxuczp0bnM9Imh0dHA6Ly93d3cuZW1jby13b3JsZC5jb20vZW1jb 19tYWNoaW5lX3Rvb2xzLyIgRGVmYXVsdEJ5dGVPcmRlcj0iTGl0dGxlRW5kaWFuIiB4bWxuc zpvcGM9Imh0dHA6Ly9vcGNmb3VuZGF0aW9uLm9yZy9CaW5hcnlTY2hlbWEvIiB4bWxuczp1Y T0iaHR0cDovL29wY2ZvdW5kYXRpb24ub3JnL1VBLyIgVGFyZ2V0TmFtZXNwYWNlPSJodHRwO i8vd3d3LmVtY28td29ybGQuY29tL2VtY29fbWFjaGluZV90b29scy8iPgogPG9wYzpJbXBvc nQgTmFtZXNwYWNlPSJodHRwOi8vb3BjZm91bmRhdGlvbi5vcmcvVUEvIi8+CiA8b3BjOkVud W1lcmF0ZWRUeXBlIExlbmd0aEluQml0cz0iMzIiIE5hbWU9Ik9wZW5DbG9zZWRTdGF0ZSI+C iAgPG9wYzpEb2N1bWVudGF0aW9uPlRoaXMgZW51bWVyYXRpb24gZGlzcGxheXMgdGhlIGRpZ mZlcmVudCBzdGF0ZXMgb2YgYSBzYWZldHkgZG9vciBvciBjbGFtcGluZyBkZXZpY2UuPC9vc GM6RG9jdW1lbnRhdGlvbj4KICA8b3BjOkVudW1lcmF0ZWRWYWx1ZSBOYW1lPSJPcGVuIiBWY Wx1ZT0iMCIvPgogIDxvcGM6RW51bWVyYXRlZFZhbHVlIE5hbWU9IkNsb3NlZCIgVmFsdWU9I jEiLz4KICA8b3BjOkVudW1lcmF0ZWRWYWx1ZSBOYW1lPSJJbnRlcm1lZGlhdGUiIFZhbHVlP SIyIi8+CiA8L29wYzpFbnVtZXJhdGVkVHlwZT4KPC9vcGM6VHlwZURpY3Rpb25hcnk+Cg== NamespaceUri ns=1;i=6032 i=68 http://www.emco-world.com/emco_machine_tools/ emco Collects the data type descriptions of http://www.emco-world.com/emco_machine_tools/ i=72 i=92 ns=1;i=6035 PHhzOnNjaGVtYSBlbGVtZW50Rm9ybURlZmF1bHQ9InF1YWxpZmllZCIgdGFyZ2V0TmFtZXNwYWNlPSJod HRwOi8vd3d3LmVtY28td29ybGQuY29tL2VtY29fbWFjaGluZV90b29scy9UeXBlcy54c2QiI HhtbG5zOnRucz0iaHR0cDovL3d3dy5lbWNvLXdvcmxkLmNvbS9lbWNvX21hY2hpbmVfdG9vb HMvVHlwZXMueHNkIiB4bWxuczp1YT0iaHR0cDovL29wY2ZvdW5kYXRpb24ub3JnL1VBLzIwM DgvMDIvVHlwZXMueHNkIiB4bWxuczp4cz0iaHR0cDovL3d3dy53My5vcmcvMjAwMS9YTUxTY 2hlbWEiPgogPHhzOmltcG9ydCBuYW1lc3BhY2U9Imh0dHA6Ly9vcGNmb3VuZGF0aW9uLm9yZ 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Dx4czplbGVtZW50IHR5cGU9InRuczpMaXN0T2ZPcGVuQ2xvc2VkU3RhdGUiIG5hbWU9Ikxpc 3RPZk9wZW5DbG9zZWRTdGF0ZSIgbmlsbGFibGU9InRydWUiLz4KPC94czpzY2hlbWE+Cg== NamespaceUri ns=1;i=6034 i=68 http://www.emco-world.com/emco_machine_tools/Types.xsd AxisType i=58 ns=1;i=6036 ns=1;i=6030 ns=1;i=6053 Name i=63 i=78 ns=1;i=1005 Position i=17497 ns=1;i=6047 i=78 ns=1;i=1005 EngineeringUnits ns=1;i=6030 i=78 i=68 Referenced i=63 i=78 ns=1;i=1005 EmcoToolType ns=1;i=6001 ns=1;i=6002 ns=1;i=6003 ns=2;i=50 ns=1;i=6007 ns=1;i=6004 ns=1;i=5002 ns=1;i=6005 ns=1;i=6008 ns=1;i=6006 ns=1;i=5001 ControlIdentifier1 i=63 ns=1;i=1003 i=78 ControlIdentifier2 i=63 ns=1;i=1003 i=80 ControlIdentifierInterpretation i=63 ns=1;i=1003 i=78 Identifier ns=1;i=1003 i=80 i=68 LastUsage i=63 ns=1;i=1003 i=80 Location i=58 ns=1;i=1003 i=80 Locked i=63 ns=1;i=1003 i=78 false Name ns=1;i=1003 i=80 i=68 PlannedForOperating i=63 i=80 ns=1;i=1003 ToolLife i=58 i=80 ns=1;i=1003 EmcoChannelMonitoringType ns=1;i=5004 ns=1;i=6052 ns=1;i=6009 ns=1;i=5003 ns=1;i=6013 ns=2;i=16 ns=1;i=6014 ns=1;i=6017 ns=1;i=6018 ns=1;i=6051 <Axis1> ns=1;i=1004 ns=1;i=1005 ns=1;i=6037 i=11508 ns=1;i=6038 ns=1;i=6054 Name i=63 i=78 ns=1;i=5004 Position i=63 ns=1;i=6048 i=78 ns=1;i=5004 EngineeringUnits ns=1;i=6038 i=78 i=68 Referenced i=63 i=78 ns=1;i=5004 ActTool ns=1;i=1004 i=63 i=80 ChannelMode i=63 ns=1;i=1004 i=78 ChannelModifiers ns=1;i=1004 ns=2;i=33 ns=1;i=6010 i=80 ns=1;i=6011 ns=1;i=6012 DryRun i=63 ns=1;i=5003 i=78 OptionalStop i=63 i=78 ns=1;i=5003 SingleStep i=63 i=78 ns=1;i=5003 ChannelState i=63 ns=1;i=1004 i=78 FeedOverride i=17570 ns=1;i=6015 ns=1;i=6016 ns=1;i=1004 i=78 0 EngineeringUnits ns=1;i=6014 i=78 i=68 EURange ns=1;i=6014 i=78 i=68 Name i=78 ns=1;i=1004 i=68 RapidOverride i=17570 ns=1;i=6019 ns=1;i=6029 i=80 ns=1;i=1004 0 EngineeringUnits ns=1;i=6018 i=78 i=68 EURange ns=1;i=6018 i=78 i=68 SelectedProgram i=63 i=80 ns=1;i=1004 EmcoSpindleMonitoringType ns=2;i=22 ns=1;i=6039 ns=1;i=6040 ns=1;i=6044 ns=1;i=6041 ns=1;i=6045 IsRotating i=63 ns=1;i=1006 i=78 false IsUsedAsAxis i=63 ns=1;i=1006 i=80 Name i=78 ns=1;i=1006 i=68 Override i=17570 ns=1;i=6042 ns=1;i=6043 i=80 ns=1;i=1006 0 EngineeringUnits ns=1;i=6041 i=78 i=68 EURange ns=1;i=6041 i=78 i=68 SpindleLoad i=17497 ns=1;i=6046 i=80 ns=1;i=1006 EngineeringUnits ns=1;i=6045 i=78 i=68 EmcoMachineToolType ns=1;i=5039 ns=2;i=13 ns=1;i=5013 ns=1;i=5015 ns=1;i=5024 ns=1;i=5026 ns=1;i=5005 ns=1;i=5034 ns=1;i=5040 ControlCommands i=58 ns=1;i=1002 i=80 Equipment ns=1;i=1002 ns=2;i=12 i=78 Identification ns=1;i=1002 ns=2;i=11 i=78 ns=1;i=6021 ns=1;i=6020 ns=1;i=6022 Manufacturer A human-readable, localized name of the manufacturer of the MachineryItem. i=78 ns=1;i=5015 i=68 ProductInstanceUri A globally unique resource identifier provided by the manufacturer of the machine i=78 ns=1;i=5015 i=68 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=5015 Monitoring ns=1;i=5025 i=78 ns=1;i=1002 ns=2;i=14 MachineTool ns=2;i=26 ns=1;i=5024 i=78 ns=1;i=6023 OperationMode i=63 i=78 ns=1;i=5025 Notification i=78 ns=1;i=1002 ns=2;i=7 PeripheralDevices i=58 ns=1;i=6049 ns=1;i=6050 i=80 ns=1;i=1002 ClampingDeviceState i=63 ns=1;i=5005 i=78 DoorState i=63 ns=1;i=5005 i=78 Production ns=1;i=5035 i=78 ns=1;i=1002 ns=2;i=21 ActiveProgram ns=1;i=5034 i=78 ns=1;i=6024 ns=1;i=6025 ns=2;i=32 ns=1;i=5038 Name i=78 ns=1;i=5035 i=68 NumberInList i=78 ns=1;i=5035 i=68 State ns=1;i=6026 i=78 ns=2;i=15 ns=1;i=5035 CurrentState ns=1;i=5038 i=2760 ns=1;i=6027 i=78 ns=1;i=6028 Id ns=1;i=6026 i=78 i=68 Number i=78 ns=1;i=6026 i=68 UserParameter i=58 i=80 ns=1;i=1002 EmcoProductionActiveProgramType ns=1;i=6062 ns=2;i=32 ns=1;i=6055 ns=1;i=6056 ns=1;i=6060 ns=1;i=6061 ns=1;i=5006 ActProgLine i=63 i=78 ns=1;i=1007 JobIdentifier i=63 i=80 ns=1;i=1007 JobNodeId i=63 i=80 ns=1;i=1007 Name i=78 i=68 ns=1;i=1007 NumberInList i=78 i=68 ns=1;i=1007 State ns=1;i=6057 i=78 ns=2;i=15 ns=1;i=1007 CurrentState i=2760 ns=1;i=6058 ns=1;i=5006 i=78 ns=1;i=6059 Id ns=1;i=6057 i=78 i=68 Number i=78 ns=1;i=6057 i=68 EMCOMachineTool ns=1;s=Machines.MachineTool1.ControlCommands ns=1;i=1002 ns=1;s=Machines.MachineTool1.Equipment ns=1;s=Machines.MachineTool1.Identification ns=4;i=1001 ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Notification ns=1;s=Machines.MachineTool1.PeripheralDevices ns=1;s=Machines.MachineTool1.Production ns=1;s=Machines.MachineTool1.UserParameter ControlCommands i=58 ns=1;s=Machines.MachineTool1.ControlCommands.CommandsObject ns=1;s=Machines.MachineTool1 CommandsObject i=58 ns=1;s=Machines.MachineTool1.ControlCommands Equipment ns=1;s=Machines.MachineTool1 ns=2;i=12 ns=1;s=Machines.MachineTool1.Equipment.Tools Tools ns=1;s=Machines.MachineTool1.Equipment.Tools.NodeVersion ns=2;i=44 ns=1;s=Machines.MachineTool1.Equipment NodeVersion ns=1;s=Machines.MachineTool1.Equipment.Tools i=68 Identification ns=1;s=Machines.MachineTool1.Identification.AssetId ns=1;s=Machines.MachineTool1.Identification.ComponentName ns=1;s=Machines.MachineTool1.Identification.DeviceClass ns=1;s=Machines.MachineTool1.Identification.HardwareRevision ns=1;s=Machines.MachineTool1 ns=1;s=Machines.MachineTool1.Identification.InitialOperationDate ns=1;s=Machines.MachineTool1.Identification.Location ns=2;i=11 ns=1;s=Machines.MachineTool1.Identification.Manufacturer ns=1;s=Machines.MachineTool1.Identification.ManufacturerUri ns=1;s=Machines.MachineTool1.Identification.Model ns=1;s=Machines.MachineTool1.Identification.MonthOfConstruction ns=1;s=Machines.MachineTool1.Identification.ProductCode ns=1;s=Machines.MachineTool1.Identification.ProductInstanceUri ns=1;s=Machines.MachineTool1.Identification.SerialNumber ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification ns=1;s=Machines.MachineTool1.Identification.SoftwareRevision ns=1;s=Machines.MachineTool1.Identification.YearOfConstruction 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. ns=1;s=Machines.MachineTool1.Identification i=68 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. ns=1;s=Machines.MachineTool1.Identification i=68 DeviceClass Indicates in which domain or for what purpose the MachineryItem is used. ns=1;s=Machines.MachineTool1.Identification i=68 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. ns=1;s=Machines.MachineTool1.Identification i=68 InitialOperationDate The date, when the MachineryItem was switched on the first time after it has left the manufacturer plant. ns=1;s=Machines.MachineTool1.Identification i=68 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. ns=1;s=Machines.MachineTool1.Identification i=68 Manufacturer A human-readable, localized name of the manufacturer of the MachineryItem. ns=1;s=Machines.MachineTool1.Identification i=68 ManufacturerUri A globally unique identifier of the manufacturer of the MachineryItem. ns=1;s=Machines.MachineTool1.Identification i=68 Model A human-readable, localized name of the model of the MachineryItem. ns=1;s=Machines.MachineTool1.Identification i=68 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. ns=1;s=Machines.MachineTool1.Identification i=68 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. ns=1;s=Machines.MachineTool1.Identification i=68 ProductInstanceUri A globally unique resource identifier provided by the manufacturer of the machine ns=1;s=Machines.MachineTool1.Identification i=68 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=68 ns=1;s=Machines.MachineTool1.Identification SoftwareIdentification i=58 ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.HMI ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.NCK ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.PLC ns=1;s=Machines.MachineTool1.Identification HMI ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.HMI.Identifier ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.HMI.Manufacturer ns=2;i=43 ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.HMI.SoftwareRevision Identifier ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.HMI i=68 0 Manufacturer ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.HMI i=68 SoftwareRevision i=68 ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.HMI 0 NCK ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.NCK.Identifier ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.NCK.Manufacturer ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification ns=2;i=43 ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.NCK.SoftwareRevision Identifier ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.NCK i=68 0 Manufacturer ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.NCK i=68 SoftwareRevision i=68 ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.NCK 0 PLC ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.PLC.Identifier ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.PLC.Manufacturer ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification ns=2;i=43 ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.PLC.SoftwareRevision Identifier ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.PLC i=68 0 Manufacturer ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.PLC i=68 SoftwareRevision i=68 ns=1;s=Machines.MachineTool1.Identification.SoftwareIdentification.PLC 0 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=68 ns=1;s=Machines.MachineTool1.Identification 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=68 ns=1;s=Machines.MachineTool1.Identification Monitoring ns=1;s=Machines.MachineTool1.Monitoring.Channel1 ns=1;s=Machines.MachineTool1.Monitoring.Channel2 ns=1;s=Machines.MachineTool1.Monitoring.Channel3 ns=1;s=Machines.MachineTool1.Monitoring.Channel4 ns=1;s=Machines.MachineTool1.Monitoring.MachineTool ns=1;s=Machines.MachineTool1 ns=2;i=14 ns=1;s=Machines.MachineTool1.Monitoring.Spindle1 ns=1;s=Machines.MachineTool1.Monitoring.Spindle2 ns=1;s=Machines.MachineTool1.Monitoring.Spindle3 ns=1;s=Machines.MachineTool1.Monitoring.Spindle4 ns=1;s=Machines.MachineTool1.Monitoring.Spindle5 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight Channel1 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ActTool ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis1 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis2 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis3 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis4 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis5 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis6 ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelMode ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelModifiers ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelState ns=1;i=1004 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.FeedOverride ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel1.RapidOverride ns=1;s=Machines.MachineTool1.Monitoring.Channel1.SelectedProgram ActTool ns=1;s=Machines.MachineTool1.Monitoring.Channel1 i=63 Axis1 ns=1;s=Machines.MachineTool1.Monitoring.Channel1 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis1.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis1.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis1.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis1 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis1.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis1 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis1.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis1 Axis2 ns=1;s=Machines.MachineTool1.Monitoring.Channel1 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis2.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis2.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis2.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis2 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis2.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis2 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis2.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis2 Axis3 ns=1;s=Machines.MachineTool1.Monitoring.Channel1 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis3.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis3.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis3.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis3 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis3.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis3 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis3.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis3 Axis4 ns=1;s=Machines.MachineTool1.Monitoring.Channel1 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis4.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis4.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis4.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis4 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis4.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis4 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis4.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis4 Axis5 ns=1;s=Machines.MachineTool1.Monitoring.Channel1 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis5.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis5.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis5.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis5 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis5.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis5 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis5.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis5 Axis6 ns=1;s=Machines.MachineTool1.Monitoring.Channel1 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis6.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis6.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis6.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis6 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis6.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis6 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis6.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.Axis6 ChannelMode i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1 ChannelModifiers ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelModifiers.BlockSkip ns=1;s=Machines.MachineTool1.Monitoring.Channel1 ns=2;i=33 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelModifiers.DryRun ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelModifiers.OptionalStop ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelModifiers.SingleStep ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelModifiers.TestMode BlockSkip i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelModifiers DryRun i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelModifiers OptionalStop i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelModifiers SingleStep i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelModifiers TestMode i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.ChannelModifiers ChannelState i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1 FeedOverride i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.FeedOverride.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.FeedOverride.EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel1 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.FeedOverride i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel1.FeedOverride i=68 i=885 0 120 Name ns=1;s=Machines.MachineTool1.Monitoring.Channel1 i=68 RapidOverride i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Channel1.RapidOverride.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.RapidOverride.EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel1 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel1.RapidOverride i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel1.RapidOverride i=68 i=885 0 100 SelectedProgram i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel1 Channel2 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ActTool ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis1 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis2 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis3 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis4 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis5 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis6 ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelMode ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelModifiers ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelState ns=1;i=1004 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.FeedOverride ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel2.RapidOverride ns=1;s=Machines.MachineTool1.Monitoring.Channel2.SelectedProgram ActTool ns=1;s=Machines.MachineTool1.Monitoring.Channel2 i=63 Axis1 ns=1;s=Machines.MachineTool1.Monitoring.Channel2 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis1.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis1.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis1.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis1 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis1.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis1 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis1.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis1 Axis2 ns=1;s=Machines.MachineTool1.Monitoring.Channel2 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis2.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis2.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis2.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis2 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis2.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis2 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis2.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis2 Axis3 ns=1;s=Machines.MachineTool1.Monitoring.Channel2 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis3.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis3.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis3.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis3 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis3.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis3 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis3.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis3 Axis4 ns=1;s=Machines.MachineTool1.Monitoring.Channel2 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis4.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis4.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis4.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis4 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis4.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis4 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis4.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis4 Axis5 ns=1;s=Machines.MachineTool1.Monitoring.Channel2 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis5.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis5.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis5.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis5 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis5.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis5 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis5.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis5 Axis6 ns=1;s=Machines.MachineTool1.Monitoring.Channel2 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis6.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis6.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis6.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis6 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis6.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis6 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis6.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.Axis6 ChannelMode i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2 ChannelModifiers ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelModifiers.BlockSkip ns=1;s=Machines.MachineTool1.Monitoring.Channel2 ns=2;i=33 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelModifiers.DryRun ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelModifiers.OptionalStop ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelModifiers.SingleStep ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelModifiers.TestMode BlockSkip i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelModifiers DryRun i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelModifiers OptionalStop i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelModifiers SingleStep i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelModifiers TestMode i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.ChannelModifiers ChannelState i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2 FeedOverride i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.FeedOverride.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.FeedOverride.EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel2 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.FeedOverride i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel2.FeedOverride i=68 i=885 0 120 Name ns=1;s=Machines.MachineTool1.Monitoring.Channel2 i=68 RapidOverride i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Channel2.RapidOverride.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.RapidOverride.EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel2 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel2.RapidOverride i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel2.RapidOverride i=68 i=885 0 100 SelectedProgram i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel2 Channel3 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ActTool ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis1 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis2 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis3 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis4 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis5 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis6 ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelMode ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelModifiers ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelState ns=1;i=1004 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.FeedOverride ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel3.RapidOverride ns=1;s=Machines.MachineTool1.Monitoring.Channel3.SelectedProgram ActTool ns=1;s=Machines.MachineTool1.Monitoring.Channel3 i=63 Axis1 ns=1;s=Machines.MachineTool1.Monitoring.Channel3 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis1.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis1.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis1.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis1 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis1.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis1 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis1.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis1 Axis2 ns=1;s=Machines.MachineTool1.Monitoring.Channel3 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis2.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis2.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis2.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis2 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis2.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis2 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis2.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis2 Axis3 ns=1;s=Machines.MachineTool1.Monitoring.Channel3 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis3.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis3.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis3.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis3 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis3.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis3 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis3.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis3 Axis4 ns=1;s=Machines.MachineTool1.Monitoring.Channel3 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis4.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis4.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis4.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis4 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis4.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis4 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis4.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis4 Axis5 ns=1;s=Machines.MachineTool1.Monitoring.Channel3 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis5.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis5.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis5.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis5 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis5.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis5 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis5.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis5 Axis6 ns=1;s=Machines.MachineTool1.Monitoring.Channel3 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis6.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis6.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis6.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis6 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis6.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis6 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis6.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.Axis6 ChannelMode i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3 ChannelModifiers ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelModifiers.BlockSkip ns=1;s=Machines.MachineTool1.Monitoring.Channel3 ns=2;i=33 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelModifiers.DryRun ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelModifiers.OptionalStop ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelModifiers.SingleStep ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelModifiers.TestMode BlockSkip i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelModifiers DryRun i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelModifiers OptionalStop i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelModifiers SingleStep i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelModifiers TestMode i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.ChannelModifiers ChannelState i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3 FeedOverride i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.FeedOverride.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.FeedOverride.EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel3 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.FeedOverride i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel3.FeedOverride i=68 i=885 0 120 Name ns=1;s=Machines.MachineTool1.Monitoring.Channel3 i=68 RapidOverride i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Channel3.RapidOverride.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.RapidOverride.EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel3 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel3.RapidOverride i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel3.RapidOverride i=68 i=885 0 100 SelectedProgram i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel3 Channel4 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ActTool ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis1 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis2 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis3 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis4 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis5 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis6 ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelMode ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelModifiers ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelState ns=1;i=1004 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.FeedOverride ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel4.RapidOverride ns=1;s=Machines.MachineTool1.Monitoring.Channel4.SelectedProgram ActTool ns=1;s=Machines.MachineTool1.Monitoring.Channel4 i=63 Axis1 ns=1;s=Machines.MachineTool1.Monitoring.Channel4 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis1.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis1.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis1.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis1 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis1.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis1 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis1.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis1 Axis2 ns=1;s=Machines.MachineTool1.Monitoring.Channel4 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis2.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis2.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis2.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis2 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis2.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis2 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis2.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis2 Axis3 ns=1;s=Machines.MachineTool1.Monitoring.Channel4 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis3.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis3.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis3.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis3 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis3.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis3 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis3.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis3 Axis4 ns=1;s=Machines.MachineTool1.Monitoring.Channel4 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis4.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis4.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis4.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis4 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis4.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis4 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis4.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis4 Axis5 ns=1;s=Machines.MachineTool1.Monitoring.Channel4 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis5.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis5.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis5.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis5 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis5.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis5 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis5.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis5 Axis6 ns=1;s=Machines.MachineTool1.Monitoring.Channel4 ns=1;i=1005 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis6.Name ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis6.Position ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis6.Referenced Name i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis6 Position i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis6.Position.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis6 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis6.Position i=68 Referenced i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.Axis6 ChannelMode i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4 ChannelModifiers ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelModifiers.BlockSkip ns=1;s=Machines.MachineTool1.Monitoring.Channel4 ns=2;i=33 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelModifiers.DryRun ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelModifiers.OptionalStop ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelModifiers.SingleStep ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelModifiers.TestMode BlockSkip i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelModifiers DryRun i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelModifiers OptionalStop i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelModifiers SingleStep i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelModifiers TestMode i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.ChannelModifiers ChannelState i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4 FeedOverride i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.FeedOverride.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.FeedOverride.EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel4 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.FeedOverride i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel4.FeedOverride i=68 i=885 0 120 Name ns=1;s=Machines.MachineTool1.Monitoring.Channel4 i=68 RapidOverride i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Channel4.RapidOverride.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.RapidOverride.EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel4 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Channel4.RapidOverride i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Channel4.RapidOverride i=68 i=885 0 100 SelectedProgram i=63 ns=1;s=Machines.MachineTool1.Monitoring.Channel4 MachineTool ns=1;s=Machines.MachineTool1.Monitoring.MachineTool.FeedOverride ns=1;s=Machines.MachineTool1.Monitoring.MachineTool.IsWarmUp ns=2;i=26 ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Monitoring.MachineTool.OperationMode ns=1;s=Machines.MachineTool1.Monitoring.MachineTool.PowerOnDuration FeedOverride i=17570 ns=1;s=Machines.MachineTool1.Monitoring.MachineTool.FeedOverride.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.MachineTool.FeedOverride.EURange ns=1;s=Machines.MachineTool1.Monitoring.MachineTool EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.MachineTool.FeedOverride i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.MachineTool.FeedOverride i=68 i=885 0 120 IsWarmUp i=63 ns=1;s=Machines.MachineTool1.Monitoring.MachineTool OperationMode i=63 ns=1;s=Machines.MachineTool1.Monitoring.MachineTool PowerOnDuration i=63 ns=1;s=Machines.MachineTool1.Monitoring.MachineTool Spindle1 ns=1;i=1006 ns=1;s=Machines.MachineTool1.Monitoring.Spindle1.IsRotating ns=1;s=Machines.MachineTool1.Monitoring.Spindle1.IsUsedAsAxis ns=1;s=Machines.MachineTool1.Monitoring.Spindle1.Name ns=1;s=Machines.MachineTool1.Monitoring.Spindle1.Override ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Monitoring.Spindle1.SpindleLoad IsRotating i=63 ns=1;s=Machines.MachineTool1.Monitoring.Spindle1 false IsUsedAsAxis i=63 ns=1;s=Machines.MachineTool1.Monitoring.Spindle1 Name ns=1;s=Machines.MachineTool1.Monitoring.Spindle1 i=68 Override i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Spindle1.Override.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle1.Override.EURange ns=1;s=Machines.MachineTool1.Monitoring.Spindle1 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle1.Override i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Spindle1.Override i=68 i=885 50 120 SpindleLoad i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Spindle1.SpindleLoad.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle1 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle1.SpindleLoad i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent Spindle2 ns=1;i=1006 ns=1;s=Machines.MachineTool1.Monitoring.Spindle2.IsRotating ns=1;s=Machines.MachineTool1.Monitoring.Spindle2.IsUsedAsAxis ns=1;s=Machines.MachineTool1.Monitoring.Spindle2.Name ns=1;s=Machines.MachineTool1.Monitoring.Spindle2.Override ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Monitoring.Spindle2.SpindleLoad IsRotating i=63 ns=1;s=Machines.MachineTool1.Monitoring.Spindle2 false IsUsedAsAxis i=63 ns=1;s=Machines.MachineTool1.Monitoring.Spindle2 Name ns=1;s=Machines.MachineTool1.Monitoring.Spindle2 i=68 Override i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Spindle2.Override.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle2.Override.EURange ns=1;s=Machines.MachineTool1.Monitoring.Spindle2 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle2.Override i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Spindle2.Override i=68 i=885 50 120 SpindleLoad i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Spindle2.SpindleLoad.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle2 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle2.SpindleLoad i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent Spindle3 ns=1;i=1006 ns=1;s=Machines.MachineTool1.Monitoring.Spindle3.IsRotating ns=1;s=Machines.MachineTool1.Monitoring.Spindle3.IsUsedAsAxis ns=1;s=Machines.MachineTool1.Monitoring.Spindle3.Name ns=1;s=Machines.MachineTool1.Monitoring.Spindle3.Override ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Monitoring.Spindle3.SpindleLoad IsRotating i=63 ns=1;s=Machines.MachineTool1.Monitoring.Spindle3 false IsUsedAsAxis i=63 ns=1;s=Machines.MachineTool1.Monitoring.Spindle3 Name ns=1;s=Machines.MachineTool1.Monitoring.Spindle3 i=68 Override i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Spindle3.Override.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle3.Override.EURange ns=1;s=Machines.MachineTool1.Monitoring.Spindle3 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle3.Override i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Spindle3.Override i=68 i=885 50 120 SpindleLoad i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Spindle3.SpindleLoad.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle3 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle3.SpindleLoad i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent Spindle4 ns=1;i=1006 ns=1;s=Machines.MachineTool1.Monitoring.Spindle4.IsRotating ns=1;s=Machines.MachineTool1.Monitoring.Spindle4.IsUsedAsAxis ns=1;s=Machines.MachineTool1.Monitoring.Spindle4.Name ns=1;s=Machines.MachineTool1.Monitoring.Spindle4.Override ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Monitoring.Spindle4.SpindleLoad IsRotating i=63 ns=1;s=Machines.MachineTool1.Monitoring.Spindle4 false IsUsedAsAxis i=63 ns=1;s=Machines.MachineTool1.Monitoring.Spindle4 Name ns=1;s=Machines.MachineTool1.Monitoring.Spindle4 i=68 Override i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Spindle4.Override.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle4.Override.EURange ns=1;s=Machines.MachineTool1.Monitoring.Spindle4 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle4.Override i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Spindle4.Override i=68 i=885 50 120 SpindleLoad i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Spindle4.SpindleLoad.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle4 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle4.SpindleLoad i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent Spindle5 ns=1;i=1006 ns=1;s=Machines.MachineTool1.Monitoring.Spindle5.IsRotating ns=1;s=Machines.MachineTool1.Monitoring.Spindle5.IsUsedAsAxis ns=1;s=Machines.MachineTool1.Monitoring.Spindle5.Name ns=1;s=Machines.MachineTool1.Monitoring.Spindle5.Override ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Monitoring.Spindle5.SpindleLoad IsRotating i=63 ns=1;s=Machines.MachineTool1.Monitoring.Spindle5 false IsUsedAsAxis i=63 ns=1;s=Machines.MachineTool1.Monitoring.Spindle5 Name ns=1;s=Machines.MachineTool1.Monitoring.Spindle5 i=68 Override i=17570 ns=1;s=Machines.MachineTool1.Monitoring.Spindle5.Override.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle5.Override.EURange ns=1;s=Machines.MachineTool1.Monitoring.Spindle5 0 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle5.Override i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent EURange ns=1;s=Machines.MachineTool1.Monitoring.Spindle5.Override i=68 i=885 50 120 SpindleLoad i=17497 ns=1;s=Machines.MachineTool1.Monitoring.Spindle5.SpindleLoad.EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle5 EngineeringUnits ns=1;s=Machines.MachineTool1.Monitoring.Spindle5.SpindleLoad i=68 i=888 http://www.opcfoundation.org/UA/units/un/cefact 20529 % percent Stacklight ns=5;i=1002 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.NodeVersion ns=1;s=Machines.MachineTool1.Monitoring ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.StacklightMode Light0 Represents a lamp element in a stacklight. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0.Intensity ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0.IsPartOfBase ns=1;s=Machines.MachineTool1.Monitoring.Stacklight ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0.NumberInList ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0.SignalColor ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0.SignalMode ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0.SignalOn ns=5;i=1006 Intensity Intensity of the lamp, thus its brightness. The mandatory EURange Property of the Variable indicates the lowest and highest value and thereby allows to calculate the percentage represented by the value. The lowest value is interpreted as 0 percent, the highest is interpreted as 100 percent. i=2368 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0.Intensity.EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0 EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0.Intensity i=68 IsPartOfBase Indicates, if the element is contained in the mounting base of the stacklight. All elements contained in the mounting base shall be at the beginning of the list of stack elements. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0 i=68 NumberInList Enumerate the stacklight elements counting upwards beginning from the base of the stacklight. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0 i=68 SignalColor Indicates the colour the lamp element has when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0 SignalMode Shows in what way the lamp is used (continuous light, flashing, blinking) when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0 SignalOn Indicates if the signal emitted by the stack element is currently switched on or not. i=68 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light0 Light1 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1.Intensity ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1.IsPartOfBase ns=1;s=Machines.MachineTool1.Monitoring.Stacklight ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1.NumberInList ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1.SignalColor ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1.SignalMode ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1.SignalOn ns=5;i=1006 Intensity Intensity of the lamp, thus its brightness. The mandatory EURange Property of the Variable indicates the lowest and highest value and thereby allows to calculate the percentage represented by the value. The lowest value is interpreted as 0 percent, the highest is interpreted as 100 percent. i=2368 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1.Intensity.EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1 EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1.Intensity i=68 IsPartOfBase Indicates, if the element is contained in the mounting base of the stacklight. All elements contained in the mounting base shall be at the beginning of the list of stack elements. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1 i=68 NumberInList Enumerate the stacklight elements counting upwards beginning from the base of the stacklight. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1 i=68 SignalColor Indicates the colour the lamp element has when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1 SignalMode Shows in what way the lamp is used (continuous light, flashing, blinking) when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1 SignalOn Indicates if the signal emitted by the stack element is currently switched on or not. i=68 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light1 Light2 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2.Intensity ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2.IsPartOfBase ns=1;s=Machines.MachineTool1.Monitoring.Stacklight ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2.NumberInList ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2.SignalColor ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2.SignalMode ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2.SignalOn ns=5;i=1006 Intensity Intensity of the lamp, thus its brightness. The mandatory EURange Property of the Variable indicates the lowest and highest value and thereby allows to calculate the percentage represented by the value. The lowest value is interpreted as 0 percent, the highest is interpreted as 100 percent. i=2368 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2.Intensity.EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2 EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2.Intensity i=68 IsPartOfBase Indicates, if the element is contained in the mounting base of the stacklight. All elements contained in the mounting base shall be at the beginning of the list of stack elements. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2 i=68 NumberInList Enumerate the stacklight elements counting upwards beginning from the base of the stacklight. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2 i=68 SignalColor Indicates the colour the lamp element has when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2 SignalMode Shows in what way the lamp is used (continuous light, flashing, blinking) when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2 SignalOn Indicates if the signal emitted by the stack element is currently switched on or not. i=68 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light2 Light3 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3.Intensity ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3.IsPartOfBase ns=1;s=Machines.MachineTool1.Monitoring.Stacklight ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3.NumberInList ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3.SignalColor ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3.SignalMode ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3.SignalOn ns=5;i=1006 Intensity Intensity of the lamp, thus its brightness. The mandatory EURange Property of the Variable indicates the lowest and highest value and thereby allows to calculate the percentage represented by the value. The lowest value is interpreted as 0 percent, the highest is interpreted as 100 percent. i=2368 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3.Intensity.EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3 EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3.Intensity i=68 IsPartOfBase Indicates, if the element is contained in the mounting base of the stacklight. All elements contained in the mounting base shall be at the beginning of the list of stack elements. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3 i=68 NumberInList Enumerate the stacklight elements counting upwards beginning from the base of the stacklight. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3 i=68 SignalColor Indicates the colour the lamp element has when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3 SignalMode Shows in what way the lamp is used (continuous light, flashing, blinking) when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3 SignalOn Indicates if the signal emitted by the stack element is currently switched on or not. i=68 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light3 Light4 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4.Intensity ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4.IsPartOfBase ns=1;s=Machines.MachineTool1.Monitoring.Stacklight ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4.NumberInList ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4.SignalColor ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4.SignalMode ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4.SignalOn ns=5;i=1006 Intensity Intensity of the lamp, thus its brightness. The mandatory EURange Property of the Variable indicates the lowest and highest value and thereby allows to calculate the percentage represented by the value. The lowest value is interpreted as 0 percent, the highest is interpreted as 100 percent. i=2368 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4.Intensity.EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4 EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4.Intensity i=68 IsPartOfBase Indicates, if the element is contained in the mounting base of the stacklight. All elements contained in the mounting base shall be at the beginning of the list of stack elements. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4 i=68 NumberInList Enumerate the stacklight elements counting upwards beginning from the base of the stacklight. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4 i=68 SignalColor Indicates the colour the lamp element has when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4 SignalMode Shows in what way the lamp is used (continuous light, flashing, blinking) when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4 SignalOn Indicates if the signal emitted by the stack element is currently switched on or not. i=68 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light4 Light5 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5.Intensity ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5.IsPartOfBase ns=1;s=Machines.MachineTool1.Monitoring.Stacklight ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5.NumberInList ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5.SignalColor ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5.SignalMode ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5.SignalOn ns=5;i=1006 Intensity Intensity of the lamp, thus its brightness. The mandatory EURange Property of the Variable indicates the lowest and highest value and thereby allows to calculate the percentage represented by the value. The lowest value is interpreted as 0 percent, the highest is interpreted as 100 percent. i=2368 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5.Intensity.EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5 EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5.Intensity i=68 IsPartOfBase Indicates, if the element is contained in the mounting base of the stacklight. All elements contained in the mounting base shall be at the beginning of the list of stack elements. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5 i=68 NumberInList Enumerate the stacklight elements counting upwards beginning from the base of the stacklight. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5 i=68 SignalColor Indicates the colour the lamp element has when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5 SignalMode Shows in what way the lamp is used (continuous light, flashing, blinking) when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5 SignalOn Indicates if the signal emitted by the stack element is currently switched on or not. i=68 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light5 Light6 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6.Intensity ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6.IsPartOfBase ns=1;s=Machines.MachineTool1.Monitoring.Stacklight ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6.NumberInList ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6.SignalColor ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6.SignalMode ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6.SignalOn ns=5;i=1006 Intensity Intensity of the lamp, thus its brightness. The mandatory EURange Property of the Variable indicates the lowest and highest value and thereby allows to calculate the percentage represented by the value. The lowest value is interpreted as 0 percent, the highest is interpreted as 100 percent. i=2368 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6.Intensity.EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6 EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6.Intensity i=68 IsPartOfBase Indicates, if the element is contained in the mounting base of the stacklight. All elements contained in the mounting base shall be at the beginning of the list of stack elements. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6 i=68 NumberInList Enumerate the stacklight elements counting upwards beginning from the base of the stacklight. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6 i=68 SignalColor Indicates the colour the lamp element has when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6 SignalMode Shows in what way the lamp is used (continuous light, flashing, blinking) when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6 SignalOn Indicates if the signal emitted by the stack element is currently switched on or not. i=68 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light6 Light7 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7.Intensity ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7.IsPartOfBase ns=1;s=Machines.MachineTool1.Monitoring.Stacklight ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7.NumberInList ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7.SignalColor ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7.SignalMode ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7.SignalOn ns=5;i=1006 Intensity Intensity of the lamp, thus its brightness. The mandatory EURange Property of the Variable indicates the lowest and highest value and thereby allows to calculate the percentage represented by the value. The lowest value is interpreted as 0 percent, the highest is interpreted as 100 percent. i=2368 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7.Intensity.EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7 EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7.Intensity i=68 IsPartOfBase Indicates, if the element is contained in the mounting base of the stacklight. All elements contained in the mounting base shall be at the beginning of the list of stack elements. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7 i=68 NumberInList Enumerate the stacklight elements counting upwards beginning from the base of the stacklight. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7 i=68 SignalColor Indicates the colour the lamp element has when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7 SignalMode Shows in what way the lamp is used (continuous light, flashing, blinking) when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7 SignalOn Indicates if the signal emitted by the stack element is currently switched on or not. i=68 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light7 Light8 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8.Intensity ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8.IsPartOfBase ns=1;s=Machines.MachineTool1.Monitoring.Stacklight ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8.NumberInList ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8.SignalColor ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8.SignalMode ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8.SignalOn ns=5;i=1006 Intensity Intensity of the lamp, thus its brightness. The mandatory EURange Property of the Variable indicates the lowest and highest value and thereby allows to calculate the percentage represented by the value. The lowest value is interpreted as 0 percent, the highest is interpreted as 100 percent. i=2368 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8.Intensity.EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8 EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8.Intensity i=68 IsPartOfBase Indicates, if the element is contained in the mounting base of the stacklight. All elements contained in the mounting base shall be at the beginning of the list of stack elements. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8 i=68 NumberInList Enumerate the stacklight elements counting upwards beginning from the base of the stacklight. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8 i=68 SignalColor Indicates the colour the lamp element has when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8 SignalMode Shows in what way the lamp is used (continuous light, flashing, blinking) when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8 SignalOn Indicates if the signal emitted by the stack element is currently switched on or not. i=68 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light8 Light9 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9.Intensity ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9.IsPartOfBase ns=1;s=Machines.MachineTool1.Monitoring.Stacklight ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9.NumberInList ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9.SignalColor ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9.SignalMode ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9.SignalOn ns=5;i=1006 Intensity Intensity of the lamp, thus its brightness. The mandatory EURange Property of the Variable indicates the lowest and highest value and thereby allows to calculate the percentage represented by the value. The lowest value is interpreted as 0 percent, the highest is interpreted as 100 percent. i=2368 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9.Intensity.EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9 EURange ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9.Intensity i=68 IsPartOfBase Indicates, if the element is contained in the mounting base of the stacklight. All elements contained in the mounting base shall be at the beginning of the list of stack elements. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9 i=68 NumberInList Enumerate the stacklight elements counting upwards beginning from the base of the stacklight. ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9 i=68 SignalColor Indicates the colour the lamp element has when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9 SignalMode Shows in what way the lamp is used (continuous light, flashing, blinking) when switched on. i=63 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9 SignalOn Indicates if the signal emitted by the stack element is currently switched on or not. i=68 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight.Light9 NodeVersion ns=1;s=Machines.MachineTool1.Monitoring.Stacklight i=68 StacklightMode Shows in what way (stack of individual lights, level meter, running light) the stacklight unit is used. i=68 ns=1;s=Machines.MachineTool1.Monitoring.Stacklight Notification ns=1;s=Machines.MachineTool1.Notification.Messages ns=1;s=Machines.MachineTool1 ns=2;i=7 Messages ns=2;i=39 ns=1;s=Machines.MachineTool1.Notification ns=2;i=38 ns=2;i=35 i=2253 ns=3;i=39 PeripheralDevices i=58 ns=1;s=Machines.MachineTool1.PeripheralDevices.ClampingDeviceState ns=1;s=Machines.MachineTool1.PeripheralDevices.DoorState ns=1;s=Machines.MachineTool1 ClampingDeviceState i=63 ns=1;s=Machines.MachineTool1.PeripheralDevices DoorState i=63 ns=1;s=Machines.MachineTool1.PeripheralDevices Production ns=1;s=Machines.MachineTool1.Production.ActiveProgram ns=1;s=Machines.MachineTool1 ns=1;s=Machines.MachineTool1.Production.ProductionPlan ns=2;i=21 ActiveProgram ns=1;s=Machines.MachineTool1.Production ns=1;s=Machines.MachineTool1.Production.ActiveProgram.ActProgLine ns=1;i=1007 ns=1;s=Machines.MachineTool1.Production.ActiveProgram.JobIdentifier ns=1;s=Machines.MachineTool1.Production.ActiveProgram.JobNodeId ns=1;s=Machines.MachineTool1.Production.ActiveProgram.Name ns=1;s=Machines.MachineTool1.Production.ActiveProgram.NumberInList ns=1;s=Machines.MachineTool1.Production.ActiveProgram.State ActProgLine i=63 ns=1;s=Machines.MachineTool1.Production.ActiveProgram JobIdentifier i=63 ns=1;s=Machines.MachineTool1.Production.ActiveProgram JobNodeId i=63 ns=1;s=Machines.MachineTool1.Production.ActiveProgram Name i=68 ns=1;s=Machines.MachineTool1.Production.ActiveProgram NumberInList i=68 ns=1;s=Machines.MachineTool1.Production.ActiveProgram State ns=1;s=Machines.MachineTool1.Production.ActiveProgram.State.CurrentState ns=2;i=15 ns=1;s=Machines.MachineTool1.Production.ActiveProgram CurrentState ns=1;s=Machines.MachineTool1.Production.ActiveProgram.State i=2760 ns=1;s=Machines.MachineTool1.Production.ActiveProgram.State.CurrentState.Id ns=1;s=Machines.MachineTool1.Production.ActiveProgram.State.CurrentState.Number Id ns=1;s=Machines.MachineTool1.Production.ActiveProgram.State.CurrentState i=68 Number ns=1;s=Machines.MachineTool1.Production.ActiveProgram.State.CurrentState i=68 ProductionPlan ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob ns=2;i=30 ns=1;s=Machines.MachineTool1.Production ActJob ns=1;s=Machines.MachineTool1.Production.ProductionPlan ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.CustomerOrderIdentifier ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.Identifier ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.NumberInList ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.OrderIdentifier ns=2;i=29 ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.RunsCompleted ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.RunsPlanned ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.State CustomerOrderIdentifier ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob i=68 Identifier ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob i=68 NumberInList ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob i=68 OrderIdentifier ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob i=68 ProductionPrograms ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main i=23518 ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob Main ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main.Name ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main.NumberInList ns=2;i=59 ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main.State Name ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main i=68 NumberInList ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main i=68 State ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main.State.CurrentState ns=2;i=15 ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main CurrentState ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main.State i=2760 ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main.State.CurrentState.Id ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main.State.CurrentState.Number Id ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main.State.CurrentState i=68 Number ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.ProductionPrograms.Main.State.CurrentState i=68 RunsCompleted i=63 ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob RunsPlanned i=63 ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.RunsPlanned.IsValid ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob 0 IsValid ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.RunsPlanned i=68 State ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.State.CurrentState ns=2;i=28 ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob CurrentState ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.State i=2760 ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.State.CurrentState.Id ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.State.CurrentState.Number Id ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.State.CurrentState i=68 Number ns=1;s=Machines.MachineTool1.Production.ProductionPlan.ActJob.State.CurrentState i=68 UserParameter i=58 ns=1;s=Machines.MachineTool1 http://www.emco-world.com/emco_machine_tools/ i=11715 ns=1;i=6096 i=11616 ns=1;i=6097 ns=1;i=6111 ns=1;i=6112 ns=1;i=6113 ns=1;i=6114 ns=1;i=6115 IsNamespaceSubset ns=1;i=5030 i=68 false NamespacePublicationDate ns=1;i=5030 i=68 2021-10-27T13:01:00Z NamespaceUri ns=1;i=5030 i=68 http://www.emco-world.com/emco_machine_tools/ NamespaceVersion ns=1;i=5030 i=68 1.0.0 StaticNodeIdTypes i=68 ns=1;i=5030 0 StaticNumericNodeIdRange i=68 ns=1;i=5030 StaticStringNodeIdPattern i=68 ns=1;i=5030