http://opcfoundation.org/UA/PlasticsRubber/HotRunner/
http://opcfoundation.org/UA/PlasticsRubber/GeneralTypes/
http://opcfoundation.org/UA/DI/
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ControllerTypeEnumeration
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EnumStrings
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CLOSED_LOOP_CONTROL
MANUAL
SYNCHRONOUS_ZONE
CASCADE
COOL_ZONE
MEASURING_ZONE
NOT_USED
ZoneStatusEnumeration
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EnumStrings
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i=68
OTHER
GOOD
SENSOR_FAULT
TEMPERATURE_SENSOR_BROKEN
TEMPERATURE_SENSOR_REVERSED
POWER_UNIT_FAILED
HEATING_OUTPUT_TO_LOW
ERROR
WARNING
LEAKAGE_DETECTED
TimeMethodPIDParametersDataType
ns=1;i=5037
ns=1;i=5039
ns=1;i=5038
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proportional band
reset time
derivative time
sample time
TimeMethodPIDParametersDataType
i=69
ns=1;i=5037
ns=1;i=6017
TimeMethodPIDParametersDataType
TimeMethodPIDParametersDataType
i=69
ns=1;i=5038
ns=1;i=6019
//xs:element[@name='TimeMethodPIDParametersDataType']
OPC40082_2
Collects the data type descriptions of http://opcfoundation.org/UA/PlasticsRubber/HotRunner/
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NamespaceUri
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http://opcfoundation.org/UA/PlasticsRubber/HotRunner/
OPC40082_2
Collects the data type descriptions of http://opcfoundation.org/UA/PlasticsRubber/HotRunner/
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go=
NamespaceUri
ns=1;i=6019
i=68
http://opcfoundation.org/UA/PlasticsRubber/HotRunner/Types.xsd
ZoneAlarmType
Represent zone-related text messages of an HRD
ns=2;i=1052
ControllerType
Configuration and operation of the zone controller
ns=1;i=6034
ns=1;i=6025
ns=1;i=6022
ns=1;i=6500
ns=1;i=6036
i=58
ns=1;i=5040
ns=1;i=5044
ns=1;i=6028
ns=1;i=6030
ns=1;i=6031
ns=1;i=6021
ns=1;i=6032
ns=1;i=6023
ns=1;i=6026
ns=1;i=6041
ActualOutput
Indicates the currently active output in percent
ns=1;i=1005
i=2368
ns=1;i=6044
ns=1;i=6035
i=80
0
EngineeringUnits
ns=1;i=6034
i=80
i=68
EURange
ns=1;i=6034
i=78
i=68
ActualType
Actual value for the controller type used by the zone
ns=1;i=1005
i=78
i=68
0
ActualValueActive
Indicates the current status of the controller
ns=1;i=1005
i=78
i=68
false
AutomaticReferenceZoneSelection
If true, the HRD selects automatically the reference zone.
ns=1;i=1005
i=80
i=68
AverageControllerOutput
Indicates the average output which can be used when a sensor is broken
i=2368
ns=1;i=1005
ns=1;i=6045
ns=1;i=6037
i=80
0
EngineeringUnits
ns=1;i=6036
i=80
i=68
EURange
ns=1;i=6036
i=78
i=68
LoadCurrent
Information about the load current in Ampere
ns=1;i=6038
ns=1;i=6081
ns=1;i=6107
ns=1;i=1005
ns=1;i=6152
ns=1;i=6304
ns=1;i=6324
ns=1;i=6511
ns=2;i=1056
ns=1;i=6513
i=80
ns=1;i=7027
ns=1;i=6516
ns=1;i=6518
ns=1;i=6520
ns=1;i=6713
ns=1;i=6522
ns=1;i=6524
ActualValue
Actual value of the monitored parameter
ns=1;i=5040
i=2368
ns=1;i=6043
ns=1;i=6039
i=78
0
EngineeringUnits
ns=1;i=6038
i=80
i=68
EURange
ns=1;i=6038
i=78
i=68
AlarmSuppression
The start-up alarm suppression deactivates alarms of a monitored parameter during start up or a setpoint jump
ns=1;i=5040
ns=1;i=6082
i=11238
i=80
ns=1;i=6106
0
EnumValues
ns=1;i=6081
i=78
i=68
ValueAsText
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i=68
ns=1;i=6081
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5040
i=80
i=68
false
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6526
ns=1;i=6153
ns=1;i=5040
i=80
0
EngineeringUnits
ns=1;i=6152
i=80
i=68
EURange
ns=1;i=6152
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6527
ns=1;i=6314
ns=1;i=5040
i=80
0
EngineeringUnits
ns=1;i=6304
i=80
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EURange
ns=1;i=6304
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6528
ns=1;i=6510
ns=1;i=5040
i=80
0
EngineeringUnits
ns=1;i=6324
i=80
i=68
EURange
ns=1;i=6324
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6529
ns=1;i=6512
ns=1;i=5040
i=80
0
EngineeringUnits
ns=1;i=6511
i=80
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EURange
ns=1;i=6511
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6514
ns=1;i=5040
i=11238
i=80
ns=1;i=6515
0
EnumValues
ns=1;i=6513
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6513
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5040
SetRampDown
Indication if SetValue that is lower than the actual value shall be reached as fast as possible (SetRampDown = 0) or within a given value change per time
i=2368
ns=1;i=6530
ns=1;i=6517
i=80
ns=1;i=5040
0
EngineeringUnits
ns=1;i=6516
i=80
i=68
EURange
ns=1;i=6516
i=78
i=68
SetRampUp
Indication if a SetValue that is higher than the actual value shall be reached as fast as possible (SetRampUp = 0) or within a given value change per time
i=2368
ns=1;i=6531
ns=1;i=6519
i=80
ns=1;i=5040
0
EngineeringUnits
ns=1;i=6518
i=80
i=68
EURange
ns=1;i=6518
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6532
ns=1;i=6521
i=80
ns=1;i=5040
0
EngineeringUnits
ns=1;i=6520
i=80
i=68
EURange
ns=1;i=6520
i=78
i=68
Status
Information if the ActualValue is within the tolerances or has passed a tolerance or min/max value
ns=1;i=6714
i=11238
i=80
ns=1;i=5040
ns=1;i=6715
EnumValues
ns=1;i=6713
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6713
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6533
ns=1;i=6523
i=80
ns=1;i=5040
0
EngineeringUnits
ns=1;i=6522
i=80
i=68
EURange
ns=1;i=6522
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6534
ns=1;i=6525
i=80
ns=1;i=5040
0
EngineeringUnits
ns=1;i=6524
i=80
i=68
EURange
ns=1;i=6524
i=78
i=68
LoadPower
Information about the load power in Watt
ns=1;i=6665
ns=1;i=6668
ns=1;i=6671
ns=1;i=1005
ns=1;i=6672
ns=1;i=6674
ns=1;i=6676
ns=1;i=6678
ns=2;i=1056
ns=1;i=6680
i=80
ns=1;i=7033
ns=1;i=6683
ns=1;i=6685
ns=1;i=6687
ns=1;i=6485
ns=1;i=6689
ns=1;i=6691
ActualValue
Actual value of the monitored parameter
ns=1;i=5044
i=2368
ns=1;i=6667
ns=1;i=6666
i=78
0
EngineeringUnits
ns=1;i=6665
i=80
i=68
EURange
ns=1;i=6665
i=78
i=68
AlarmSuppression
The start-up alarm suppression deactivates alarms of a monitored parameter during start up or a setpoint jump
ns=1;i=5044
ns=1;i=6669
i=11238
i=80
ns=1;i=6670
0
EnumValues
ns=1;i=6668
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6668
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5044
i=80
i=68
false
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6693
ns=1;i=6673
ns=1;i=5044
i=80
0
EngineeringUnits
ns=1;i=6672
i=80
i=68
EURange
ns=1;i=6672
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6694
ns=1;i=6675
ns=1;i=5044
i=80
0
EngineeringUnits
ns=1;i=6674
i=80
i=68
EURange
ns=1;i=6674
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6695
ns=1;i=6677
ns=1;i=5044
i=80
0
EngineeringUnits
ns=1;i=6676
i=80
i=68
EURange
ns=1;i=6676
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6696
ns=1;i=6679
ns=1;i=5044
i=80
0
EngineeringUnits
ns=1;i=6678
i=80
i=68
EURange
ns=1;i=6678
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6681
ns=1;i=5044
i=11238
i=80
ns=1;i=6682
0
EnumValues
ns=1;i=6680
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6680
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5044
SetRampDown
Indication if SetValue that is lower than the actual value shall be reached as fast as possible (SetRampDown = 0) or within a given value change per time
i=2368
ns=1;i=6697
ns=1;i=6684
i=80
ns=1;i=5044
0
EngineeringUnits
ns=1;i=6683
i=80
i=68
EURange
ns=1;i=6683
i=78
i=68
SetRampUp
Indication if a SetValue that is higher than the actual value shall be reached as fast as possible (SetRampUp = 0) or within a given value change per time
i=2368
ns=1;i=6698
ns=1;i=6686
i=80
ns=1;i=5044
0
EngineeringUnits
ns=1;i=6685
i=80
i=68
EURange
ns=1;i=6685
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6699
ns=1;i=6688
i=80
ns=1;i=5044
0
EngineeringUnits
ns=1;i=6687
i=80
i=68
EURange
ns=1;i=6687
i=78
i=68
Status
Information if the ActualValue is within the tolerances or has passed a tolerance or min/max value
ns=1;i=6702
i=11238
i=80
ns=1;i=5044
ns=1;i=6703
EnumValues
ns=1;i=6485
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6485
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6700
ns=1;i=6690
i=80
ns=1;i=5044
0
EngineeringUnits
ns=1;i=6689
i=80
i=68
EURange
ns=1;i=6689
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6701
ns=1;i=6692
i=80
ns=1;i=5044
0
EngineeringUnits
ns=1;i=6691
i=80
i=68
EURange
ns=1;i=6691
i=78
i=68
LowerOutput
Limitation of the minimum output in closed-loop control in %
i=2368
ns=1;i=6046
ns=1;i=6029
ns=1;i=1005
i=80
0
EngineeringUnits
ns=1;i=6028
i=80
i=68
EURange
ns=1;i=6028
i=78
i=68
OutputTime
Time basis for operating the actuator
i=80
ns=1;i=1005
i=68
0
ReferenceZone
If zones are to operate parallel to a control zone, the reference relation can be realised with this parameter.
i=80
i=68
ns=1;i=1005
0
SetValueActive
A control zone is switched on and off with this parameter.
i=78
i=68
ns=1;i=1005
SetValueManualOutput
Manually given output in percent if SetValueType = MANUAL is selected
i=2368
ns=1;i=6047
ns=1;i=6033
i=80
ns=1;i=1005
0
EngineeringUnits
ns=1;i=6032
i=80
i=68
EURange
ns=1;i=6032
i=78
i=68
SetValueType
Set value for the controller type used by the zone
ns=1;i=6024
i=78
i=11238
ns=1;i=1005
ns=1;i=6062
EnumValues
ns=1;i=6023
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6023
UpperOutput
Limitation of the maximum output in closed-loop control in %
i=2368
ns=1;i=6048
ns=1;i=6027
i=80
ns=1;i=1005
0
EngineeringUnits
ns=1;i=6026
i=80
i=68
EURange
ns=1;i=6026
i=78
i=68
UpperSetValueCascade
If the two controllers are cascaded, the master defines to which nominal temperature value the slave is to control to. With this parameter, the upper limit for the slave is defined.
i=2368
ns=1;i=6049
ns=1;i=6042
i=80
ns=1;i=1005
0
EngineeringUnits
ns=1;i=6041
i=80
i=68
EURange
ns=1;i=6041
i=78
i=68
HeatUpType
Alternative to the SetRamp functionality of MonitoredParameterType defined in OPC 40083. With HeatUpType, it can be pre-defined how the control circuit is to be operated when it is switched on for the next time; with or without heat-up process.
ns=1;i=6013
i=58
ns=1;i=6008
ns=1;i=6238
ns=1;i=6484
ns=1;i=6009
ns=1;i=6011
EvenHeatUpEnabled
Enables even heat-up process until nominal SetValue of Temperature of ZoneType is reached
ns=1;i=1004
i=80
i=68
ManualOutputLimitActive
Activates heat-up process with pre-defined SetValueManualOutputLimit until SetValueTemperature is reached
ns=1;i=1004
i=80
i=68
RelayHeatingGroup
Number of the heating group for relay heating
i=80
i=68
ns=1;i=1004
RelayHeatingTime
Time for relay heating of the zone. When RelayHeatingTime of all zones of a heating group have expired, the next group starts heating.
i=80
i=68
ns=1;i=1004
SetValueManualOutputLimit
This pre-defined maximum output (in percent) is valid until the SetValueTemperature is reached.
i=2368
ns=1;i=6014
ns=1;i=6010
i=80
ns=1;i=1004
0
EngineeringUnits
ns=1;i=6009
i=80
i=68
EURange
ns=1;i=6009
i=78
i=68
SetValueTemperature
If ManualOutputLimitActive is set, SetValueManualOutputLimit is active until this nominal temperature value is reached.
i=2368
ns=1;i=6015
ns=1;i=6012
i=80
ns=1;i=1004
0
EngineeringUnits
ns=1;i=6011
i=80
i=68
EURange
ns=1;i=6011
i=78
i=68
HRD_InterfaceType
Root ObjectType representing a hot runner device with its subcomponents
ns=1;i=5022
ns=1;i=6240
ns=2;i=1052
i=58
ns=1;i=5015
ns=1;i=5016
ns=1;i=5023
ns=1;i=5017
ns=1;i=5018
Diagnostics
Diagnosis functions to check, for example, the wiring to the heating system or the sensor and heater allocation
ns=1;i=1010
ns=2;i=1066
i=80
ns=1;i=7009
ns=1;i=6237
ns=1;i=7010
RunDiagnostics
i=78
ns=1;i=5022
Status
i=78
i=68
ns=1;i=5022
StopDiagnostics
i=78
ns=1;i=5022
DisplayLanguage
Setting of desired language on the user interface at the HRD
ns=1;i=1010
i=80
i=68
Identification
Identification of the device
ns=1;i=6241
ns=1;i=6242
ns=1;i=6218
ns=1;i=6243
ns=1;i=6486
ns=1;i=6487
ns=1;i=1010
ns=2;i=1058
i=78
ns=1;i=6219
ns=1;i=6488
ns=1;i=6220
ns=1;i=6489
ns=1;i=6490
ns=1;i=6491
ns=1;i=6221
ns=1;i=6492
ns=1;i=6493
AssetId
ns=1;i=5015
i=80
i=68
ComponentName
ns=1;i=5015
i=80
i=68
DeviceClass
Indicates in which domain or for what purpose a certain device is used
ns=1;i=5015
i=78
i=68
DeviceManual
ns=1;i=5015
i=80
i=68
DeviceRevision
ns=1;i=5015
i=80
i=68
HardwareRevision
ns=1;i=5015
i=80
i=68
Manufacturer
Provides the name of the manufacturer of the machine
i=78
ns=1;i=5015
i=68
ManufacturerUri
ns=1;i=5015
i=80
i=68
Model
Represents the name of the machine type
i=78
ns=1;i=5015
i=68
ProductCode
i=80
ns=1;i=5015
i=68
ProductInstanceUri
i=80
ns=1;i=5015
i=68
RevisionCounter
i=80
i=68
ns=1;i=5015
SerialNumber
Represents the serial number of the machine (unique ID given by the manufacturer)
i=78
i=68
ns=1;i=5015
SoftwareRevision
i=80
i=68
ns=1;i=5015
YearOfConstruction
Represents the year of construction of the machine
i=80
i=68
ns=1;i=5015
MachineConfiguration
Current configuration of the hot runner device
ns=1;i=7011
ns=1;i=7012
ns=1;i=6222
ns=1;i=1010
ns=2;i=1016
i=78
ns=1;i=6329
ns=1;i=7008
ns=1;i=6224
ns=1;i=6225
GetCurrentPage
Method for retrieving a screenshot of the control system with the currently shown contents
ns=1;i=5016
ns=1;i=6244
i=80
ns=1;i=6245
InputArguments
i=78
i=68
ns=1;i=7011
i=297
VisualisationUnit
i=7
-1
OutputArguments
i=78
i=68
ns=1;i=7011
i=297
Page
i=30
-1
GetPage
Method for retrieving the image of a page of the control system
ns=1;i=5016
ns=1;i=6246
i=80
ns=1;i=6247
InputArguments
i=78
i=68
ns=1;i=7012
i=297
Id
i=12
-1
OutputArguments
i=78
i=68
ns=1;i=7012
i=297
Page
i=30
-1
LocationName
Description of the location of the machine given by the machine operator or OPC client
ns=1;i=5016
i=78
i=68
PageDirectory
List of the pages that are implemented in the machine control system and are shown on the screen of the machine
i=80
ns=1;i=5016
i=68
SetMachineTime
Method for setting the server time together with TimeZoneOffset
ns=1;i=6223
i=78
ns=1;i=5016
InputArguments
i=78
i=68
ns=1;i=7008
i=297
DateTime
i=13
-1
i=297
TimeZoneOffset
i=8912
-1
TimeZoneOffset
Difference of the local time to Coordinated Universal Time (UTC) given by the machine operator or OPC client
i=78
i=68
ns=1;i=5016
i=8913
0
false
UserMachineName
Description of the machine given by the machine operator or OPC client
i=78
i=68
ns=1;i=5016
MaintenanceInformation
Information about the maintenance status of various parts of a hot runner device
ns=1;i=5024
ns=1;i=5025
ns=1;i=1010
ns=1;i=1007
i=80
ns=1;i=5026
CoolingFan
Information about the maintenance status of the cooling fan
ns=1;i=6342
ns=1;i=5023
ns=1;i=6343
ns=2;i=1053
i=80
ns=1;i=6345
ns=1;i=7013
ns=1;i=6339
ns=1;i=6347
AdditionalInformation
Additional information on the necessary maintenance. Can be also a link to another document.
ns=1;i=5024
i=80
i=68
Interval
Regular interval between two maintenances
i=2368
ns=1;i=6364
ns=1;i=6344
ns=1;i=5024
i=80
0
EngineeringUnits
ns=1;i=6343
i=80
i=68
EURange
ns=1;i=6343
i=78
i=68
RemainingInterval
Interval before next maintenance is due
i=2368
ns=1;i=6369
ns=1;i=6346
i=80
ns=1;i=5024
0
EngineeringUnits
ns=1;i=6345
i=80
i=68
EURange
ns=1;i=6345
i=78
i=68
Reset
This Method sets the CurrentInterval to 0 and Status to NOT_DUE_0
i=78
ns=1;i=5024
Status
Maintenance status of the machine/device/component (represented by the parent element)
i=78
i=68
ns=1;i=5024
0
TotalOperation
How long is the component running in total
i=2368
ns=1;i=6371
ns=1;i=6348
i=80
ns=1;i=5024
EngineeringUnits
ns=1;i=6347
i=80
i=68
EURange
ns=1;i=6347
i=78
i=68
Heating
Information about the maintenance status of the heating
ns=1;i=6349
ns=1;i=5023
ns=1;i=6350
ns=2;i=1053
i=80
ns=1;i=6352
ns=1;i=7014
ns=1;i=6340
ns=1;i=6354
AdditionalInformation
Additional information on the necessary maintenance. Can be also a link to another document.
ns=1;i=5025
i=80
i=68
Interval
Regular interval between two maintenances
i=2368
ns=1;i=6365
ns=1;i=6351
ns=1;i=5025
i=80
0
EngineeringUnits
ns=1;i=6350
i=80
i=68
EURange
ns=1;i=6350
i=78
i=68
RemainingInterval
Interval before next maintenance is due
i=2368
ns=1;i=6366
ns=1;i=6353
i=80
ns=1;i=5025
0
EngineeringUnits
ns=1;i=6352
i=80
i=68
EURange
ns=1;i=6352
i=78
i=68
Reset
This Method sets the CurrentInterval to 0 and Status to NOT_DUE_0
i=78
ns=1;i=5025
Status
Maintenance status of the machine/device/component (represented by the parent element)
i=78
i=68
ns=1;i=5025
0
TotalOperation
How long is the component running in total
i=2368
ns=1;i=6367
ns=1;i=6355
i=80
ns=1;i=5025
EngineeringUnits
ns=1;i=6354
i=80
i=68
EURange
ns=1;i=6354
i=78
i=68
SafetyTest
Information about the maintenance status of the safety test
ns=1;i=6356
ns=1;i=6357
ns=2;i=1053
i=80
ns=1;i=6359
ns=1;i=7015
ns=1;i=5023
ns=1;i=6341
ns=1;i=6361
AdditionalInformation
Additional information on the necessary maintenance. Can be also a link to another document.
ns=1;i=5026
i=80
i=68
Interval
Regular interval between two maintenances
i=2368
ns=1;i=6375
ns=1;i=6358
ns=1;i=5026
i=80
0
EngineeringUnits
ns=1;i=6357
i=80
i=68
EURange
ns=1;i=6357
i=78
i=68
RemainingInterval
Interval before next maintenance is due
i=2368
ns=1;i=6376
ns=1;i=6360
i=80
ns=1;i=5026
0
EngineeringUnits
ns=1;i=6359
i=80
i=68
EURange
ns=1;i=6359
i=78
i=68
Reset
This Method sets the CurrentInterval to 0 and Status to NOT_DUE_0
i=78
ns=1;i=5026
Status
Maintenance status of the machine/device/component (represented by the parent element)
i=78
i=68
ns=1;i=5026
0
TotalOperation
How long is the component running in total
i=2368
ns=1;i=6377
ns=1;i=6362
i=80
ns=1;i=5026
EngineeringUnits
ns=1;i=6361
i=80
i=68
EURange
ns=1;i=6361
i=78
i=68
Operation
Contains components which are necessary to operate the HRD
ns=1;i=6227
ns=1;i=6252
ns=1;i=6226
ns=1;i=6251
ns=1;i=6508
ns=1;i=6303
ns=1;i=7017
i=78
ns=1;i=1010
ns=1;i=1009
ns=1;i=6497
ns=1;i=7016
ns=1;i=7020
ns=1;i=6650
ns=1;i=7032
ActiveErrors
List of the active errors of the device
ns=1;i=5017
i=63
i=78
ActiveSetValues
Central selection of the used set temperature for the temperature zones
ns=1;i=5017
ns=1;i=6395
i=78
i=11238
ns=1;i=6396
0
EnumValues
ns=1;i=6252
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6252
DeviceMappingNumber
Unique identifier/address/number for devices of the same DeviceType within a local network
ns=1;i=5017
i=78
i=68
EnablePower
Global power control switch for all zone controllers
ns=1;i=5017
i=78
i=68
false
EvenHeatUpMaxTemperatureDifference
Definition of the maximum temperature difference of all zones during even heat-up
i=2368
ns=1;i=6648
ns=1;i=6509
ns=1;i=5017
i=80
EngineeringUnits
ns=1;i=6508
i=80
i=68
EURange
ns=1;i=6508
i=78
i=68
HighestActiveAlarmSeverity
Indication of the severity of the highest active alarm
ns=1;i=5017
i=78
i=68
IdentifyDevice
The peripheral device on which this method is called shows itself by e.g. activation of a LED.
ns=1;i=5017
i=80
ReactionOnDisconnect
Selection of the set temperature for the temperature zones in case of a disconnection from the OPC UA client
ns=1;i=6498
i=78
i=11238
ns=1;i=5017
ns=1;i=6499
EnumValues
ns=1;i=6497
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6497
ResetAllErrors
Method to reset all errors of the device
i=80
ns=1;i=5017
ResetErrorById
Method to reset one error of the device
ns=1;i=6379
i=80
ns=1;i=5017
InputArguments
i=78
i=68
ns=1;i=7020
i=297
Id
i=12
-1
SessionNameForReactionOnDisconnect
Contains the sessionName of the connection with the client relevant for ReactionOnDisconnect
i=78
i=68
ns=1;i=5017
SetReactionOnDisconnect
Method to set ReactionOnDisconnect and SessionNameForReactionOnDisconnect
ns=1;i=6652
i=78
ns=1;i=5017
InputArguments
i=78
i=68
ns=1;i=7032
i=297
ReactionOnDisconnect
i=5
-1
Zones
Container for the zones
i=2133
i=78
ns=1;i=6228
ns=1;i=5019
ns=1;i=1010
ns=1;i=1008
NodeVersion
i=78
ns=1;i=5018
i=68
Zone_<Nr>
ns=1;i=6471
ns=1;i=5020
ns=1;i=5031
ns=1;i=6541
i=11510
ns=1;i=6388
ns=1;i=5012
ns=1;i=5032
ns=1;i=6474
ns=1;i=5018
ns=1;i=1006
CommunicationProtocolType
Used communication protocol between the sensor and the control system of the HRD
ns=1;i=5019
ns=1;i=6472
i=11238
i=80
ns=1;i=6473
EnumValues
ns=1;i=6471
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6471
Controller
Setting and monitoring of the controller
ns=1;i=6108
ns=1;i=6229
ns=1;i=6230
ns=1;i=6138
ns=1;i=6110
ns=1;i=5019
ns=1;i=1005
ns=1;i=5043
ns=1;i=5047
ns=1;i=6112
i=78
ns=1;i=6114
ns=1;i=6115
ns=1;i=6231
ns=1;i=6116
ns=1;i=6326
ns=1;i=6119
ns=1;i=6121
ActualOutput
Indicates the currently active output in percent
ns=1;i=5020
i=2368
ns=1;i=6322
ns=1;i=6109
i=80
0
EngineeringUnits
ns=1;i=6108
i=80
i=68
EURange
ns=1;i=6108
i=78
i=68
ActualType
Actual value for the controller type used by the zone
ns=1;i=5020
i=78
i=68
0
ActualValueActive
Indicates the current status of the controller
ns=1;i=5020
i=78
i=68
false
AutomaticReferenceZoneSelection
If true, the HRD selects automatically the reference zone.
ns=1;i=5020
i=80
i=68
AverageControllerOutput
Indicates the average output which can be used when a sensor is broken
i=2368
ns=1;i=5020
ns=1;i=6323
ns=1;i=6111
i=80
0
EngineeringUnits
ns=1;i=6110
i=80
i=68
EURange
ns=1;i=6110
i=78
i=68
LoadCurrent
Information about the load current in Ampere
ns=1;i=6539
ns=1;i=6613
ns=1;i=6616
ns=1;i=5020
ns=1;i=6617
ns=1;i=6620
ns=1;i=6623
ns=1;i=6626
ns=2;i=1056
ns=1;i=6629
i=80
ns=1;i=7030
ns=1;i=6632
ns=1;i=6635
ns=1;i=6638
ns=1;i=6722
ns=1;i=6641
ns=1;i=6644
ActualValue
Actual value of the monitored parameter
ns=1;i=5043
i=2368
ns=1;i=6612
ns=1;i=6540
i=78
0
EngineeringUnits
ns=1;i=6539
i=80
i=68
EURange
ns=1;i=6539
i=78
i=68
AlarmSuppression
The start-up alarm suppression deactivates alarms of a monitored parameter during start up or a setpoint jump
ns=1;i=5043
ns=1;i=6614
i=11238
i=80
ns=1;i=6615
0
EnumValues
ns=1;i=6613
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6613
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5043
i=80
i=68
false
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6618
ns=1;i=6619
ns=1;i=5043
i=80
0
EngineeringUnits
ns=1;i=6617
i=80
i=68
EURange
ns=1;i=6617
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6621
ns=1;i=6622
ns=1;i=5043
i=80
0
EngineeringUnits
ns=1;i=6620
i=80
i=68
EURange
ns=1;i=6620
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6624
ns=1;i=6625
ns=1;i=5043
i=80
0
EngineeringUnits
ns=1;i=6623
i=80
i=68
EURange
ns=1;i=6623
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6627
ns=1;i=6628
ns=1;i=5043
i=80
0
EngineeringUnits
ns=1;i=6626
i=80
i=68
EURange
ns=1;i=6626
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6630
ns=1;i=5043
i=11238
i=80
ns=1;i=6631
0
EnumValues
ns=1;i=6629
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6629
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5043
SetRampDown
Indication if SetValue that is lower than the actual value shall be reached as fast as possible (SetRampDown = 0) or within a given value change per time
i=2368
ns=1;i=6633
ns=1;i=6634
i=80
ns=1;i=5043
0
EngineeringUnits
ns=1;i=6632
i=80
i=68
EURange
ns=1;i=6632
i=78
i=68
SetRampUp
Indication if a SetValue that is higher than the actual value shall be reached as fast as possible (SetRampUp = 0) or within a given value change per time
i=2368
ns=1;i=6636
ns=1;i=6637
i=80
ns=1;i=5043
0
EngineeringUnits
ns=1;i=6635
i=80
i=68
EURange
ns=1;i=6635
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6639
ns=1;i=6640
i=80
ns=1;i=5043
0
EngineeringUnits
ns=1;i=6638
i=80
i=68
EURange
ns=1;i=6638
i=78
i=68
Status
Information if the ActualValue is within the tolerances or has passed a tolerance or min/max value
ns=1;i=6723
i=11238
i=80
ns=1;i=5043
ns=1;i=6724
EnumValues
ns=1;i=6722
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6722
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6642
ns=1;i=6643
i=80
ns=1;i=5043
0
EngineeringUnits
ns=1;i=6641
i=80
i=68
EURange
ns=1;i=6641
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6645
ns=1;i=6646
i=80
ns=1;i=5043
0
EngineeringUnits
ns=1;i=6644
i=80
i=68
EURange
ns=1;i=6644
i=78
i=68
LoadPower
Information about the load power in Watt
ns=1;i=6729
ns=1;i=5020
ns=2;i=1056
i=80
ActualValue
Actual value of the monitored parameter
ns=1;i=5047
i=2368
ns=1;i=6730
i=78
0
EURange
ns=1;i=6729
i=78
i=68
LowerOutput
Limitation of the minimum output in closed-loop control in %
i=2368
ns=1;i=6320
ns=1;i=6113
ns=1;i=5020
i=80
0
EngineeringUnits
ns=1;i=6112
i=80
i=68
EURange
ns=1;i=6112
i=78
i=68
OutputTime
Time basis for operating the actuator
i=80
ns=1;i=5020
i=68
0
ReferenceZone
If zones are to operate parallel to a control zone, the reference relation can be realised with this parameter.
i=80
i=68
ns=1;i=5020
0
SetValueActive
A control zone is switched on and off with this parameter.
i=78
i=68
ns=1;i=5020
SetValueManualOutput
Manually given output in percent if SetValueType = MANUAL is selected
i=2368
ns=1;i=6321
ns=1;i=6117
i=80
ns=1;i=5020
0
EngineeringUnits
ns=1;i=6116
i=80
i=68
EURange
ns=1;i=6116
i=78
i=68
SetValueType
Set value for the controller type used by the zone
ns=1;i=6327
i=78
i=11238
ns=1;i=5020
ns=1;i=6328
EnumValues
ns=1;i=6326
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6326
UpperOutput
Limitation of the maximum output in closed-loop control in %
i=2368
ns=1;i=6319
ns=1;i=6120
i=80
ns=1;i=5020
0
EngineeringUnits
ns=1;i=6119
i=80
i=68
EURange
ns=1;i=6119
i=78
i=68
UpperSetValueCascade
If the two controllers are cascaded, the master defines to which nominal temperature value the slave is to control to. With this parameter, the upper limit for the slave is defined.
i=2368
ns=1;i=6325
ns=1;i=6122
i=80
ns=1;i=5020
0
EngineeringUnits
ns=1;i=6121
i=80
i=68
EURange
ns=1;i=6121
i=78
i=68
HeatUp
Setting for heat up procedure
ns=1;i=6438
ns=1;i=5019
ns=1;i=1004
ns=1;i=6439
i=80
ns=1;i=6468
ns=1;i=6469
ns=1;i=6440
ns=1;i=6443
EvenHeatUpEnabled
Enables even heat-up process until nominal SetValue of Temperature of ZoneType is reached
ns=1;i=5031
i=80
i=68
ManualOutputLimitActive
Activates heat-up process with pre-defined SetValueManualOutputLimit until SetValueTemperature is reached
ns=1;i=5031
i=80
i=68
RelayHeatingGroup
Number of the heating group for relay heating
i=80
i=68
ns=1;i=5031
RelayHeatingTime
Time for relay heating of the zone. When RelayHeatingTime of all zones of a heating group have expired, the next group starts heating.
i=80
i=68
ns=1;i=5031
SetValueManualOutputLimit
This pre-defined maximum output (in percent) is valid until the SetValueTemperature is reached.
i=2368
ns=1;i=6441
ns=1;i=6442
i=80
ns=1;i=5031
0
EngineeringUnits
ns=1;i=6440
i=80
i=68
EURange
ns=1;i=6440
i=78
i=68
SetValueTemperature
If ManualOutputLimitActive is set, SetValueManualOutputLimit is active until this nominal temperature value is reached.
i=2368
ns=1;i=6444
ns=1;i=6445
i=80
ns=1;i=5031
0
EngineeringUnits
ns=1;i=6443
i=80
i=68
EURange
ns=1;i=6443
i=78
i=68
HighestActiveAlarmSeverity
Indicates the severity of the highest active alarm related to the current zone
ns=1;i=5019
i=78
i=68
Name
A user given name of the zone
ns=1;i=5019
i=80
i=68
Temperature
Setting and monitoring of the temperature
ns=1;i=6662
ns=1;i=6123
ns=1;i=6282
ns=1;i=6285
ns=1;i=6458
ns=1;i=6504
ns=1;i=5027
ns=1;i=1011
ns=1;i=6286
ns=1;i=6288
i=78
ns=1;i=6290
ns=1;i=6294
ns=1;i=6296
ns=1;i=7026
ns=1;i=6291
ns=1;i=6299
ns=1;i=6301
ns=1;i=6401
ns=1;i=6460
ns=1;i=6710
ns=1;i=6505
ns=1;i=6403
ns=1;i=6405
ns=1;i=5019
ActiveSetValue
Current active set temperature for the temperature zone
ns=1;i=5012
ns=1;i=6663
i=78
i=11238
ns=1;i=6664
EnumValues
ns=1;i=6662
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6662
ActualValue
Actual value of the monitored parameter
ns=1;i=5012
i=2368
ns=1;i=6127
ns=1;i=6124
i=78
0
EngineeringUnits
ns=1;i=6123
i=80
i=68
EURange
ns=1;i=6123
i=78
i=68
AlarmSuppression
The start-up alarm suppression deactivates alarms of a monitored parameter during start up or a setpoint jump
ns=1;i=5012
ns=1;i=6283
i=11238
i=80
ns=1;i=6284
0
EnumValues
ns=1;i=6282
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6282
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5012
i=80
i=68
false
BoostSetValue
Set value for boost mode
i=2368
ns=1;i=5012
ns=1;i=6466
ns=1;i=6459
i=80
EngineeringUnits
ns=1;i=6458
i=80
i=68
EURange
ns=1;i=6458
i=78
i=68
BoostTime
Duration of the boost mode after which the set value which was active before boost is becoming active again
ns=1;i=5012
i=80
i=68
ClosedLoopControl
With this type the client can do settings for the closed loop control on the device for a parameter
ns=1;i=6131
ns=1;i=6146
ns=1;i=7018
ns=1;i=7023
ns=1;i=5012
ns=2;i=1054
i=80
ns=1;i=6147
AutomaticControllerMode
Determination if PID Parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5027
i=80
i=68
AutoTuningActive
Informs if the automatic tuning is currently active
ns=1;i=5027
i=80
i=68
false
AutoTuningOff
Stops an already active self-optimisation process (no control parameters are changed)
ns=1;i=5027
i=80
AutoTuningOn
Starts the self-optimisation of the controller
ns=1;i=5027
i=80
PIDParameters
PID Parameters as array if several input signals (sensors) are used for the control
i=80
ns=1;i=5027
i=68
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6427
ns=1;i=6287
ns=1;i=5012
i=80
0
EngineeringUnits
ns=1;i=6286
i=80
i=68
EURange
ns=1;i=6286
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6428
ns=1;i=6289
ns=1;i=5012
i=80
0
EngineeringUnits
ns=1;i=6288
i=80
i=68
EURange
ns=1;i=6288
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6429
ns=1;i=6293
ns=1;i=5012
i=80
0
EngineeringUnits
ns=1;i=6290
i=80
i=68
EURange
ns=1;i=6290
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6430
ns=1;i=6295
ns=1;i=5012
i=80
0
EngineeringUnits
ns=1;i=6294
i=80
i=68
EURange
ns=1;i=6294
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6297
ns=1;i=5012
i=11238
i=80
ns=1;i=6298
0
EnumValues
ns=1;i=6296
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6296
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5012
SecondSetValue
Second set value for fast switch-over
i=2368
ns=1;i=6423
ns=1;i=6292
i=80
ns=1;i=5012
EngineeringUnits
ns=1;i=6291
i=80
i=68
EURange
ns=1;i=6291
i=78
i=68
SetRampDown
Indication if SetValue that is lower than the actual value shall be reached as fast as possible (SetRampDown = 0) or within a given value change per time
i=2368
ns=1;i=6431
ns=1;i=6300
i=80
ns=1;i=5012
0
EngineeringUnits
ns=1;i=6299
i=80
i=68
EURange
ns=1;i=6299
i=78
i=68
SetRampUp
Indication if a SetValue that is higher than the actual value shall be reached as fast as possible (SetRampUp = 0) or within a given value change per time
i=2368
ns=1;i=6432
ns=1;i=6302
i=80
ns=1;i=5012
0
EngineeringUnits
ns=1;i=6301
i=80
i=68
EURange
ns=1;i=6301
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6433
ns=1;i=6402
i=80
ns=1;i=5012
0
EngineeringUnits
ns=1;i=6401
i=80
i=68
EURange
ns=1;i=6401
i=78
i=68
StandbySetValue
Set value for standby mode
i=2368
ns=1;i=6467
ns=1;i=6461
i=80
ns=1;i=5012
EngineeringUnits
ns=1;i=6460
i=80
i=68
EURange
ns=1;i=6460
i=78
i=68
Status
Information if the ActualValue is within the tolerances or has passed a tolerance or min/max value
ns=1;i=6711
i=11238
i=80
ns=1;i=5012
ns=1;i=6712
EnumValues
ns=1;i=6710
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6710
TimeMethodPIDParameters
Setting of PID parameters with time method
i=80
i=68
ns=1;i=5012
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6434
ns=1;i=6404
i=80
ns=1;i=5012
0
EngineeringUnits
ns=1;i=6403
i=80
i=68
EURange
ns=1;i=6403
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6435
ns=1;i=6406
i=80
ns=1;i=5012
0
EngineeringUnits
ns=1;i=6405
i=80
i=68
EURange
ns=1;i=6405
i=78
i=68
TemperatureRiseMonitoring
Additional monitoring for the process temperature
ns=1;i=6389
i=80
ns=1;i=6390
ns=1;i=6446
ns=1;i=6449
ns=1;i=5019
ns=1;i=1003
ErrorDetected
Result of the TemperatureRiseMonitoring
ns=1;i=5032
i=78
i=68
false
SetValueActive
On / Off for the TemperatureRiseMonitoring
i=78
i=68
ns=1;i=5032
SetValueTemperatureChange
Specification of the set value change
i=2368
ns=1;i=6447
ns=1;i=6448
i=80
ns=1;i=5032
0
EngineeringUnits
ns=1;i=6446
i=80
i=68
EURange
ns=1;i=6446
i=78
i=68
SupervisionTime
Specification of the time within the temperature must have changed
i=80
i=68
ns=1;i=5032
0
ThermocoupleType
Type of connected external temperature sensor
ns=1;i=6475
i=11238
i=80
ns=1;i=5019
ns=1;i=6476
0
EnumValues
ns=1;i=6474
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6474
MaintenanceInformationType
Information about the maintenance status of various parts of a hot runner device
ns=1;i=5007
ns=1;i=5005
i=58
ns=1;i=5006
CoolingFan
Information about the maintenance status of the cooling fan
ns=1;i=6069
ns=1;i=1007
ns=1;i=6070
ns=2;i=1053
i=80
ns=1;i=6072
ns=1;i=7003
ns=1;i=6068
ns=1;i=6074
AdditionalInformation
Additional information on the necessary maintenance. Can be also a link to another document.
ns=1;i=5007
i=80
i=68
Interval
Regular interval between two maintenances
i=2368
ns=1;i=6363
ns=1;i=6071
ns=1;i=5007
i=80
0
EngineeringUnits
ns=1;i=6070
i=80
i=68
EURange
ns=1;i=6070
i=78
i=68
RemainingInterval
Interval before next maintenance is due
i=2368
ns=1;i=6368
ns=1;i=6073
i=80
ns=1;i=5007
0
EngineeringUnits
ns=1;i=6072
i=80
i=68
EURange
ns=1;i=6072
i=78
i=68
Reset
This Method sets the CurrentInterval to 0 and Status to NOT_DUE_0
i=78
ns=1;i=5007
Status
Maintenance status of the machine/device/component (represented by the parent element)
i=78
i=68
ns=1;i=5007
0
TotalOperation
How long is the component running in total
i=2368
ns=1;i=6370
ns=1;i=6075
i=80
ns=1;i=5007
EngineeringUnits
ns=1;i=6074
i=80
i=68
EURange
ns=1;i=6074
i=78
i=68
Heating
Information about the maintenance status of the heating
ns=1;i=6076
ns=1;i=1007
ns=1;i=6077
ns=2;i=1053
i=80
ns=1;i=6079
ns=1;i=7001
ns=1;i=6066
ns=1;i=6248
AdditionalInformation
Additional information on the necessary maintenance. Can be also a link to another document.
ns=1;i=5005
i=80
i=68
Interval
Regular interval between two maintenances
i=2368
ns=1;i=6250
ns=1;i=6078
ns=1;i=5005
i=80
0
EngineeringUnits
ns=1;i=6077
i=80
i=68
EURange
ns=1;i=6077
i=78
i=68
RemainingInterval
Interval before next maintenance is due
i=2368
ns=1;i=6330
ns=1;i=6080
i=80
ns=1;i=5005
0
EngineeringUnits
ns=1;i=6079
i=80
i=68
EURange
ns=1;i=6079
i=78
i=68
Reset
This Method sets the CurrentInterval to 0 and Status to NOT_DUE_0
i=78
ns=1;i=5005
Status
Maintenance status of the machine/device/component (represented by the parent element)
i=78
i=68
ns=1;i=5005
0
TotalOperation
How long is the component running in total
i=2368
ns=1;i=6331
ns=1;i=6249
i=80
ns=1;i=5005
EngineeringUnits
ns=1;i=6248
i=80
i=68
EURange
ns=1;i=6248
i=78
i=68
SafetyTest
Information about the maintenance status of the safety test
ns=1;i=6332
ns=1;i=6333
ns=2;i=1053
i=80
ns=1;i=6335
ns=1;i=7002
ns=1;i=1007
ns=1;i=6067
ns=1;i=6337
AdditionalInformation
Additional information on the necessary maintenance. Can be also a link to another document.
ns=1;i=5006
i=80
i=68
Interval
Regular interval between two maintenances
i=2368
ns=1;i=6372
ns=1;i=6334
ns=1;i=5006
i=80
0
EngineeringUnits
ns=1;i=6333
i=80
i=68
EURange
ns=1;i=6333
i=78
i=68
RemainingInterval
Interval before next maintenance is due
i=2368
ns=1;i=6373
ns=1;i=6336
i=80
ns=1;i=5006
0
EngineeringUnits
ns=1;i=6335
i=80
i=68
EURange
ns=1;i=6335
i=78
i=68
Reset
This Method sets the CurrentInterval to 0 and Status to NOT_DUE_0
i=78
ns=1;i=5006
Status
Maintenance status of the machine/device/component (represented by the parent element)
i=78
i=68
ns=1;i=5006
0
TotalOperation
How long is the component running in total
i=2368
ns=1;i=6374
ns=1;i=6338
i=80
ns=1;i=5006
EngineeringUnits
ns=1;i=6337
i=80
i=68
EURange
ns=1;i=6337
i=78
i=68
HRDTemperatureType
Used for setting and monitoring the temperatures in a HRD
ns=1;i=6653
ns=1;i=6132
ns=1;i=6118
ns=2;i=1057
ns=1;i=6253
ns=1;i=6255
ns=1;i=6164
ActiveSetValue
Current active set temperature for the temperature zone
ns=1;i=1011
ns=1;i=6654
i=78
i=11238
ns=1;i=6655
EnumValues
ns=1;i=6653
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6653
BoostSetValue
Set value for boost mode
i=2368
ns=1;i=1011
ns=1;i=6436
ns=1;i=6200
i=80
EngineeringUnits
ns=1;i=6132
i=80
i=68
EURange
ns=1;i=6132
i=78
i=68
BoostTime
Duration of the boost mode after which the set value which was active before boost is becoming active again
ns=1;i=1011
i=80
i=68
SecondSetValue
Second set value for fast switch-over
i=2368
ns=1;i=6256
ns=1;i=6254
i=80
ns=1;i=1011
EngineeringUnits
ns=1;i=6253
i=80
i=68
EURange
ns=1;i=6253
i=78
i=68
StandbySetValue
Set value for standby mode
i=2368
ns=1;i=6437
ns=1;i=6279
i=80
ns=1;i=1011
EngineeringUnits
ns=1;i=6255
i=80
i=68
EURange
ns=1;i=6255
i=78
i=68
TimeMethodPIDParameters
Setting of PID parameters with time method
i=80
i=68
ns=1;i=1011
OperationType
Contains components which are necessary to operate the HRD
ns=1;i=6215
ns=1;i=6217
ns=1;i=6214
ns=1;i=6216
ns=1;i=6506
ns=1;i=6213
ns=1;i=7006
i=58
ns=1;i=6494
ns=1;i=7007
ns=1;i=7019
ns=1;i=6649
ns=1;i=7031
ActiveErrors
List of the active errors of the device
ns=1;i=1009
i=63
i=78
ActiveSetValues
Central selection of the used set temperature for the temperature zones
ns=1;i=1009
ns=1;i=6393
i=78
i=11238
ns=1;i=6394
0
EnumValues
ns=1;i=6217
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6217
DeviceMappingNumber
Unique identifier/address/number for devices of the same DeviceType within a local network
ns=1;i=1009
i=78
i=68
EnablePower
Global power control switch for all zone controllers
ns=1;i=1009
i=78
i=68
false
EvenHeatUpMaxTemperatureDifference
Definition of the maximum temperature difference of all zones during even heat-up
i=2368
ns=1;i=6647
ns=1;i=6507
ns=1;i=1009
i=80
EngineeringUnits
ns=1;i=6506
i=80
i=68
EURange
ns=1;i=6506
i=78
i=68
HighestActiveAlarmSeverity
Indication of the severity of the highest active alarm
ns=1;i=1009
i=78
i=68
IdentifyDevice
The peripheral device on which this method is called shows itself by e.g. activation of a LED.
ns=1;i=1009
i=80
ReactionOnDisconnect
Selection of the set temperature for the temperature zones in case of a disconnection from the OPC UA client
ns=1;i=6495
i=78
i=11238
ns=1;i=1009
ns=1;i=6496
EnumValues
ns=1;i=6494
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6494
ResetAllErrors
Method to reset all errors of the device
i=80
ns=1;i=1009
ResetErrorById
Method to reset one error of the device
ns=1;i=6378
i=80
ns=1;i=1009
InputArguments
i=78
i=68
ns=1;i=7019
i=297
Id
i=12
-1
SessionNameForReactionOnDisconnect
Contains the sessionName of the connection with the client relevant for ReactionOnDisconnect
i=78
i=68
ns=1;i=1009
SetReactionOnDisconnect
Method to set ReactionOnDisconnect and SessionNameForReactionOnDisconnect
ns=1;i=6651
i=78
ns=1;i=1009
InputArguments
i=78
i=68
ns=1;i=7031
i=297
ReactionOnDisconnect
i=5
-1
TemperatureRiseMonitoringType
At maximum controller output, the temperature value must change in a given time by a specified value, otherwise there is an error in the measuring circuit.
ns=1;i=6003
ns=1;i=6002
ns=1;i=6005
ns=1;i=6004
i=58
ErrorDetected
Result of the TemperatureRiseMonitoring
ns=1;i=1003
i=78
i=68
false
SetValueActive
On / Off for the TemperatureRiseMonitoring
i=78
i=68
ns=1;i=1003
SetValueTemperatureChange
Specification of the set value change
i=2368
ns=1;i=6007
ns=1;i=6006
i=80
ns=1;i=1003
0
EngineeringUnits
ns=1;i=6005
i=80
i=68
EURange
ns=1;i=6005
i=78
i=68
SupervisionTime
Specification of the time within the temperature must have changed
i=80
i=68
ns=1;i=1003
0
ZonesType
Container for the zones
i=2133
ns=1;i=6136
ns=1;i=5009
i=58
NodeVersion
i=78
ns=1;i=1008
i=68
Zone_<Nr>
A HRD zone
ns=1;i=6382
ns=1;i=5010
ns=1;i=5011
ns=1;i=6055
i=11510
ns=1;i=6144
ns=1;i=5008
ns=1;i=5013
ns=1;i=6150
ns=1;i=1008
ns=1;i=1006
CommunicationProtocolType
Used communication protocol between the sensor and the control system of the HRD
ns=1;i=5009
ns=1;i=6386
i=11238
i=80
ns=1;i=6387
EnumValues
ns=1;i=6382
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6382
Controller
Setting and monitoring of the controller
ns=1;i=6154
ns=1;i=6139
ns=1;i=6140
ns=1;i=6137
ns=1;i=6156
ns=1;i=5009
ns=1;i=1005
ns=1;i=5042
ns=1;i=5046
ns=1;i=6158
i=78
ns=1;i=6160
ns=1;i=6161
ns=1;i=6141
ns=1;i=6162
ns=1;i=6316
ns=1;i=6165
ns=1;i=6167
ActualOutput
Indicates the currently active output in percent
ns=1;i=5010
i=2368
ns=1;i=6312
ns=1;i=6155
i=80
0
EngineeringUnits
ns=1;i=6154
i=80
i=68
EURange
ns=1;i=6154
i=78
i=68
ActualType
Actual value for the controller type used by the zone
ns=1;i=5010
i=78
i=68
0
ActualValueActive
Indicates the current status of the controller
ns=1;i=5010
i=78
i=68
false
AutomaticReferenceZoneSelection
If true, the HRD selects automatically the reference zone.
ns=1;i=5010
i=80
i=68
AverageControllerOutput
Indicates the average output which can be used when a sensor is broken
i=2368
ns=1;i=5010
ns=1;i=6313
ns=1;i=6157
i=80
0
EngineeringUnits
ns=1;i=6156
i=80
i=68
EURange
ns=1;i=6156
i=78
i=68
LoadCurrent
Information about the load current in Ampere
ns=1;i=6537
ns=1;i=6578
ns=1;i=6581
ns=1;i=5010
ns=1;i=6582
ns=1;i=6585
ns=1;i=6588
ns=1;i=6591
ns=2;i=1056
ns=1;i=6594
i=80
ns=1;i=7029
ns=1;i=6597
ns=1;i=6600
ns=1;i=6603
ns=1;i=6719
ns=1;i=6606
ns=1;i=6609
ActualValue
Actual value of the monitored parameter
ns=1;i=5042
i=2368
ns=1;i=6577
ns=1;i=6538
i=78
0
EngineeringUnits
ns=1;i=6537
i=80
i=68
EURange
ns=1;i=6537
i=78
i=68
AlarmSuppression
The start-up alarm suppression deactivates alarms of a monitored parameter during start up or a setpoint jump
ns=1;i=5042
ns=1;i=6579
i=11238
i=80
ns=1;i=6580
0
EnumValues
ns=1;i=6578
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6578
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5042
i=80
i=68
false
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6583
ns=1;i=6584
ns=1;i=5042
i=80
0
EngineeringUnits
ns=1;i=6582
i=80
i=68
EURange
ns=1;i=6582
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6586
ns=1;i=6587
ns=1;i=5042
i=80
0
EngineeringUnits
ns=1;i=6585
i=80
i=68
EURange
ns=1;i=6585
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6589
ns=1;i=6590
ns=1;i=5042
i=80
0
EngineeringUnits
ns=1;i=6588
i=80
i=68
EURange
ns=1;i=6588
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6592
ns=1;i=6593
ns=1;i=5042
i=80
0
EngineeringUnits
ns=1;i=6591
i=80
i=68
EURange
ns=1;i=6591
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6595
ns=1;i=5042
i=11238
i=80
ns=1;i=6596
0
EnumValues
ns=1;i=6594
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6594
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5042
SetRampDown
Indication if SetValue that is lower than the actual value shall be reached as fast as possible (SetRampDown = 0) or within a given value change per time
i=2368
ns=1;i=6598
ns=1;i=6599
i=80
ns=1;i=5042
0
EngineeringUnits
ns=1;i=6597
i=80
i=68
EURange
ns=1;i=6597
i=78
i=68
SetRampUp
Indication if a SetValue that is higher than the actual value shall be reached as fast as possible (SetRampUp = 0) or within a given value change per time
i=2368
ns=1;i=6601
ns=1;i=6602
i=80
ns=1;i=5042
0
EngineeringUnits
ns=1;i=6600
i=80
i=68
EURange
ns=1;i=6600
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6604
ns=1;i=6605
i=80
ns=1;i=5042
0
EngineeringUnits
ns=1;i=6603
i=80
i=68
EURange
ns=1;i=6603
i=78
i=68
Status
Information if the ActualValue is within the tolerances or has passed a tolerance or min/max value
ns=1;i=6720
i=11238
i=80
ns=1;i=5042
ns=1;i=6721
EnumValues
ns=1;i=6719
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6719
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6607
ns=1;i=6608
i=80
ns=1;i=5042
0
EngineeringUnits
ns=1;i=6606
i=80
i=68
EURange
ns=1;i=6606
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6610
ns=1;i=6611
i=80
ns=1;i=5042
0
EngineeringUnits
ns=1;i=6609
i=80
i=68
EURange
ns=1;i=6609
i=78
i=68
LoadPower
Information about the load power in Watt
ns=1;i=6727
ns=1;i=5010
ns=2;i=1056
i=80
ActualValue
Actual value of the monitored parameter
ns=1;i=5046
i=2368
ns=1;i=6728
i=78
0
EURange
ns=1;i=6727
i=78
i=68
LowerOutput
Limitation of the minimum output in closed-loop control in %
i=2368
ns=1;i=6310
ns=1;i=6159
ns=1;i=5010
i=80
0
EngineeringUnits
ns=1;i=6158
i=80
i=68
EURange
ns=1;i=6158
i=78
i=68
OutputTime
Time basis for operating the actuator
i=80
ns=1;i=5010
i=68
0
ReferenceZone
If zones are to operate parallel to a control zone, the reference relation can be realised with this parameter.
i=80
i=68
ns=1;i=5010
0
SetValueActive
A control zone is switched on and off with this parameter.
i=78
i=68
ns=1;i=5010
SetValueManualOutput
Manually given output in percent if SetValueType = MANUAL is selected
i=2368
ns=1;i=6311
ns=1;i=6163
i=80
ns=1;i=5010
0
EngineeringUnits
ns=1;i=6162
i=80
i=68
EURange
ns=1;i=6162
i=78
i=68
SetValueType
Set value for the controller type used by the zone
ns=1;i=6317
i=78
i=11238
ns=1;i=5010
ns=1;i=6318
EnumValues
ns=1;i=6316
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6316
UpperOutput
Limitation of the maximum output in closed-loop control in %
i=2368
ns=1;i=6309
ns=1;i=6166
i=80
ns=1;i=5010
0
EngineeringUnits
ns=1;i=6165
i=80
i=68
EURange
ns=1;i=6165
i=78
i=68
UpperSetValueCascade
If the two controllers are cascaded, the master defines to which nominal temperature value the slave is to control to. With this parameter, the upper limit for the slave is defined.
i=2368
ns=1;i=6315
ns=1;i=6168
i=80
ns=1;i=5010
0
EngineeringUnits
ns=1;i=6167
i=80
i=68
EURange
ns=1;i=6167
i=78
i=68
HeatUp
Setting for heat up procedure
ns=1;i=6169
ns=1;i=5009
ns=1;i=1004
ns=1;i=6170
i=80
ns=1;i=6384
ns=1;i=6385
ns=1;i=6171
ns=1;i=6173
EvenHeatUpEnabled
Enables even heat-up process until nominal SetValue of Temperature of ZoneType is reached
ns=1;i=5011
i=80
i=68
ManualOutputLimitActive
Activates heat-up process with pre-defined SetValueManualOutputLimit until SetValueTemperature is reached
ns=1;i=5011
i=80
i=68
RelayHeatingGroup
Number of the heating group for relay heating
i=80
i=68
ns=1;i=5011
RelayHeatingTime
Time for relay heating of the zone. When RelayHeatingTime of all zones of a heating group have expired, the next group starts heating.
i=80
i=68
ns=1;i=5011
SetValueManualOutputLimit
This pre-defined maximum output (in percent) is valid until the SetValueTemperature is reached.
i=2368
ns=1;i=6209
ns=1;i=6172
i=80
ns=1;i=5011
0
EngineeringUnits
ns=1;i=6171
i=80
i=68
EURange
ns=1;i=6171
i=78
i=68
SetValueTemperature
If ManualOutputLimitActive is set, SetValueManualOutputLimit is active until this nominal temperature value is reached.
i=2368
ns=1;i=6210
ns=1;i=6174
i=80
ns=1;i=5011
0
EngineeringUnits
ns=1;i=6173
i=80
i=68
EURange
ns=1;i=6173
i=78
i=68
HighestActiveAlarmSeverity
Indicates the severity of the highest active alarm related to the current zone
ns=1;i=5009
i=78
i=68
Name
A user given name of the zone
ns=1;i=5009
i=80
i=68
Temperature
Setting and monitoring of the temperature
ns=1;i=6659
ns=1;i=6104
ns=1;i=6206
ns=1;i=6257
ns=1;i=6454
ns=1;i=6502
ns=1;i=5021
ns=1;i=1011
ns=1;i=6258
ns=1;i=6260
i=78
ns=1;i=6262
ns=1;i=6266
ns=1;i=6268
ns=1;i=7025
ns=1;i=6263
ns=1;i=6271
ns=1;i=6273
ns=1;i=6275
ns=1;i=6456
ns=1;i=6707
ns=1;i=6503
ns=1;i=6277
ns=1;i=6280
ns=1;i=5009
ActiveSetValue
Current active set temperature for the temperature zone
ns=1;i=5008
ns=1;i=6660
i=78
i=11238
ns=1;i=6661
EnumValues
ns=1;i=6659
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6659
ActualValue
Actual value of the monitored parameter
ns=1;i=5008
i=2368
ns=1;i=6126
ns=1;i=6105
i=78
0
EngineeringUnits
ns=1;i=6104
i=80
i=68
EURange
ns=1;i=6104
i=78
i=68
AlarmSuppression
The start-up alarm suppression deactivates alarms of a monitored parameter during start up or a setpoint jump
ns=1;i=5008
ns=1;i=6235
i=11238
i=80
ns=1;i=6236
0
EnumValues
ns=1;i=6206
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6206
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5008
i=80
i=68
false
BoostSetValue
Set value for boost mode
i=2368
ns=1;i=5008
ns=1;i=6464
ns=1;i=6455
i=80
EngineeringUnits
ns=1;i=6454
i=80
i=68
EURange
ns=1;i=6454
i=78
i=68
BoostTime
Duration of the boost mode after which the set value which was active before boost is becoming active again
ns=1;i=5008
i=80
i=68
ClosedLoopControl
With this type the client can do settings for the closed loop control on the device for a parameter
ns=1;i=6128
ns=1;i=6129
ns=1;i=7004
ns=1;i=7005
ns=1;i=5008
ns=2;i=1054
i=80
ns=1;i=6130
AutomaticControllerMode
Determination if PID Parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5021
i=80
i=68
AutoTuningActive
Informs if the automatic tuning is currently active
ns=1;i=5021
i=80
i=68
false
AutoTuningOff
Stops an already active self-optimisation process (no control parameters are changed)
ns=1;i=5021
i=80
AutoTuningOn
Starts the self-optimisation of the controller
ns=1;i=5021
i=80
PIDParameters
PID Parameters as array if several input signals (sensors) are used for the control
i=80
ns=1;i=5021
i=68
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6417
ns=1;i=6259
ns=1;i=5008
i=80
0
EngineeringUnits
ns=1;i=6258
i=80
i=68
EURange
ns=1;i=6258
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6418
ns=1;i=6261
ns=1;i=5008
i=80
0
EngineeringUnits
ns=1;i=6260
i=80
i=68
EURange
ns=1;i=6260
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6419
ns=1;i=6265
ns=1;i=5008
i=80
0
EngineeringUnits
ns=1;i=6262
i=80
i=68
EURange
ns=1;i=6262
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6420
ns=1;i=6267
ns=1;i=5008
i=80
0
EngineeringUnits
ns=1;i=6266
i=80
i=68
EURange
ns=1;i=6266
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6269
ns=1;i=5008
i=11238
i=80
ns=1;i=6270
0
EnumValues
ns=1;i=6268
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6268
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5008
SecondSetValue
Second set value for fast switch-over
i=2368
ns=1;i=6410
ns=1;i=6264
i=80
ns=1;i=5008
EngineeringUnits
ns=1;i=6263
i=80
i=68
EURange
ns=1;i=6263
i=78
i=68
SetRampDown
Indication if SetValue that is lower than the actual value shall be reached as fast as possible (SetRampDown = 0) or within a given value change per time
i=2368
ns=1;i=6421
ns=1;i=6272
i=80
ns=1;i=5008
0
EngineeringUnits
ns=1;i=6271
i=80
i=68
EURange
ns=1;i=6271
i=78
i=68
SetRampUp
Indication if a SetValue that is higher than the actual value shall be reached as fast as possible (SetRampUp = 0) or within a given value change per time
i=2368
ns=1;i=6422
ns=1;i=6274
i=80
ns=1;i=5008
0
EngineeringUnits
ns=1;i=6273
i=80
i=68
EURange
ns=1;i=6273
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6424
ns=1;i=6276
i=80
ns=1;i=5008
0
EngineeringUnits
ns=1;i=6275
i=80
i=68
EURange
ns=1;i=6275
i=78
i=68
StandbySetValue
Set value for standby mode
i=2368
ns=1;i=6465
ns=1;i=6457
i=80
ns=1;i=5008
EngineeringUnits
ns=1;i=6456
i=80
i=68
EURange
ns=1;i=6456
i=78
i=68
Status
Information if the ActualValue is within the tolerances or has passed a tolerance or min/max value
ns=1;i=6708
i=11238
i=80
ns=1;i=5008
ns=1;i=6709
EnumValues
ns=1;i=6707
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6707
TimeMethodPIDParameters
Setting of PID parameters with time method
i=80
i=68
ns=1;i=5008
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6425
ns=1;i=6278
i=80
ns=1;i=5008
0
EngineeringUnits
ns=1;i=6277
i=80
i=68
EURange
ns=1;i=6277
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6426
ns=1;i=6281
i=80
ns=1;i=5008
0
EngineeringUnits
ns=1;i=6280
i=80
i=68
EURange
ns=1;i=6280
i=78
i=68
TemperatureRiseMonitoring
Additional monitoring for the process temperature
ns=1;i=6148
i=80
ns=1;i=6149
ns=1;i=6203
ns=1;i=6205
ns=1;i=5009
ns=1;i=1003
ErrorDetected
Result of the TemperatureRiseMonitoring
ns=1;i=5013
i=78
i=68
false
SetValueActive
On / Off for the TemperatureRiseMonitoring
i=78
i=68
ns=1;i=5013
SetValueTemperatureChange
Specification of the set value change
i=2368
ns=1;i=6212
ns=1;i=6204
i=80
ns=1;i=5013
0
EngineeringUnits
ns=1;i=6203
i=80
i=68
EURange
ns=1;i=6203
i=78
i=68
SupervisionTime
Specification of the time within the temperature must have changed
i=80
i=68
ns=1;i=5013
0
ThermocoupleType
Type of connected external temperature sensor
ns=1;i=6391
i=11238
i=80
ns=1;i=5009
ns=1;i=6392
0
EnumValues
ns=1;i=6150
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6150
ZoneType
Represents all functionalities of a heating zone, such as temperature monitoring, control, heatup
ns=1;i=6380
ns=1;i=5002
ns=1;i=5003
ns=1;i=6052
ns=1;i=6051
ns=1;i=5001
ns=1;i=5004
ns=1;i=6053
i=58
CommunicationProtocolType
Used communication protocol between the sensor and the control system of the HRD
ns=1;i=1006
ns=1;i=6381
i=11238
i=80
ns=1;i=6383
EnumValues
ns=1;i=6380
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6380
Controller
Setting and monitoring of the controller
ns=1;i=6083
ns=1;i=6059
ns=1;i=6060
ns=1;i=6056
ns=1;i=6085
ns=1;i=1006
ns=1;i=1005
ns=1;i=5041
ns=1;i=5045
ns=1;i=6087
i=78
ns=1;i=6089
ns=1;i=6090
ns=1;i=6061
ns=1;i=6091
ns=1;i=6306
ns=1;i=6094
ns=1;i=6096
ActualOutput
Indicates the currently active output in percent
ns=1;i=5002
i=2368
ns=1;i=6232
ns=1;i=6084
i=80
0
EngineeringUnits
ns=1;i=6083
i=80
i=68
EURange
ns=1;i=6083
i=78
i=68
ActualType
Actual value for the controller type used by the zone
ns=1;i=5002
i=78
i=68
0
ActualValueActive
Indicates the current status of the controller
ns=1;i=5002
i=78
i=68
false
AutomaticReferenceZoneSelection
If true, the HRD selects automatically the reference zone.
ns=1;i=5002
i=80
i=68
AverageControllerOutput
Indicates the average output which can be used when a sensor is broken
i=2368
ns=1;i=5002
ns=1;i=6233
ns=1;i=6086
i=80
0
EngineeringUnits
ns=1;i=6085
i=80
i=68
EURange
ns=1;i=6085
i=78
i=68
LoadCurrent
Information about the load current in Ampere
ns=1;i=6535
ns=1;i=6543
ns=1;i=6546
ns=1;i=5002
ns=1;i=6547
ns=1;i=6550
ns=1;i=6553
ns=1;i=6556
ns=2;i=1056
ns=1;i=6559
i=80
ns=1;i=7028
ns=1;i=6562
ns=1;i=6565
ns=1;i=6568
ns=1;i=6716
ns=1;i=6571
ns=1;i=6574
ActualValue
Actual value of the monitored parameter
ns=1;i=5041
i=2368
ns=1;i=6542
ns=1;i=6536
i=78
0
EngineeringUnits
ns=1;i=6535
i=80
i=68
EURange
ns=1;i=6535
i=78
i=68
AlarmSuppression
The start-up alarm suppression deactivates alarms of a monitored parameter during start up or a setpoint jump
ns=1;i=5041
ns=1;i=6544
i=11238
i=80
ns=1;i=6545
0
EnumValues
ns=1;i=6543
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6543
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5041
i=80
i=68
false
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6548
ns=1;i=6549
ns=1;i=5041
i=80
0
EngineeringUnits
ns=1;i=6547
i=80
i=68
EURange
ns=1;i=6547
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6551
ns=1;i=6552
ns=1;i=5041
i=80
0
EngineeringUnits
ns=1;i=6550
i=80
i=68
EURange
ns=1;i=6550
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6554
ns=1;i=6555
ns=1;i=5041
i=80
0
EngineeringUnits
ns=1;i=6553
i=80
i=68
EURange
ns=1;i=6553
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6557
ns=1;i=6558
ns=1;i=5041
i=80
0
EngineeringUnits
ns=1;i=6556
i=80
i=68
EURange
ns=1;i=6556
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6560
ns=1;i=5041
i=11238
i=80
ns=1;i=6561
0
EnumValues
ns=1;i=6559
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6559
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5041
SetRampDown
Indication if SetValue that is lower than the actual value shall be reached as fast as possible (SetRampDown = 0) or within a given value change per time
i=2368
ns=1;i=6563
ns=1;i=6564
i=80
ns=1;i=5041
0
EngineeringUnits
ns=1;i=6562
i=80
i=68
EURange
ns=1;i=6562
i=78
i=68
SetRampUp
Indication if a SetValue that is higher than the actual value shall be reached as fast as possible (SetRampUp = 0) or within a given value change per time
i=2368
ns=1;i=6566
ns=1;i=6567
i=80
ns=1;i=5041
0
EngineeringUnits
ns=1;i=6565
i=80
i=68
EURange
ns=1;i=6565
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6569
ns=1;i=6570
i=80
ns=1;i=5041
0
EngineeringUnits
ns=1;i=6568
i=80
i=68
EURange
ns=1;i=6568
i=78
i=68
Status
Information if the ActualValue is within the tolerances or has passed a tolerance or min/max value
ns=1;i=6717
i=11238
i=80
ns=1;i=5041
ns=1;i=6718
EnumValues
ns=1;i=6716
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6716
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6572
ns=1;i=6573
i=80
ns=1;i=5041
0
EngineeringUnits
ns=1;i=6571
i=80
i=68
EURange
ns=1;i=6571
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6575
ns=1;i=6576
i=80
ns=1;i=5041
0
EngineeringUnits
ns=1;i=6574
i=80
i=68
EURange
ns=1;i=6574
i=78
i=68
LoadPower
Information about the load power in Watt
ns=1;i=6725
ns=1;i=5002
ns=2;i=1056
i=80
ActualValue
Actual value of the monitored parameter
ns=1;i=5045
i=2368
ns=1;i=6726
i=78
0
EURange
ns=1;i=6725
i=78
i=68
LowerOutput
Limitation of the minimum output in closed-loop control in %
i=2368
ns=1;i=6142
ns=1;i=6088
ns=1;i=5002
i=80
0
EngineeringUnits
ns=1;i=6087
i=80
i=68
EURange
ns=1;i=6087
i=78
i=68
OutputTime
Time basis for operating the actuator
i=80
ns=1;i=5002
i=68
0
ReferenceZone
If zones are to operate parallel to a control zone, the reference relation can be realised with this parameter.
i=80
i=68
ns=1;i=5002
0
SetValueActive
A control zone is switched on and off with this parameter.
i=78
i=68
ns=1;i=5002
SetValueManualOutput
Manually given output in percent if SetValueType = MANUAL is selected
i=2368
ns=1;i=6143
ns=1;i=6092
i=80
ns=1;i=5002
0
EngineeringUnits
ns=1;i=6091
i=80
i=68
EURange
ns=1;i=6091
i=78
i=68
SetValueType
Set value for the controller type used by the zone
ns=1;i=6307
i=78
i=11238
ns=1;i=5002
ns=1;i=6308
EnumValues
ns=1;i=6306
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6306
UpperOutput
Limitation of the maximum output in closed-loop control in %
i=2368
ns=1;i=6063
ns=1;i=6095
i=80
ns=1;i=5002
0
EngineeringUnits
i=80
i=68
ns=1;i=6094
EURange
ns=1;i=6094
i=78
i=68
UpperSetValueCascade
If the two controllers are cascaded, the master defines to which nominal temperature value the slave is to control to. With this parameter, the upper limit for the slave is defined.
i=2368
ns=1;i=6305
ns=1;i=6097
i=80
ns=1;i=5002
0
EngineeringUnits
ns=1;i=6096
i=80
i=68
EURange
ns=1;i=6096
i=78
i=68
HeatUp
Setting for heat up procedure
ns=1;i=6098
ns=1;i=1006
ns=1;i=1004
ns=1;i=6099
i=80
ns=1;i=6145
ns=1;i=6234
ns=1;i=6100
ns=1;i=6102
EvenHeatUpEnabled
Enables even heat-up process until nominal SetValue of Temperature of ZoneType is reached
ns=1;i=5003
i=80
i=68
ManualOutputLimitActive
Activates heat-up process with pre-defined SetValueManualOutputLimit until SetValueTemperature is reached
ns=1;i=5003
i=80
i=68
RelayHeatingGroup
Number of the heating group for relay heating
i=80
i=68
ns=1;i=5003
RelayHeatingTime
Time for relay heating of the zone. When RelayHeatingTime of all zones of a heating group have expired, the next group starts heating.
i=80
i=68
ns=1;i=5003
SetValueManualOutputLimit
This pre-defined maximum output (in percent) is valid until the SetValueTemperature is reached.
i=2368
ns=1;i=6207
ns=1;i=6101
i=80
ns=1;i=5003
0
EngineeringUnits
ns=1;i=6100
i=80
i=68
EURange
ns=1;i=6100
i=78
i=68
SetValueTemperature
If ManualOutputLimitActive is set, SetValueManualOutputLimit is active until this nominal temperature value is reached.
i=2368
ns=1;i=6208
ns=1;i=6103
i=80
ns=1;i=5003
0
EngineeringUnits
ns=1;i=6102
i=80
i=68
EURange
ns=1;i=6102
i=78
i=68
HighestActiveAlarmSeverity
Indicates the severity of the highest active alarm related to the current zone
ns=1;i=1006
i=78
i=68
Name
A user given name of the zone
ns=1;i=1006
i=80
i=68
Temperature
Setting and monitoring of the temperature
ns=1;i=6656
ns=1;i=6057
ns=1;i=6175
ns=1;i=6178
ns=1;i=6450
ns=1;i=6470
ns=1;i=5014
ns=1;i=1011
ns=1;i=6179
ns=1;i=6181
i=78
ns=1;i=6183
ns=1;i=6187
ns=1;i=6189
ns=1;i=7024
ns=1;i=6184
ns=1;i=6192
ns=1;i=6194
ns=1;i=6196
ns=1;i=6452
ns=1;i=6704
ns=1;i=1006
ns=1;i=6501
ns=1;i=6198
ns=1;i=6201
ActiveSetValue
Current active set temperature for the temperature zone
ns=1;i=5001
ns=1;i=6657
i=78
i=11238
ns=1;i=6658
EnumValues
ns=1;i=6656
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6656
ActualValue
Actual value of the monitored parameter
ns=1;i=5001
i=2368
ns=1;i=6125
ns=1;i=6058
i=78
0
EngineeringUnits
ns=1;i=6057
i=80
i=68
EURange
ns=1;i=6057
i=78
i=68
AlarmSuppression
The start-up alarm suppression deactivates alarms of a monitored parameter during start up or a setpoint jump
ns=1;i=5001
ns=1;i=6176
i=11238
i=80
ns=1;i=6177
0
EnumValues
ns=1;i=6175
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6175
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5001
i=80
i=68
false
BoostSetValue
Set value for boost mode
i=2368
ns=1;i=5001
ns=1;i=6462
ns=1;i=6451
i=80
EngineeringUnits
ns=1;i=6450
i=80
i=68
EURange
ns=1;i=6450
i=78
i=68
BoostTime
Duration of the boost mode after which the set value which was active before boost is becoming active again
ns=1;i=5001
i=80
i=68
ClosedLoopControl
With this type the client can do settings for the closed loop control on the device for a parameter
ns=1;i=6398
ns=1;i=6399
ns=1;i=7021
ns=1;i=7022
ns=1;i=5001
ns=2;i=1054
i=80
ns=1;i=6400
AutomaticControllerMode
Determination if PID Parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5014
i=80
i=68
AutoTuningActive
Informs if the automatic tuning is currently active
ns=1;i=5014
i=80
i=68
false
AutoTuningOff
Stops an already active self-optimisation process (no control parameters are changed)
ns=1;i=5014
i=80
AutoTuningOn
Starts the self-optimisation of the controller
ns=1;i=5014
i=80
PIDParameters
PID Parameters as array if several input signals (sensors) are used for the control
i=80
ns=1;i=5014
i=68
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6407
ns=1;i=6180
ns=1;i=5001
i=80
0
EngineeringUnits
ns=1;i=6179
i=80
i=68
EURange
ns=1;i=6179
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6408
ns=1;i=6182
ns=1;i=5001
i=80
0
EngineeringUnits
ns=1;i=6181
i=80
i=68
EURange
ns=1;i=6181
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6409
ns=1;i=6186
ns=1;i=5001
i=80
0
EngineeringUnits
ns=1;i=6183
i=80
i=68
EURange
ns=1;i=6183
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6411
ns=1;i=6188
ns=1;i=5001
i=80
0
EngineeringUnits
ns=1;i=6187
i=80
i=68
EURange
ns=1;i=6187
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6190
ns=1;i=5001
i=11238
i=80
ns=1;i=6191
0
EnumValues
ns=1;i=6189
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6189
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5001
SecondSetValue
Second set value for fast switch-over
i=2368
ns=1;i=6397
ns=1;i=6185
i=80
ns=1;i=5001
EngineeringUnits
ns=1;i=6184
i=80
i=68
EURange
ns=1;i=6184
i=78
i=68
SetRampDown
Indication if SetValue that is lower than the actual value shall be reached as fast as possible (SetRampDown = 0) or within a given value change per time
i=2368
ns=1;i=6412
ns=1;i=6193
i=80
ns=1;i=5001
0
EngineeringUnits
ns=1;i=6192
i=80
i=68
EURange
ns=1;i=6192
i=78
i=68
SetRampUp
Indication if a SetValue that is higher than the actual value shall be reached as fast as possible (SetRampUp = 0) or within a given value change per time
i=2368
ns=1;i=6413
ns=1;i=6195
i=80
ns=1;i=5001
0
EngineeringUnits
ns=1;i=6194
i=80
i=68
EURange
ns=1;i=6194
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6414
ns=1;i=6197
i=80
ns=1;i=5001
0
EngineeringUnits
ns=1;i=6196
i=80
i=68
EURange
ns=1;i=6196
i=78
i=68
StandbySetValue
Set value for standby mode
i=2368
ns=1;i=6463
ns=1;i=6453
i=80
ns=1;i=5001
EngineeringUnits
ns=1;i=6452
i=80
i=68
EURange
ns=1;i=6452
i=78
i=68
Status
Information if the ActualValue is within the tolerances or has passed a tolerance or min/max value
ns=1;i=6705
i=11238
i=80
ns=1;i=5001
ns=1;i=6706
EnumValues
ns=1;i=6704
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6704
TimeMethodPIDParameters
Setting of PID parameters with time method
i=80
i=68
ns=1;i=5001
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6415
ns=1;i=6199
i=80
ns=1;i=5001
0
EngineeringUnits
ns=1;i=6198
i=80
i=68
EURange
ns=1;i=6198
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6416
ns=1;i=6202
i=80
ns=1;i=5001
0
EngineeringUnits
ns=1;i=6201
i=80
i=68
EURange
ns=1;i=6201
i=78
i=68
TemperatureRiseMonitoring
Additional monitoring for the process temperature
ns=1;i=6064
i=80
ns=1;i=6065
ns=1;i=6133
ns=1;i=6135
ns=1;i=1006
ns=1;i=1003
ErrorDetected
Result of the TemperatureRiseMonitoring
ns=1;i=5004
i=78
i=68
false
SetValueActive
On / Off for the TemperatureRiseMonitoring
i=78
i=68
ns=1;i=5004
SetValueTemperatureChange
Specification of the set value change
i=2368
ns=1;i=6211
ns=1;i=6134
i=80
ns=1;i=5004
0
EngineeringUnits
ns=1;i=6133
i=80
i=68
EURange
ns=1;i=6133
i=78
i=68
SupervisionTime
Specification of the time within the temperature must have changed
i=80
i=68
ns=1;i=5004
0
ThermocoupleType
Type of connected external temperature sensor
ns=1;i=6054
i=11238
i=80
ns=1;i=1006
ns=1;i=6151
0
EnumValues
ns=1;i=6053
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6053
http://opcfoundation.org/UA/PlasticsRubber/HotRunner/
ns=1;i=6477
i=11616
i=11715
ns=1;i=6478
ns=1;i=6479
ns=1;i=6480
ns=1;i=6481
ns=1;i=6482
ns=1;i=6483
IsNamespaceSubset
ns=1;i=5033
i=68
false
NamespacePublicationDate
ns=1;i=5033
i=68
2021-05-10T12:00:00Z
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