http://opcfoundation.org/UA/PlasticsRubber/GeneralTypes/
http://opcfoundation.org/UA/DI/
i=1
i=5
i=7
i=9
i=11
i=12
i=13
i=15
i=17
i=21
i=29
i=37
i=38
i=39
i=40
i=41
i=45
i=46
i=47
i=256
i=290
i=291
i=295
i=296
i=884
i=887
i=7594
i=8912
ns=1;i=3001
ns=1;i=3005
ns=1;i=3006
ns=1;i=3008
ns=1;i=3009
ns=1;i=3010
ns=1;i=3011
ns=1;i=3012
ns=1;i=3013
ns=1;i=3014
ns=1;i=3015
ns=1;i=3016
ns=1;i=3017
ns=1;i=3018
ns=1;i=3019
ns=1;i=3020
ns=1;i=3023
ns=1;i=3025
ns=1;i=3027
ns=1;i=3029
CavityCycleQualityEnumeration
Quality of the cycle for each cavity
i=29
ns=1;i=6216
There is no part in cavity
The machine has detected no failures during the cycle for this cavity and the part quality is assumed as good
The machine has detected failures during the cycle for the cavity and the part quality is assumed as bad
The machine has detected failures during the cycle for the cavity which might be fixed by reworking the part
EnumValues
ns=1;i=3020
i=78
i=68
i=7616
0
NO_PART
There is no part in cavity
i=7616
1
GOOD_PART
The machine has detected no failures during the cycle for this cavity and the part quality is assumed as good
i=7616
2
BAD_PART
The machine has detected failures during the cycle for the cavity and the part quality is assumed as bad
i=7616
3
REWORK
The machine has detected failures during the cycle for the cavity which might be fixed by reworking the part
ControlModeEnumeration
Indication how the parameter is currently controlled
i=29
ns=1;i=6151
This state is used if none of the other states below apply
Control is switched off
The parameter is controlled automatically
Optimisation of the control circuit
Parameter is controlled to stand by value
Open loop control is used
The sensors deliver the current value but there is no controlling
EnumValues
ns=1;i=3001
i=78
i=68
i=7616
0
OTHER
This state is used if none of the other states below apply
i=7616
1
OFF
Control is switched off
i=7616
2
AUTOMATIC
The parameter is controlled automatically
i=7616
3
TUNING
Optimisation of the control circuit
i=7616
4
STANDBY
Parameter is controlled to stand by value
i=7616
5
OPEN_LOOP
Open loop control is used
i=7616
6
ONLY_MEASUREMENT
The sensors deliver the current value but there is no controlling
CycleQualityEnumeration
Quality of the whole cycle
i=29
ns=1;i=6214
The machine has detected no failures during the cycle and the part quality (for all cavities) is assumed as good
The quality of the part(s) is assumed as bad
A cycle is separated as a test sample
The machine has detected failures during the cycle and the part quality is assumed as bad. Further information is provided by the MessageCondition fired in this case.
EnumValues
ns=1;i=3019
i=78
i=68
i=7616
0
GOOD_CYCLE
The machine has detected no failures during the cycle and the part quality (for all cavities) is assumed as good
i=7616
1
BAD_CYCLE
The quality of the part(s) is assumed as bad
i=7616
2
TEST_SAMPLE_CYCLE
A cycle is separated as a test sample
i=7616
3
FAILED_CYCLE
The machine has detected failures during the cycle and the part quality is assumed as bad. Further information is provided by the MessageCondition fired in this case.
DiagnosticsStatusEnumeration
i=29
ns=1;i=6712
Diagnostics inactive
Diagnostics active
Diagnostics active, at least one error detected
Diagnostics completed successfully, result in variable “Result” available
Diagnostics completed detected some error
EnumValues
ns=1;i=3027
i=78
i=68
i=7616
0
OFF
Diagnostics inactive
i=7616
1
ACTIVE_OK
Diagnostics active
i=7616
2
ACTIVE_ERROR_DETECTED
Diagnostics active, at least one error detected
i=7616
3
COMPLETE
Diagnostics completed successfully, result in variable “Result” available
i=7616
4
COMPLETE_ERROR_DETECTED
Diagnostics completed detected some error
EventOriginatorEnumeration
Originator of an event
ns=1;i=6110
i=29
Undefined
The machine causes the event (e.g. an alarm)
The operator of the machine causes the event (e.g. a parameter change)
The MES causes the event (e.g. a MESMessage)
A peripheral device causes the event (e.g. an alarm)
EnumValues
ns=1;i=3018
i=78
i=68
i=7616
0
OTHER
Undefined
i=7616
1
MACHINE
The machine causes the event (e.g. an alarm)
i=7616
2
OPERATOR
The operator of the machine causes the event (e.g. a parameter change)
i=7616
3
MES
The MES causes the event (e.g. a MESMessage)
i=7616
4
PERIPHERAL_DEVICE
A peripheral device causes the event (e.g. an alarm)
JobStatusEnumeration
Current status of the job
ns=1;i=6264
i=29
This state is used if none of the other states below apply
The job has been transferred to the machine and assigned as current job
The operator prepares the machine for the job
The operator has interrupted but not finished the preparation of the machine for the job
The operator has finished the preparation of the machine for the job
The operator is setting the machine in the start-up phase
The machine is producing parts/products for the job
The job is interrupted. The nominal output is not reached
Nominal output reached
The operator tears the machine down
Tear-down is interrupted but not finished
Tear-down is finished
EnumValues
ns=1;i=3017
i=78
i=68
i=7616
0
OTHER
This state is used if none of the other states below apply
i=7616
1
TRANSFERRED_ASSIGNED
The job has been transferred to the machine and assigned as current job
i=7616
2
SET_UP_ACTIVE
The operator prepares the machine for the job
i=7616
3
SET_UP_INTERRUPTED
The operator has interrupted but not finished the preparation of the machine for the job
i=7616
4
SET_UP_FINISHED
The operator has finished the preparation of the machine for the job
i=7616
5
START_UP_ACTIVE
The operator is setting the machine in the start-up phase
i=7616
6
JOB_IN_PRODUCTION
The machine is producing parts/products for the job
i=7616
7
JOB_INTERRUPTED
The job is interrupted. The nominal output is not reached
i=7616
8
JOB_FINISHED
Nominal output reached
i=7616
9
TEAR_DOWN_ACTIVE
The operator tears the machine down
i=7616
10
TEAR_DOWN_INTERRUPTED
Tear-down is interrupted but not finished
i=7616
11
TEAR_DOWN_FINISHED
Tear-down is finished
LogbookEventsEnumeration
Information which LogbookEvents are supported by the machine
ns=1;i=6293
i=29
Support of ParameterChangeLogType
Support of UserLogType
Support of RemoteAccessLogType
Support of SequenceChangeLogType
Support of MachineModeChangeLogType
Support of ProductionStatusChangeLogType
Support of ProductionDatasetChangeLogType
Support of ProductionDatasetFrozenLogType
Support of StandstillReasonLogType
Support of MessageLogType
Support of UserFeedbackLogType
EnumValues
ns=1;i=3009
i=78
i=68
i=7616
0
PARAMETER_CHANGE
Support of ParameterChangeLogType
i=7616
1
USER
Support of UserLogType
i=7616
2
REMOTE_ACCESS
Support of RemoteAccessLogType
i=7616
3
SEQUENCE_CHANGE
Support of SequenceChangeLogType
i=7616
4
MACHINE_MODE_CHANGE
Support of MachineModeChangeLogType
i=7616
5
PRODUCTION_STATUS_CHANGE
Support of ProductionStatusChangeLogType
i=7616
6
PRODUCTION_DATASET_CHANGE
Support of ProductionDatasetChangeLogType
i=7616
7
PRODUCTION_DATASET_FROZEN
Support of ProductionDatasetFrozenLogType
i=7616
8
STANDSTILL_REASON
Support of StandstillReasonLogType
i=7616
9
MESSAGE
Support of MessageLogType
i=7616
10
USER_FEEDBACK
Support of UserFeedbackLogType
MachineModeEnumeration
Current machine mode (as defined by mode selector on the machine)
ns=1;i=6181
i=29
This state is used if none of the other states apply
The machine is in automatic mode
The machine is in semi-automatic mode
The machine is in manual mode
The machine is in setup mode
The machine is in sleep mode. Machine is still switched on, energy consumption reduced by e.g. reducing heating, switching drives off. Production is not possible.
EnumValues
ns=1;i=3011
i=78
i=68
i=7616
0
OTHER
This state is used if none of the other states apply
i=7616
1
AUTOMATIC
The machine is in automatic mode
i=7616
2
SEMI_AUTOMATIC
The machine is in semi-automatic mode
i=7616
3
MANUAL
The machine is in manual mode
i=7616
4
SETUP
The machine is in setup mode
i=7616
5
SLEEP
The machine is in sleep mode. Machine is still switched on, energy consumption reduced by e.g. reducing heating, switching drives off. Production is not possible.
MaintenanceStatusEnumeration
Maintenance status of a machine/device/component
ns=1;i=6521
i=29
Maintenance of the device/component is not due
Maintenance of the device/component is due in the near future
Maintenance of the device/component is due
EnumValues
ns=1;i=3013
i=78
i=68
i=7616
0
NOT_DUE
Maintenance of the device/component is not due
i=7616
1
WARNING
Maintenance of the device/component is due in the near future
i=7616
2
DUE
Maintenance of the device/component is due
MouldStatusEnumeration
Current (physical) status of the mould
ns=1;i=6213
i=29
This state is used if none of the other states below apply
The mould is not installed on the machine
During installation or changing of the mould
The mould is installed and ready for production
EnumValues
ns=1;i=3008
i=78
i=68
i=7616
0
OTHER
This state is used if none of the other states below apply
i=7616
1
MOULD_NOT_INSTALLED
The mould is not installed on the machine
i=7616
2
MOULD_CHANGE
During installation or changing of the mould
i=7616
3
MOULD_INSTALLED
The mould is installed and ready for production
ProductionStatusEnumeration
Production status of the machine
ns=1;i=6174
i=29
This state is used if none of the other states below apply
The machine does not produce any parts/products
The machine is producing parts/products in the start-up phase. So the correct settings of the machines are not reached.
The machine is producing parts/products, the correct settings of the machines are reached but the production is not yet released (e.g. waiting for release from quality assurance)
The machine is producing parts/products.
In semi-automatic mode also during waiting time (e.g. for manual loading/unloading of parts) ProductionStatus remains in this state (time out possible if e.g. cycle time exceeds a pre-defined limit)
The machine is moving without material
EnumValues
ns=1;i=3016
i=78
i=68
i=7616
0
OTHER
This state is used if none of the other states below apply
i=7616
1
NO_PRODUCTION
The machine does not produce any parts/products
i=7616
2
START_UP
The machine is producing parts/products in the start-up phase. So the correct settings of the machines are not reached.
i=7616
3
READY_FOR_PRODUCTION
The machine is producing parts/products, the correct settings of the machines are reached but the production is not yet released (e.g. waiting for release from quality assurance)
i=7616
4
PRODUCTION
The machine is producing parts/products.
In semi-automatic mode also during waiting time (e.g. for manual loading/unloading of parts) ProductionStatus remains in this state (time out possible if e.g. cycle time exceeds a pre-defined limit)
i=7616
5
DRY_RUN
The machine is moving without material
SequenceChangeEnumeration
Classification of production sequence change
ns=1;i=6179
i=29
The sequence has been updated (e.g. when a new production dataset has been activated)
An element has been added to the sequence
An element of the sequence has been modified
An element of the sequence has been moved
An element of the sequence has been deleted
EnumValues
ns=1;i=3012
i=78
i=68
i=7616
0
UPDATE
The sequence has been updated (e.g. when a new production dataset has been activated)
i=7616
1
ADD
An element has been added to the sequence
i=7616
2
MODIFY
An element of the sequence has been modified
i=7616
3
MOVE
An element of the sequence has been moved
i=7616
4
DELETE
An element of the sequence has been deleted
StartEnumeration
ns=1;i=6011
i=29
EnumStrings
ns=1;i=3025
i=78
i=68
NOT_READY_TO_START
START_BLOCKED_BY_CLIENT
READY_TO_START
START_REQUESTED
STARTED
STOP_REQUESTED
StorageEnumeration
Indication which parts of the production dataset shall be activated in the machine control after writing
ns=1;i=6281
i=29
The production dataset is written directly to the (active layer of the) control system of the machine
The production dataset is written to the preparation layer of the control system of the machine (if supported)
The production dataset is written to the file system of the machine for later activation
EnumValues
ns=1;i=3005
i=78
i=68
i=7616
1
PRODUCTION
The production dataset is written directly to the (active layer of the) control system of the machine
i=7616
2
PREPARATION
The production dataset is written to the preparation layer of the control system of the machine (if supported)
i=7616
4
FILE_SYSTEM
The production dataset is written to the file system of the machine for later activation
TemperatureZoneClassificationEnumeration
Type of the temperature zone
ns=1;i=6398
i=29
This value is used if none of the other values below apply
The zone is a heating zone
The zone is a cooling zone
The zone is controlled by a temperature control device
The zone is a hot runner zone
The zone has no heating or cooling, Only the temperature is measured.
EnumValues
ns=1;i=3029
i=78
i=68
i=7616
0
OTHER
This value is used if none of the other values below apply
i=7616
1
HEATING
The zone is a heating zone
i=7616
2
COOLING
The zone is a cooling zone
i=7616
3
TEMPERATURE_CONTROL
The zone is controlled by a temperature control device
i=7616
4
HOT_RUNNER
The zone is a hot runner zone
i=7616
5
MEASURING
The zone has no heating or cooling, Only the temperature is measured.
UserChangeEnumeration
Information if a user logs in or off
ns=1;i=6215
i=29
The user has logged on the machine
The user has logged off the machine
EnumValues
ns=1;i=3010
i=78
i=68
i=7616
0
LOG_ON
The user has logged on the machine
i=7616
1
LOG_OFF
The user has logged off the machine
ActiveErrorDataType
Iinformation about an active error in a device
i=22
ns=1;i=5048
ns=1;i=5049
Unique identifier defined by manufacturer
Severity as defined in the BaseEventType (1 = low – 1000 = high)
Message giving information about the error
ActiveErrorDataType
ns=1;i=5048
ns=1;i=6002
i=69
ActiveErrorDataType
ActiveErrorDataType
ns=1;i=5049
ns=1;i=6004
i=69
//xs:element[@name='ActiveErrorDataType']
ClassifiedActiveErrorDataType
Iinformation about an active error in a device including the SoureNodes and a Classification
ns=1;i=5065
ns=1;i=5066
ns=1;i=3028
NodeIds of the Nodes which cause the error
Classification of the error, if a process parameter expressed as MonitoredParameterType is the cause of the error
ClassifiedActiveErrorDataType
ns=1;i=5065
ns=1;i=6002
i=69
ClassifiedActiveErrorDataType
ClassifiedActiveErrorDataType
ns=1;i=5066
ns=1;i=6004
i=69
//xs:element[@name='ClassifiedActiveErrorDataType']
ConfigurationParameterType
i=22
ns=1;i=5003
ns=1;i=5014
Unique identifier
Description of the parameter
Default value of the parameter
Engineering unit of the parameter. If the Type of Defaultvalue is not a Number, then the Unit shall be empty
ConfigurationParameterType
ns=1;i=5003
ns=1;i=6002
i=69
ConfigurationParameterType
ConfigurationParameterType
ns=1;i=5014
ns=1;i=6004
i=69
//xs:element[@name='ConfigurationParameterType']
JobListElementType
Description of a job in a job list
ns=1;i=5036
ns=1;i=5038
i=22
Name of the job
Description of the job
Classification of the job
Name of the cumstomer for that the job is produced
Name of the production dataset which is needed for the job
Additional description of the production dataset which is needed for the job
Array of material names used for the job
Array of product names produced by the job
Array of descriptions of the products produced by the job
Priority of the job
Planned start of the job
Planned production time
Latest end of the job
JobListElementType
i=69
ns=1;i=5036
ns=1;i=6002
JobListElementType
JobListElementType
i=69
ns=1;i=5038
ns=1;i=6004
//xs:element[@name='JobListElementType']
CyclicJobListElementType
Description of a job in a cyclic job list
ns=1;i=3021
ns=1;i=5041
ns=1;i=5042
Total number (sum of all cavities) of parts that shall be produced by the job
Number of parts that shall be put into one box
Calculated cycle time for the job
Id of the mould used for the job
Number of cavities in the mould used for production
CyclicJobListElementType
ns=1;i=5041
ns=1;i=6002
i=69
CyclicJobListElementType
CyclicJobListElementType
ns=1;i=5042
ns=1;i=6004
i=69
//xs:element[@name='CyclicJobListElementType']
PageEntryDataType
Information on a page that is implemented in the machine control system and shown on the screen of the machine
ns=1;i=5024
ns=1;i=5025
i=22
Unique identifier defined by manufacturer
Page name
PageEntryDataType
i=69
ns=1;i=5024
ns=1;i=6002
PageEntryDataType
PageEntryDataType
i=69
ns=1;i=5025
ns=1;i=6004
//xs:element[@name='PageEntryDataType']
ParameterSettingType
ns=1;i=5015
ns=1;i=5043
i=22
ParameterSettingType
i=69
ns=1;i=5015
ns=1;i=6002
ParameterSettingType
ParameterSettingType
i=69
ns=1;i=5043
ns=1;i=6004
//xs:element[@name='ParameterSettingType']
PIDParametersDataType
Structure for storing the parameters of a PID controller
ns=1;i=5017
ns=1;i=5034
i=22
Propotional gain
Integral gain
Derivative gain
PIDParametersDataType
i=69
ns=1;i=5017
ns=1;i=6002
PIDParametersDataType
PIDParametersDataType
i=69
ns=1;i=5034
ns=1;i=6004
//xs:element[@name='PIDParametersDataType']
ProductionDatasetInformationType
Information on a production dataset
ns=1;i=5004
ns=1;i=5009
i=22
Name of the production dataset (=identifier)
Additional description of the production dataset
Id of the production dataset file assigned by MES
Time when the production dataset was originally created or saved with a new name
Time of the last modification of the production dataset
Time when the production dataset was saved to the file system of the machine
Name of the user who has made the last parameter change on the machine
Informs for which machines information is included in the file
Manufacturer of the machine from which the production dataset file is generated
Serial number of the machine from which the production dataset file is generated
Model of the machine from which the production dataset file is generated
Name of Controller of the machine from which the production dataset file is generated
User machine name of the machine from which the production dataset file is generated
Location of the machine from which the production dataset file is generated
Name of the product produced with this production dataset
Id of the mould for this production dataset
Number of cavities of the mould for this production dataset
ProductionDatasetInformationType
i=69
ns=1;i=5004
ns=1;i=6002
ProductionDatasetInformationType
ProductionDatasetInformationType
i=69
ns=1;i=5009
ns=1;i=6004
//xs:element[@name='ProductionDatasetInformationType']
ProductionDatasetReadOptionsType
Used as GenerateOptions in the Method GenerateFileForRead in ProductionDatasetTransfer
ns=1;i=5012
ns=1;i=5013
i=22
Indication from where the production dataset is read
Name of the production dataset that should be transferred from the server to the client
ProductionDatasetReadOptionsType
i=69
ns=1;i=5012
ns=1;i=6002
ProductionDatasetReadOptionsType
ProductionDatasetReadOptionsType
i=69
ns=1;i=5013
ns=1;i=6004
//xs:element[@name='ProductionDatasetReadOptionsType']
ProductionDatasetWriteOptionsType
Used as GenerateOptions in the Method GenerateFileForWrite in ProductionDatasetTransfer
ns=1;i=5005
ns=1;i=5006
i=22
Indication where the production dataset is written to
Name of the production dataset that should be transferred from the client to the server
Array which indicates which parts of the production dataset shall be activated in the machine control after writing
ProductionDatasetWriteOptionsType
i=69
ns=1;i=5005
ns=1;i=6002
ProductionDatasetWriteOptionsType
ProductionDatasetWriteOptionsType
i=69
ns=1;i=5006
ns=1;i=6004
//xs:element[@name='ProductionDatasetWriteOptionsType']
StandstillReasonType
Description of a standstill reason
ns=1;i=5026
ns=1;i=5027
i=22
Id of the standstill reason
Text of the standstill reason
LockedByMES means that this StandstillReason has been set or modified by the MES and so this may not be changed by the machine
StandstillReasonType
i=69
ns=1;i=5026
ns=1;i=6002
StandstillReasonType
StandstillReasonType
i=69
ns=1;i=5027
ns=1;i=6004
//xs:element[@name='StandstillReasonType']
OPC40083
Collects the data type descriptions of http://opcfoundation.org/UA/PlasticsRubber/GeneralTypes/
ns=1;i=6519
ns=1;i=6716
ns=1;i=6297
ns=1;i=6405
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ns=1;i=6401
ns=1;i=6003
i=93
ns=1;i=6008
ns=1;i=6302
ns=1;i=6413
ns=1;i=6407
ns=1;i=6409
ns=1;i=6411
ns=1;i=6391
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A URI that uniquely identifies the dictionary.
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http://opcfoundation.org/UA/PlasticsRubber/GeneralTypes/
OPC40083
Collects the data type descriptions of http://opcfoundation.org/UA/PlasticsRubber/GeneralTypes/
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WJsZT0idHJ1ZSIvPgo8L3hzOnNjaGVtYT4K
NamespaceUri
A URI that uniquely identifies the dictionary.
ns=1;i=6004
i=68
http://opcfoundation.org/UA/PlasticsRubber/GeneralTypes/Types.xsd
ActiveJobValuesType
Values of the active job
i=58
ns=1;i=6219
ns=1;i=6239
ns=1;i=7009
ns=1;i=7003
ns=1;i=6243
ns=1;i=7002
BoxId
Id of the box in which the current production is put in
ns=1;i=1021
i=80
i=68
CurrentLotName
Name of the current production lot
ns=1;i=1021
i=78
i=68
FinishJob
With this Method the client (e.g. MES) requests the machine to change the JobStatus to JOB_FINISHED_8
ns=1;i=1021
i=78
InterruptJob
With this Method the client (e.g. MES) requests the machine to change the JobStatus to JOB_INTERRUPTED_7
ns=1;i=1021
i=78
JobStatus
Current status of the job
ns=1;i=1021
i=78
i=68
0
StartJob
With this Method the client (e.g. MES) requests the machine to change the JobStatus to JOB_IN_PRODUCTION_6
i=78
ns=1;i=1021
ActiveCyclicJobValuesType
Values of the active job for cyclic production
ns=1;i=1021
ns=1;i=6241
ns=1;i=6047
ns=1;i=6046
ns=1;i=6041
ns=1;i=6247
ns=1;i=6048
ns=1;i=6245
ns=1;i=6228
ns=1;i=6244
ns=1;i=6242
ns=1;i=6246
ns=1;i=6240
ns=1;i=6248
ns=1;i=6238
ns=1;i=7042
ns=1;i=7041
ns=1;i=7034
ns=1;i=7031
AverageCycleTime
Average cycle time
ns=1;i=1031
i=63
i=80
0
BoxBadPartsCounter
Number of bad parts produced in the current box
i=63
ns=1;i=1031
i=80
0
BoxCycleCounter
Number of finished cycles for the current box
i=63
ns=1;i=1031
i=80
0
BoxGoodPartsCounter
Number of good parts produced in the current box
i=63
ns=1;i=1031
i=80
0
BoxPartsCounter
Total number of parts produced in the current box
i=63
ns=1;i=1031
i=80
0
BoxTestSamplesCounter
Number of test sample parts produced in the current box
i=63
ns=1;i=1031
i=80
0
JobBadPartsCounter
Number of bad parts produced in the current job
i=63
ns=1;i=1031
i=78
0
JobCycleCounter
Number of finished cycles in the job
i=63
ns=1;i=1031
i=78
0
JobGoodPartsCounter
Number of good parts produced in the current job
i=63
ns=1;i=1031
i=78
0
JobPartsCounter
Total number of parts produced in the current job
i=63
ns=1;i=1031
i=78
0
JobTestSamplesCounter
Number of test sample parts produced in the current job
i=63
ns=1;i=1031
i=78
0
LastCycleTime
Time of the recently finished cycle
i=63
ns=1;i=1031
i=78
0
LastPartId
Id(s) of the parts produced in the recently finished cycle
i=63
ns=1;i=1031
i=80
MachineCycleCounter
Number of finished cycles in the machine life time
i=63
ns=1;i=1031
i=80
0
ResetAverageCycleTime
Initiates a new calculation of the average cycle time for the job
i=80
ns=1;i=1031
ResetBoxCounters
Setting the cycle and parts counters for the current box to 0
i=80
ns=1;i=1031
ResetJobCounters
Setting the cycle and parts counters for the job to 0
i=78
ns=1;i=1031
StopAtCycleEnd
Directs the machine to stop at the end of the current cycle
i=78
ns=1;i=1031
HelpOffNormalAlarmType
OffNormalAlarmType with additional help text
i=10637
ns=1;i=6309
HelpText
Text with additional information for the operator
ns=1;i=1052
i=78
i=68
MonitoredParameterAlarmType
HelpOffNormalAlarmType with additional infomration, if the cause of the alarm is a process variable expressed as MonitoredParameterType.
ns=1;i=1052
ns=1;i=6718
Status
ns=1;i=6719
i=78
i=11238
ns=1;i=1070
ns=1;i=6720
EnumValues
ns=1;i=6718
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6718
MessageConditionType
Text messages (incl. error messages) of the control system currently shown on the screen of the machine
ns=1;i=6001
ns=1;i=6009
ns=1;i=6015
i=2915
ns=1;i=1020
Classification
Classification of the message
ns=1;i=1004
i=78
i=68
Id
Id of the message
ns=1;i=1004
i=78
i=68
IsStandstillMessage
Indication if the message has led to a standstill
ns=1;i=1004
i=78
i=68
false
CycleParametersEventType
Information on a production cycle
ns=1;i=6249
ns=1;i=6051
ns=1;i=6049
ns=1;i=6050
ns=1;i=6256
ns=1;i=6271
ns=1;i=6102
ns=1;i=6252
ns=1;i=6253
i=2041
ns=1;i=6255
ns=1;i=6250
ns=1;i=6269
ns=1;i=6254
ns=1;i=6258
ns=1;i=6259
ns=1;i=6257
ns=1;i=6251
ns=1;i=6270
ns=1;i=6260
ns=1;i=6272
AverageCycleTime
ns=1;i=1038
i=80
i=68
0
BoxBadPartsCounter
Number of bad parts produced in the current box
ns=1;i=1038
i=80
i=68
0
BoxCycleCounter
ns=1;i=1038
i=80
i=68
BoxGoodPartsCounter
Number of good parts produced in the current box
ns=1;i=1038
i=80
i=68
0
BoxId
Id of the box in which the current production is put in
ns=1;i=1038
i=80
i=68
BoxPartsCounter
Total number of parts produced in the current box
ns=1;i=1038
i=80
i=68
0
BoxTestSamplesCounter
Number of test sample parts produced in the current box
ns=1;i=1038
i=80
i=68
0
CavityCycleQuality
Quality of the cycle for each cavity
ns=1;i=1038
i=80
i=68
CurrentLotName
Name of the current production lot
ns=1;i=1038
i=78
i=68
CycleQuality
Quality of the whole cycle
ns=1;i=1038
i=78
i=68
0
CycleTime
Cycle time
ns=1;i=1038
i=78
i=68
0
JobBadPartsCounter
Number of bad parts produced in the current job
ns=1;i=1038
i=78
i=68
0
JobCycleCounter
Number of the cycle in the job
ns=1;i=1038
i=78
i=68
0
JobGoodPartsCounter
Number of good parts produced in the current job
ns=1;i=1038
i=78
i=68
0
JobName
Name of the job
ns=1;i=1038
i=78
i=68
JobPartsCounter
Total number of parts produced in the current job
ns=1;i=1038
i=78
i=68
0
JobStatus
Current status of the job
ns=1;i=1038
i=78
i=68
0
JobTestSamplesCounter
Number of test sample parts produced in the current job
ns=1;i=1038
i=78
i=68
0
MachineCycleCounter
Number of finished cycles in the machine life time
ns=1;i=1038
i=80
i=68
0
PartId
Id(s) of the parts produced in the cycle
i=80
ns=1;i=1038
i=68
DiagnosisEndEventType
i=2041
ns=1;i=6499
ns=1;i=1066
Status
i=80
i=68
ns=1;i=1060
0
DiagnosisStepEndEventType
i=2041
ns=1;i=6502
ns=1;i=6501
ns=1;i=1066
InputNode
ns=1;i=1062
i=78
i=68
i=0
Result
i=78
i=68
ns=1;i=1062
false
LogbookEventType
Logbook events are fired by the machine for the documentation of relevant changes in the machine configuration/status
ns=1;i=6165
ns=1;i=6039
i=2041
ns=1;i=5023
EventOriginator
Originator of a logbook event
ns=1;i=1011
i=78
i=68
0
JobCycleCounter
Current value of JobCycleCounter in the ActiveJobValues Object when the event is fired. Only to be used for cyclic production
ns=1;i=1011
i=80
i=68
0
User
Indicates the user who is responsible for the change that leads to the event. The fields of UserType shall be null if no user is directly responsible (e.g. for messages coming from the machine control system).
ns=1;i=6158
ns=1;i=6159
ns=1;i=6160
ns=1;i=6161
i=78
ns=1;i=6162
ns=1;i=1011
ns=1;i=6163
ns=1;i=6164
ns=1;i=1045
CardUid
Uid of the identification card used by the operator for logging in to the machine
ns=1;i=5023
i=80
i=68
Id
Id of the user
ns=1;i=5023
i=78
i=68
IsPresent
The machine can have instances for the maximum number of users that can be simultaneously logged in. TRUE if the instance of UserType represents a user that is currently logged in.
ns=1;i=5023
i=78
i=68
false
Language
Currently selected language on the machine control unit
ns=1;i=5023
i=80
i=68
Name
Name of the user
i=78
ns=1;i=5023
i=68
UserLevel
Level of the user
i=80
i=68
ns=1;i=5023
UserRole
Role of the user
i=80
i=68
ns=1;i=5023
MachineModeChangeLogType
The MachineModeChangeLogType is used for logging changes of the machine mode
ns=1;i=1011
ns=1;i=6175
ns=1;i=6176
NewMachineMode
New machine mode
i=78
ns=1;i=1014
i=68
0
OldMachineMode
Old machine mode
i=78
ns=1;i=1014
i=68
0
MessageLogType
The MessageLogType is used for logging MessageConditions
ns=1;i=6183
ns=1;i=6184
ns=1;i=6185
ns=1;i=1011
Classification
Classification of the message
ns=1;i=1042
i=78
i=68
Id
Id of the message
ns=1;i=1042
i=78
i=68
IsStandstillMessage
Indication if the message has led to a standstill
ns=1;i=1042
i=78
i=68
false
ParameterChangeLogType
The ParameterChangeLogType is used for the logging of relevant changes in production parameters. The decision which parameter is relevant for the production is done by the machine.
ns=1;i=6166
ns=1;i=6177
ns=1;i=6167
ns=1;i=6178
ns=1;i=6168
ns=1;i=1011
NewValue
New value of the changed parameter
i=78
ns=1;i=1010
i=68
NewValueUnit
New unit of the changed parameter
ns=1;i=1010
i=80
i=68
i=888
http://www.opcfoundation.org/UA/units/un/cefact
-1
OldValue
Old value of the changed parameter
i=78
ns=1;i=1010
i=68
OldValueUnit
Old unit of the changed parameter
ns=1;i=1010
i=80
i=68
i=888
http://www.opcfoundation.org/UA/units/un/cefact
-1
ParameterId
Id of the changed parameter
i=78
ns=1;i=1010
i=68
ProductionDatasetChangeLogType
The ProductionDatasetChangeLogType is used when a new production dataset is loaded and activated in the control system of the machine
ns=1;i=6169
ns=1;i=6170
ns=1;i=1011
NewProductionDatasetName
Name of new production dataset
i=78
ns=1;i=1012
i=68
OldProductionDatasetName
Name of old production dataset
i=78
ns=1;i=1012
i=68
ProductionDatasetFrozenLogType
The ProductionDatasetFrozenLogType is used when a production dataset is locked or unlocked
ns=1;i=6056
ns=1;i=6055
ns=1;i=1011
NewValue
Information if the production dataset is now locked
i=78
ns=1;i=1041
i=68
false
OldValue
Information if the production dataset was locked
i=78
ns=1;i=1041
i=68
false
ProductionStatusChangeLogType
The ProductionStatusChangeLogType is used for logging changes of the production status
ns=1;i=6171
ns=1;i=6172
ns=1;i=1011
NewProductionStatus
New production status
i=78
ns=1;i=1044
i=68
0
OldProductionStatus
Old production status
i=78
ns=1;i=1044
i=68
0
RemoteAccessLogType
The RemoteAccessLogType is used for logging access from outside to the machine (e.g. remote service)
ns=1;i=6014
ns=1;i=1011
ns=1;i=6012
ns=1;i=6013
Origin
Information about the origin of the remote access
i=80
ns=1;i=1022
i=68
RemoteUserName
Name of the remote user (e.g. name of the service employee doing remote service)
i=78
i=68
ns=1;i=1022
UserChange
Information if the user logs in or off
i=78
i=68
ns=1;i=1022
0
SequenceChangeLogType
The SequenceChangeLogType is used for the logging changes in the production sequence
ns=1;i=6182
ns=1;i=1011
SequenceChange
Classification of production sequence change
i=78
i=68
ns=1;i=1043
0
StandstillReasonLogType
The StandstillReasonLogType is used for logging StandstillReasons
ns=1;i=6173
ns=1;i=1011
StandstillReasonId
Id of the standstill reason
i=78
i=68
ns=1;i=1013
UserFeedbackLogType
The UserFeedbackLogType is used for logging text messages entered by the user into the machine control system
ns=1;i=6186
ns=1;i=1011
Classification
Classification of the message
ns=1;i=1046
i=78
i=68
UserLogType
The UserLogType is used for logging which users are logged in to the machine
ns=1;i=6180
ns=1;i=1011
UserChange
Information if the user logs in or off
i=78
i=68
ns=1;i=1015
0
RequestAddMaterialEventType
ns=1;i=6513
ns=1;i=1059
i=2041
Id
ns=1;i=1061
i=78
i=68
RequestCyclicJobListEventType
This EventType is used to initiate a call of SendCyclicJobList by the client
i=2041
ns=1;i=1032
RequestCyclicJobWriteEventType
This EventType is used to initiate a call of the SetCyclicJobData Method by the client
ns=1;i=6070
ns=1;i=1024
i=2041
JobName
ns=1;i=1025
i=78
i=68
RequestJobListEventType
This EventType is used to initiate a call of SendJobList by the client
i=2041
ns=1;i=1032
RequestProductionDatasetListEventType
This EventType is used initiate a call of SendProductionDatasetList by the client
ns=1;i=6040
ns=1;i=6286
ns=1;i=1003
i=2041
ns=1;i=5007
ns=1;i=5008
MouldId
Id of the mould for which the available production datasets are requested
i=78
ns=1;i=1040
i=68
NameFilter
Filtering the list of production datasets by name
i=78
ns=1;i=1040
i=68
RequestProductionDatasetReadEventType
This EventType is used to trigger a production dataset transfer from the server to the client by the server (e.g. initiated by the operator)
ns=1;i=6022
i=2041
ns=1;i=6317
ns=1;i=5008
Name
Name of the production dataset that should be transferred from the server to the client
i=78
ns=1;i=1006
i=68
Storage
Indication from where the dataset is read
i=78
i=68
ns=1;i=1006
1
RequestProductionDatasetWriteEventType
This EventType is used to trigger a production dataset transfer from the client to the server by the server (e.g. initiated by the operator)
ns=1;i=6025
ns=1;i=6023
i=2041
ns=1;i=6024
ns=1;i=5008
Components
Array which indicates which parts of the production dataset shall be activated in the machine control after writing
ns=1;i=1007
i=78
i=68
Name
Name of the production dataset that should be transferred from the client to the server
i=78
ns=1;i=1007
i=68
Storage
Indication where the dataset is written to
i=78
i=68
ns=1;i=1007
1
ClosedLoopControlType
Settings for the closed loop control on the device for a parameter
ns=1;i=6319
ns=1;i=6320
ns=1;i=7048
ns=1;i=7047
i=58
ns=1;i=6318
AutomaticControllerMode
Determination if PID Parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=1054
i=80
i=68
AutoTuningActive
Informs if the automatic tuning is currently active
ns=1;i=1054
i=80
i=68
false
AutoTuningOff
Stops an already active self-optimisation process (no control parameters are changed)
ns=1;i=1054
i=80
AutoTuningOn
Starts the self-optimisation of the controller
ns=1;i=1054
i=80
PIDParameters
PID Parameters as array if several input signals (sensors) are used for the control
i=80
ns=1;i=1054
i=68
ns=1;i=5034
0
0
0
DiagnosticsType
ns=1;i=1060
ns=1;i=1062
i=58
ns=1;i=7059
ns=1;i=6503
ns=1;i=7060
RunDiagnostics
i=78
ns=1;i=1066
Status
i=78
i=68
ns=1;i=1066
StopDiagnostics
i=78
ns=1;i=1066
DrivesType
ns=1;i=5054
i=58
i=2133
ns=1;i=6563
<Name>_<Nr>
ns=1;i=1069
ns=1;i=5055
ns=1;i=1068
ns=1;i=5056
ns=1;i=5057
i=11508
ns=1;i=6722
ns=1;i=5058
ns=1;i=5059
ns=1;i=5060
AdditionalMeasuringDevices
ns=1;i=5054
i=2133
ns=1;i=1065
ns=1;i=6564
i=80
NodeVersion
i=78
ns=1;i=5055
i=68
Energy
ns=1;i=6396
ns=1;i=6680
ns=1;i=5054
ns=1;i=1063
i=80
ns=1;i=6682
ns=1;i=6579
ActualPower
ns=1;i=5056
i=17497
ns=1;i=6400
i=80
0
EngineeringUnits
ns=1;i=6396
i=78
i=68
ActualSpecificEnergy
ns=1;i=5056
i=17497
ns=1;i=6681
i=80
0
EngineeringUnits
ns=1;i=6680
i=78
i=68
PowerConsumption
i=17497
ns=1;i=6683
i=80
ns=1;i=5056
0
EngineeringUnits
ns=1;i=6682
i=78
i=68
PowerFactor
i=63
i=80
ns=1;i=5056
0
Maintenance
ns=1;i=6580
ns=1;i=6581
ns=1;i=5054
ns=1;i=1053
i=80
ns=1;i=6584
ns=1;i=7066
ns=1;i=6567
ns=1;i=6587
AdditionalInformation
Additional information on the necessary maintenance. Can be also a link to another document.
ns=1;i=5057
i=80
i=68
Interval
Regular interval between two maintenances
i=2368
ns=1;i=6582
ns=1;i=6583
ns=1;i=5057
i=80
0
EngineeringUnits
ns=1;i=6581
i=80
i=68
EURange
ns=1;i=6581
i=78
i=68
RemainingInterval
Interval before next maintenance is due
i=2368
ns=1;i=6585
ns=1;i=6586
i=80
ns=1;i=5057
0
EngineeringUnits
ns=1;i=6584
i=80
i=68
EURange
ns=1;i=6584
i=78
i=68
Reset
This Method sets the RemainingInterval to Interval and Status to NOT_DUE_0
i=78
ns=1;i=5057
Status
Maintenance status of the machine/device/component (represented by the parent element)
i=78
i=68
ns=1;i=5057
0
TotalOperation
How long is the component running in total
i=2368
ns=1;i=6588
ns=1;i=6589
i=80
ns=1;i=5057
EngineeringUnits
ns=1;i=6587
i=80
i=68
EURange
ns=1;i=6587
i=78
i=68
Position
i=80
ns=1;i=5054
i=68
Speed
ns=1;i=6568
ns=1;i=6590
ns=1;i=6593
ns=1;i=6594
ns=1;i=6597
ns=1;i=6600
ns=1;i=6603
ns=1;i=1056
ns=1;i=6606
i=80
ns=1;i=7067
ns=1;i=6609
ns=1;i=6612
ns=1;i=6615
ns=1;i=5054
ns=1;i=6618
ns=1;i=6621
ActualValue
Actual value of the monitored parameter
ns=1;i=5058
i=2368
ns=1;i=6659
ns=1;i=6569
i=78
0
EngineeringUnits
ns=1;i=6568
i=80
i=68
EURange
ns=1;i=6568
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=5058
ns=1;i=6591
i=11238
i=80
ns=1;i=6592
0
EnumValues
ns=1;i=6590
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6590
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5058
i=80
i=68
false
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6595
ns=1;i=6596
ns=1;i=5058
i=80
0
EngineeringUnits
ns=1;i=6594
i=80
i=68
EURange
ns=1;i=6594
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6598
ns=1;i=6599
ns=1;i=5058
i=80
0
EngineeringUnits
ns=1;i=6597
i=80
i=68
EURange
ns=1;i=6597
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6601
ns=1;i=6602
ns=1;i=5058
i=80
0
EngineeringUnits
ns=1;i=6600
i=80
i=68
EURange
ns=1;i=6600
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6604
ns=1;i=6605
ns=1;i=5058
i=80
0
EngineeringUnits
ns=1;i=6603
i=80
i=68
EURange
ns=1;i=6603
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6607
ns=1;i=5058
i=11238
i=80
ns=1;i=6608
0
EnumValues
ns=1;i=6606
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6606
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5058
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=6610
ns=1;i=6611
i=80
ns=1;i=5058
0
EngineeringUnits
ns=1;i=6609
i=80
i=68
EURange
ns=1;i=6609
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=6613
ns=1;i=6614
i=80
ns=1;i=5058
0
EngineeringUnits
ns=1;i=6612
i=80
i=68
EURange
ns=1;i=6612
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6616
ns=1;i=6617
i=80
ns=1;i=5058
0
EngineeringUnits
ns=1;i=6615
i=80
i=68
EURange
ns=1;i=6615
i=78
i=68
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6619
ns=1;i=6620
i=80
ns=1;i=5058
0
EngineeringUnits
ns=1;i=6618
i=80
i=68
EURange
ns=1;i=6618
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6622
ns=1;i=6623
i=80
ns=1;i=5058
0
EngineeringUnits
ns=1;i=6621
i=80
i=68
EURange
ns=1;i=6621
i=78
i=68
StartDrive
i=80
ns=1;i=6685
ns=1;i=1023
ns=1;i=5054
ns=1;i=7068
ns=1;i=6570
ns=1;i=7069
StartBlockedByClient
i=80
i=68
ns=1;i=5059
StartRequest
i=80
ns=1;i=5059
Status
i=78
i=68
ns=1;i=5059
0
StopRequest
i=80
ns=1;i=5059
Torque
ns=1;i=6571
ns=1;i=6624
ns=1;i=6627
ns=1;i=6628
ns=1;i=6631
ns=1;i=6634
ns=1;i=6637
ns=1;i=1056
ns=1;i=6640
i=80
ns=1;i=7070
ns=1;i=6643
ns=1;i=6646
ns=1;i=6649
ns=1;i=5054
ns=1;i=6652
ns=1;i=6655
ActualValue
Actual value of the monitored parameter
ns=1;i=5060
i=2368
ns=1;i=6660
ns=1;i=6572
i=78
0
EngineeringUnits
ns=1;i=6571
i=80
i=68
EURange
ns=1;i=6571
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=5060
ns=1;i=6625
i=11238
i=80
ns=1;i=6626
0
EnumValues
ns=1;i=6624
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6624
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5060
i=80
i=68
false
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6629
ns=1;i=6630
ns=1;i=5060
i=80
0
EngineeringUnits
ns=1;i=6628
i=80
i=68
EURange
ns=1;i=6628
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6632
ns=1;i=6633
ns=1;i=5060
i=80
0
EngineeringUnits
ns=1;i=6631
i=80
i=68
EURange
ns=1;i=6631
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6635
ns=1;i=6636
ns=1;i=5060
i=80
0
EngineeringUnits
ns=1;i=6634
i=80
i=68
EURange
ns=1;i=6634
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6638
ns=1;i=6639
ns=1;i=5060
i=80
0
EngineeringUnits
ns=1;i=6637
i=80
i=68
EURange
ns=1;i=6637
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6641
ns=1;i=5060
i=11238
i=80
ns=1;i=6642
0
EnumValues
ns=1;i=6640
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6640
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5060
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=6644
ns=1;i=6645
i=80
ns=1;i=5060
0
EngineeringUnits
ns=1;i=6643
i=80
i=68
EURange
ns=1;i=6643
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=6647
ns=1;i=6648
i=80
ns=1;i=5060
0
EngineeringUnits
ns=1;i=6646
i=80
i=68
EURange
ns=1;i=6646
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6650
ns=1;i=6651
i=80
ns=1;i=5060
0
EngineeringUnits
ns=1;i=6649
i=80
i=68
EURange
ns=1;i=6649
i=78
i=68
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6653
ns=1;i=6654
i=80
ns=1;i=5060
0
EngineeringUnits
ns=1;i=6652
i=80
i=68
EURange
ns=1;i=6652
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6656
ns=1;i=6657
i=80
ns=1;i=5060
0
EngineeringUnits
ns=1;i=6655
i=80
i=68
EURange
ns=1;i=6655
i=78
i=68
NodeVersion
i=78
ns=1;i=1069
i=68
DriveType
ns=1;i=5052
i=58
ns=1;i=5051
ns=1;i=5053
ns=1;i=6721
ns=1;i=5046
ns=1;i=5044
ns=1;i=5050
AdditionalMeasuringDevices
ns=1;i=1068
i=2133
ns=1;i=1065
ns=1;i=6397
i=80
NodeVersion
i=78
ns=1;i=5052
i=68
Energy
ns=1;i=6381
ns=1;i=6403
ns=1;i=1068
ns=1;i=1063
i=80
ns=1;i=6415
ns=1;i=6429
ActualPower
ns=1;i=5051
i=17497
ns=1;i=6395
i=80
0
EngineeringUnits
ns=1;i=6381
i=78
i=68
ActualSpecificEnergy
ns=1;i=5051
i=17497
ns=1;i=6404
i=80
0
EngineeringUnits
ns=1;i=6403
i=78
i=68
PowerConsumption
i=17497
ns=1;i=6416
i=80
ns=1;i=5051
0
EngineeringUnits
ns=1;i=6415
i=78
i=68
PowerFactor
i=63
i=80
ns=1;i=5051
0
Maintenance
ns=1;i=6430
ns=1;i=6434
ns=1;i=1068
ns=1;i=1053
i=80
ns=1;i=6436
ns=1;i=7052
ns=1;i=6399
ns=1;i=6438
AdditionalInformation
Additional information on the necessary maintenance. Can be also a link to another document.
ns=1;i=5053
i=80
i=68
Interval
Regular interval between two maintenances
i=2368
ns=1;i=6440
ns=1;i=6435
ns=1;i=5053
i=80
0
EngineeringUnits
ns=1;i=6434
i=80
i=68
EURange
ns=1;i=6434
i=78
i=68
RemainingInterval
Interval before next maintenance is due
i=2368
ns=1;i=6443
ns=1;i=6437
i=80
ns=1;i=5053
0
EngineeringUnits
ns=1;i=6436
i=80
i=68
EURange
ns=1;i=6436
i=78
i=68
Reset
This Method sets the RemainingInterval to Interval and Status to NOT_DUE_0
i=78
ns=1;i=5053
Status
Maintenance status of the machine/device/component (represented by the parent element)
i=78
i=68
ns=1;i=5053
0
TotalOperation
How long is the component running in total
i=2368
ns=1;i=6444
ns=1;i=6439
i=80
ns=1;i=5053
EngineeringUnits
ns=1;i=6438
i=80
i=68
EURange
ns=1;i=6438
i=78
i=68
Position
i=80
ns=1;i=1068
i=68
Speed
ns=1;i=6388
ns=1;i=6446
ns=1;i=6449
ns=1;i=6450
ns=1;i=6452
ns=1;i=6454
ns=1;i=6456
ns=1;i=1056
ns=1;i=6458
i=80
ns=1;i=7054
ns=1;i=6467
ns=1;i=6469
ns=1;i=6471
ns=1;i=1068
ns=1;i=6473
ns=1;i=6475
ActualValue
Actual value of the monitored parameter
ns=1;i=5046
i=2368
ns=1;i=6445
ns=1;i=6390
i=78
0
EngineeringUnits
ns=1;i=6388
i=80
i=68
EURange
ns=1;i=6388
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=5046
ns=1;i=6447
i=11238
i=80
ns=1;i=6448
0
EnumValues
ns=1;i=6446
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6446
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5046
i=80
i=68
false
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6477
ns=1;i=6451
ns=1;i=5046
i=80
0
EngineeringUnits
ns=1;i=6450
i=80
i=68
EURange
ns=1;i=6450
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6478
ns=1;i=6453
ns=1;i=5046
i=80
0
EngineeringUnits
ns=1;i=6452
i=80
i=68
EURange
ns=1;i=6452
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6479
ns=1;i=6455
ns=1;i=5046
i=80
0
EngineeringUnits
ns=1;i=6454
i=80
i=68
EURange
ns=1;i=6454
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6480
ns=1;i=6457
ns=1;i=5046
i=80
0
EngineeringUnits
ns=1;i=6456
i=80
i=68
EURange
ns=1;i=6456
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6459
ns=1;i=5046
i=11238
i=80
ns=1;i=6466
0
EnumValues
ns=1;i=6458
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6458
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5046
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=6481
ns=1;i=6468
i=80
ns=1;i=5046
0
EngineeringUnits
ns=1;i=6467
i=80
i=68
EURange
ns=1;i=6467
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=6482
ns=1;i=6470
i=80
ns=1;i=5046
0
EngineeringUnits
ns=1;i=6469
i=80
i=68
EURange
ns=1;i=6469
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6483
ns=1;i=6472
i=80
ns=1;i=5046
0
EngineeringUnits
ns=1;i=6471
i=80
i=68
EURange
ns=1;i=6471
i=78
i=68
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6484
ns=1;i=6474
i=80
ns=1;i=5046
0
EngineeringUnits
ns=1;i=6473
i=80
i=68
EURange
ns=1;i=6473
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6485
ns=1;i=6476
i=80
ns=1;i=5046
0
EngineeringUnits
ns=1;i=6475
i=80
i=68
EURange
ns=1;i=6475
i=78
i=68
StartDrive
i=80
ns=1;i=6684
ns=1;i=1023
ns=1;i=1068
ns=1;i=7055
ns=1;i=6504
ns=1;i=7064
StartBlockedByClient
i=80
i=68
ns=1;i=5044
StartRequest
i=80
ns=1;i=5044
Status
i=78
i=68
ns=1;i=5044
0
StopRequest
i=80
ns=1;i=5044
Torque
ns=1;i=6393
ns=1;i=6487
ns=1;i=6490
ns=1;i=6491
ns=1;i=6493
ns=1;i=6537
ns=1;i=6539
ns=1;i=1056
ns=1;i=6541
i=80
ns=1;i=7065
ns=1;i=6544
ns=1;i=6546
ns=1;i=6548
ns=1;i=1068
ns=1;i=6550
ns=1;i=6552
ActualValue
Actual value of the monitored parameter
ns=1;i=5050
i=2368
ns=1;i=6486
ns=1;i=6394
i=78
0
EngineeringUnits
ns=1;i=6393
i=80
i=68
EURange
ns=1;i=6393
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=5050
ns=1;i=6488
i=11238
i=80
ns=1;i=6489
0
EnumValues
ns=1;i=6487
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6487
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5050
i=80
i=68
false
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6554
ns=1;i=6492
ns=1;i=5050
i=80
0
EngineeringUnits
ns=1;i=6491
i=80
i=68
EURange
ns=1;i=6491
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6555
ns=1;i=6494
ns=1;i=5050
i=80
0
EngineeringUnits
ns=1;i=6493
i=80
i=68
EURange
ns=1;i=6493
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6556
ns=1;i=6538
ns=1;i=5050
i=80
0
EngineeringUnits
ns=1;i=6537
i=80
i=68
EURange
ns=1;i=6537
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6557
ns=1;i=6540
ns=1;i=5050
i=80
0
EngineeringUnits
ns=1;i=6539
i=80
i=68
EURange
ns=1;i=6539
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6542
ns=1;i=5050
i=11238
i=80
ns=1;i=6543
0
EnumValues
ns=1;i=6541
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6541
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5050
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=6558
ns=1;i=6545
i=80
ns=1;i=5050
0
EngineeringUnits
ns=1;i=6544
i=80
i=68
EURange
ns=1;i=6544
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=6559
ns=1;i=6547
i=80
ns=1;i=5050
0
EngineeringUnits
ns=1;i=6546
i=80
i=68
EURange
ns=1;i=6546
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6560
ns=1;i=6549
i=80
ns=1;i=5050
0
EngineeringUnits
ns=1;i=6548
i=80
i=68
EURange
ns=1;i=6548
i=78
i=68
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6561
ns=1;i=6551
i=80
ns=1;i=5050
0
EngineeringUnits
ns=1;i=6550
i=80
i=68
EURange
ns=1;i=6550
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6562
ns=1;i=6553
i=80
ns=1;i=5050
0
EngineeringUnits
ns=1;i=6552
i=80
i=68
EURange
ns=1;i=6552
i=78
i=68
EnergyType
ns=1;i=6417
ns=1;i=6421
i=58
ns=1;i=6419
ns=1;i=6423
ActualPower
ns=1;i=1063
i=17497
ns=1;i=6431
i=80
0
EngineeringUnits
ns=1;i=6417
i=78
i=68
ActualSpecificEnergy
ns=1;i=1063
i=17497
ns=1;i=6432
i=80
0
EngineeringUnits
ns=1;i=6421
i=78
i=68
PowerConsumption
i=17497
ns=1;i=6433
i=80
ns=1;i=1063
0
EngineeringUnits
ns=1;i=6419
i=78
i=68
PowerFactor
i=63
i=80
ns=1;i=1063
0
JobInformationType
Information about a production job
ns=1;i=6261
ns=1;i=6054
ns=1;i=6289
i=58
ns=1;i=6290
ns=1;i=6291
ns=1;i=6295
ns=1;i=6262
ns=1;i=6263
ns=1;i=6296
ContinueAtJobEnd
Indication if the machine continues the production even if the nominal output has been reached
ns=1;i=1037
i=78
i=68
false
CustomerName
Name of the customer for that the job is produced
ns=1;i=1037
i=78
i=68
JobDescription
Description of the job
ns=1;i=1037
i=78
i=68
JobName
Name of the job
ns=1;i=1037
i=78
i=68
Material
Array of material names used for the job
i=78
ns=1;i=1037
i=68
ProductDescription
Array of descriptions of the products produced by the job
i=78
ns=1;i=1037
i=68
ProductionDatasetDescription
Additional description of the production dataset which is needed for the job
i=78
ns=1;i=1037
i=68
ProductionDatasetName
Name of the production dataset which is needed for the job
i=78
ns=1;i=1037
i=68
ProductName
Array of product names produced by the job
i=78
ns=1;i=1037
i=68
CyclicJobInformationType
Information about a cyclic production job
ns=1;i=6267
ns=1;i=6190
ns=1;i=6266
ns=1;i=6265
ns=1;i=6279
ns=1;i=1025
ns=1;i=7025
ns=1;i=1037
ExpectedCycleTime
Calculated cycle time for the job
ns=1;i=1024
i=80
i=68
0
MouldId
Id of the Mould used for the job
ns=1;i=1024
i=80
i=68
NominalBoxParts
Number of parts that shall be put into one box
ns=1;i=1024
i=80
i=68
0
NominalParts
Total number (sum of all cavities) of parts that shall be produced by the job
i=78
ns=1;i=1024
i=68
0
NumCavities
Number of cavities in the Mould used for production
ns=1;i=1024
i=80
i=68
0
SetCyclicJobData
Method for setting the data for cyclic jobs
ns=1;i=6268
i=78
ns=1;i=1024
InputArguments
i=78
i=68
ns=1;i=7025
i=297
JobName
i=12
-1
i=297
JobDescription
i=12
-1
i=297
CustomerName
i=12
-1
i=297
ProductionDatasetName
i=12
-1
i=297
ProductionDatasetDescription
i=12
-1
i=297
Material
i=12
1
i=297
ProductName
i=12
1
i=297
ProductDescription
i=12
1
i=297
ContinueAtJobEnd
i=1
-1
i=297
NominalParts
i=9
-1
i=297
NominalBoxParts
i=9
-1
i=297
ExpectedCycleTime
i=290
-1
i=297
MouldId
i=12
-1
i=297
NumCavities
i=7
-1
JobsType
Management of production jobs on the machine and information on their status including process parameters
ns=1;i=5033
ns=1;i=5037
ns=1;i=5010
i=58
ns=1;i=1028
ns=1;i=1027
ns=1;i=7040
ns=1;i=7036
ActiveJob
Job that is currently active on the machine
ns=1;i=1032
ns=1;i=6298
ns=1;i=6288
ns=1;i=6326
ns=1;i=1037
ns=1;i=6327
i=78
ns=1;i=6328
ns=1;i=6332
ns=1;i=6299
ns=1;i=6300
ns=1;i=6333
ContinueAtJobEnd
Indication if the machine continues the production even if the nominal output has been reached
ns=1;i=5033
i=78
i=68
false
CustomerName
Name of the customer for that the job is produced
ns=1;i=5033
i=78
i=68
JobDescription
Description of the job
ns=1;i=5033
i=78
i=68
JobName
Name of the job
ns=1;i=5033
i=78
i=68
Material
Array of material names used for the job
i=78
ns=1;i=5033
i=68
ProductDescription
Array of descriptions of the products produced by the job
i=78
ns=1;i=5033
i=68
ProductionDatasetDescription
Additional description of the production dataset which is needed for the job
i=78
ns=1;i=5033
i=68
ProductionDatasetName
Name of the production dataset which is needed for the job
i=78
ns=1;i=5033
i=68
ProductName
Array of product names produced by the job
i=78
ns=1;i=5033
i=68
ActiveJobValues
Status of the job
ns=1;i=1032
ns=1;i=1021
ns=1;i=6223
ns=1;i=6374
ns=1;i=7013
ns=1;i=7012
ns=1;i=6378
i=78
ns=1;i=7010
BoxId
Id of the box in which the current production is put in
ns=1;i=5037
i=80
i=68
CurrentLotName
Name of the current production lot
ns=1;i=5037
i=78
i=68
FinishJob
With this Method the client (e.g. MES) requests the machine to change the JobStatus to JOB_FINISHED_8
ns=1;i=5037
i=78
InterruptJob
With this Method the client (e.g. MES) requests the machine to change the JobStatus to JOB_INTERRUPTED_7
ns=1;i=5037
i=78
JobStatus
Current status of the job
ns=1;i=5037
i=78
i=68
0
StartJob
With this Method the client (e.g. MES) request the machine to change the JobStatus to JOB_IN_PRODUCTION_6
i=78
ns=1;i=5037
JobInPreparation
Job in a preparation layer of the machine
ns=1;i=6006
ns=1;i=6287
ns=1;i=6007
ns=1;i=1037
ns=1;i=1032
ns=1;i=6106
ns=1;i=6107
i=80
ns=1;i=6108
ns=1;i=6109
ns=1;i=6114
ns=1;i=6115
ContinueAtJobEnd
Indication if the machine continues the production even if the nominal output has been reached
ns=1;i=5010
i=78
i=68
false
CustomerName
Name of the customer for that the job is produced
ns=1;i=5010
i=78
i=68
JobDescription
Description of the job
ns=1;i=5010
i=78
i=68
JobName
Name of the job
ns=1;i=5010
i=78
i=68
Material
Array of material names used for the job
i=78
ns=1;i=5010
i=68
ProductDescription
Array of descriptions of the products produced by the job
i=78
ns=1;i=5010
i=68
ProductionDatasetDescription
Additional description of the production dataset which is needed for the job
i=78
ns=1;i=5010
i=68
ProductionDatasetName
Name of the production dataset which is needed for the job
i=78
ns=1;i=5010
i=68
ProductName
Array of product names produced by the job
i=78
ns=1;i=5010
i=68
SendCyclicJobList
Sends a list of jobs for cyclic processes available on the client to the server
ns=1;i=6389
i=80
ns=1;i=1032
InputArguments
i=78
i=68
ns=1;i=7040
i=297
JobList
ns=1;i=3022
1
SendJobList
Sends a list of jobs available on the client to the server
ns=1;i=6384
i=80
ns=1;i=1032
InputArguments
i=78
i=68
ns=1;i=7036
i=297
JobList
ns=1;i=3021
1
MachineConfigurationType
Current configuration of the machine
ns=1;i=7017
ns=1;i=7018
ns=1;i=6195
i=58
ns=1;i=6197
ns=1;i=7019
ns=1;i=6201
ns=1;i=6202
GetCurrentPage
Method for retrieving a screenshot of the control system with the currently shown contents
ns=1;i=1016
ns=1;i=6191
i=80
ns=1;i=6192
InputArguments
i=78
i=68
ns=1;i=7017
i=297
VisualisationUnit
i=7
-1
OutputArguments
i=78
i=68
ns=1;i=7017
i=297
Page
i=30
-1
GetPage
Method for retrieving the image of a page of the control system
ns=1;i=1016
ns=1;i=6193
i=80
ns=1;i=6194
InputArguments
i=78
i=68
ns=1;i=7018
i=297
Id
i=12
-1
OutputArguments
i=78
i=68
ns=1;i=7018
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=1016
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=1016
i=68
ns=1;i=5025
SetMachineTime
Method for setting the server time together with TimeZoneOffset
ns=1;i=6198
i=78
ns=1;i=1016
InputArguments
i=78
i=68
ns=1;i=7019
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=1016
i=8913
0
false
UserMachineName
Description of the machine given by the machine operator or OPC client
i=78
i=68
ns=1;i=1016
MachineMESConfigurationType
Current configuration of a machine related to a Manufacturing Execution System (MES)
i=58
ns=1;i=6200
ns=1;i=6196
ns=1;i=6199
MESUrl
URL to display a webpage generated by the MES in a web browser integrated in the machine
ns=1;i=1018
i=80
i=68
0
StandstillReasons
List of the standstill reasons from which one is selected by the operator in the case of a standstill
i=78
i=68
ns=1;i=1018
StandstillReasonsLockedByMES
Indication if the list StandstillReasons has been modified by the MES and may not be changed by the machine
i=78
i=68
ns=1;i=1018
false
MachineMESStatusType
Current status of a machine related to the MES
ns=1;i=7030
i=58
ns=1;i=5029
ns=1;i=1004
ns=1;i=5030
ns=1;i=7039
ns=1;i=5031
ns=1;i=6237
ClearMESMessage
Method for clearing the MESMessage
ns=1;i=1020
i=78
MESMessage
Text message sent from the MES to be shown on the machine
ns=1;i=6224
i=78
ns=1;i=1020
ns=1;i=1051
ns=1;i=6225
ns=1;i=6226
Id
Id of the message
ns=1;i=5029
i=78
i=68
Message
Text of the message
i=78
ns=1;i=5029
i=68
Severity
Severity of the message
i=78
i=68
ns=1;i=5029
0
ProductionControl
Control of the production of the machine by MES
ns=1;i=6227
ns=1;i=7033
ns=1;i=7035
i=78
ns=1;i=1020
ns=1;i=1017
ns=1;i=6229
ns=1;i=6103
ns=1;i=6230
ns=1;i=7014
ns=1;i=7037
ns=1;i=7038
AutomaticRunEnabled
Indication if semi-automatic and automatic run of the machine is allowed by MES
ns=1;i=5030
i=78
i=68
false
DisableAutomaticRun
Method for disabling the semi-automatic and automatic run of the machine
ns=1;i=5030
i=78
EnableAutomaticRun
Method for enabling the semi-automatic and automatic run of the machine
ns=1;i=5030
i=78
ProductionOnlyWithMES
Indication if production with the machine is only allowed when the MES is active
i=80
ns=1;i=5030
i=68
false
ProductionReleasedByMES
Indication if ProductionStatus may have the value PRODUCTION_4
i=78
ns=1;i=5030
i=68
false
ProductionStatus
Production status when the machine is in automatic or semi-automatic mode
i=78
ns=1;i=5030
i=68
0
RequestTestSample
The machine shall separate a test sample (e.g. for quality check). The size of the test sample depends on the product/machine configuration.
i=80
ns=1;i=5030
ResetWatchDog
Setting the watch dog timer to the value set by the last calling of SetWatchDogTime
i=80
ns=1;i=5030
SetWatchDogTime
Release of production for a given time
ns=1;i=6231
i=80
ns=1;i=5030
InputArguments
i=78
i=68
ns=1;i=7038
i=297
WatchDogTime
i=6
-1
SetMESMessage
Method for setting the MESMessage
ns=1;i=6232
i=78
ns=1;i=1020
InputArguments
i=78
i=68
ns=1;i=7039
i=297
Id
i=12
-1
i=297
Message
i=12
-1
i=297
Severity
i=5
-1
StandstillMessage
ns=1;i=6233
ns=1;i=6234
i=78
ns=1;i=6236
ns=1;i=6235
ns=1;i=1020
ns=1;i=1026
Classification
Classification of the message
ns=1;i=5031
i=78
i=68
Id
Id of the message
ns=1;i=5031
i=78
i=68
Message
Text of the message
i=78
ns=1;i=5031
i=68
Severity
Severity of the message
i=78
i=68
ns=1;i=5031
0
StandstillReasonId
Id of the StandstillReason set by the operator after a standstill occurs
i=78
i=68
ns=1;i=1020
MachineStatusType
Information on the current status of the machine
ns=1;i=7020
ns=1;i=7021
ns=1;i=6203
ns=1;i=6205
i=58
ns=1;i=5028
ActivateSleepMode
Method for activation of sleep mode
ns=1;i=1019
i=80
DeactivateSleepMode
Method for deactivation of sleep mode
ns=1;i=1019
i=80
IsPresent
Indication if the machine is physically present and connected
ns=1;i=1019
i=78
i=68
false
MachineMode
Current machine mode (as defined by mode selector on the machine)
ns=1;i=1019
i=78
i=68
0
Users
Container for the user(s) of the machine
i=78
ns=1;i=6204
ns=1;i=1019
ns=1;i=1048
NodeVersion
i=78
ns=1;i=5028
i=68
MaintenanceType
Provides information on the maintenance status of a machine, device or component
ns=1;i=6514
ns=1;i=6312
i=58
ns=1;i=6314
ns=1;i=7046
ns=1;i=6311
ns=1;i=6516
AdditionalInformation
Additional information on the necessary maintenance. Can be also a link to another document.
ns=1;i=1053
i=80
i=68
Interval
Regular interval between two maintenances
i=2368
ns=1;i=6330
ns=1;i=6313
ns=1;i=1053
i=80
0
EngineeringUnits
ns=1;i=6312
i=80
i=68
EURange
ns=1;i=6312
i=78
i=68
RemainingInterval
Interval before next maintenance is due
i=2368
ns=1;i=6331
ns=1;i=6315
i=80
ns=1;i=1053
0
EngineeringUnits
ns=1;i=6314
i=80
i=68
EURange
ns=1;i=6314
i=78
i=68
Reset
This Method sets the RemainingInterval to Interval and Status to NOT_DUE_0
i=78
ns=1;i=1053
Status
Maintenance status of the machine/device/component (represented by the parent element)
i=78
i=68
ns=1;i=1053
0
TotalOperation
How long is the component running in total
i=2368
ns=1;i=6518
ns=1;i=6517
i=80
ns=1;i=1053
EngineeringUnits
ns=1;i=6516
i=80
i=68
EURange
ns=1;i=6516
i=78
i=68
MaterialListType
ns=1;i=7057
ns=1;i=6512
i=2133
ns=1;i=5039
i=58
ns=1;i=6306
ns=1;i=7058
ns=1;i=1061
AddMaterial
ns=1;i=1059
ns=1;i=6100
i=80
InputArguments
i=78
i=68
ns=1;i=7057
i=297
Id
i=12
-1
i=297
Name
i=21
-1
i=297
Density
i=11
-1
DensityUnit
ns=1;i=1059
i=78
i=68
Material_<Nr>
ns=1;i=6294
ns=1;i=6305
ns=1;i=1059
ns=1;i=1002
ns=1;i=6304
i=11508
Density
i=17497
ns=1;i=5039
ns=1;i=6308
i=78
0
EngineeringUnits
ns=1;i=6294
i=78
i=68
Id
ns=1;i=5039
i=78
i=68
Name
i=78
ns=1;i=5039
i=68
NodeVersion
i=78
ns=1;i=1059
i=68
RemoveMaterialById
ns=1;i=6307
i=80
ns=1;i=1059
InputArguments
i=78
i=68
ns=1;i=7058
i=297
Id
i=12
-1
MaterialType
ns=1;i=6096
ns=1;i=6098
ns=1;i=6097
i=58
Density
i=17497
ns=1;i=1002
ns=1;i=6316
i=78
0
EngineeringUnits
ns=1;i=6096
i=78
i=68
Id
ns=1;i=1002
i=78
i=68
Name
i=78
ns=1;i=1002
i=68
MeasuringDevicesType
ns=1;i=5045
i=2133
i=58
ns=1;i=6460
<Name>_<Nr>
ns=1;i=1065
ns=1;i=6383
ns=1;i=6053
ns=1;i=6575
ns=1;i=5062
ns=1;i=6462
ns=1;i=6461
ns=1;i=6463
ns=1;i=6576
ns=1;i=6578
ns=1;i=5063
ns=1;i=6662
ns=1;i=1064
ns=1;i=6664
ns=1;i=6666
ns=1;i=6464
i=11508
ns=1;i=6465
ns=1;i=7072
ns=1;i=6669
ns=1;i=6671
ns=1;i=6673
ns=1;i=5064
ns=1;i=6676
ns=1;i=6678
ActualValue
Actual value of the monitored parameter
ns=1;i=5045
i=2368
ns=1;i=6385
ns=1;i=6386
i=78
0
EngineeringUnits
ns=1;i=6383
i=80
i=68
EURange
ns=1;i=6383
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=5045
ns=1;i=6573
i=11238
i=80
ns=1;i=6574
0
EnumValues
ns=1;i=6053
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6053
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5045
i=80
i=68
false
ClosedLoopControl
With this type the client can do settings for the closed loop control on the device for a parameter
ns=1;i=6687
ns=1;i=6686
ns=1;i=7073
ns=1;i=7074
ns=1;i=5045
ns=1;i=1054
i=80
ns=1;i=6688
AutomaticControllerMode
Determination if PID Parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5062
i=80
i=68
AutoTuningActive
Informs if the automatic tuning is currently active
ns=1;i=5062
i=80
i=68
false
AutoTuningOff
Stops an already active self-optimisation process (no control parameters are changed)
ns=1;i=5062
i=80
AutoTuningOn
Starts the self-optimisation of the controller
ns=1;i=5062
i=80
PIDParameters
PID Parameters as array if several input signals (sensors) are used for the control
i=80
ns=1;i=5062
i=68
ns=1;i=5034
0
0
0
ControlMode
ns=1;i=5045
i=78
i=68
0
Id
ns=1;i=5045
i=78
i=68
IsPresent
ns=1;i=5045
i=78
i=68
false
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6689
ns=1;i=6577
ns=1;i=5045
i=80
0
EngineeringUnits
ns=1;i=6576
i=80
i=68
EURange
ns=1;i=6576
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6690
ns=1;i=6658
ns=1;i=5045
i=80
0
EngineeringUnits
ns=1;i=6578
i=80
i=68
EURange
ns=1;i=6578
i=78
i=68
Maintenance
ns=1;i=6691
ns=1;i=6692
ns=1;i=5045
ns=1;i=1053
i=80
ns=1;i=6695
ns=1;i=7071
ns=1;i=6661
ns=1;i=6698
AdditionalInformation
Additional information on the necessary maintenance. Can be also a link to another document.
ns=1;i=5063
i=80
i=68
Interval
Regular interval between two maintenances
i=2368
ns=1;i=6693
ns=1;i=6694
ns=1;i=5063
i=80
0
EngineeringUnits
ns=1;i=6692
i=80
i=68
EURange
ns=1;i=6692
i=78
i=68
RemainingInterval
Interval before next maintenance is due
i=2368
ns=1;i=6696
ns=1;i=6697
i=80
ns=1;i=5063
0
EngineeringUnits
ns=1;i=6695
i=80
i=68
EURange
ns=1;i=6695
i=78
i=68
Reset
This Method sets the CurrentInterval to 0 and Status to NOT_DUE_0
i=78
ns=1;i=5063
Status
Maintenance status of the machine/device/component (represented by the parent element)
i=78
i=68
ns=1;i=5063
0
TotalOperation
How long is the component running in total
i=2368
ns=1;i=6699
ns=1;i=6700
i=80
ns=1;i=5063
EngineeringUnits
ns=1;i=6698
i=80
i=68
EURange
ns=1;i=6698
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6701
ns=1;i=6663
ns=1;i=5045
i=80
0
EngineeringUnits
ns=1;i=6662
i=80
i=68
EURange
ns=1;i=6662
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6702
ns=1;i=6665
ns=1;i=5045
i=80
0
EngineeringUnits
ns=1;i=6664
i=80
i=68
EURange
ns=1;i=6664
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6667
ns=1;i=5045
i=11238
i=80
ns=1;i=6668
0
EnumValues
ns=1;i=6666
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6666
Name
ns=1;i=5045
i=80
i=68
Position
i=80
ns=1;i=5045
i=68
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=5045
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=6703
ns=1;i=6670
i=80
ns=1;i=5045
0
EngineeringUnits
ns=1;i=6669
i=80
i=68
EURange
ns=1;i=6669
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=6704
ns=1;i=6672
i=80
ns=1;i=5045
0
EngineeringUnits
ns=1;i=6671
i=80
i=68
EURange
ns=1;i=6671
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6705
ns=1;i=6674
i=80
ns=1;i=5045
0
EngineeringUnits
ns=1;i=6673
i=80
i=68
EURange
ns=1;i=6673
i=78
i=68
StartDevice
i=80
ns=1;i=6382
ns=1;i=5045
ns=1;i=1023
ns=1;i=7075
ns=1;i=6675
ns=1;i=7076
StartBlockedByClient
i=80
i=68
ns=1;i=5064
StartRequest
i=80
ns=1;i=5064
Status
i=78
i=68
ns=1;i=5064
0
StopRequest
i=80
ns=1;i=5064
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6706
ns=1;i=6677
i=80
ns=1;i=5045
0
EngineeringUnits
ns=1;i=6676
i=80
i=68
EURange
ns=1;i=6676
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6707
ns=1;i=6679
i=80
ns=1;i=5045
0
EngineeringUnits
ns=1;i=6678
i=80
i=68
EURange
ns=1;i=6678
i=78
i=68
NodeVersion
i=78
ns=1;i=1065
i=68
MESMessageType
Text message sent from the MES to be shown on the machine
ns=1;i=6210
i=58
ns=1;i=6211
ns=1;i=6212
Id
Id of the message
ns=1;i=1051
i=78
i=68
Message
Text of the message
i=78
ns=1;i=1051
i=68
Severity
Severity of the message
i=78
i=68
ns=1;i=1051
0
MonitoredParameterType
Used for process parameters that are monitored by the client
ns=1;i=6321
ns=1;i=6354
ns=1;i=6350
ns=1;i=6344
ns=1;i=6348
ns=1;i=6340
ns=1;i=6338
i=58
ns=1;i=6352
ns=1;i=7053
ns=1;i=6335
ns=1;i=6325
ns=1;i=6322
ns=1;i=6711
ns=1;i=6342
ns=1;i=6346
ActualValue
Actual value of the monitored parameter
ns=1;i=1056
i=2368
ns=1;i=6364
ns=1;i=6323
i=78
0
EngineeringUnits
ns=1;i=6321
i=80
i=68
EURange
ns=1;i=6321
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=1056
ns=1;i=6355
i=11238
i=80
ns=1;i=6356
0
EnumValues
ns=1;i=6354
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6354
AutomaticMonitoring
Determination if monitoring tolerance parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=1056
i=80
i=68
false
LowerTolerance
Lower relative tolerance value of the process parameter
i=2368
ns=1;i=6351
ns=1;i=6345
ns=1;i=1056
i=80
0
EngineeringUnits
ns=1;i=6344
i=80
i=68
EURange
ns=1;i=6344
i=78
i=68
LowerTolerance2
Second lower relative tolerance value of the process parameter
i=2368
ns=1;i=6357
ns=1;i=6349
ns=1;i=1056
i=80
0
EngineeringUnits
ns=1;i=6348
i=80
i=68
EURange
ns=1;i=6348
i=78
i=68
MaxValue
Maximum absolute value of the process parameter
i=2368
ns=1;i=6358
ns=1;i=6341
ns=1;i=1056
i=80
0
EngineeringUnits
ns=1;i=6340
i=80
i=68
EURange
ns=1;i=6340
i=78
i=68
MinValue
Minimum absolute value of the process parameter
i=2368
ns=1;i=6359
ns=1;i=6339
ns=1;i=1056
i=80
0
EngineeringUnits
ns=1;i=6338
i=80
i=68
EURange
ns=1;i=6338
i=78
i=68
MonitoringSensitivity
Defines how closely the tolerances are set during the automatic limit setting
ns=1;i=6353
ns=1;i=1056
i=11238
i=80
ns=1;i=6360
0
EnumValues
ns=1;i=6352
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6352
ResetMonitoring
With this method the tolerance values are set according to the actual value and the set monitoring sensitivity
i=80
ns=1;i=1056
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=6337
ns=1;i=6336
i=80
ns=1;i=1056
0
EngineeringUnits
ns=1;i=6335
i=80
i=68
EURange
ns=1;i=6335
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=6361
ns=1;i=6329
i=80
ns=1;i=1056
0
EngineeringUnits
ns=1;i=6325
i=80
i=68
EURange
ns=1;i=6325
i=78
i=68
SetValue
Set/nominal/target value of the monitored parameter
i=2368
ns=1;i=6334
ns=1;i=6324
i=80
ns=1;i=1056
0
EngineeringUnits
ns=1;i=6322
i=80
i=68
EURange
ns=1;i=6322
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=1056
ns=1;i=6715
EnumValues
ns=1;i=6711
i=78
i=68
ValueAsText
i=78
i=68
ns=1;i=6711
UpperTolerance
Upper relative tolerance value of the process parameter
i=2368
ns=1;i=6363
ns=1;i=6343
i=80
ns=1;i=1056
0
EngineeringUnits
ns=1;i=6342
i=80
i=68
EURange
ns=1;i=6342
i=78
i=68
UpperTolerance2
Second upper relative tolerance value of the process parameter
i=2368
ns=1;i=6362
ns=1;i=6347
i=80
ns=1;i=1056
0
EngineeringUnits
ns=1;i=6346
i=80
i=68
EURange
ns=1;i=6346
i=78
i=68
ControlledParameterType
Used for process parameters that are controlled by the client by writing a set value and optional ramps and parameters for closed loop control
ns=1;i=5035
ns=1;i=1056
ns=1;i=6365
ns=1;i=6367
ClosedLoopControl
With this type the client can do settings for the closed loop control on the device for a parameter
ns=1;i=6372
ns=1;i=6371
ns=1;i=7049
ns=1;i=7050
ns=1;i=1057
ns=1;i=1054
i=80
ns=1;i=6373
AutomaticControllerMode
Determination if PID Parameters are determined by auto-tuning itself (TRUE) or can be manually adjusted (FALSE)
ns=1;i=5035
i=80
i=68
AutoTuningActive
Informs if the automatic tuning is currently active
ns=1;i=5035
i=80
i=68
false
AutoTuningOff
Stops an already active self-optimisation process (no control parameters are changed)
ns=1;i=5035
i=80
AutoTuningOn
Starts the self-optimisation of the controller
ns=1;i=5035
i=80
PIDParameters
PID Parameters as array if several input signals (sensors) are used for the control
i=80
ns=1;i=5035
i=68
ns=1;i=5034
0
0
0
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=6369
ns=1;i=6366
i=80
ns=1;i=1057
0
EngineeringUnits
ns=1;i=6365
i=80
i=68
EURange
ns=1;i=6365
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=6370
ns=1;i=6368
i=80
ns=1;i=1057
0
EngineeringUnits
ns=1;i=6367
i=80
i=68
EURange
ns=1;i=6367
i=78
i=68
MeasuringDeviceType
ns=1;i=6428
ns=1;i=6424
ns=1;i=6427
ns=1;i=5047
ns=1;i=1057
ns=1;i=6425
ns=1;i=6426
ns=1;i=5040
ControlMode
ns=1;i=1064
i=78
i=68
0
Id
ns=1;i=1064
i=78
i=68
IsPresent
ns=1;i=1064
i=78
i=68
false
Maintenance
ns=1;i=6515
ns=1;i=6506
ns=1;i=1064
ns=1;i=1053
i=80
ns=1;i=6508
ns=1;i=7063
ns=1;i=6505
ns=1;i=6496
AdditionalInformation
Additional information on the necessary maintenance. Can be also a link to another document.
ns=1;i=5047
i=80
i=68
Interval
Regular interval between two maintenances
i=2368
ns=1;i=6510
ns=1;i=6507
ns=1;i=5047
i=80
0
EngineeringUnits
ns=1;i=6506
i=80
i=68
EURange
ns=1;i=6506
i=78
i=68
RemainingInterval
Interval before next maintenance is due
i=2368
ns=1;i=6511
ns=1;i=6509
i=80
ns=1;i=5047
0
EngineeringUnits
ns=1;i=6508
i=80
i=68
EURange
ns=1;i=6508
i=78
i=68
Reset
This Method sets the CurrentInterval to 0 and Status to NOT_DUE_0
i=78
ns=1;i=5047
Status
Maintenance status of the machine/device/component (represented by the parent element)
i=78
i=68
ns=1;i=5047
0
TotalOperation
How long is the component running in total
i=2368
ns=1;i=6498
ns=1;i=6497
i=80
ns=1;i=5047
EngineeringUnits
ns=1;i=6496
i=80
i=68
EURange
ns=1;i=6496
i=78
i=68
Name
ns=1;i=1064
i=80
i=68
Position
i=80
ns=1;i=1064
i=68
StartDevice
i=80
ns=1;i=6380
ns=1;i=1064
ns=1;i=1023
ns=1;i=7061
ns=1;i=6387
ns=1;i=7062
StartBlockedByClient
i=80
i=68
ns=1;i=5040
StartRequest
i=80
ns=1;i=5040
Status
i=78
i=68
ns=1;i=5040
0
StopRequest
i=80
ns=1;i=5040
MouldCycleParametersType
Information on the production cycle related to a mould
ns=1;i=6016
i=58
Index
Number of the mould
ns=1;i=1005
i=78
i=68
0
MouldsType
Container for objects of MouldType
i=2133
ns=1;i=5020
i=58
ns=1;i=6134
Mould_<Nr>
ns=1;i=6131
ns=1;i=6132
ns=1;i=6129
ns=1;i=6143
ns=1;i=1050
ns=1;i=6130
ns=1;i=1029
i=11508
ns=1;i=5021
Description
Description of the installed mould
ns=1;i=5020
i=78
i=68
Id
Id of the installed mould
ns=1;i=5020
i=78
i=68
Index
Number of the mould
ns=1;i=5020
i=78
i=68
0
IsPresent
Indication if the mould is physically present and connected
ns=1;i=5020
i=78
i=68
false
MouldStatus
Current (physical) status of the mould
i=78
ns=1;i=5020
i=68
0
TemperatureZones
Container for the temperature zones of the mould
i=78
ns=1;i=6133
ns=1;i=5020
ns=1;i=1055
NodeVersion
i=78
ns=1;i=5021
i=68
NodeVersion
i=78
ns=1;i=1050
i=68
MouldType
Description and status of a mould
ns=1;i=6126
ns=1;i=6127
ns=1;i=6124
ns=1;i=6142
ns=1;i=6125
i=58
ns=1;i=5019
Description
Description of the installed mould
ns=1;i=1029
i=78
i=68
Id
Id of the installed mould
ns=1;i=1029
i=78
i=68
Index
Number of the mould
ns=1;i=1029
i=78
i=68
0
IsPresent
Indication if the mould is physically present and connected
ns=1;i=1029
i=78
i=68
false
MouldStatus
Current (physical) status of the mould
i=78
ns=1;i=1029
i=68
0
TemperatureZones
Container for the temperature zones of the mould
i=78
ns=1;i=6128
ns=1;i=1029
ns=1;i=1055
NodeVersion
i=78
ns=1;i=5019
i=68
PowerUnitsType
Container for objects of PowerUnitType
i=2133
ns=1;i=6141
ns=1;i=5022
i=58
NodeVersion
i=78
ns=1;i=1049
i=68
PowerUnit_<Nr>
ns=1;i=6708
ns=1;i=6147
ns=1;i=6144
ns=1;i=6145
i=11508
ns=1;i=6146
ns=1;i=1049
ns=1;i=1033
ActualTemperature
Current temperature of the PowerUnit
ns=1;i=5022
i=2368
ns=1;i=6709
ns=1;i=6710
i=80
0
EngineeringUnits
ns=1;i=6708
i=78
i=68
i=888
-1
EURange
ns=1;i=6708
i=78
i=68
Id
Id of the PowerUnit
ns=1;i=5022
i=78
i=68
Index
Number of the power unit
ns=1;i=5022
i=78
i=68
0
IsPresent
Indication if the power unit is physically present and connected
ns=1;i=5022
i=78
i=68
false
PowerOn
Indication if the PowerUnit is switched on
i=78
ns=1;i=5022
i=68
false
PowerUnitType
Information on an hydraulic unit or electric drive
ns=1;i=6034
ns=1;i=6140
ns=1;i=6137
ns=1;i=6138
ns=1;i=6139
i=58
ActualTemperature
Current temperature of the PowerUnit
ns=1;i=1033
i=2368
ns=1;i=6036
ns=1;i=6035
i=80
0
EngineeringUnits
ns=1;i=6034
i=78
i=68
i=888
-1
EURange
ns=1;i=6034
i=78
i=68
Id
Id of the PowerUnit
ns=1;i=1033
i=78
i=68
Index
Number of the power unit
ns=1;i=1033
i=78
i=68
0
IsPresent
Indication if the power unit is physically present and connected
ns=1;i=1033
i=78
i=68
false
PowerOn
Indication if the PowerUnit is switched on
i=78
ns=1;i=1033
i=68
false
ElectricDriveType
Information on an electric drive
ns=1;i=1033
HydraulicUnitType
Information on an hydraulic unit
ns=1;i=6148
ns=1;i=1033
ActualPressure
Current pressure of the hydraulic unit
ns=1;i=1035
i=2368
ns=1;i=6150
ns=1;i=6149
i=80
0
EngineeringUnits
ns=1;i=6148
i=78
i=68
i=888
-1
EURange
ns=1;i=6148
i=78
i=68
ProductionControlType
Control of the production of the machine by MES
ns=1;i=6218
ns=1;i=7024
ns=1;i=7026
i=58
ns=1;i=6220
ns=1;i=6021
ns=1;i=6221
ns=1;i=7022
ns=1;i=7028
ns=1;i=7029
AutomaticRunEnabled
ns=1;i=1017
i=78
i=68
DisableAutomaticRun
Method for disabling the semi-automatic and automatic run of the machine
ns=1;i=1017
i=78
EnableAutomaticRun
Method for enabling the semi-automatic and automatic run of the machine
ns=1;i=1017
i=78
ProductionOnlyWithMES
i=80
ns=1;i=1017
i=68
ProductionReleasedByMES
i=78
ns=1;i=1017
i=68
ProductionStatus
Production status when the machine is in automatic or semi-automatic mode
i=78
ns=1;i=1017
i=68
0
RequestTestSample
The machine shall separate a test sample (e.g. for quality check). The size of the test sample depends on the product/machine configuration.
i=80
ns=1;i=1017
ResetWatchDog
Setting the watch dog timer to the value set by the last calling of SetWatchDogTime
i=80
ns=1;i=1017
SetWatchDogTime
Release of production for a given time
ns=1;i=6222
i=80
ns=1;i=1017
InputArguments
i=78
i=68
ns=1;i=7029
i=297
WatchDogTime
i=6
-1
ProductionDatasetListsType
Functions for exchanging information on the available production datasets on client and server
ns=1;i=7001
i=58
ns=1;i=1040
ns=1;i=7004
GetProductionDatasetList
This Method is used to read a list from the server, which production datasets that are available on the machine's file system
ns=1;i=1003
ns=1;i=6018
i=78
ns=1;i=6019
InputArguments
i=78
i=68
ns=1;i=7001
i=297
NameFilter
i=12
-1
i=297
MouldId
i=12
-1
OutputArguments
i=78
i=68
ns=1;i=7001
i=297
ProductionDatasetList
ns=1;i=3006
1
SendProductionDatasetList
This Method is used to send a list of production datasets available on the client to the server
ns=1;i=6020
i=78
ns=1;i=1003
InputArguments
i=78
i=68
ns=1;i=7004
i=297
ProductionDatasetList
ns=1;i=3006
1
ProductionDatasetManagementType
Management of production datasets
ns=1;i=5032
ns=1;i=7032
ns=1;i=5011
ns=1;i=5007
i=58
ns=1;i=5008
ns=1;i=7045
ActiveProductionDatasetStatus
Status of the active production dataset
ns=1;i=1008
ns=1;i=6277
ns=1;i=6276
ns=1;i=7027
i=78
ns=1;i=6280
ns=1;i=1039
ns=1;i=7044
Frozen
Indication if changes on the machine in the production dataset are allowed
ns=1;i=5032
i=80
i=68
false
Information
Set of information on the production dataset
ns=1;i=5032
i=78
i=68
ns=1;i=5009
1900-01-01T00:00:00Z
1900-01-01T00:00:00Z
1900-01-01T00:00:00Z
0
Load
Loads a production dataset from the file system of the machine to the control of the machine
ns=1;i=6278
ns=1;i=5032
i=80
InputArguments
i=78
i=68
ns=1;i=7027
i=297
Name
i=12
-1
i=297
Components
i=5
1
Modified
Indication if the production dataset has been changed after the last storage
ns=1;i=5032
i=80
i=68
false
Save
Stores a production dataset from the control of the machine to the file system of the machine
ns=1;i=6282
i=80
ns=1;i=5032
InputArguments
i=78
i=68
ns=1;i=7044
i=297
Name
i=12
-1
GetProductionDatasetInformation
This Method allows reading the description of a production dataset during the file transfer from the server to the client with ProductionDatasetTransfer
ns=1;i=1008
ns=1;i=6283
i=80
ns=1;i=6284
InputArguments
i=78
i=68
ns=1;i=7032
i=297
fileHandle
i=7
-1
OutputArguments
i=78
i=68
ns=1;i=7032
i=297
Information
ns=1;i=3006
-1
ProductionDatasetInPreparationStatus
Status of the production dataset in the preparation layer
ns=1;i=6188
ns=1;i=6136
ns=1;i=7015
ns=1;i=6273
i=80
ns=1;i=1008
ns=1;i=1039
ns=1;i=7023
Frozen
Indication if changes on the machine in the production dataset are allowed
ns=1;i=5011
i=80
i=68
false
Information
Set of information on the production dataset
ns=1;i=5011
i=78
i=68
ns=1;i=5009
1900-01-01T00:00:00Z
1900-01-01T00:00:00Z
1900-01-01T00:00:00Z
0
Load
Loads a production dataset from the file system of the machine to the control of the machine
ns=1;i=6189
ns=1;i=5011
i=80
InputArguments
i=78
i=68
ns=1;i=7015
i=297
Name
i=12
-1
i=297
Components
i=5
1
Modified
Indication if the production dataset has been changed after the last storage
ns=1;i=5011
i=80
i=68
false
Save
Stores a production dataset from the control of the machine to the file system of the machine
ns=1;i=6274
i=80
ns=1;i=5011
InputArguments
i=78
i=68
ns=1;i=7023
i=297
Name
i=12
-1
ProductionDatasetLists
Functions for exchanging information on the available production datasets on client and server
ns=1;i=7005
i=80
ns=1;i=1008
ns=1;i=1003
ns=1;i=1040
ns=1;i=7006
GetProductionDatasetList
ns=1;i=5007
ns=1;i=6026
i=78
ns=1;i=6027
InputArguments
i=78
i=68
ns=1;i=7005
i=297
NameFilter
i=12
-1
i=297
MouldId
i=12
-1
OutputArguments
i=78
i=68
ns=1;i=7005
i=297
ProductionDatasetList
ns=1;i=3006
1
SendProductionDatasetList
ns=1;i=6028
i=78
ns=1;i=5007
InputArguments
i=78
i=68
ns=1;i=7006
i=297
ProductionDatasetList
ns=1;i=3006
1
ProductionDatasetTransfer
Transfer of production datasets between server and client
ns=1;i=6029
ns=1;i=7007
ns=1;i=7008
ns=1;i=7011
i=78
ns=1;i=1008
ns=1;i=1040
ns=1;i=1006
ns=1;i=1007
i=15744
ClientProcessingTimeout
ns=1;i=5008
i=78
i=68
CloseAndCommit
ns=1;i=5008
ns=1;i=6030
i=78
ns=1;i=6031
InputArguments
i=78
i=68
ns=1;i=7007
i=297
FileHandle
i=7
-1
OutputArguments
i=78
i=68
ns=1;i=7007
i=297
CompletionStateMachine
i=17
-1
GenerateFileForRead
ns=1;i=5008
ns=1;i=6032
i=78
ns=1;i=6033
InputArguments
i=78
i=68
ns=1;i=7008
i=297
GenerateOptions
ns=1;i=3007
-1
OutputArguments
i=78
i=68
ns=1;i=7008
i=297
FileNodeId
i=17
-1
i=297
FileHandle
i=7
-1
i=297
CompletionStateMachine
i=17
-1
GenerateFileForWrite
ns=1;i=5008
ns=1;i=6037
i=78
ns=1;i=6038
InputArguments
i=78
i=68
ns=1;i=7011
i=297
GenerateOptions
ns=1;i=3004
-1
OutputArguments
i=78
i=68
ns=1;i=7011
i=297
FileNodeId
i=17
-1
i=297
FileHandle
i=7
-1
SendProductionDatasetInformation
This Method allows sending of the description of a production dataset during the file transfer from the client to the server with ProductionDatasetTransfer
ns=1;i=6285
i=80
ns=1;i=1008
InputArguments
i=78
i=68
ns=1;i=7045
i=297
fileHandle
i=7
-1
i=297
Information
ns=1;i=3006
-1
ProductionDatasetStatusType
Status of a production dataset
ns=1;i=6135
ns=1;i=6104
ns=1;i=7043
ns=1;i=6105
i=58
ns=1;i=7016
Frozen
Indication if changes on the machine in the production dataset are allowed
ns=1;i=1039
i=80
i=68
false
Information
Set of information on the production dataset
ns=1;i=1039
i=78
i=68
ns=1;i=5009
1900-01-01T00:00:00Z
1900-01-01T00:00:00Z
1900-01-01T00:00:00Z
0
Load
Loads a production dataset from the file system of the machine to the control of the machine
ns=1;i=6275
ns=1;i=1039
i=80
InputArguments
i=78
i=68
ns=1;i=7043
i=297
Name
i=12
-1
i=297
Components
i=5
1
Modified
Indication if the production dataset has been changed after the last storage
ns=1;i=1039
i=80
i=68
false
Save
Stores a production dataset from the control of the machine to the file system of the machine
ns=1;i=6187
i=80
ns=1;i=1039
InputArguments
i=78
i=68
ns=1;i=7016
i=297
Name
i=12
-1
StandstillMessageType
Information on the fault which causes standstill. This is set by machine control
ns=1;i=6206
ns=1;i=6207
ns=1;i=6209
ns=1;i=6208
i=58
Classification
Classification of the message
ns=1;i=1026
i=78
i=68
Id
Id of the message
ns=1;i=1026
i=78
i=68
Message
Text of the message
i=78
ns=1;i=1026
i=68
Severity
Severity of the message
i=78
i=68
ns=1;i=1026
0
StartDeviceType
ns=1;i=6101
ns=1;i=7051
ns=1;i=6010
ns=1;i=7056
i=58
StartBlockedByClient
i=80
i=68
ns=1;i=1023
StartRequest
i=80
ns=1;i=1023
Status
i=78
i=68
ns=1;i=1023
0
StopRequest
i=80
ns=1;i=1023
TemperatureZoneCycleParametersType
Information on the production cycle related to a temperature zone
ns=1;i=6017
ns=1;i=6536
ns=1;i=6044
ns=1;i=6045
i=58
ActualTemperature
Current temperature of the zone
ns=1;i=1047
i=2368
ns=1;i=6042
ns=1;i=6043
i=78
0
EngineeringUnits
ns=1;i=6017
i=78
i=68
EURange
ns=1;i=6017
i=78
i=68
Classification
Type of the temperature zone
ns=1;i=1047
i=80
i=68
Index
Number of the zone
ns=1;i=1047
i=78
i=68
0
Name
Name of the zone
i=78
ns=1;i=1047
i=68
TemperatureZonesType
Container for objects of TemperatureZoneType
ns=1;i=5018
i=2133
ns=1;i=6123
i=58
<TemperatureZone_Nr>
ns=1;i=1055
ns=1;i=6111
ns=1;i=6523
ns=1;i=6155
ns=1;i=6524
ns=1;i=6527
ns=1;i=6153
ns=1;i=6154
ns=1;i=6530
ns=1;i=6533
ns=1;i=6116
ns=1;i=6117
i=11508
ns=1;i=6120
ns=1;i=1030
ActualTemperature
Current temperature of the zone
ns=1;i=5018
i=2368
ns=1;i=6112
ns=1;i=6113
i=78
0
EngineeringUnits
ns=1;i=6111
i=80
i=68
EURange
ns=1;i=6111
i=78
i=68
Classification
Type of the temperature zone
ns=1;i=5018
i=80
i=68
ControlMode
Indication how the temperature is currently controlled
ns=1;i=5018
i=78
i=68
0
HighDeviationTemperature1
Maximum temperature that is in the normal tolerance. A higher actual value may create a warning. Used for quality control. Relative value.
i=2368
ns=1;i=6525
ns=1;i=6526
ns=1;i=5018
i=80
0
EngineeringUnits
ns=1;i=6524
i=80
i=68
EURange
ns=1;i=6524
i=78
i=68
HighDeviationTemperature2
Maximum tolerable temperature. A higher actual value may create an alarm. Relative value.
i=2368
ns=1;i=6528
ns=1;i=6529
ns=1;i=5018
i=80
0
EngineeringUnits
ns=1;i=6527
i=80
i=68
EURange
ns=1;i=6527
i=78
i=68
Index
Number of the zone
ns=1;i=5018
i=78
i=68
0
IsPresent
Indication if the temperature zone is physically present and connected
ns=1;i=5018
i=78
i=68
false
LowDeviationTemperature1
Minimum temperature that is in the normal tolerance. A lower actual value may create a warning. Used for quality control. Relative value.
i=2368
ns=1;i=6531
ns=1;i=6532
ns=1;i=5018
i=80
0
EngineeringUnits
ns=1;i=6530
i=80
i=68
EURange
ns=1;i=6530
i=78
i=68
LowDeviationTemperature2
Minimum tolerable temperature. A lower actual value may create an alarm. Relative value.
i=2368
ns=1;i=6534
ns=1;i=6535
ns=1;i=5018
i=80
0
EngineeringUnits
ns=1;i=6533
i=80
i=68
EURange
ns=1;i=6533
i=78
i=68
Name
Name of the zone
i=78
ns=1;i=5018
i=68
NominalTemperature
Nominal temperature (absolute value)
i=2368
ns=1;i=6118
ns=1;i=6119
i=78
ns=1;i=5018
0
EngineeringUnits
ns=1;i=6117
i=80
i=68
EURange
ns=1;i=6117
i=78
i=68
StandbyTemperature
Standby temperature of the zone
i=2368
ns=1;i=6121
ns=1;i=6122
i=80
ns=1;i=5018
0
EngineeringUnits
ns=1;i=6120
i=80
i=68
EURange
ns=1;i=6120
i=78
i=68
NodeVersion
i=78
ns=1;i=1055
i=68
TemperatureZoneType
Information about a temperature zone e.g. on moulds and barrels
ns=1;i=6071
ns=1;i=6522
ns=1;i=6094
ns=1;i=6074
ns=1;i=6077
ns=1;i=6080
ns=1;i=6099
ns=1;i=6081
ns=1;i=6084
ns=1;i=6087
ns=1;i=6088
ns=1;i=6091
i=58
ActualTemperature
Current temperature of the zone
ns=1;i=1030
i=2368
ns=1;i=6072
ns=1;i=6073
i=78
0
EngineeringUnits
ns=1;i=6071
i=80
i=68
EURange
ns=1;i=6071
i=78
i=68
Classification
Type of the temperature zone
ns=1;i=1030
i=80
i=68
ControlMode
Indication how the temperature is currently controlled
ns=1;i=1030
i=78
i=68
0
HighDeviationTemperature1
Maximum temperature that is in the normal tolerance. A higher actual value may create a warning. Used for quality control. Relative value.
i=2368
ns=1;i=6075
ns=1;i=6076
ns=1;i=1030
i=80
0
EngineeringUnits
ns=1;i=6074
i=80
i=68
EURange
ns=1;i=6074
i=78
i=68
HighDeviationTemperature2
Maximum tolerable temperature. A higher actual value may create an alarm. Relative value.
i=2368
ns=1;i=6078
ns=1;i=6079
ns=1;i=1030
i=80
0
EngineeringUnits
ns=1;i=6077
i=80
i=68
EURange
ns=1;i=6077
i=78
i=68
Index
Number of the zone
ns=1;i=1030
i=78
i=68
0
IsPresent
Indication if the temperature zone is physically present and connected
ns=1;i=1030
i=78
i=68
false
LowDeviationTemperature1
Minimum temperature that is in the normal tolerance. A lower actual value may create a warning. Used for quality control. Relative value.
i=2368
ns=1;i=6082
ns=1;i=6083
ns=1;i=1030
i=80
0
EngineeringUnits
ns=1;i=6081
i=80
i=68
EURange
ns=1;i=6081
i=78
i=68
LowDeviationTemperature2
Minimum tolerable temperature. A lower actual value may create an alarm. Relative value.
i=2368
ns=1;i=6085
ns=1;i=6086
ns=1;i=1030
i=80
0
EngineeringUnits
ns=1;i=6084
i=80
i=68
EURange
ns=1;i=6084
i=78
i=68
Name
Name of the zone
i=78
ns=1;i=1030
i=68
NominalTemperature
Nominal temperature (absolute value)
i=2368
ns=1;i=6089
ns=1;i=6090
i=78
ns=1;i=1030
0
EngineeringUnits
ns=1;i=6088
i=80
i=68
EURange
ns=1;i=6088
i=78
i=68
StandbyTemperature
Standby temperature of the zone
i=2368
ns=1;i=6092
ns=1;i=6093
i=80
ns=1;i=1030
0
EngineeringUnits
ns=1;i=6091
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EURange
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BarrelTemperatureZoneType
Information about a temperature zone on a barrel
ns=1;i=6095
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Position
Location of the temperature zone on a barrel. Counting starts with 1 beginning from the feeding. The highest position is at the nozzle.
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0
MouldTemperatureZoneType
Information about a temperature zone in a mould
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IdentificationType
General information about a machine (less detailed than MachineInformationType)
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DeviceClass
Indicates in which domain or for what purpose a certain device is used
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Manufacturer
Provides the name of the manufacturer of the machine
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Model
Represents the name of the machine type
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SerialNumber
Represents the serial number of the machine (unique ID given by the manufacturer)
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YearOfConstruction
Represents the year of construction of the machine
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MachineInformationType
General description of the machine
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ControllerName
Name of the machine controller
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DeviceClass
Indicates in which domain or for what purpose a device is used.
ns=1;i=1009
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Manufacturer
Name of the company that manufactured the device
i=78
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Model
Model name of the device
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SerialNumber
Identifier that uniquely identifies, within a manufacturer, a device instance
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SupportedLogbookEvents
Information which LogbookEvents are supported by the machine
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UsersType
Container for objects of UserType
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NodeVersion
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User_<Nr>
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CardUid
Uid of the identification card used by the operator for logging in to the machine
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Id
Id of the user
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IsPresent
The machine can have instances for the maximum number of users that can be simultaneously logged in. TRUE if the instance of UserType represents a user that is currently logged in.
ns=1;i=5016
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false
Language
Currently selected language on the machine control unit
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Name
Name of the user
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UserLevel
Level of the user
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UserRole
Role of the user
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UserType
Information on a operator of the machine
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CardUid
Uid of the identification card used by the operator for logging in to the machine
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Id
Id of the user
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IsPresent
The machine can have instances for the maximum number of users that can be simultaneously logged in. TRUE if the instance of UserType represents a user that is currently logged in.
ns=1;i=1045
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false
Language
Currently selected language on the machine control unit
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Name
Name of the user
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UserLevel
Level of the user
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UserRole
Role of the user
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ns=1;i=1045
http://opcfoundation.org/UA/PlasticsRubber/GeneralTypes/
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IsNamespaceSubset
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false
NamespacePublicationDate
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2021-05-10T12:00:00Z
NamespaceUri
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http://opcfoundation.org/UA/PlasticsRubber/GeneralTypes/
NamespaceVersion
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1.03
StaticNodeIdTypes
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0
StaticNumericNodeIdRange
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StaticStringNodeIdPattern
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