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How to Perform Multiline Clustering Cluster Job Optimization Results 5.6.2 Results of the Job Optimization 162 SIPLACE SiCluster Multiline SIPLACE SiCluster Multiline Display: Table: Buttons: Parameter D escription Job S…
How to Perform Multiline Clustering
5.6.2 Results of the Job Optimization Cluster Job Optimization Results
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5.6.2
5.6.2 Results of the Job Optimization
Results of the Job Optimization
► Go to Run & Results and select the Cluster Job Details tab.
► Mark a job in the table and select the icon (1).
Tab: cluster job detail - show job optimization results
⇨ The Job - Optimization Results dialog box will open.
Dialog box: job - optimization results
⇨ The calculated optimization results for the selected job will be shown.
How to Perform Multiline Clustering
Cluster Job Optimization Results 5.6.2 Results of the Job Optimization
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Display:
Table:
Buttons:
Parameter Description
Job Shows the path and the name of the job.
Line Shows the path and the name of the line.
Optimized Setup Shows the path and the name of the setup generated during optimization (op-
timized setup).
Optimization Date Shows the date on which the optimization was run.
Parameter Description
Recipe Shows the path and the name of all recipes in the job.
Board Shows the name of the board for this recipe.
Board side Shows the board side (top/bottom).
Number of Boards Shows the number of boards to be produced.
Split Table Shows whether the table is split (split table mode).
Production Time
[h:m:s]
Shows the time calculated in which this recipe can be produced.
Performance [CPH] Shows the components placed for this recipe per hour.
Cycle Time[s] Shows the time needed to place this board.
Placements Shows the number of placement performed for this recipe.
Head Cycles Shows the number of head cycles for this board. A head cycle is the process
during which the placement head is picked up once and then placed.
Average utilization Shows the average line utilization during production of this board.
Totals The total amount is shown for the individual parameters of the recipes shown.
For example, the number of placement positions for all recipes in this job is cal-
culated and shown.
Exception: the average value for all recipes in this cluster job is calculated and
shown for the parameters Performance and Average Utilization.
The top and bottom sides of the board (X/Y) are shown. The first item is the
number of top sides and the second item is the number of bottom sides.
Button Description
Report You will see the results in the Report Manager, from where the report can be
printed.
Show Recipe
Results…
You will be shown the optimization results for the individual recipes and the
nozzle configuration.
NOTICE!
See also the SIPLACE Pro Online Help.
Check Consistency of
Recipes
Check whether the results shown are still up to date (consistent). This means,
whether data (components, nozzles etc.) have been changed since the last op-
timization run, in which case the results shown will no longer match the current
data. During the check, a notification will be issued as soon as the first incon-
sistency is found. The data can be checked and reoptimized using this notifi-
cation.
Working with Process Requirements and Process Capabilities
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6
6 Working with Process Requirements and Process Capabilities
Working with Process Requirements and Process
Capabilities
Purpose
Through the definition of process requirements in the boards and the process capabilities in the lines, all
process-related restrictions arising from existing equipment before and behind the SIPLACE machines
can be taken into account. These restrictions must be taken into account in order for SiCluster Multiline
to make valid product-line allocations.
Function
The boards and lines can have so-called attributes allocated to them in SIPLACE Pro.
▪ Board sides (top/bottom) contain Process requirements.
▪ Lines have Process capabilities.
▪ These attributes can be used to create rules.
SiCluster Multiline takes into account the process requirements so that boards with certain line process
requirements in SiCluster Multiline are only distributed on those lines which also have these process ca-
pabilities. However, this is only applicable for those process requirements which are marked with the pro-
cess attribute Line process.
If, for example, a board has the process requirement "lead-free soldering", this board will only be distrib-
uted to lines which have the process capability "lead-free soldering".
CAUTION
Attributes in SiCluster Multiline are not synchronous with the attributes in the SIPLACE Pro da-
tabase.
The attributes in SiCluster Multiline are copies of the attributes in the SIPLACE Pro database.
Changes made in SiCluster Multiline are therefore not automatically applied to the SIPLACE
Pro database and vice versa. For test purposes (e.g. for"what if" scenarios) you can make
changes to the attributes in SiCluster Multiline without affecting the data in SIPLACE Pro.
NOTICE
Process capabilities have no exclusive effect
A process capability for the line does not automatically have an excluding effect. You can also
produce recipes on a line which do not need the process capability of that line. This means that
a line may have more process capabilities than needed by the recipes with their process re-
quirements.
NOTICE
Attributes in SIPLACE Data Maintenance Tool
The SIPLACE Data Maintenance tool enables you to create attributes quickly and easily for
multiple objects, without the need to process each object individually. See also "10.4 Inserting
the Attributes with the SIPLACE Data Maintenance Tool" [ ➙ 188].