SM482PLUS_Admin(Eng_Ver2.8).pdf - 第321页
10-17 Optimization Message T y pe 3 Provides informatio n to a user . However , the execution is stopped by the user’s input. In most cases, it is indicated when an error occurred.
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Multi-Functional Placer SM482(L) PLUS Administrator’s Guide
Message Type 1
Provides information to a user as shown below, and continues or stops the execution of
the optimizer according to the user’s selection.
Message Type 2
Provides information to a user. However, it continues to execute the optimizer after a
certain period of time lapses regardless of the user’s input.
<Ignore collsions> check box
If this check box is checked, the parts are placed in the determined work sequence
by ignoring the collision that may occur between other parts already placed and
the nozzle during part placement.
<This window …> button
Click the button to exit the message box before the indicated time. Then the
message box exits immediately and the optimizer is executed continuously.
10-17
Optimization
Message Type 3
Provides information to a user. However, the execution is stopped by the user’s input.
In most cases, it is indicated when an error occurred.
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Multi-Functional Placer SM482(L) PLUS Administrator’s Guide
10.7. Optimization Result
When the Optimizer execution is completed, the following dialog box is displayed.
Figure10.7 “Optimization Result” dialog box
This dialog box displays various results so that the optimized status can be viewed at a
glance.
When the <Accept> button is clicked on, this dialog box closes, the Optimizer is ended
and the result is applied to the MMI step program.
When the <Reject> button is clicked on, the result is not applied in the MMI step program.
If necessary, readjust the Optimizer options and execute again.
<Placement> group
Indicates the number of parts, number of total placement points, number of times of
nozzle replacement and total hours of working. The total working time is the estimated
time by simulation. It may be more or less different from actual pick and placement
time due to defective component recognition and other reasons.