00198005-02_VD_SIPLACE_Pro_13.1_DE_EN.pdf - 第19页
SIPLACE Pro V13.1 / Softw are Version Descriptio n 05/2016 Edition 19 If selected for a Productio n Schedule element, th e recipe marker will be sent to the station together with the reci pe program data.Th e recipe mark…
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4.3.2 Configuring SIPLACE OIB Core Connection
The connection to SIPLACE OIB Core has to be configured in the Line Control GUI under
Configuration – SIPLACE OIB.
Figure 4-7: Configuring SIPLACE OIB Core connection
The default setting inserts the computer name of the Line Control Server computer. Thus by default
it is assumed that SIPLACE OIB Core is installed on the line computer on which the Line Control
Server is installed.
4.4 Keeping Programs Stored on the Station
Downloaded programs can be stored permanently on the station.
These recipes have to be manually marked in the new Store permanently on Station column in
the Production Schedule when the download is started in the Line Control GUI.
Figure 4-8: Storing program permanently on station
This column is not displayed by default. To be visible, it has to be set on the Line Control GUI
under Application – Columns.
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If selected for a Production Schedule element, the recipe marker will be sent to the station
together with the recipe program data.The recipe marker will not be stored in SIPLACE Pro. This
means that a displayed Production Schedule is not automatically pre-selected.
If the recipe is downloaded again in the Line Control GUI without specifying this marker, this recipe
is removed from the station store.
This recipe marker is a processing option that can also be specified when the recipe is downloaded
via SIPLACE OIB interface.
4.5 Defining Force Value in Dipping Process
The force value range has been changed for the dipping process. The force value can be defined
in the dipping process settings in the Component Shape Editor.
Figure 4-9: Defining force value in dipping process
If the Standard force option is activated, 2 N is assumed.
Min. value: 1 N
Max. value: 10 N
4.6 Nozzle Magazine with 20 Garages for CPP Placement Head
SIPLACE Pro supports a new nozzle magazine with 20 garages (nozzle type 20xx) for CPP
placement heads from station software version 709.
The magazine will be configurable in the following existing nozzle changer types:
NC CPP 20xx28xx 2x3, NC CPP 20xx28xx 2x2 and NC CPP 20xx28xx 4 as well as in the NC CPP
20xx 2x3, NC CPP 20xx 2x2, NC CPP 20xx 4 types.
The 12*20xx, 20*20xx and 9*28xx magazine types may be mixed in one nozzle changer.
Custom nozzles with a length > 16 mm can only be placed in the garages 3, 4 and 5. For standard
nozzles there are no restrictions.
NOTICE
SIPLACE Pro does not check if the station software supports the new magazine.
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4.7 2D Barcodes in Setup Reports
The setup report already contains 1D barcodes to refill the setup with help of barcode readers.
Meanwhile, 2D barcodes are often used in the industrial environment as they may encode more
information and character types. Hence, 2D barcodes have been added to the setup reports in this
SIPLACE Pro version. 1D and 2D barcodes contain the same information.
In the Report Details dialog, the user can select if a 1D barcode, a 2D barcode or both barcode
types shall be displayed in the setup reports:
Figure 4-10: Report Details – Display Barcodes
The line name, component name and the table refill barcodes can be displayed as 1D, 2D or
1D+2D barcodes in the setup report. The 2D barcode type is the Data Matrix code (industrial
standard).
The settings of the Report Details are stored.
Figure 4-11: Setup Report with 2D barcodes