00198045-01_OM_BulkFeeder_X_EN - 第28页
SIPLACE BulkFeede r X / Operating Ma nual 05/2017 Edition 28 5 Operation This chapter des cribes a typical w orkflow and the single steps to be perfo rmed when using t he SIPLACE BulkFeede r X. These are: – Setting up th…
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The single components can be selected and their values displayed in the Filling level – Fill level
details dialog.
Figure 4-10: Fill level details
4.3.4 Component face down recognition
If the component face down recognition is disabled in the component shape, the operator can
enable this feature during teaching at the station, if necessary.
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5 Operation
This chapter describes a typical workflow and the single steps to be performed when using the
SIPLACE BulkFeeder X. These are:
– Setting up the feeder
– Calibrating the feeder
– Feeding components
– Tearing down the feeder
– Clearing / cleaning / exchanging the glass plate
– Component test functions with internal Feeder Camera
– Maintaining the plate shutter
5.1 Setting Up the Feeder
The SIPLACE BulkFeeder X is positioned in the same way as an X feeder module and occupies 3
tracks.
NOTICE
When setting up the feeder, the Base Unit and the Cartridge must be inserted together.
Otherwise, the station software will stop the machine.
The placement machine is equipped with a camera cables.
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5.1.1 Inserting the Feeder in the Placement Machine
Position the feeder with the ►
front sliding guide onto the
Omega profile for the
required track on the
changeover table.
Tighten the mechanical ►
mount (1) of the Base Unit
with the knurled screw on
the table.
Connect the camera cable ►
(2) into the corresponding
connector on the Base
Unit.
The login procedure starts automatically. The status display LED lights up green when the login
procedure has been completed successfully and the feeder is defined in the current setup.
5.2 Calibrating the Feeder
The full calibration has to be carried out the first time when the feeder is set up or if the feeder is
opened and relevant parts are exchanged, such as camera, lens, illumination etc.
Relevant data is stored in the feeder memory. If the feeder is inserted again, the calibration must
not be carried out. The data, necessary for further actions is read from the feeder. However, if the
stored data is invalid or corrupt, the full calibration has to be carried out.
The stored data is:
– scale factor at a specific height
– offset (x, y, phi) feeder camera
– glass plate height
Additionally, a contamination check of the glass plate is performed. Dependent on the
contamination grade, the operator is prompted to clean the glass plate manually and perform
another reference run, see section 5.7 Cleaning the Glass Plate.
Start the full calibration under Service – Automatic calibration on the station software GUI. ►