00198235-01_VD_710.0_R16-2_DE_EN.pdf - 第21页
Station S oftware 71 0.0 (R16 - 2) / Version Descript ion 12/2016 Edition 21 4.8 Simpli fied Tray Teachi ng for Standard Tr ay s Com patible mode: Com plete A sim plified tray teac hing has been im plemented for standard…
Station Software 710.0 (R16-2) / Version Description 12/2016 Edition
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Figure 4-10: Test acceleration values – Results
4.6 New Fiducial Type – Notch
Compatible mode: Not supported
U-shaped board notches can now be measured with the new Notch fiducial type. This fiducial type
is only relevant for rectangles with rounding. Only the rounding in the upper and lower left corners
(in 0° orientation) are considered for measurement.
4.7 Special Fiducial Evaluation for LED Centering
Compatible mode: Complete
Current manufacturing processes of lighting products require placement of LED components
precisely aligned relative to oblong holes or other features of the board.
For this, the new Evaluation Mode fiducial type attribute has been introduced to provide additional
information for describing such features. In SIPLACE Pro, the Evaluation Mode can be selected,
indicating how fiducial positions using the current fiducial type shall be evaluated by the station
software. The user can select between the Standard (X,Y) and the Y evaluation modes.
In the Standard (X,Y) evaluation mode, the station software will consider the X and Y data of the
fiducial position (default, used by all "old" fiducials).
The Y evaluation mode is suitable for oblong holes or notches. The station software will only use
the measured Y data for panel correction. The X target position is only used to determine where to
position the camera and the angle describes the direction of the oblong hole / notch with respect to
the panel.
If the Y evaluation mode is selected for at least one fiducial in the recipe, a corresponding
SIPLACE LED Centering – Machine Connection license is required for each machine of the line.
Station Software 710.0 (R16-2) / Version Description 12/2016 Edition
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4.8 Simplified Tray Teaching for Standard Trays
Compatible mode: Complete
A simplified tray teaching has been implemented for standard trays. In the Simplified Tray-Editor
dialog, a graphic displays the positions of all components within the tray. The operator can enter
the number of rows and columns of the tray as well as the height of the component seating and
teach the positions of the first and the last pocket.
NOTICE
Simplified tray teaching cannot be used if asymmetrical trays are setup next to other
trays on the same tray carrier.
4.9 Improved Foil Torn Handling
Compatible mode: Complete
A button to start the foil disposal motor of a dedicated feeder has been added to the detailed error
dialog for error 40005 Cover foil broken: component: %1.
The operator has to click the button to try to re-tension the foil.
If the foil tensioning is successful, the detailed error is closed.
If the time out is reached and the failure is not yet solved, the operator has to inspect the feeder
and solve the problem manually.
4.10 Teaching Pickup Location – Nozzle Tip Displayed
During teaching the pickup location at the station, the nozzle tip is now displayed as an overlay in
the component shape drawing. At download, SIPLACE Line Control sends additional information
about the nozzle tip to stations with station software >= 710 for each nozzle setup on the station.
The operator can change the pickup point at the station and upload the changes into the SIPLACE
Pro database.
Corresponding to the definitions and names in SIPLACE Pro, the following terms have been
introduced in the station software:
– Pickup offset
– Pickup point
In previous station software versions, the pickup offset was called "pickup position".
Definition: The center of the component body relative to the center of the component pocket.
The pickup point is now teachable at the station.
Definition: The center of the position at which the nozzle touches the component, relative to the
center of the component body.
The pickup location is displayed in a graphic. There are two overlays: the component shape
corresponds to the pickup offset, the nozzle tip corresponds to the pickup point.
The nozzle tip can be selected either in the graphic or by selecting the corresponding mode in the
drop-down menu.
The operator can move the graphic objects by "drag & drop" to change the values and use the
small wheels next to the graphic for fine-tuning adjustment.
Station Software 710.0 (R16-2) / Version Description 12/2016 Edition
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5 Hardware Specifications
5.1 Supported Feeder Types
The following feeders are supported by the 710.0 station software version:
– 4 mm – 104 mm X-feeder
– 2x8 mm X-feeder
– 16 mm XN-feeder
– Surftape AX (8 mm, 12 mm, 16 mm)
– LED feeder TE
LED feeder HS
– SIPLACE Glue Feeder
– SIPLACE JTF-S (X-series S and SX1/SX2 V2 only)
– SIPLACE JTF-M (X-series S, X4i S micron and SX1/SX2 V2 only)
– SIPLACE JTF-ML (TX-series only)
– SIPLACE BulkFeeder X
– Arbitrary Carrier X
– Conveyor Carrier X
– Carrier X (XTH) (X2, X3, X4 on location 2 and 4 only)
– Carrier SX (SX1/SX2 with Twin Head and CPP head only)
– FFI feeders:
HanSan LED feeder
Top Engineering LED feeder
Data IO RoadRunners
– IPTE Multi Stick Feeder:
IPTE Multistick 60 AX
IPTE Multistick XL80 AX
– Stick feeder with X-adapter
– Label feeder with X-adapter
– Reject conveyor with X-adapter
– Dip module for X-tables (LDU_X)
– MTC2 (X2, X3, X4 on location 2 and 4, X2 S, X3 S, X4 S on location 2)
– WPC5/WPC6 (SX1/SX2, X-series S on location 2)
– SIPLACE Wafer Systems (CA-series only)
– Splice sensor X-feeder