SIPLACE Station Software 7xx to 714 介绍 - 第17页
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition 17 3 Feature Description – Station Software V702.x Features (V702.01) 3.1 New Placement Head SIPLACE CPP The new SIPLACE CPP (Colle ct&Pick&…
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition
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14. "Hot Swap" mode
After the setup data has been assigned to the x feeder, the x feeder can be removed and setup
to another position of the same X-table. Thereby, the assigned setup data will not be getting
lost. The new position may not be already used by another feeder and not be specified by the
setup.
15. Flexible setup management
Switching between the product setup and the PCB setup is possible.
The display mode of the feeder LED can be switched (line wide) by the setup center via SSI.
16. Nozzle changer
For the SIPLACE X4i machine, only one line of nozzle changer can be setup on each of the
gantry.
– Gantry 1 and gantry 3 each with 6 magazines
– Gantry 2 and gantry 4 each with 4 magazines because of the mirrored gantries
17. Support of traceability
18. SIPLACE XPL – third conveyor lane (hardware option)
19. "Recovery Placement" – recovery exactly by position (hardware option)
For any placement position with unknown state, the user can manually set the state "placed" or
"not placed". Boards that were recovered by using the mode "Automatical Recovery" are
conveyed automatically to the next machine.
20. PCB barcode (hardware option)
The number of characters for the PCB barcode is limited to 40.
When using the synchronous dual conveyor, the PCB barcode is limited to 2 x 40 characters.
21. Supported hardware options with interface to the station software 701.x
– Sensor for reject bin
– PCB barcode reader
– Recovery Placement
22. Forced Setup Verification
The forced setup verification at the SIPLACE placement machine can be activated via
SIPLACE Setup Center. The forced setup verification monitors the verification status of
individual tracks. Non-verified tracks are disabled to force setup verification.
Forced setup verification is carried out with a connection to the station and requires successful
setup verification before production. This is implemented as follows: once an order or a
packaging unit changeover has been downloaded, the machine deactivates all divisions in
which there are packaging units for which no setup verification data has been received. This
means the line operator needs to successfully verify all the necessary components/packaging
units for the product before production can begin. A detailed description can be found in the
"Installation Manual SIPLACE Setup Center 3.0", item no. [00195642-xx].
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition
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3 Feature Description – Station Software V702.x
Features (V702.01)
3.1 New Placement Head SIPLACE CPP
The new SIPLACE CPP (Collect&Pick&Place with 12 segments) placement head can measure
components with the internal camera as well as with the external stationary camera. Dependent on
the specifications to the camera and the component dimension with the corresponding tolerances,
that are set in SIPLACE Pro, the components will be picked up in Collect&Place mode, in
Pick&Place mode or in a mixed mode. The Collect&Place mode has the same functionality as for
the C&P20 head and the Pick&Place mode has the same functionality as for the Twin Head. The
so-called mixed mode is a combination of Collect&Place mode and inspection with the external
camera for components > 27mm x 27mm, that cannot be inspected with the internal camera due to
their dimensions.
3.2 Support of Twin Head/HFH
Twin Heads/HFH (High Force Heads) are supported on the X2, X3 and X4 placement machines.
With HFH it is possible to achieve placement forces between 2.0 and 30 N, which allows placement
of a wider component range.
3.3 Configurable Nozzle Scan
The nozzle scan can be configured in the machine options concerning the closeness of the nozzle
scan and the behavior of the machine in case of defects.
This function requires the "SIPLACE service" activity level.
3.4 Extended Support of X-Feeders
The support of X-feeders has been extended.
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition
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3.5 Tray Feeding
The station software supports the following types of tray feeding on the X2, X3 und X4 placement
machines:
Manual tray feeding:
– Arbitrary Carrier X
– Carrier X
Automatic tray feeding:
– MTC2 on locations 2 and 4.
3.6 New Conveyor Mode "Quad Lane"
Provided that the machine has been configured accordingly, the station software supports the new
"Quad Lane" (QC) conveyor mode additionally to single (SC) and dual (DC) conveyor modes.
The basic principle of "Quad Lane" is that four boards are placed simultaneously on four conveyor
lanes. This increases the overall line performance, especially for boards with a low number of
placement positions. In SIPLACE Pro two boards respectively are defined as a logical pair (2L/2R
and 1L/1R, from left machine side to right machine side). This pair is downloaded in one single job
from SIPLACE Pro to the station. The logically coupled lanes xL and xR are referred to as sub-
lanes. The board width may be different in the 2L/2R and 1L/1R lanes, but all boards must have the
same thickness. The conveyor width is automatically adjusted in the job specification (if automatic
width adjustment is preset in SIPLACE Pro).
Also, single boards may be placed in the sub-lanes. In this case a board must be defined in the job
specification for the sub-lane next to the fixed conveyor edge. Otherwise, the width of this sub-lane
is unknown.
Boards can be aborted separately. However, two boards on one conveyor lane are always
conveyed together. An aborted board is conveyed to the output conveyor together with the placed
board. The placed board will not be driven into the next machine until the aborted board has been
removed from the output conveyor.
The "Quad Lane" conveyor mode is supported on the X4 and X4i placement machines.