SIPLACE Station Software 7xx to 714 介绍.pdf - 第140页
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition 140 8.20 Multiple LDU-X Modules on One Table Multiple LDU-X modules can be pla ced on one table. This featur e is supported by the station softw…
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In SIPLACE Pro there are two feeder types for this feeder:
Feeder type in
SIPLACE Pro
Features
Max.
component
height +
magazine
Feeder type in station software
Multiple JEDEC
Tray Feeder 14
14 levels / waffle
pack trays
12.0 mm
Multiple JEDEC Tray Feeder
Multiple JEDEC
Tray Feeder 18
18 levels / waffle
pack trays
7.6 mm
Multiple JEDEC Tray Feeder
Table 8-1: Feeder types Multiple JEDEC Tray Feeder
The feeder type with 14 levels per cassette is provided to transport tall components. There is no
difference between the feeder types with 14 or 18 levels per cassette in the station software, the
full capacity with 18 levels per cassette is always assumed. At the station Multiple JEDEC Tray
Feeder is displayed as feeder type for both types.
If the Setup verification is not used, the level settings of the concerned waffle pack trays also
remain at the station after a reboot.
NOTICE
It is not intended to omit any levels for tall components. Instead, the different cassette
types shall be used.
8.19.2 JEDEC Tray Stack Feeder
The new JEDEC Tray Stack Feeder is supported on the SX1/SX2 V2 and the SIPLACE X-series S
placement machines. This feeder resembles the "Traystack Feeder AX" feeder but is equipped with
a longer feed axis.
The JEDEC Tray Stack Feeder can be set up at the same positions as the Multiple JEDEC Tray
Feeder.
8.19.3 SIPLACE Wafer Systems 12 1&3 and 12 2&4
The SIPLACE Wafer Systems 12 1&3 and 12 2&4 are supported on the CA-series placement
machines. Please refer to section 8.1.
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8.20 Multiple LDU-X Modules on One Table
Multiple LDU-X modules can be placed on one table. This feature is supported by the station
software. The LDU-X modules can be equipped with different process material and flux thickness.
SIPLACE Pro controls that the entire dipping area can be reached and does not allow any LDU-X
position outside of the head travel range.
In the setup as many LDU-X modules are created as defined in SIPLACE Pro.
8.21 FCCS Calibration within the Line
An FCCS calibration can be performed to compare the brightness values of the cameras within the
line.
If the machine to be calibrated stands in a line, it is now possible for it to take over the FCCS
magazine from the preceding machine and transport it to the end of the line for removal.
WARNING
As the transport of the magazine with the calibration unit takes place without any
intervention by the operator, the entire line has to be switched into the FCCS mode!
At all machines in the line either Cameras for the FCCS calibration or only Feed through mode
must be selected on the FCCS GUI. Thus, the correct width for the used conveyor lane is set
automatically. All preconditions (e.g. Remove Support Pins, Unload boards) must be complied
with so that the magazine is expected in the input conveyor of every machine in the line.
The FCCS magazine must be inserted manually in the first machine. The calibration starts
automatically, and after the results have been stored or rejected, the magazine is transported to the
next waiting machine at which the calibration starts automatically. Machines in Feed through
mode transport the magazine to the next machine automatically.
At the end of the line the magazine remains in the output conveyor and can be removed manually.
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8.22 Virtual Inkspot Handling
As of this station software version, virtual ink spots can be detected via an external Manufacturing
Execution System (MES) and the SIPLACE Board Gate Keeper (BGK) and released for the
stations in the line with the feature Whisper Down the Line (WDTL). Thus, the inkspots must not
be read by the PCB camera at each station.
The MES receives the inkspot information. The BGK inquires the inkspot information from the MES
and behaves like a preceding station to the first station in the line. The PCB barcode and the
inkspot information are transmitted via WDTL by the BGK to the first station. Thereafter, the inkspot
information is transferred via WDTL from the first station to the succeeding stations.
Prerequisites
– SIPLACE Pro Version from 11.1
– The "Whispering Down the Line" license is required for each station in the line.
– The Whisper Down the Line option must be enabled for all stations.
– The External Virtual Inkspot Handling feature must be enabled in SIPLACE Pro.
Restrictions
– Physical and virtual inkspots must not be mixed.
– The board must not contain any active inkspots.
8.23 Indicator Lamps and Audible Signals – Enhancements
The placement machines are equipped with indicator lamps to inform the operator about the
machine status. Depending on the machine type, the indicator lamp systems can be two-colored
(green / white) or three-colored (green / yellow / red).
With the Distribute button in the user settings, the active indicator lamp system configuration can
be uploaded manually to SIPLACE Pro and be distributed to all placement machines in the line that
are switched-on at that time.
Prerequisites:
– A connection to SIPLACE Pro has been established.
– The current session is valid.
– All placement machines in the line are equipped with the same type of lamp indicator system
(two-colored or three-colored).
Optionally, an audible signal may be installed for the three-colored indicator lamp system.
If the audible signal is enabled, a corresponding button is shown in the Production view on the
GUI via which the signal may be disabled.
If the operator presses the Stop button at the machine or opens the cover, the signal is disabled
automatically.