SIPLACE Station Software 7xx to 714 介绍 - 第45页
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition 45 6 Feature Description – Station Software V705.x Features (V705.03) 6.1 DX -Series Placement Ma chines The station software supp orts the new …
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition
44
CAUTION
If this setting is not made the component may be rejected over the tray and the Z-axis
may dash hard against the tray.
On upgrading from station software versions <=704 the settings in the Auto-configuration
have to be checked accordingly, if the manual tray Carrier SX is used.
5.22 Two-Row Nozzle Changer on SX1/SX2 for C&P20 and CPP
The two-row nozzle changer is supported for the C&P20 and CPP placement heads on the
SX1/SX2-series placement machines.
Features (V704.03: Compatible Mode to V705.04)
5.23 Flexible Usage of Feeder Types
As of this station software version some feeder types can be flexibly used without changing the
setup in SIPLACE Pro. After a feeder type change the machine can immediately start picking up
again.
The following feeder type pair is supported for flexible usage:
2x8mm X-feeder ↔ 8mm X-feeder
The Status display X-feeders topic has been completed accordingly in the online help of the
station software.
5.24 SST38 PCB Camera Replaced by SST30
The SST30 PCB camera now covers the entire functionality of the SST38 PCB camera. Thus, it is
possible to measure 01005 components without any restrictions with the SST30 PCB camera as of
this station software version.
Features (V704.03 SP1 and SP2: Compatible Modes to V705.04
SP1 and V705.04 SP2 resp.)
5.25 Improved Traveling Range Measurement
In this station software version the traveling range measurement has been improved. For this
reason you are advised to recalibrate the traveling ranges during installation of the station software.
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition
45
6 Feature Description – Station Software V705.x
Features (V705.03)
6.1 DX-Series Placement Machines
The station software supports the new DX1/DX2 and DX4 placement machines. The features of the
705.03 station software version for the DX-series are listed in the sections 6.25 to 6.33.
6.2 PCB Barcode Recognition with PCB Camera
If the barcode is placed on the upper side of the board, it is possible to replace the Traceability
function of the barcode scanner with this function through measurements with the PCB camera.
Due to the travel possibilities of the PCB camera, this function can be used for further use cases as
well. The function has been implemented as follows:
– Barcode reading on boards with the PCB camera for Traceability. The following barcode types
can be read:
1D barcodes: Code 39, Code 93, Code 128, EAN 8, EAN 13
2D barcodes: Data Matrix ECC 200
– Barcode position and size coding in SIPLACE Pro.
– Via multiple measurements, it is possible to read barcodes that are bigger than the field of view
of the PCB camera.
– Teaching of barcodes at the station, data transfer to SIPLACE Pro.
– Definition of filters and the output layout in SIPLACE Vision Editor.
– Reading of barcodes on panels, transfer of the panel barcodes via the Trace service.
– Settings can be made in SIPLACE Pro in order to handle barcodes that cannot be read. If an
error occurs, it is possible to teach again at the station and repeat the measurement.
– Whispering of barcode data through the machine/line. This function requires a license for the
machine from the license server via SIPLACE Pro.
For licensing, this function requires an USB dongle at the machine, item no. [00519852-xx].
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition
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6.3 Coplanarity Module with 3D Coplanarity Sensor
The coplanarity module with the 3D coplanarity sensor (type 37) is an optical inspection system
and is optionally used as of this station software version on the SIPLACE X2, X3, X4 and SX1/SX2
placement machines as follows:
Placement
machine
Location
Placement
head
Notes
X2, X3
3
Twin Head
X4
2 oder 3
Twin Head
Due to the height layout, only Twin Head/Twin
Head is allowed in this processing area.
SX1, SX2
1
Twin Head
CPP
On the SX2 all allowed heads may be
configured on the neighbor gantry.
The 3D coplanarity sensor has the job of determining the offsets of the connections (leads, balls) of
a component with respect to the placement plane (coplanarity) and the angle to the perpendicular
(colinearity) and compare this with a specified tolerance (solder paste thickness). A valid evaluation
makes a statement as to whether all the measured lead offsets are within the specified tolerances.
The 3D coplanarity sensor projects a laser line. This means, that rapid coplanarity measurements
are also possible for BGAs.
If a SIPLACE Vision Coplan installation has been performed during the installation, the Auto-
configuration offers a coplan sensor that has to be confirmed or rejected during the first start of the
placement machine.
6.3.1 Coplanarity Measurement with the 3D Coplanarity Sensor
Coplanarity measurement with the 3D coplanarity sensor is integrated as of the 705.03 station
software version. Measurement with the 3D coplanarity sensor can be carried out for a number of
component types such as BGAs or components with gull wing leads (without notch). Whether or
not coplanarity measurement should be carried out for each component type is specified in
SIPLACE Pro. The measurement results are displayed in SIPLACE Vision in a way similar to that
for the component measurements. Vision measurement contexts are used for logging erroneous
measurements.
NOTICE
For a detailed description of how to set the recognition parameters for coplanarity
measurement and how to evaluate the measurement results, please refer to the online
help system for SIPLACE Vision.