SIPLACE Station Software 7xx to 714 介绍 - 第150页
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition 150 Features (V707.1 SP1: Compatible Mode V706.2 SP1) This version does not contain an y new features. Features (V707.1 SP2: Compatible Mode V70…
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition
149
8.34 SIPLACE Vision Enhancements
The SIPLACE Vision system has been enhanced as follows.
8.34.1 Reading PCB Barcodes with the PCB Camera
Compatible mode: Complete
Until now, a USB dongle containing the necessary software licenses was required for reading PCB
barcodes with the PCB camera.
As of this station software version, another method may be used alternatively with which no USB
dongle is required. The feature is realized via an internal algorithm and only the software licenses
are required.
Detailed information can be found in the respective Installation Manuals to PCB Barcode, item no.
[00197222-xx] and item no. [00197413-xx].
8.34.2 Displaying Polygon Shapes
Compatible mode: Complete
Polygons are now also displayed on the SIPLACE Vision GUI.
8.34.3 Accuracy of Polygon Circles
Compatible mode: Complete
The accuracy of polygon circle features has been improved.
8.34.4 Displaying Component Shape when Teaching Local Fiducials
Compatible mode: Complete
Soldering pad patterns are used as local fiducials for components that require an exact placement
position. In this case it might be difficult to determine the center of the local fiducial. When defining
the reference point, cross hairs and quads are displayed to help aligning the reference point
manually.
Optionally, the component shape of the component that shall be placed at this position may be
displayed. The reference point of the component shape (= placement position) determines the
reference point of the taught fiducial. I.e., it is assumed that the position of the taught local fiducial
is equal to the placement position of the component in the board description.
8.34.5 Multiple Measurements with CPP Placement Head
Multiple measurements can be performed with the CPP placement head via the stationary camera
in Pick&Place mode. Thus, the component range has been extended.
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition
150
Features (V707.1 SP1: Compatible Mode V706.2 SP1)
This version does not contain any new features.
Features (V707.1 SP2: Compatible Mode V706.2 SP2)
This version does not contain any new features.
Station Software 7xx to 714.0 (R20-2) / Feature Description 11/2020 Edition
151
9 Feature Description – Station Software V708.x
Features (V708.0: Compatible Mode V707.2)
9.1 External Power Supply for X-Feeders
Compatible mode: Complete
This station software version supports the external power supply for X-feeders completely. The
external power supply has no functions in the station software but is displayed on the GUI and can
be locked and unlocked.
9.2 Software Support of the X-Module Upgrade Package
Compatible mode: Complete
The station software supports the X-Module Upgrade Package on the SIPLACE X-series S
placement machines. The package consists of the following modules:
– SIMATIC MicroBox 427D
– 4x CAN bus
– CIN CAN card
– IOCU 2
– MGCU
– SMPS (Switched Modular Power Supply)
– GigE cameras
The CAN interface supports up to four independent CAN buses. The CAN card (2x or 4x) must be
selected manually in the Auto configuration after the first start up.
The SMPS power supply offers advanced diagnostic checks (without GUI).
9.3 Placement of Stacked Components – Enhancement
Compatible mode: Complete
If components shall be placed on top of each other, the position of the first component must be
measured before the second component gets placed. For this, the fiducials of the first component
that has already been placed will be measured before the second component is picked up.
For this, an additional fiducial with the following content must be defined in SIPLACE Pro:
– Reference designator of the component at the bottom. Name: FOC_Reference Designator
(FOC = Fiducial on Component).
– Placement position reference to the component at the top.