SIPLACE CA4 V2规格说明书.pdf - 第41页
41 Virtual Inkspot Handler (VIH) The virtual inks pot hand ler (VIH) allows you to scan in inkspots from an external system. This option can be use d for external systems to define which panels are to be produced and whi…
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SIPLACE Vision
Barcode types
Technical data
1D barcodes
QR codes
Code types Code 39
Code 93
Code 128
EAN-8 (AddOn 2, AddOn 5), EAN-13 (AddOn 2, AddOn 5)
Interleaved 2 of 5
Minimum width of bar 5 pixels
If the quality of the mark is sufficient, the width can be reduced down to 3
pixels.
Minimum height of symbol 5% of length of whole symbol.
Symbol angle All symbol angles will be accepted.
Inverse symbols Light bars on a dark background will be accepted.
(Station software version 708.0 or higher required)
Mirrored symbols Mirrored symbols will be accepted.
(this corresponds to a rotation of 180 degrees for 1D codes)
Region of Interest (ROI) The area on the board, in which the barcode is searched for (ROI), should
not exceed the following values:
ROI (direction of reading)
≤ 3 * symbol width
ROI (vertical to direction of reading) ≤ 10 * symbol width
Code type QR code in accordance with ISO/IEC 18004 model 2.
Station software version 711.0 or higher required
No. rows/columns All versions still defined in the standard (i.e. number of rows/columns) are
accepted.
Minimum dot size 5 pixels
Symbol angle All symbol angles will be accepted.
Inverse symbols Inverse symbols (light modules on a dark background) will be accepted.
Mirrored symbols Mirrored symbols will be accepted.
Ratio of column width to row
height
1/2
≤ (column width) / (row height) ≤ 2
Region of Interest (ROI) The area in which the barcode is searched for (ROI) should not exceed the
following values:
Width of ROI ≤ 6 * width of barcode symbol
Height of ROI ≤ 6 * Height of barcode symbol
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Virtual Inkspot Handler (VIH)
The virtual inkspot handler
(VIH) allows you to scan in
inkspots from an external
system.
This option can be used for
external systems to define
which panels are to be
produced and which to be
omitted. A panel is a specific
part of a printed circuit
board. This concept is much
more flexible than the
physical inkspot concept.
It can be integrated into the
ongoing production process,
if external systems
individually decide whether
each panel it is in a good or
bad state and whether
additional processing steps
are to be omitted or not.
The boards are typically
measured by the external
system and the information
about which panels are good
or bad is then available.
The use of this information
via VIH offers the benefit that
no physical inkspots need to
be read by the PCB camera.
This improves performance,
particularly for boards with a
large number of panels.
This option can also be used
if the panels do not have
room for a physical inkspot.
Workflow VIH with XML file
Workflow VIH with MES and BoardGateKeeper (BGK)
Process Data Interfaces (PDI)
The process data interface (PDI), which can be addressed via
the OIB interface, enables you to access not only the trace-
ability data of the components placed but also various process
parameters for the component placement. The PDI makes
over 40 process attributes per placement position available,
such as:
• Pickup (actual pick position, pickup location ID)
• Dipping (result, timestamp)
• Vision measuring (result plus camera ID)
• Placement (actual place position, ref. desig., vacuum val-
ues)
The data packages contain the data for each board and stop-
per position.
Each individual data package contains a maximum of 200
placement positions.
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ASM Software Products
Overview
Workflows ASM Software Product Standard Option
Planning
ASM Production Planner
Fully automatic product grouping and optimization by taking deliv-
ery deadlines into account
X
SIPLACE SiCluster Professional / SiCluster Multiline
Fully automatic product grouping
X
Virtual production
SIPLACE Pro
One application for all programming tasks
X
SIPLACE LED Pairing
Simple placement of LEDs with multiple classes
X
Process optimization
ASM DFM HealthCheck
Automatic determination of optimum print parameters
X
ASM ProcessExpert
the world’s first self-learning inline expert system for electronics
manufacturing
X
Production
SIPLACE Station Software
Diverse operating system
X
ASM OIS
Operator Information System
X
ASM Command Center
Automatic operator management for all machine assistants
X
ASM Performance Monitor
Live KPI monitoring
X
Material Management
ASM Material Manager
Control and optimization of SMD material management
X
ASM Line Monitor
Overview of material consumption in the lines.
X
Preparation
ASM Setup Center
Avoid setup errors with reliable setup verification
X
SIPLACE Material Setup Assistant
Optimization of offline setup preparation and of material flow
X
Factory monitoring
ASM EDM
Convenient data management for placement programs
X
ASM Traceability
Traceability of the placement processes
X
SIPLACE Explorer
Line monitoring system
X
Factory Integration
ASM OIB
Seamless integration of SIPLACE software solutions with third
party systems
X
ASM Remote Smart Factory
Professional remote service infrastructure
X