96722_AX-201 AX-301 AX501 Spec bookl.pdf - 第23页
4.12 CAD Conversion Machine Program Creation (PPS-Pro) Figure 17 Options 21 of 34 PPS-Pro Graphical User Interface CAD Conversion and machine program creation are two of the most important steps to bring a new product in…
4.10 Performance
data interface
4.11 Remote
diagnostics
Options
20 of 34
A traceability solution is built up out of three products:
BI or BTCO: see chapter 3.8 and 4.8
SVS Pro: see chapter 4.7
Traceability software: combines the board identification data and component
identification data
Traceability information contains:
1. Machine ID
2. Production data and time
3. Status of the production (OK/SUSPECTED or NOK)
4. Board ID
5. Part info per panel per reference designator (note: part information contains
the data that is provided by SVS Pro)
The A-Series creates, while running, performance data. To understand how the
machine is running, performance data is exported in an orderly standardized
method. The data is exported in real time so as events occur on the machine they
are exported. This makes it possible to create an application to monitor the
machine performance on remote locations. The product is supported by an
extensive description of the data and the connection method. The product also
includes some sample programs that describe how to connect to the machine
performance data.
The performance data contains:
machine status
board-count
component consumption
PPM-levels
error-events
To get support from (remote) specialists Assembleon offers the possibility of a
connection via broadband internet. The connection enables to operate all functions
remotely and to up- and download files and log information to and from the AX.
4.12 CAD
Conversion
Machine
Program
Creation
(PPS-Pro)
Figure 17
Options
21 of 34
PPS-Pro Graphical User Interface
CAD Conversion and machine program creation are two of the most important steps to
bring a new product into production. Maximized output combined with maximum
flexibility doing it the first time right is what counts. Assembleon offers PPS-Pro. PPS-Pro
generates optimized placement programs for any configuration of A-Series machines. It
accepts CAD and BOM files and rapidly translates them into fully verified, machine ready
programs.
Features of PPS-Pro:
Generation and optimization of placement programs for any configuration of A-Series
Fully integrated line balancer
Support of most formats, build either in column and text converters or by optional
dedicated CAD converters. PPS-Pro accepts FTIP, GenCAD, column oriented files and
optional 3D CAD formats (Mentor, PCAD etc.)
Supports the import of BOM files
Predicts accurate production times (within 5% of reality)
Supports family optimization
Generation of set-up reports and other operator instructions
5.0 Technical
specifications
5.1 Placement
specifications
Technical specifications
22 of 34
AX-501/AX-301 AX-201
Component alignment principle Laser alignment & CCD Vision CCD vision
Component sensing Presence Presence
Absence Absence
0ffset 0ffset
Dimensions Dimensions
Shape Shape
Max. number of components 1500 per robot 10000 per board
Speed X direction <0.5 m/s <2.2 m/s
Speed Y direction <1.4 m/s <2.5 m/s
Speed Rz direction <10 rev/sec <10 rev/sec for PH-DV
<7.2 rev/sec for PH-HA
Speed Z direction <0.5 m/s <0.5 m/s for PH-DV
<0.7 m/s for PH-HA
Acceleration X direction <5 m/s2 <44 m/s2
Acceleration Y direction <16 m/s2 <38.5 m/s2
Acceleration Rz direction <300 rev/s2 <300 rev/s2 for PH-DV
<96 rev/s2 for PH-HA
Acceleration Z direction <40 m/s2 <40 m/s2 for PH-DV
<20 m/s2 for PH-HA
Encoder measurement resolution X 0.5µm 1.0 µm
Encoder measurement resolution Y 1.5µm 1.0 µm
Encoder measurement resolution Rz 0.31 mrad 0.126 mrad for PH-DV
0.31 mrad for PH-HA
Encoder measurement resolution Z 5µm 5 µm for PH-DV
13.3 µm for PH-HA
Component Vision Field of view 67.8 x 50.5mm 67.8 x 50.5mm for LFOV
26.5 x 25.3mm for SFOV
Component Vision CCD 1280 x 960 pixels 1280 x 960 pixels
Array resolution
Placement force 1.5-8N programmable in 2-8N programmable
steps of 0.1N in steps of 0.1N for
PH-DV, 0.9-40N
programmable in steps
of 0.1N for PH-HA
Lower forces upon
request