vitrox-v510i-g2-series_.pdf - 第5页

许货 5 1 0 / G 2 S Advanced Optical Inspection ( AOI ) Specifications Software System Windows 7 Pro Parametric component models , s & Jf learning classifiers , color learning , geomelfrc pattern matching , auto pre as…

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Optical
Character
Recognition
(
OCR
)
Optical
Color
Inspection
{
OCI
)
FTT
7
a
JL
P
Optical
Color
Inspection
is
a
feature
which
provides
more
flexible
and
robust
color
detection
for
devices
with
color
.
It
can
be
used
to
inspect
colour
dot
,
chip
absence
/
presence
,
solder
beading
,
colored
ring
inspection
etc
.
OCR
allows
the
user
to
program
V
510
system
to
read
text
printed
on
the
body
of
a
component
.
This
algorithm
provides
multiple
fonts
inspection
capability
without
any
template
learning
.
Flexible
Universal
Fiducial
AOI
Barcode
GUI
Flexible
Universal
Fiducial
provides
flexibility
of
fiducial
point
assignment
by
using
universal
feature
point
(
test
point
,
wire
line
or
even
empty
pad
)
when
there
is
no
fiducial
point
on
the
interested
FOV
,
It
would
also
help
in
PCB
war
page
compensation
.
This
external
AOI
Barcode
GUI
Is
able
to
support
multiple
types
of
barcode
scanners
such
as
Handheld
USB
and
COM
Port
.
New
features
such
as
Waiting
for
Good
Barcode
,
support
multiple
barcode
scanners
simuEtdneously
and
customized
setting
for
barcode
checking
are
available
.
Lead
Free
Color
Pattern
Matching
(
CPM
)
Majority
Lead
Free
solder
tends
to
be
more
reflective
and
different
lighting
settings
are
needed
in
AOI
inspection
.
Thus
,
current
V
510
is
able
to
store
more
than
one
S
t
of
lighting
settings
to
meet
production
needs
.
Current
locator
algorithm
is
using
1
-
dimension
technique
(
edge
detection
)
to
locate
a
component
.
Thus
,
the
results
are
not
guaranteed
and
potential
to
cause
false
calls
,
Hence
,
CPM
is
developed
by
considering
color
factor
in
order
to
improve
bcator
accuracy
.
eOCV
It
is
easy
to
use
and
tess
sensitive
to
color
change
of
a
component
unit
.
Besides
,
CPM
also
performs
well
on
btack
colour
PCS
inspection
,
especially
for
cell
phone
product
eOCV
is
capable
to
detect
wrong
part
and
wrong
orientation
efficiently
.
This
algorithm
is
able
to
verify
any
character
shape
on
the
component
.
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ViTrox
Database
SFC
(
VDSPC
)
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Centralized
Library
Distribution
(
CLD
)
圍
Closed
Loop
Feedback
&
Monitoring
The
illustrated
centralized
：
managemem
method
allows
more
effective
defect
images
collections
,
centralized
programming
,
as
well
as
fine
-
tuning
.
Moreover
,
one
operator
is
now
possible
to
manage
multiple
production
lines
,
and
in
return
bring
great
cost
-
savmg
for
the
company
.
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incorporated
Intelligent
System
which
introduces
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features
statistics
,
s
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learining
algorithm
and
advanced
Graphic
Interface
via
intelligent
link
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tool
for
acquiring
data
from
multiple
ViTrox
optical
inspection
systems
and
processing
the
data
colteeted
into
meaningful
statistical
process
control
(
SPC
)
information
and
charts
from
a
centralized
locat
'
ion
,
for
the
use
of
various
management
functions
,
■
Network
Offline
Programming
(
IMDLP
)
This
new
Feature
allows
program
downloading
and
uploading
on
the
%
from
the
centralized
server
.
In
addition
,
it
allows
user
to
manage
databases
In
a
very
efficient
fashion
.
*
ViTrox
Verification
Tool
Solution
(
WTS
)
:
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：
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S
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An
advanced
offline
programming
!
technkjue
where
images
can
be
collected
from
various
test
programs
inspected
by
various
databaiei
-
This
creates
an
easy
,
flexible
and
effective
offlinre
fine
tuning
than
ever
!
A
dear
and
user
friendly
defect
verification
tool
allows
the
operator
to
review
inspection
result
easily
md
accurately
with
SPC
capability
.
Colour
scaling
is
used
to
illustrate
the
component
height
measurement
.
Rev
06703
-
2018
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许货
510
/
G
2
S
Advanced
Optical
Inspection
(
AOI
)
Specifications
Software
System
Windows
7
Pro
Parametric
component
models
,
s
&
Jf
learning
classifiers
,
color
learning
,
geomelfrc
pattern
matching
,
auto
pre
assignment
DVD
/
CD
-
RW
,
USB
dfiws
,
and
Ethernet
□
ongie
Key
W
^
workOfftine
Programming
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Cental
ized
Library
Dittribwlion
(
CLD
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Daiabase
Statistical
Pr
<
Ke
«
Control
(
VDSPC
)
an
<
J
WTr
<
w
Verification
Tool
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environ
meni
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af
^
orithms
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tran
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interface
license
Dongle
Key
Software
Option
Functionatity
VSIOi
G
2
S
V
510
i
G
2
S
with
12
M
Camer
A
ge
:
Missings
offset
,
skewed
,
po
*
afity
*
billboard
,
tombstone
,
llfled
/
bent
leads
,
excess
/
insufficlent
solder
,
bridging
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-
reflOW
irtSp
^
ti
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wrong
Coverage
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,
offset
,
skewed
,
polarity
,
billboard
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part
in
&
pectionj
extra
pan
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nsiMCtioiL
and
traceability
con
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nector
,
OCV
for
tali
component
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^
reflow
inspection
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r
^
fldw
:
S
.
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(
SS
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reflow
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sec
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tion
Speed
Post
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(
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ow
:
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7
sec
(
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cmVwc
)
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-
reflow
:
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4.6
inV
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d
;
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rtiera
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ad
barconie
$
;
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capability
with
batch
code
logging
Scurd
fevel
and
component
lew
!
tfac
^
bility
Hardware
System
VStOi
G
2
S
VS
10
i
G
2
S
with
12
M
Camera
Compiler
system
Workstation
；
Intd
*
Core
iS
Processor
；
4
GB
RAM
;
IX
500
GB
SAT
A
HO
-
21
,
5
inch
wide
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reen
monitor
10
/
100
/
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mega
pixel
digital
camera
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tim
p
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r
pixel
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&
solutfon
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lable
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to
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im
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inspection
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^
fd
of
vi
^
w
:
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.
S
mm
x
3
S
-
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mm
Multiple
color
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angSe
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segment
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lighting
head
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autocallbration
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SMEMA
conveyorJ
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width
adjustj
Bottom
-
up
clamping
Gantrv
robot
systems
with
linear
motors
and
linear
magnelit
encoders
;
Repeatability
:
<
8
jim
;
Encoder
reMlution
:
1
Electricily
100420
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16
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：
200
-
240
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.
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buffering
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temperature
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maximum
board
temperature
:
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proiocoEs
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Camera
system
12
mega
pixel
digital
carrwra
；
telecertlfk
lens
Field
of
view
：
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9
mm
X
52
mm
Lighting
system
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tcn
^
vor
XY
robot
system
Supplies
Hardware
Option
Temperature
Burd
Dim
«
n
$
ion
Maximum
board
Size
(
Single
Lane
)
M
jxSmym
board
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|
j
-
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ual
Lane
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Minimum
board
M
^
imurn
bowd
thickn
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$
$
Minimum
bo
^
rd
thickness
Board
weight
Maxsmum
inspected
area
Clearance
娜
side
of
board
-
bottom
side
of
board
-
minimum
edge
clearance
■
conveyor
height
range
S
1
Q
mm
by
5
IQ
mm
(
2
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inch
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m
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h
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20
inch
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!
：
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^
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mm
(
l
.
l
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mm
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,
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inch
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mm
(
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inch
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Q
7
Q
mm
to
965
rnm
(
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,
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inch
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Height
t
^
l
^
cfintric
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Dual
Larte
(
Max
.
equally
width
:
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mm
by
510
mm
}
rLane
1
(
Minimum
!
：
5 0
M a x i m u m
；
420
mm
)
Lane
2
(
Minrittum
；
SO
mmr
Maximum
：
420
mm
)
field
up
|
radeable
Lens
11
/
20
jim
ptf
Coating
lighting
pixel
Non
-
Fieki
UpgradeablG
Iflfy
)
mm
.
ffl
System
Dimensions
Footprint
Width
Depth
Height
we
#
t
1000
mm
12
&
4
mm
(
4.1
ft
)
2010
mm
(
6
-
6
ft
)
750
kgs
1
i
■
一咐
.
fe
_
窃
A
■
°
a
-
-
a
'
-
=
E
Rev
0
S
/
04
-
2017