1OPERATION_.pdf - 第239页

4.10 MANAGEMENT DATA ( 4 ) How to Clear Pattern Program Management Data When the [ CLEAR PATTERN PRGM . MGT . DATA ] key is pressed at the “ PATTERN PROGRAM MANAGEMENT DATA ” display ， the following display appears on th…

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4.10
MANAGEMENT
DATA
①
[
FDR
.
NO
.
(
ACTUAL
FDR
.
NO
.
)
]
Key
:
Feeder
(
Lane
)
Nos
.
Nos
.
in
(
)
show
those
of
the
feeders
to
which
offset
parameters
are
added
.
②
[
TOTAL
COMP
.
]
Key
Total
number
of
components
picked
at
each
feeder
(
lane
)
is
displayed
.
③
[
A
:
COMP
.
MSNG
.
]
Key
Total
number
of
missing
components
detected
by
the
component
posture
detection
sensor
at
each
feeder
is
displayed
.
④
[
B
:
COMP
.
MSNG
.
】
Key
Total
number
of
missing
components
detected
by
recognition
function
at
each
feeder
is
displayed
.
⑤
[
C
:
COMP
.
VRTCU
Key
Total
number
of
vertical
components
detected
by
the
component
posture
detection
sensor
at
each
feeder
is
displayed
.
⑥
[
D
:
COMP
.
RECOG
.
]
Key
Total
number
of
errors
detected
by
recognition
function
at
each
feeder
is
displayed
.
⑦
[
E
:
COMP
.
THKNS
.
]
Key
Total
number
of
component
thickness
component
posture
detection
sensor
for
each
feeder
is
displayed
.
detected
by
the
errors
⑧
[
TOTAL
ERRORS
]
Key
Total
number
of
errors
detected
in
②
through
®
is
displayed
.
⑨
[
RATE
OF
ERROR
(
%
)
]
Key
Percentage
of
errors
per
number
of
components
to
be
picked
up
is
displayed
.
⑩
[
SHTG
.
OF
COMP
.
]
Key
Total
number
of
component
shortage
errors
detected
at
each
feeder
is
displayed
.
⑪
[
COMPONENT
ID
]
Component
IDs
in
each
feeder
are
displayed
.
⑫
[
TYPE
]
Type
of
component
packaging
is
displayed
for
each
component
ID
.
(
PAPER
,
EMBOSSED
，
ADHESIVE
,
BULK
，
or
BULK
2
)
⑬
[
WIDTH
]
Tape
widths
are
displayed
for
each
component
ID
.
(
8
mm
，
12
mm
，
16
mm
，
24
mm
，
or
32
mm
)
4
一
57
QR
03
-
nm
ACP
01
EOP
4
-
57
4.10
MANAGEMENT
DATA
(
4
)
How
to
Clear
Pattern
Program
Management
Data
When
the
[
CLEAR
PATTERN
PRGM
.
MGT
.
DATA
]
key
is
pressed
at
the
“
PATTERN
PROGRAM
MANAGEMENT
DATA
”
display
，
the
following
display
appears
on
the
screen
.
(
1234567890123456
)
01
/
03
MTM
«
K
12345678
〈
PATTERN
PROGRAM
MANAGEMENT
NAMES
(
10
/
24
)
CLEAR
DATE
NO
.
1123
^
5678
(
1234567890
iE
3456
i
1
12
/
05
/
1995
l
12
:
34
12
/
05
/
1995
(
MON
)
12
：
34
2
1
AAAAAAAA
(
AAAAAAAAAAAAAAAA
)
12
/
05
/
1995
{
M
0
H
)
12
:
34
1
BBBBBBB
8
(
8
BBBBBB
卿
B
删
BBl
3
4
ICCCCCCCC
(
CCCCCCCCCCCCCCCC
)
!
2
/
05
/
i
995
(
H
0
N
}
12
:
34
12
/
05
/
1995
(
M
0
N
)
12
:
34
5
1
DDDDDDDD
(
DDDDDDDDDDDDDDDD
)
12
/
fl
5
/
iS
95
(
M
0
N
)
12
:
34
6
lEEEEEEEE
(
EEEEEEEEEEEEEEEE
)
FFFFFFFF
(
FFFFFFFFFFFFFFFfi
12
/
05
/
1
姚
(
MON
1
i
2
:
34
?
CLEAR
12
/
05
/
1995
(
MON
)
12
:
34
G
6
GGG
666
(
6
GG
6
GG
6666
GG
66
GG
)
8
Fig
.
4.39
•
When
the
pattern
program
to
be
checked
is
selected
by
pressing
the
corresponding
“
NAMES
(
XX
/
XX
)
”
key
and
the
[
CLEAR
]
key
is
pressed
,
the
selected
pattern
program
management
data
is
cleared
.
•
The
date
when
the
[
CLEAR
]
key
is
pressed
is
displayed
in
the
text
box
of
the
label
“
CLEAR
DATE
”
.
4
一
58
Q
8
m
-
001
ACP
01
EOP
4
-
58
MANUAL
BYPASS
IHYPASSFII
ITL
mss
NOZZLE
NAMES
HQZ
.
NO
.
1
HOZ
.
NO
.
2
NOZ
.
NO
.
3
KQZ
.
HO
.
4
NQZ
.
m
.
5
FACTOR
01
/
02
〈
HEAD
*
NOZZLE
BYPASS
DATA
〉
HD
.
NO
.
8
4.10
MANAGEMENT
DATA
4.10
.
2
HEAD
.
NOZZLE
BYPASS
DATA
Malfunctioning
nozzles
can
be
bypassed
.
The
bypassed
nozzles
bypassed
)
.
be
reset
to
the
original
condition
(
not
can
When
the
[
HEAD
*
NOZZLE
BYPASS
DATA
]
key
is
pressed
at
the
“
MANAGEMENT
DATA
”
display
，
the
following
display
appears
the
screen
.
on
(
1
)
Nozzle
Bypassing
Factor
Light
Green
Yellow
Red
White
Fig
.
4.40
When
a
head
No
.
(
for
example
，
head
No
.
8
)
is
pressed
at
the
“
HEAD
.
NOZZLE
BYPASS
DATA
”
display
,
the
following
display
appears
on
the
screen
.
B
Fig
.
4.41
4
-
59
QRO
^
-
nm
ACP
01
EOP
4
-
59
3
E
PA
WY
Df
RAK
rLnuc
T
CL
UM
HRHR
6
Ecoco
—
TIAnK
TKrru
NKnKAERAbRH
VWVDnR
-
—
rcNrt
oopk
—
rt
DD
.
RGH
_
t
h
.
dc
.
xuAiuH
-
r
7
^
J
-
ufAVAGVZ