1OPERATION_.pdf - 第255页
CARRIAGE SELpOnlCRG . 82 Si N P A G E p 微 y » i f r F | I 0 ? L - fc , ： k ： f e d OMP . 〈 MANAGEMENT DATA ( TYPE 1 ) - HANDLING ERRORS PER FEEDER LACATION - > □ Effi SHE EZEI 53 BMIIZIB HZ 5 EEMIZ 3 EED 4.10 MANAGEME…
4.10
MANAGEMENT
DATA
(
2
)
SUB
-
SYSTEM
ERROR
COUNTS
When
the
[
SUB
-
SYSTEM
ERROR
COUNTS
]
key
is
pressed
at
the
“
MANAGEMENT
DATA
(
TYPE
I f
display
，
the
following
display
appears
on
the
screen
.
•
Total
number
of
errors
which
occurred
on
each
device
during
automatic
operation
is
displayed
.
02
/
02
{
MANAGEMENT
DATA
(
TYPED
-
SUB
-
SYSTEM
ERROR
COUNTS
-
>
<
MANA
6
EUENT
DATA
(
TYPE
i
)
-
SUB
-
SYSTEM
ERROR
COUNTS
-
>
M
/
02
1234
闢 耵 通 肋
1
川 相 枕 讓 砌
iw
;
脱
？
>
】
j
234
SUB
-
SYSTEM
ERROR
COUNTS
1234
：
CI
P
1
CK
>
UP
(
Z
)
AXIS
1
SELF
CHECK
1234
1234
ROTARY
TURRET
1234
n
1234
PiACEMEKT
(
Z
)
AXISl
SEIF
CHECK
«
2
1234
1234
TABLE
-
X
AXIS
1234
1234
REC
06
.
COW
.
1234
TABLE
-
Y
AXIS
1234
1234
TRANSFER
1234
D
.
1234
FEEDER
AXIS
HI
1234
LINEAR
MEASURE
1234
1
PJX
RECQG
.
1234
[
SAFETY
DEVICE
1234
1234
m
?
,
RECOG
.
FEEDER
AXIS
112
HANDLING
E
刚
RS
1234
1234
CAHERA
-
X
AXIS
1234
DATA
1234
；
CONVEYOR
1234
1234
OTHERS
CAMERA
-
Y
AXIS
RTN
pnh
N
4144
Fig
.
4.50
•
When
each
data
key
is
pressed
,
the
corresponding
display
appears
,
enabling
checking
of
detailed
information
of
the
selected
device
or
function
where
an
error
(
s
)
occurred
.
4
—
7 3
Q
^
O
^
-
001
ACP
01
EOP
4
-
73
CARRIAGE
SELpOnlCRG
.
82
Si
NPAGE
p
微
y
»
i f r
F
|
I
0
?
L
-
fc
,
：
k
：
f e d
OMP
.
〈
MANAGEMENT
DATA
(
TYPE
1
)
-
HANDLING
ERRORS
PER
FEEDER
LACATION
-
>
□
Effi
SHE
EZEI
53
BMIIZIB
HZ
5
EEMIZ
3
EED
4.10
MANAGEMENT
DATA
(
3
)
HANDLING
ERRORS
PER
FDR
.
LOCATION
When
the
[
HANDLING
ERRORS
PER
FDR
.
LOCATION
]
key
is
pressed
at
the
“
MANAGEMENT
DATA
(
TYPE
1
)
”
display
,
the
following
display
appears
on
the
screen
.
Fig
.
4.51
•
This
display
is
similar
to
the
“
PATTERN
PROGRAM
MANAGE
-
MENT
DATA
-
HANDLING
ERRORS
PER
FDR
.
LOCATION
，
display
.
Refer
toM
4.10
.
1
(
3
)
HANDLING
ERRORS
PER
FDR
.
LOCATION
”
for
details
.
Each
parameter
is
based
on
each
pattern
program
)
.
management
data
of
the
machine
(
not
on
4
-
7 4
98
Q
3
dQQ
]
ACP
01
EOP
4
-
74
34343434
12
iooooooggggg
暴
4
-
*
-
-
-
1
J
7
-
•
^
i
.
.
ssss
234
s
?
!
34
U
12
A
1
X
4141414
i
4.10
MANAGEMENT
DATA
(
4
)
HEAD
MANAGEMENT
DATA
When
the
[
HEAD
MANAGEMENT
DATA
]
key
is
pressed
at
the
“
MANAGEMENT
DATA
(
TYPE
1
)
”
display
,
the
following
display
appears
on
the
screen
.
〈
MANAGEMENT
DATA
(
TYPED
-
HEAD
MANAGEMENT
DATA
-
>
l
!
ll
■
敁
IHIK
1
?
/
ll
!
i
/
lj
)
!
thiyf
)
lll
1
>
:
如
(
1
^
456
'
/
8901
?
34561
]
■
■
ia
si
HEAD
CLEAR
/
CHANGE
DATE
0
.
minx
mi
i
i
；
|
ij
i
I
i
11
■
ill
4
4
1
4
1
1
4
i
；
ii
12
:
34
r
榀
Eip
職
E
iSl
CLEAR
MGT
^
OL
Fig
.
4.52
Note
：
When
one
of
the
data
keys
is
pressed
,
a
head
No
.
where
the
biggest
parameter
is
set
under
the
selected
data
key
is
displayed
in
the
first
line
and
head
Nos
.
having
subsequent
(
second
,
third
,
fourth
，
…
）
biggest
parameters
follow
.
When
the
[
HEAD
NO
.
]
key
is
pressed
,
head
Nos
.
are
arranged
in
their
initial
order
.
①
[
HEAD
NO
.
]
：
Head
Nos
.
(
1
16
)
②
[
COMM
.
ERROR
]
:
Number
of
Communication
Errors
for
Each
Head
③
[
ORIGIN
ERROR
]
:
Number
of
Head
Origin
Errors
for
Each
Head
④
[
ORIGIN
ERROR
(
OV
-
T
)
]
:
Number
of
Overtime
Errors
during
Head
Zeroing
Operation
⑤
[
UNUSED
NOZZLE
HEIGHT
]
:
Number
of
Errors
(
caused
when
an
unselected
nozzle
falls
off
the
head
)
②
⑤
⑥
[
TOTAL
ERRORS
]
:
Total
Number
of
Errors
in
⑦
[
HEAD
CLEAR
/
CHANGE
DATE
]
:
Updated
Date
for
Each
Head
(
based
on
head
bypassing
,
etc
.
)
•
When
the
[
CLEAR
HEAD
MGT
.
DATA
]
key
is
pressed
,
the
“
MANAGEMENT
DATA
(
TYPE
1
)
-
HEAD
MANAGEMENT
DATA
CLEAR
MODE
display
appears
on
the
screen
.
See
the
next
page
.
4
一
75
Q
^
o
^
-
nm
ACP
01
EOP
4
-
75