3MAINTENANCE__O.pdf - 第134页

3.6 Device Check 3.6 . 1 Input Check When the [ INPUT CHECK ] key is pressed at the “ DEVICE CHECK 5 display , the following display appears on the screen . 12 / 85 / 1991 ( THU ) 08 : 29 : 46 J 311 urn I / O DIAGNOSTIC …

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3.6
Device
Check
3.6
Device
Check
When
the
[
DEVICE
CHECK
]
key
is
pressed
at
the
“
SPECIAL
SEL
.
:
display
,
the
following
display
appears
on
the
screen
.
12
/
05
/
1991
(
THU
)
0
B
:
29
:
46
teffu
4
ml
l
!
LEC
^
U
INPUT
CHECK
jDEVICE
CHECK
|
|
MEMORY
CHECK
nmi
PLEASE
MAKE
A
SELECTION
.
Fig
.
3.35
①
[
INPUT
CHECK
]
Key
When
this
key
is
pressed
,
the
“
INPUT
CHECK
”
display
opens
，
enabling
checking
of
input
status
of
various
sensors
.
②
[
MEMORY
CHECK
]
Key
When
this
key
is
pressed
，
the
“
MEMORY
CHECK
”
display
opens
,
enabling
checking
of
reading
/
writing
operation
of
CPU
boards
#
1
and
#
2
,
the
memory
board
,
and
the
recognition
board
.
Note
:
This
function
is
not
available
yet
.
③
[
MACHINE
PROGRAM
INFORMATION
]
Key
When
this
key
is
pressed
,
INFORMATION
”
display
opens
，
displaying
software
versions
of
the
machine
control
system
and
versions
of
placement
heads
.
the
“
MACHINE
PROGRAM
3
一
43
Q
朗
4
¥
)
1
ACP
01
EIN
3
-
43
3.6
Device
Check
3.6
.
1
Input
Check
When
the
[
INPUT
CHECK
]
key
is
pressed
at
the
“
DEVICE
CHECK
5
display
,
the
following
display
appears
on
the
screen
.
12
/
85
/
1991
(
THU
)
08
:
29
:
46
J
311
urn
I
/
O
DIAGNOSTIC
INTERLOCK
DEVICE
CHECK
INPUT
CHECK
MOTOR
CONTROL
PLEASE
MAKE
A
SELECTION
.
Fig
.
3
-
36
①
[
I
/
O
DIAGNOSTIC
]
,
[
INTERLOCK
]
,
and
[
MOTOR
CONT
-
ROL
]
Keys
When
one
of
these
keys
is
pressed
,
the
“
INPUT
CHECK
”
display
corresponding
to
the
selected
key
appears
on
the
screen
.
When
a
port
No
.
key
is
pressed
,
the
status
of
each
bit
for
individual
port
is
displayed
.
Input
Port
Name
:
INPX
—
XX
Port
No
.
Serial
No
.
ofP
.
C
.
B
.
CPU
ID
Interlock
Port
Name
:
INTL
KX
Port
No
.
Motor
Control
Port
Name
:
M
—
XXX
—
X
Status
No
.
Abbreviation
of
Motor
Shaft
3
—
4 4
QRO
^
-
Om
ACP
01
EIN
3
-
44
3.6
Device
Check
cc
INPUT
CHECK
”
Display
(
Fig
.
3.36
)
I
/
O
OIAGNOSTiC
PORT
NAME
:
1
NP
1
-
13
04
/
14
<
mpm
CHECK
)
<
INPUT
CHECK
-
I
/
O
OIA
6
HOSTIC
-
>
01
/
02
\
NPUT
NAME
STATUS
BIT
PQRTl
INPUT
NAME
OH
INPUT
MACHINE
RUN
0
(
FBOHT
-
CRT
)
SIAgT
-
HQVE
-
fAliSE
-
RESEr
-
SYSTEW
CLEAR
—
(
MP
1
-
1
Q
OFF
INPUT
UACH
1
HE
P
.
C
.
B
.
TRANSFER
0
1
(
FROHI
-
CRTJ
PNL
CHANGE
—
1
HPM
1
OFf
0
INPUT
MACHINE
READY
2
ma
-
m
)
ZERO
-
PHI
CHA
«
G
»
F
£
EDEB
CARRIAGE
START
.
.
.
INPUT
UACHINE
BUN
-
INPUT
HACfliNE
P
.
C
.
0
.
tRANSFER
--
'
-
INP
1
-
12
OFF
0
INPUT
MACHINE
P
.
C
.
B
.
EXI
5
IEHCE
3
IHPH
3
.
OUTPUT
MACHINE
RUH
OFF
0
4
TRANSFER
LOWR
-
UMIT
MtECT
…
1
NPH
4
OFF
OUTPUT
MACHINE
P
.
C
.
B
.
REQUIBEHENT
0
5
1
NPM
5
{
FB
0
«
T
-
CRT
1
CONSOLE
CHANGE
OH
6
OUTPUT
MACHINE
READY
INP
1
-
160
IHTU
BYPASS
OUTPUT
MACHINE
P
.
C
.
B
.
EXISTENCE
OH
7
E
/
R
=
LIBHT
EMITTED
AND
RECEIVED
.
E
/
NHIGHT
EMITIEO
AHO
HOT
RECEIVED
.
i
^
i
iNP
^
Eiih
^
di
RTN
PLEASE
SELECT
THE
INPUT
CHECK
PORT
.
4312
Fig
.
3.38
-
4
Fig
.
3.37
-
1
|
[
lNPl
-
tQ
[
\
y
PORT
NAME
：
!
NP
1
-
14
<
I
T
CHECK
)
CS
/
14
PORT
NAME
:
1
NP
1
-
10
01
/
M
<
lNPUT
CHECK
〉
!
NPUT
NAME
BIT
STATUS
1
NPUT
NAME
STATUS
0
FURNACE
SIGNAL
OK
(
PB
5
)
0
FRONKRT
START
OK
1
imm
LWEMIMIT
DETECTION
(
PHS
48
)
E
/
HU
0
1
(
PB
6
)
OFF
0
FRONT
-
CUT
HOVE
1
TWHSFER
UPPEMIHiT
OEHCTiOH
(
fOSl
)
OFF
2
0
(
PB
7
)
OFF
0
2
FRONKRT
PAUSE
(
PHS
57
)
3
.
11
CONVEYOR
P
.
C
.
B
.
DETECT
10
H
E
/
NR
0
(
PB
8
)
OFF
0
3
FfiOHI
-
CRT
STOP
L
2
COKVEY
02
P
.
C
.
B
.
DETECT
!
Oil
{
PHS
581
4
mi
o
(
PB
9
)
OFF
FROHT
-
CRT
RESET
0
4
W
C
0
NVEY
0
I
!
P
.
C
.
B
DETECI
10
H
(
FHS
59
)
E
/
HR
5
0
(
PB
10
)
OFF
0
FRONI
-
CRT
SYSTEM
CLEAR
5
M
13
)
R
2
CONVEYOB
P
.
C
.
B
.
KTECIIM
(
DUTSIDE
)
im
6
0
(
PBlil
OK
6
FROKT
-
CRT
ZERO
7
0
(
PBi
21
ON
FROHT
-
CRT
TRANSFER
7
E
/
84
IGHT
EMinED
AND
RECEIVED
.
E
/
NIKI
6
HT
EUIITEO
AHD
KOI
8
ECEIVEO
.
E
/
IK
腿
EMITTED
AND
RECEIVED
.
E
/
HR
*
UGHT
EMITTED
AND
NOT
RECEIVED
.
Fig
.
3.38
-
5
Fig
.
3.38
-
1
Fm
N
/
<
lHPin
CHECK
>
PORT
NAME
：
!
NPl
-
15
OB
/
14
PORT
NAME
:
1
NPl
-
il
02
/
14
(
INPUT
CHECK
)
BIT
I
NPUT
NAME
STATUS
STATUS
iNPUT
NAME
BIT
0
0
(
PB
13
J
0
FRONT
-
CUT
PHL
CHU
6
E
OK
i
1
0
(
SV
3
)
FBQHHST
OPE
6
AI
10
H
1
2
0
(
PB
14
)
OFF
0
BACK
-
CUT
STMT
2
3
K
CONVEYOR
P
.
CJ
.
DE
!
ECnQK
(
P
.
CJ
.
ST
0
P
P
05.1
TI
.
0
»
!
tPHSi
211
E
/
W
0
(
PB
15
)
OFF
0
BACI
-
C
2
T
HOVH
3
12
COHVEYOJI
P
.
C
.
H
.
DETECriOH
mt
SI
0
£
]
(
PHS
122
)
0
4
m
(
PB
1
B
)
OFF
BACH
5
T
PAUSE
0
4
B
1
COHYEYflg
P
.
C
.
B
0
E
1
ECT
10
K
,
(
XA
TABLE
$
H
£
}
(
PHS
123
)
5
m
(
PBi
9
)
Off
0
BACK
-
CUT
STOP
5
ii
mmt
p
.
c
.
8
.
oEiEcriOK
(
MTSIDE
)
miB
)
6
i
/
i
(
PB
20
)
BACHST
RESET
OK
6
(
PB
30
)
?
FWHf
-
CST
CONSOLE
CHM
&
E
OH
(
PB
21
)
OK
7
BACR
-
CRT
SYSTEM
CLEAB
m
-
im
EUS
7
TED
ANO
8
ECE
1
VED
.
4316
E
/
HS
-
U
6
HT
EKITTEO
JUO
]
ROT
RECEIVED
.
8
N
_
E
»
lpg
—
l
RTN
E
/
MIGUT
EUI
1
TED
AHO
RECEIVED
.
4316
I
E
/
KMI
6
HT
EULTTED
AND
KOI
RECEIVED
.
ftN
E
|
|
P
福
1
Fig
.
3.38
-
6
Fig
.
3.38
-
2
PORT
NAME
:
iNP
1
-
12
<
IKPUT
CHFCX
>
03
/
14
PORT
NAME
:
1
NP
1
-
16
07
/
14
ONPUT
CHECK
〉
1
NPUT
NAME
STATUS
BIT
STA
1
US
]
NPUT
NAME
BIT
IPB
22
)
0
BACK
-
CRT
ZERO
OK
INTLK
BYPASS
(
SW
4
)
OFF
0
(
PB
23
)
BACK
-
CRT
PHL
CHANGE
OFF
0
1
0
1
BACK
-
CRT
FEEDER
CWJR
1
A
5
E
START
(
PBi
6
)
OFF
0
.
2
0
2
(
PB
17
)
OFF
0
BACK
-
C
8
T
FEEDER
mm
END
3
0
3
(
PB
24
J
OFF
0
4
Cl
READY
0
4
(
PB
25
)
OFF
O
C
2
READY
5
0
5
6
6
(
PB
31
)
BAM
-
CRI
C
0
HS
01
E
CHAKGE
OK
7
7
E
/
MIGHT
EUiTTED
AHO
RECEIVED
.
E
/
NHIGHT
EMITTED
AND
NO
?
RECEIVED
.
E
/
HI
6
HT
EMITTED
AND
RECEIVED
.
E
/
NHIGHT
EMITTED
AND
NOT
RECEIVED
.
Fig
.
3.38
-
3
Fig
.
3.38
-
7
3
一
45
Q
905
-
nn
2
ACP
01
EIN
3
-
45