3MAINTENANCE__O.pdf - 第136页

3.6 Device Check u INPUT CHECK - I / O DIAGNOSTIC - ” Display ( Fig . 3.37 - 1 ) \ i / PORT NAME ： iNP 2 ~ 13 < IHPUI CHECK 〉 il / 14 < INPIJT CHECK - I / O DIAGNOSTIC - > 02 / 02 BIT INPUT NAME STATUS PORT . JN…

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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
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(
FBOHT
-
CRT
)
SIAgT
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MP
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1
Q
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INPUT
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1
HE
P
.
C
.
B
.
TRANSFER
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1
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FROHI
-
CRTJ
PNL
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1
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FB
0
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T
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1
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.
C
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i
^
i
iNP
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^
di
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PLEASE
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CHECK
PORT
.
4312
Fig
.
3.38
-
4
Fig
.
3.37
-
1
|
[
lNPl
-
tQ
[
\
y
PORT
NAME
：
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NP
1
-
14
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NAME
BIT
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48
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1
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6
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.
3.38
-
5
Fig
.
3.38
-
1
Fm
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lHPin
CHECK
>
PORT
NAME
：
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-
15
OB
/
14
PORT
NAME
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il
02
/
14
(
INPUT
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I
NPUT
NAME
STATUS
STATUS
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NAME
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13
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6
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1
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3
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OPE
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1
2
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.
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
]
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NAME
BIT
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22
)
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-
CRT
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(
SW
4
)
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0
(
PB
23
)
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-
CRT
PHL
CHANGE
OFF
0
1
0
1
BACK
-
CRT
FEEDER
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1
A
5
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START
(
PBi
6
)
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0
.
2
0
2
(
PB
17
)
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0
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-
C
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T
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mm
END
3
0
3
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PB
24
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0
4
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4
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PB
25
)
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C
2
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5
0
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6
6
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PB
31
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C
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.
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
3.6
Device
Check
u
INPUT
CHECK
-
I
/
O
DIAGNOSTIC
-
”
Display
(
Fig
.
3.37
-
1
)
\
i
/
PORT
NAME
：
iNP
2
~
13
<
IHPUI
CHECK
〉
il
/
14
<
INPIJT
CHECK
-
I
/
O
DIAGNOSTIC
-
>
02
/
02
BIT
INPUT
NAME
STATUS
PORT
.
JNPUT
NAME
(
fHSW
)
im
0
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8
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S
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50
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llH
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BIT
9
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E
/
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8
IHP
2
-
11
2
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DETECTION
；
(
PHS
42
)
m
HEAD
HD
.
DETECHOH
SENSOR
1
NP
2
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12
rnssi
)
3
1
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2
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g
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.
C
.
B
.
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in
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13
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.
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10
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4
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9
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OH
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11
»
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1
1
NPH
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m
TA
8
LE
CHUTE
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5
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!
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T
1
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1
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1
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6
2
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3
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0
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INPUT
CHECK
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.
Fig
.
3.38
-
11
Fig
.
3.37
-
2
]
)
NP
2
-
ro
|
\
l
/
<
IHPUI
CflEM
>
PORT
NAME
：
INP
2
-
14
<
1
HPUT
CHECt
>
PORT
NAME
:
INP
2
-
10
12
/
14
08
/
14
BIT
INPUT
NAME
BIT
INPUT
NAME
STATUS
STATUS
0
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OK
SKITCH
KONITOfi
LINEAR
MEASURE
BIT
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(
TUB
1
)
0
(
PH
523
)
ON
ON
1
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U
0
HIT
0
R
«
1
(
C
841
1
UHEAR
MEASURE
BIT
1
(
PHS
23
)
Off
0
OFF
D
2
LIHEAB
MEASURE
BIT
2
0
2
(
PHS
23
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0
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8
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81
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6
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H
0
T
0
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SI
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5241
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3
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msm
BIT
3
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23
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WT
02
81
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D
8
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28
)
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E
/
BR
4
LINEAR
MEASURE
BIT
4
(
PHS
23
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0
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25
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5
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mm
AXIS
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mt
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5
.
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23
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6
E
AXIS
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mil
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29
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6
6
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MEASURE
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6
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7
LINEAR
MEASURE
BIT
7
(
PH
523
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7
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M
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-
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mm
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mum
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NOT
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.
lN
^
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»
ip
^
di
Fig
.
3.38
-
8
Fig
.
3.38
-
12
圆
<
IHPU
7
CHECK
)
<
T
CHECK
>
PORT
NAME
：
INP
2
-
11
PORT
NAME
:
!
NP
2
-
15
13
/
14
09
/
14
BIT
INPUT
NAME
BIT
INPUT
NAME
STATUS
S
1
ATUS
0
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LINEAR
MEASURE
BIT
B
(
PHS
23
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2
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6
E
BIT
9
(
PHS
23
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0
1
OFF
0
2
LINEAR
MEASURE
BIT
ID
2
T
6
3
(
PHS
23
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OFF
0
0
3
TIMING
4
3
i
\
m
MEASURE
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E
ON
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231
OFF
0
T
1
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6
5
mm
MEASURE
ALARM
«
1
4
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4
1
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23
)
0
ON
0
5
5
TIMING
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6
OFF
0
0
6
TIMING
?
6
0
ON
7
BAD
BOARD
DETECTSOK
(
PHS
1
B
7
)
7
m
E
/
8
=
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a
_
AND
RECEIVED
.
I
/
HR
-
LIGHT
EUiTTED
AND
NOT
RECEIVED
.
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/
R
-
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1
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|
N
EF
國
Si
INP
紐
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Fig
.
3.38
-
9
Fig
.
3.38
-
13
<
iNPin
mi
>
PORT
NAME
：
INP
2
-
16
i
4
/
14
<
IHPUT
CHECK
》
PORT
NAME
:
INP
2
-
12
10
/
M
BIT
JNPUT
NAME
STATUS
BIT
INPUT
NAME
STATUS
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)
(
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FHS
104
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E
/
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HO
.
DETECTION
SEKSOB
81
(
PHS
15
J
m
0
TBAHSFK
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B
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f
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S
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.
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.
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SENSOR
83
(
PHSi
?
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/
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8
1
3
m
Q
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3
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.
DETECTION
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8
4
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OH
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2
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4
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5
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6
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PH
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«
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is
|
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^
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NOT
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.
E
/
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AND
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.
E
/
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AND
N
01
RECEIVED
.
IN
礙
#
殿
d
INPEEI
1
P
^
^
I
1
Fig
.
3.38
-
14
Fig
.
3.38
-
10
3
-
4 6
QQns
-
nn
?
.
ACP
01
EIN
3
-
16
3.6
Device
Check
u
INPUT
CHECK
”
Display
(
Fig
.
3.36
)
INTERLOCK
PORT
NAME
：
INTLK
3
<
INPUT
CHECK
〉
04
/
12
INPUT
NAME
BIT
STATUS
01
/
02
(
INPUT
GHECX
-
1
NTSRL
0
CI
-
>
X
/
Y
TABLE
P
.
C
.
B
.
DETECT
10
H
(
FIXED
)
(
LATCH
)
(
PHS
55
)
m
TABLE
P
.
C
.
B
.
OETECriOH
(
HOVAffLE
)
(
.
LATCH
)
,
(
PHS
56
)
X
/
Y
TABLE
CHUTE
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{
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.
PBS
65
)
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0
ON
INPUT
NAME
PORT
OFF
.
0
1
Imfll
TABLE
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X
AXIS
SERYO
AlARM
(
LATCH
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0
2
OFF
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