取扱説明書 電磁流量計変換器

FMG
FMD2
24V DC
FMG D 24V DC 10
24V DC
P3-9
FMG
FMG
4 20mA DC
3
/
3
5.
FMG
0
4 20mA DC
INF-TN1 FMG
i
1.
...................................................................................................... 1-1
2.
................................................................................................ 2-1
2.1
2.2
2.3
3.
................................................................................................... 3-1
3.1
3.2
3.3
................................................................................................................. 3 - 3
3.3.2
......................................................................................................... 3 - 3
3.3.3
..................................................................................................................................... 3 - 5
3.3.4
......................................................................................................................................... 3 - 5
................................................................................................................ 3 - 6
3.4.1
................................................................................................................................. 3 - 6
3.4.2
..................................................................................................................... 3 - 7
3.4.3
............................................................................................................................. 3 - 8
3.4.4
DC 24V
.................................................................................................................... 3 - 9
................................................................................................... 4-1
4.1
4.2
............................................................................ 4 - 1
........................................................................ 4 - 3
4.2.1
................................................................................................................. 4 - 3
4.2.2
............................................................................................................................. 4 - 4
4.2.3
......................................................................................................... 4 - 4
4.2.4
............................................................................................. 4 - 5
5.
.................................................................................... 5-1
5.1
........................................................................ 5 - 1
5.1.1
............................................................................................................................. 5 - 2
5.1.2
................................................................................................................. 5 - 3
5.1.3
5.2
5.3
ii
............................................................................ 3 - 1
.................................................................................................... 3 - 1
................................................................................................................ 3 - 3
3.3.1
3.4
4.
......................................................................................... 2 - 1
................................................................................................. 2 - 2
............................................................................. 2 - 2
......................................................................................................... 5 - 5
.................................................................................... 5 - 6
FMGH
.......................... 5 - 1 6
5.3.1
....................................................................................................................... 5 - 1 6
5.3.2
................................................................................................................... 5 - 1 7
5.3.3
................................................................................... 5 - 1 9
5.3.4
............................................................... 5 - 2 0
5.3.5
........................................................... 5 - 2 1
5.3.6
....................................................................................... 5 - 2 2
INF-TN1 FMG
6.
............................................................................................................. 6-1
6.1
6.1.1
6.1.2
6.2
7.
FMGH
........................................................................... 6 - 2
................................................................................................ 6 - 3
.................................................................... 7 - 1
.................................................... 7 - 3
............................................................................................................... 8-1
8.1
8.2
8.3
9.
............................................................................................. 6 - 1
............................................................................................................. 7-1
7.1
7.2
8.
........................................................................................ 6 - 1
................................................................................ 8 - 1
.................................................................... 8 - 2
.................................................................................................... 8 - 3
............................................................................................................. 9-1
9.1
9.2
9.3
9.4
........................................................................................................ 9 - 1
........................................................................................................ 9 - 3
................................................................................ 9 - 4
.................................................................................................... 9 - 5
...................................................................................
INF-TN1 FMG
-1
iii
1.
1.
FMG
FMGS
INF-TN1 FMG
, FMGH
1-1
2.
2.
2.1
(TYPE)
(SER.NO.)
ELECTROMAGNETIC
FLOW CONVERTER
TYPE
SUPPLY
SER.NO.
Mfd.
Made In Japan
INF-TN1 FMG
2-1
2.
2.2
( 3 A ) ................................................................. 1
........................................................................ 1
.................................................................... 1
........................................................................ 1
........................................................................ 1
2.3
:
:5
2-2
30
70
(25
80%RH(65%
INF-TN1 FMG
3.
3.
3.1
1
10
60
5 95 RH
2
3
4
5
3.2
3
126.5
2B
190
3.1
INF-TN1 FMG
3-1
3.
2B
4
2B
2B
3.2 2B
+2
274 0
183
4-R8
R10
+2
0
4-C5
C8
3.3
3-2
INF-TN1 FMG
3.
3.3
3.3.1
1
2
16 (JIS
C 8305),
15 (JIS C 8309)
3
4
5
AC
2A / 1
DC
2.5A / 1
3.3.2
1
JIS C 3401)
JIS C3312)
1.25mm2
10.5mm
2
FMY
2
2
10.5
10.5mm
3.4
FMY
200m
3.5
INF-TN1 FMG
3-3
3.
3.5
A, B, SA, SB, C
C
SA, SB
3-4
INF-TN1 FMG
3.
3.3.3
J I S
C0920-1982
3.6
3.7
3.3.4
3
3
100
10
3.8
INF-TN1 FMG
3-5
3.
3.4
3.9
M4
3.9
3.4.1
FMGH
3.10 FMGH
3-6
INF-TN1 FMG
3.
FMGS
P+
P-
PLS OUT
L (+)
N (-)
SUPPLY
SIGNAL
CUR OUT
EXCITER
EX1
SA
A
B
SB
C
I+
IEX1
EX2
EX2
EXCITER
AL+
AL-
ALM OUT
C
SA
A
B
SB
SIGNAL
I-
I+
CUR OUT
ALM OUT
AL+
AL-
SUPPLY
L (+)
N(-)
PLS OUT
P+
P-
3.11 FMGS
3.4.2
3.12
3.12
INF-TN1 FMG
3-7
3.
3.4.3
4
20mA DC
Ω
3.13
3.14
FMGH
200
100k
S+
S-
3.15
FMGS
3.16
3-8
INF-TN1 FMG
3.
3.4.4 DC 24V
FMG
D
21.6
26.4V DC
SUPPLY
FMG
2
24V DC
10
4
400
R = 0.4 X (E-18 )
364
3.36
3
300
2.4
260
2
1.44
145
156
1
100
87
0
20
21.6
204
200
24
26.4
28
0
20
21.6
24
26.4 28
2mm 2
1.25mm
2
3
B32 FREQUENCY
50.00 (Hz)
Hz
50.00
B32
50.00
FREQUENCY
4
INF-TN1 FMG
3-9
3.
4
50.00 (HZ)
60Hz
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
A00 DISPLAY
A00 DISPLAY
B00 SETTING
SHFT
INC
B00 SETTING
SHIFT
B32 FREQUENCY
50.00
INC
B32 FREQUENCY
50.00
SHIFT
B32 FREQUENCY
60.00
INC
B32 FREQUNCY
SHIFT,
INC
SET SHIFT INC DEC
B32 FREQUENCY
60.00
SET
SET
SET SHIFT INC DEC
3-10
B32 FREQUENCY
60.00
INF-TN1 FMG
4.
4.
4.1
FMGS
1
ALM
FLOW
3
(LED)
2
RATE
•
•
•
•
%
(%)
PARA/DATA
SHIFT
SET
4
(16
DEC
INC
)
5
4.1 FMGS
LED)
7
6
LED
4
LED
4
P4-3
INF-TN1 FMG
4-1
4.
FMGH
1
ALM
FLOW DISP1
RATE
•
•
•
•
•
•
FWD.T
3
(LED)
2
DISP2
PARA/DATA
SHIFT
SET
DEC
INC
(%)
4
(16
)
5
4.2 FMGH
(LED)
7
6
LED
6
LED
4
P4-3
4-2
INF-TN1 FMG
4.
4.2
LED
4
4
4.2.1
4.3
4.3
A, B, C
N
9
A
B
B
B24
B25
FMG
INF-TN1 FMG
4-3
4.
4.2.2
3
B30 LOW MF
1.0 0 0 0
B22 FLOW UNIT
m3
B10 TAG NO
AM11 - 1
4.2.3
SET, SHIFT, INC, DEC
100.0m 3/h
200.0m 3 /h
1
SHIFT
B24 FLOW SPAN
1 0 0.0 m 3/ h
2
INC
SET SHIFT INC DEC
B24 FLOW SPAN
1 0 0.0 m 3/ h
DEC
SET SHIFT INC DEC
B24 FLOW SPAN
1 0 0.0 m3 / h
B24 FLOW SPAN
2 0 0.0 m 3 / h
SET SHIFT INC DEC
B24 FLOW SPAN
0 0 0.0 m3/ h
INC, DEC
4-4
INF-TN1 FMG
4.
3
SET
B24 FLOW SPAN
2 0 0.0 m 3 / h
SET SHIFT INC DEC
2
B24 FLOW SPAN
2 0 0.0
3/ h
B24m
FLOW
SPAN
2 0 0.0 m3 / h
1
2
4.2.4
4.2.3
SHIFT
SET SHIFT INC DEC
B24 FLOW SPAN
1 0 0.0 m3 / h
SET SHIFT INC DEC
B24 FLOW SPAN
1 0. 00 m3 / h
INC
B24 FLOW SPAN
2 0 0.0 m3 / h
SET
SET SHIFT INC DEC
SET SHIFT INC DEC
C30 4 - 20 LOWLMT
020.0 %
SET SHIFT INC DEC
C30 4 - 20 LOWLMT
020.0 %
DEC
SHIFT
INC
DEC
SET SHIFT INC DEC
C30 4 - 20 LOWLMT
20.0 %
INF-TN1 FMG
SET
4-5
5.
5.
5.1
0
4
20mA
3
3
INF-TN1 FMG
5-1
5.
5.1.1
50mm
50 mm
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
A00 DISPLAY
B00 SETTING
B00 SETTING
B20 SIZE UNIT
mm
[SHIFT]
[INC]
[SHIFT]
[INC]
SET SHIFT INC DEC
[INC]
SET SHIFT INC DEC
[SHIFT]
SET SHIFT INC DEC
[INC]
SET SHIFT INC DEC
[SHIFT]
SET SHIFT INC DEC
[INC]
SET SHIFT INC DEC
SET SHIFT INC DEC
5-2
"B"
B20 SIZE UNIT
B21 NOMINAL SIZE
[DEC]
[SET]
[SET]
INF-TN1 FMG
5.
5.1.2
30m3/h
30 m 3 /h
B22 FLOW UNIT
B23 TIME UNIT
B24 FLOW SPAN
-1
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
B22 FLOW UNIT
m
B22 FLOW UNIT
m
B22 FLOW UNIT
m3
[INC]
[SHIFT]
[INC]
k m 3 (10
m3
r
cm 3
m
SET SHIFT INC DEC
B22 FLOW UNIT
m3
B22 FLOW UNIT
[DEC
3
3
m 3)
SET]
2
INF-TN1 FMG
5-3
5.
-2
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
[INC]
B23 TIME UNIT
/s
[SHIFT]
B23 TIME UNIT
/s
[INC]
B23 TIME UNIT
/h
/d
/h
/m
/s
SET SHIFT INC DEC
B23 TIME UNIT
[DEC]
(
(
(
(
)
)
)
)
[SET]
B23 TIME UNIT
m3
2
-3
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
[INC]
B24 FLOW SPAN
1.0000 m 3 /h
B24 FLOW SPAN
1.0000 m3 /h
[SHIFT]
B24 FLOW SPAN
0.0000 m 3/h
[INC]
B24 FLOW SPAN
0.0000 m 3/h
[SHIFT]
B24 FLOW SPAN
0.3000 m3 /h
[INC]
B24 FLOW SPAN
0.3000 m 3 /h
[SHIFT]
B24 FLOW SPAN
030.00 m 3 /h
[DEC]
B24 FLOW SPAN
[DEC]
[DEC]
[SET]
B24 FLOW SPAN
30.00 m 3 /h
2
B24 FLOW SPAN
30000
3
5-4
0
0
0
0
.
INF-TN1 FMG
5.
5.1.3
(L)
(H)
1.2345
1.1234
B30 LOW MF"
"B31 HIGH
MF"
B30 LOW MF
1.2345
B31 HIGH MF
1.1234
-1
(L) 1.2345
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
SET SHIFT INC DEC
B30 LOW MF
1.0000
[INC]
B30 LOW MF
1.0000
[SHIFT]
B30 LOW MF
1.2000
[INC]
B30 LOW MF
1.2000
[SHIFT]
B30 LOW MF
1.2300
B30 LOW MF
1.2345
B30 LOW MF
[INC]
[SET]
2
"B31 HIGH MF"
4
INF-TN1 FMG
20mA
5-5
5.
5.2
LCD
SET,SHIFT, INC, DEC
1
B10 TAG NO
B10 TAG NO
8
2
0
(4mA)
L10 ZERO TUNING
ENABLE
L11 MAGFLOW ZERO
AUTO ZERO...
SET SET
L11 MAGFLOW ZERO
5-6
INF-TN1 FMG
5.
3
B25 DAMPING
B25 DAMPING
0
4
S
63.2
7seg LED
(FMGS)
LED
4
(LED1
M41
M41 FLOW DISP
FLOW RATE (%)
LCD
FLOW RATE (%)
(A10) FLOW RATE
. FLOW RATE
. FLOW RATE(%)
. FOR. TOTAL
. BLANK
(A11) FLOW RATE(%)
(%)
(A20) FOR. TOTAL
BLANK
(FMGH)
(LED2
LED
M40
6
M41
LCD
(A10) FLOW RATE
(A11) FLOW RATE (%)
(A20) FOR. TOTAL
(F10) REV. TOTAL
(F11) DIF. TOTAL
BLANK
LCD
-99999
-999999
999999
B40 FLOW DISP1
FLOW RATE(%)
999999
LED
1
. FLOW RATE
. FLOW RATE(%)
. FOR. TOTAL
. REV. TOTAL
. DIF. TOTAL
. BLANK
B41 FLOW DISP2
FOR. TOTAL
. FLOW RATE
. FLOW RATE(%)
. FOR. TOTAL
. REV. TOTAL
. DIF. TOTAL
. BLANK
INF-TN1 FMG
5-7
5.
5
LCD
A10 FLOW RATE
LCD
5
A10 FLOW RATE
A11 FLOW RATE(%)
A20 TOTAL
F10 REV. TOTAL
F11 DIF. TOTAL
A11 FLOW RATE(%)
(%)
A20 TOTAL
*
*
F10 REV. TOTAL
*
F11 DIF. TOTAL
6
B53 DSP OTHER
PROVIDED
C41 ALM OUTPUT
C41 ALM OUTPUT
2.4mA OR LESS
: 2.4mA OR LESS)
. 2.4mA OR LESS
. 4.0mA
. HOLD
. 21.6 OR MORE
7
B53 DSP OTHER
PROVIDED
C40 F. DERECTION
REVERSE
C40 F. DIRECTION
NORMAL
*
5-8
INF-TN1 FMG
5.
8
/
B53 DSP OTHER
PROVIDED
OFF
ON
CHECK
SELF
ALARM
H/L
E49 H ALARM
%
E50 L ALARM
E49 H ALARM
E50 L ALARM
9
4
%
20mA
C30 4-20 LOW LMT
4
B53 DSP OTHER
PROVIDED
20mA
-20
0.8mA)
C30 4-20 LOW LMT
%
8
(2.72mA)
2.72mA
10
B40 VELOCITY CHK
B40 VELOCITY CHK
(m/s)
INF-TN1 FMG
5-9
5.
11
1
m 3/
1
1
C20 T.RATE UNIT
5 litre
(litre
)
C21 TOTAL RATE
999999
START
0
B50 DSP TOTAL
PROVIDED
C20
C21
C20 T.RATE UNIT
m UNIT/P
(litre =10 -3 xm3)
C22
µ
3
6
C21 TOTAL RATE
5 m UNIT/P
C22 TOTAL LOWCUT
%
A20 TOTAL
km 3
m3
R
km 3
UNIT/P
m UNIT/P
µ UNIT/P
n UNIT/P
m3
k UNIT/P
UNIT/P
m UNIT/P
µ UNIT/P
R
M UNIT/P
k UNIT/P
UNIT/P
m UNIT/P
M UNIT/P
k UNIT/P
UNIT/P
cm 3
5-10
cm 3
INF-TN1 FMG
5.
12
FMGH
F10
REV.TOTAL
START
B50 DSP TOTAL
PROVIDED
B53 DSP MULTI
PROVIDED
B53, E23,
E40
C20 T.RATE UNIT
m UNIT/P
C21 TOTAL RATE
5 m UNIT/P
C22 TOTAL LOWCUT
%
E23 REV. RNG SEL
SINGLE RANGE
E40 REV. SPAN1
F10 REV. TOTAL
13
FMGH
-
F11
DIF, TOTAL
F11 DIF. TOTAL
INF-TN1 FMG
5-11
5.
14
A20 TOTAL
2
SET
B50 DSP TOTAL
PROVIDED
C23 TOTAL SET
ENABLE
C24 T.SET VALUE
A20 TOTAL
SET
SET
F10 REV. TOTAL
F10 REV. TOTAL
2
SET
SET
SET
A20 TOTAL
A20 TOTAL, F10 REV.
TOTAL
SET
SET
F10 REV. TOTAL
SET
SET
15
B53 DSP OTHER
PROVIDED
E55 APPLICATION
PULSATION
PULSATION
E55 APLICATION
PULSATION
5-12
INF-TN1 FMG
5.
16
1
m3 /
:
E10 P. RATE UNIT
10 cm 3
1
(cm3
)
E11 PULSE RATE
START
E10
E11
E11
B51 DSP PULSE
PROVIDED
0
E10 P. RATE UNIT
µ UNIT/P
3
(cm =10 -6 xm3 )
. n UNIT/P ... 10
. µ UNIT/P ... 10 x
. m UNIT/P ... 10
. UNIT/P ... 1
. k UNIT/P ... 10
. M UNIT/P ... 10
. PULSE/S ...
E11 PULSE RATE
10 µ UNIT/P
E12 PULSE LOWCUT
%
E13 PULSE WIDTH
. DUTY 50%
. 0.5ms
. 1ms
. 20ms
. 33ms
. 50ms
. 100ms
INF-TN1 FMG
...
...
...
...
...
...
...
1000P/S
1000P/S
500P/S
25P/S
15P/S
10P/S
5P/S
0.0001P/S
0.0001P/S
0.0001P/S
0.0001P/S
0.0001P/S
0.0001P/S
0.0001P/S
5-13
5.
17
A11 FLOW RATE
3
:
B22
C11 F.USER UNIT
kg
START
C12 F.USER SPAN
40000
B53 DSP OTHER
PROVIDED
C10 F.USER SEL
PROVIDED
C11
C12
C11 F.USER UNIT
kg
100
C12 F.USER SPAN
40000.0
A11 FLOW RATE
kg
40000.0
:
B24 FLOW SPAN
1000.0 m / h
2000kg/h
C11 F.USER UNIT
kg/h
C12 F.USER SPAN
2000.0
A11 FLOW RATE
2000.0
kg / h
5-14
INF-TN1 FMG
5.
18
A20 TOTAL
START
B53 DSP OTHER
PROVIDED
C14
C13 T.USER UNIT
PROVIDED
C14 T.USER UNIT
C20 T.RATE UNIT
m UNIT / P
C21 TOTAL RATE
5 m UNIT /P
C22 TOTAL LOWCUT
%
A20 TOTAL
19
M10 TUNING
INHIBIT
ENABLE
ENABLE :
INHIBIT :
INF-TN1 FMG
5-15
5.
5.3
FMGH
FMGH
S1
S2
S3
S4
5.1
5.1
5.2
5.3
5.3.1
8
4
P5-19
4
P5-23
0
P5-22
0
P5-22
P5-21
100
4
P5-23
5-16
INF-TN1 FMG
5.
5.3.2
5.1
5.1
S3
S3
2
S2
S2
INF-TN1 FMG
3
4
5-17
5.
5-18
INF-TN1 FMG
5.
5.3.3
START
4
B52 DSP MULTI
PROVIDED
E20 INPUT FNC
NO FUNCTION
S3, S4
3
E22 FOR RNG SEL
4
S3
5.3
. SINGLE RANGE ...
. EXT. 2 RANGE ...
. EXT. 3 RANGE ...
. EXT. 4 RANGE ...
E23 REV.RNG SEL
. NO FUNCTION ...
. SINGLE RANGE ...
. EXT. 2 RANGE ...
. EXT. 3 RANGE ...
. EXT. 4 RANGE ...
S2
2
2
S1
A10 FLOW RATE
A10 FLOW RATE (%)
INF-TN1 FMG
5-19
5.
5.3.4
100
START
B52 DSP MULTI
PROVIDED
E21 OUTPUT FNC
NO FUNCTION
5.3
E22 FOR RNG SEL
S1, S2
S2
. SINGLE RANGE ...
. AUT. 2 RANGE ...
. AUT. 3 RANGE ...
. AUT. 4 RANGE ...
E23 REV.RNG SEL
S2
3 4
. NO FUNCTION ...
. SINGLE RANGE ...
. AUT 2 RANGE ...
E32 FOR. SPAN4
A10 FLOW RATE (%)
5-20
INF-TN1 FMG
5.
5.3.5
START
B52 DSP MULTI
PROVIDED
5.1
5.2
5.3
E20 INPUT FNC
NO FUNCTION
E21 OUTPUT FNC
NO FUNCTION
E22 FOR. RNG SEL
1
. SINGLE RANGE ...
. EXT. 2 RANGE ...
. EXT. 3 RANGE ...
. EXT. 4 RANGE ...
. AUT. 2 RANGE ...
. AUT. 3 RANGE ...
. AUT. 4 RANGE ...
E20
E22
E23
E23 REV.RNG SEL
4
E20
NO FUNCTION
S2
. NO FUNCTION ...
. SINGLE RANGE ...
. EXT. 2 RANGE ...
. EXT. 3 RANGE ...
. EXT. 4 RANGE ...
. AUT. 2 RANGE ...
S2
INF-TN1 FMG
5-21
5.
5.3.6
4
5.3
1
0
B53 DSP OTHER
PROVIDED
0
4mA)
E20 INPUT FNC
0% SIGNAL LOCK
0
2
0
B53 DSP OTHER
PROVIDED
E20 INPUT FNC
EXT. FOR. T. PRESET
C23 TOTAL SET
ENABLE
C24 T. SET VALUE
5-22
INF-TN1 FMG
5.
3
B53 DSP OTHER
PROVIDED
0
4mA
E20 INPUT FNC
EXT. AUTO ZERO
L10 ZERO TUNING
ENABLE
4
B53 DSP OTHER
PROVIDED
E21 OUTPUT FNC
TOTAL SWITCH
E51 TOTAL SWITCH
999999
INF-TN1 FMG
E51 TOTAL SWITCH
5-23
6.
6.
6.1
4 20mA
3
6.1.1
4
L11 MAGFLOW ZERO
SHIFT, INC/DEC
L10 ZERO TUNING
L10 ZERO TUNING
ENABLE
L11 MAGFLOW ZERO
AUTO ZERO...
SET SET
0
(4mA)
L11 MAGFLOW ZERO
6.1.2
FMGH
B53 DSP OTHER
PROVIDED
L 1 1
MAGFLOW ZERO
E20 INPUT FNC
EXT. AUTO ZERO
0
L10 ZERO TUNING
ENABLE
(4mA)
INF-TN1 FMG
6-1
6.
6.2
1
A60 SELF CHECK
ERROR
A
N60 SELF
CHECK
A60 SELF CHECK
ERROR
2
LED(ALM)
(A
N)60
SELF CHECK
GOOD
ERROR
P FAULT
EEPROM FAULT
C41 ALM OUTPUT
A/D(H) FAULT
A/D(L) FAULT
2 . 4 m A
HOLD, 4mA, 21.6mA
SIGNAL OVERFLOW
COIL OPEN
VEL. SPAN > 10 m/s
VEL. SPAN < 0.1 m/s
P. SPAN >
p/s
P. SPAN > 0.0001 p/s
T. SPAN > 1000 p/s
T. SPAN > 0.0001 p/s
MULTIRANGE ERROR
SIGNAL ERROR
EEPROM DAMEGE
EEPROM DEFAULT
H/L ALARM
H/L ALARM
6-2
INF-TN1 FMG
6.
3
INF-TN1 FMG
6-3
7.
7.
7.1
1
N
M50 KEY
N
55
M50 KEY
55
N10 TEST MODE
TEST
L11 OUTPUT VALUE
2
M50 KEY
S3
S4
N10 TEST MODE
TEST
N16 S1 S4
SHORT
INF-TN1 FMG
7-1
7.
3
S1
S2
M50 KEY
N11 OUTPUT VALUE
7-2
N10 TEST MODE
TEST
INF-TN1 FMG
7.
7.2
1
INF-TN1 FMG
7-3
7.
2
7-4
INF-TN1 FMG
7.
3
INF-TN1 FMG
7-5
7.
7-6
INF-TN1 FMG
8.
8.
8.1
8.1
D(m)
B
V(m/s)
V
E = D
V
B (V) ................ 1
B
E
Q
D2 V (m3/s)
Q
2
4
1
Q
4
D
B
2
E (m 3 /s)
:V
3
:E
E
(
E
3
4
B
D
Q (V)
Q
E
INF-TN1 FMG
8.1
4
B
: B)
4
E
20mA)
8-1
8.
8.2
8.2
8.3
2
8-2
2
INF-TN1 FMG
8.
8.3
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
2
CPU
BUFFER
A/D
ROM
RAM
EEPROM
A/D
EXCITER
KEY
BRAIN
4-20mA
OUTPUT
POWER
POWER
SUPPLY
PULSE
OUTPUT
STATUS
I/O
4-20mA
PULSE
STATUS
8.4
INF-TN1 FMG
8-3
9.
9.
9.1
INF-TN1 FMG
9-1
9.
9-2
INF-TN1 FMG
9.
9.2
-
INF-TN1 FMG
9-3
9.
9.3
FMG
FMY
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
F MG
FMY
1
9
1 4
4
0
2
S
H
B
5, 6, 7
5
AC100 240V 50/60HZ
DC24V
A
D
6
J
A
D
G1/2
1/2 NPT
Pg13.5
7
0
1
2
3
4
5
6
Tag
1
2
DC
1
Rc1/2(PT1/2)
3
137.3kPa 1.4kg/cm2
NPT1/2
2
0
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
2
0
1
1
2
2
3
3
4
4
5
6
7
8
9
0
1
2
3
4
5
6
7
8
9
0
5
0
5
0
5
0
5
0
5
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
5m
10m
15m
20m
25m
30m
35m
40m
45m
50m
60m
70m
80m
90m
100m
110m
120m
130m
140m
150m
160m
170m
180m
190m
200m
3
9
P9-2
9-4
0
1
2
3
4
5
6
7
8
9
A
1
2
3
4
5
6
7
8
9
10
INF-TN1 FMG
9.
9.4
1
10 (
)
2B
4-
280
126.5
98.5
29 24
57.3
136.5
8
31
31
31
31
10
36
54.5
111
228
+2
274 0
126.5
190
195
+2
183 0
190
4-R8 R10
4-C5 C8
INF-TN1 FMG
9-5
FMG
3
(FMGS,FMGH, FMGB)
NO.
R/W S/H/B
NO.
4 3 2 1 0
INF-TN1 FMG
R/W
R :
W :
S/H/B
S : FMGS
H : FMGH
B :
-1
NO.
R/W S/H/B
A00
DISPLAY
A10
FLOW RATE (%)
-110.0 ~ 110.0%
A11
FLOW RATE
A20
R
SHB
1
R
SHB
-32767 ~ 32767
0~4
R
SHB
TOTAL
0 ~ 999999
0~3
W
SHB
A60
SELF CHECK
GOOD
ERROR
R
SHB
B00
SETTING
R
SHB
B10
TAG NO.
W
SHB
B19
MAGMETER
DETECTOR1
DETECTOR2
CALIBRATOR
B20
SIZE UNIT
mm
B21
NOMINAL SIZE
0.1 ~ 3000.0 (mm)
B22
FLOW UNIT
km3
m3
r
cm 3
m(
B23
TIME UNIT
/d, /h, /m, /s
B24
FLOW SPAN
0.0001 ~ 30000
B25
DAMPING
0.1 ~ 100.0s
B30
LOW MF
B31
0
DETECTOR1 W SHB
1
mm
W SHB
100.0
W SHB
m
W
/s
W SHB
SHB
)
0~4
1.0000
W SHB
1
3.0s
W SHB
0.0100 ~ 3.0000
4
1.0000
W SHB
HIGH MF
0.0100 ~ 3.0000
4
1.0000
W SHB
B32
FREQUENCY
47.00 ~ 63.00
2
50
B40
VELOCITY CHK
0 ~ 20.000 (m/s)
3
B50
DSP TOTAL
NOT PROVIDED
PROVIDED
NOT
PRO.
W SHB
B51
DSP PULSE
NOT PROVIDED
PROVIDED
NOT
PRO.
W SHB
-2
W
SHB
R SHB
INF-TN1 FMG
NO.
R/W S/H/B
B52
DSP MULTI
NOT PROVIDED
PROVIDED
NOT
PRO.
W SHB
B53
DSP OTHER
NOT PROVIDED
PROVIDED
NOT
PRO.
W
SHB
B54
DSP BATCH
NOT PROVIDED
PROVIDED
NOT
PRO.
W
B
B60
SELF CHECK
GOOD
ERROR
R
SHB
C00
STD FUNCTION
R
SHB
C10
F. USER SEL
W
SHB
C11
F. USER UNIT
C12
F. USER SPAN
0 ~ 30000
C13
T. USER SEL
NOT PROVIDED
PROVIDED
C14
T. USER UNIT
C20
T. RATE UNIT
C21
TOTAL RATE
n UNIT/P
µ UNIT/P
m UNIT/P
UNIT/P
k UNIT/P
M UNIT/P
PULSE/s
0.0001 ~ 30000
C22
TOTAL LOWCUT
0 ~ 10(%)
C23
TOTAL SET
INHIBIT
ENABLE
C24
T. SET VALUE
0 ~ 999999
0~3
0
-20 ~ 100(%)
0
-20%
C30
4 - 20 LOWLMT
C40
F. DIRECTION
C41
ALM OUTPUT
INF-TN1 FMG
NOT
PRO.
NOT PROVIDED
PROVIDED
W SHB
0~4
100.0
W
SHB
NOT
PRO.
W
SHB
W SHB
NOR MAL
REVERSE
2.4mA OR LESS
4.0mA
HOLD
21.6mA OR MORE
PULSE/s W SHB
0~4
0
W SHB
0
3%
W SHB
INHIBIT
W SHB
W
W SHB
NORMAL W
2.4mA
SHB
SHB
SHB
-3
NO.
R/W S/H/B
GOOD
ERROR
C60
SELF CHECK
E00
OPTIONAL FNC
E10
P.RATE UNIT
n UNIT/P
µ UNIT/P
m UNIT/P
UNIT/P
k UNIT/P
M UNIT/P
PULSE/s
E11
PULSE RATE
0 ~ 30000
E12
PULSE LOWCUT 0 ~ 100%
E13
PULSE WIDTH
R
SHB
SHB
PULSE/s W SHB
0~4
0
W SHB
0
3%
W SHB
50% DUTY
0.5ms
1ms
20ms
33ms
50ms
100ms
50%
DUTY
W SHB
E20
INPUT FNC
NO FUNCTION
0% SIGNAL LOCK
EXT, AUTOZERO
EXT, FOR. T.
PRESET
EXT, B.SUM
RESET
NO
FUNC.
W
HB
E21
OUTPUT FNC
NO
FUNC.
W
H
E22
FOR. RNG SEL
SINGLE
RANGE
W
H
E23
REV. RNG SEL
NO FUNCTION
TOTAL SWITCH
SIGNAL RANGE
EXT.2 RANGE
EXT.3 RANGE
EXT.4 RANGE
AUTO 2 RANGE
AUTO 3 RANGE
AUTO 4 RANGE
NO FUNCTION
SINGLE RANGE
EXT.2 RANGE
EXT.3 RANGE
EXT.4 RANGE
AUTO 2 RANGE
NO
FUNC.
W
H
E30
FOR. SPAN 2
0.0001 ~ 30000
0~4
1.0000
W
H
E31
FOR. SPAN 3
0.0001 ~ 30000
0~4
1.0000
W
H
E32
FOR. SPAN 4
0.0001 ~ 30000
0~4
1.0000
W
H
E40
REV. SPAN 1
0.0001 ~ 30000
0~4
1.0000
W
H
E41
REV. SPAN 2
0.0001 ~ 30000
0~4
1.0000
W
H
-4
INF-TN1 FMG
NO.
R/W S/H/B
E42
REV. SPAN 3
0.0001 ~ 30000
0~4
1.0000
W
H
E43
REV. SPAN 4
0.0001 ~ 30000
0~4
1.0000
W
H
E49
H ALARM
-110 ~ 110(%)
0
110
W SHB
E50
L ALARM
-110 ~ 110(%)
0
-110
W SHB
E51
TOTAL SWITCH
0 ~ 999999
0~3
0
E55
APPLICATION
NORMAL
PALSATION
E60
SELF CHECK
GOOD
ERROR
F00
OPTIONAL DSP
F10
REV. TOTAL
0 ~ 999999
0~3
0
F11
DIF. TOTAL
0 ~ 999999
0~3
0
F30
BATCH SUM
0 ~ 999999999
0~3
F31
BATCH CYCLE
0 ~ 30000
0
NORMAL
SELF CHECK
G00
BATCH FNC
G10
BATCH
INHIBIT
ENABLE
G11
BATCH SPEED
LONG TIME
BATCH
SHORT TIME
BATCH
G12
EXT.PAUSE
G13
H
W SHB
R
SHB
R
HB
W
H
R
H
0
W
B
0
W
B
R
HB
R
B
ENABLE W
B
GOOD
ERROR
F60
W
LONG
TIME
W
B
INHIBIT
ENABLE
INHIBIT
W
B
PANEL SWITCH
INHIBIT
ENABLE
ENABLE W
B
G14
FRACTION
RESET
PRESERVE
RESET
W
B
G15
BATCH END
0 ~ 100(%)
10%
W
B
G19
BATCH MODE
MODE 1
MODE 2
MODE 3
MODE 4
MODE 1 W
B
G20
BATCH SET 1
0 ~ 999999
INF-TN1 FMG
0
0~3
0
W
B
-5
NO.
R/W S/H/B
G21
INIT.T.LMT
0 ~ 9999
0~3
0
W
B
G22
PREBATCH 1
0 ~ 9999
0~3
0
W
B
G23
PRED LEAK 1
0 ~ 9999
0~3
0
W
B
G24
LEAK DETECT 1
0 ~ 9999
0~3
9999
W
B
G25
SHORTAGE 1
0 ~ 9999
0~3
9999
W
B
G30
BATCH SET 2
0 ~ 999999
0~3
0
W
B
G31
INIT.T.LMT 2
0 ~ 9999
0~3
0
W
B
G32
PREBATCH 2
0 ~ 9999
0~3
0
W
B
G33
PRED LEAK 2
0 ~ 9999
0~3
0
W
B
G34
LEAK DETECT 2
0 ~ 9999
0~3
9999
W
B
G35
SHORTAGE 2
0 ~ 9999
0~3
9999
W
B
G40
BATCH SET 3
0 ~ 999999
0~3
0
W
B
G41
INIT.T.LMT 3
0 ~ 9999
0~3
0
W
B
G42
PREBATCH 3
0 ~ 9999
0~3
0
W
B
G43
PRED LEAK 3
0 ~ 9999
0~3
0
W
B
G44
LEAK DETECT 3
0 ~ 9999
0~3
9999
W
B
G45
SHORTAGE 3
0 ~ 9999
0~3
9999
W
B
G50
BATCH SET 4
0 ~ 999999
0~3
0
W
B
G51
INIT.T. LMT 4
0 ~ 9999
0~3
0
W
B
G52
PREBATCH 4
0 ~ 9999
0~3
0
W
B
G53
PRED LEAK 4
0 ~ 9999
0~3
0
W
B
G54
LEAK DETECT 4
0 ~ 9999
0~3
9999
W
B
G55
SHORTAGE 4
0 ~ 9999
0~3
9999
W
B
G60
SELF CHECK
GOOD
ERROR
R
B
L00
ADJUST
R
SHB
L10
ZERO TUNING
INHIBIT
W
SHB
L11
MAGFLOW ZERO -100.00 ~ 100.00
0.00
W
SHB
-6
INHIBIT
ENABLE
2
INF-TN1 FMG
NO.
R/W S/H/B
GOOD
ERROR
L60
SELF CHECK
M00
OTHER
M10
TUNING
M40
FLOW DISP1(DH) FLOW RATE
BATCH DISP(DB) FLOW RATE (%)
FOR. TOTAL
REV. TOTAL(DH)
DIF. TOTAL (DH)
BLANK
BATCH SET
(DB
)
M41
INHIBIT
ENABLE
R
SHB
R
SHB
ENABLE W SHB
DH :
W
FLOW
RATE(%)
HB
DB :
BATCH
SET
AS :
W SHB
FLOW
RATE(%)
DH, DB :
FOR.
TOTAL
FLOW DISP (AS) FLOW RATE
FLOW DISP2 (DH) FLOW RATE (%)
FLOW DISP (DB) FOR. TOTAL
REV. TOTAL(DH)
DIF. TOTAL (DH)
BLANK
0
M50
KEY
00 < TO "M" >
55 < TO "N" >
M60
SELF CHECK
GOOD
ERROR
N00
TEST
N10
TEST MODE
NORMAL
TEST
N11
OUTPUT VALUE
-110 ~ 110
N12
SO S1 (END)
NORMAL
ON
OFF
NORMAL W HB
N13
SO S2 (PRE)
NORMAL
ON
OFF
NORMAL W
W
SHB
R
SHB
R SHB
NORMAL W
0
0
SHB
W SHB
HB
N14
ALM OUT
NORMAL
ON
OFF
N15
SI S3 (AUX)
OPEN
SHORT
R
HB
N16
SI S4 (PAUSE)
OPEN
SHORT
R
HB
N17
SI (START)
OPEN
SHORT
R
B
N18
SI (RESET)
OPEN
SHORT
R
B
N60
SELF CHECK
GOOD
ERROR
R
SHB
INF-TN1 FMG
NORMAL W SHB
-7