FUJI EDS6-70B

SEPARATE TYPE ELECTROMAGNETIC
FLOWMETER
DATA SHEET
FMB1, 2/ FMC
The electromagnetic flowmeter is an instrument to measure
the volumetric flow rate of liquid simply by applying a magnetic field from the outside utilizing the fact that an electric
conductor which crosses a magnetic field at a certain velocity
causes voltage to be induced in proportion to the velocity,
which is known as Faraday’s law.
This flowmeter is designed with the latest electronics technology and magnetic/electric field analyzing technology, realizing a compact and light-weight structure and measurement
with high accuracy.
FEATURES
1. High accuracy
The adoption of the optimum magnetic field design using
the 3-dimentional finite element method has minimized
the effects of flow velocity profile and materials of adjacent piping. At flow velocity of more than 1m/sFS,the
measurement accuracy is as high as ± 0.5% of
indicatedvalue when the flow is above 20%FS.
2. Wide range
Measurement range: 0 to 0.3 ... 15m/sec in flow velocity
3. High-reliability structure
The sensor terminal box is a sealed 2 - chamber structure,
practically free from dew condensation and sudden submergence. The adoption of stainless housing assures excellent anti-environment efficiency.
4. Easy-to-see display
LCD with back-light allows easy check of display even in a
dark place. Instantaneous flow and integral volumetric
flow are displayed at the same time.
5. Free power supply
The flowmeter operates on power supply 100 to 240V AC,
50/60 Hz, eliminating the need for selection of power voltage.
• Mounting method :
Mounted via flange insertion type on opposite side (wafer type)(with Guide rings)
··· 2.5 to 200A
Note 1) Guide ring : A ring-shaped guide
used for centering the sensor when a water type is mounted on the piping.
or flange mounting
··· 6 to 300A
Note 2) Flange with meter size 2.5A or 6A
can be used for 15A.
• Liquid pressure :
-100 to 2000kPa or flange operating
• Meter size and measurement range :
Measuring range is equivalent to flow velocity 0.3 to 15m/s.
6. Application of international standards
The overall length of flange type flowmeter conforms with
ISO draft standards. (Meter size : 6A-200A)
Meter size
Min.measurement range
[m3/h]
Max. measurement range
[m3/h]
2.5A Note 3)
0 to 0.00531
0 to 0.265
6A
0 to 0.0306
0 to 1.52
SPECIFICATIONS
15A
0 to 0.191
0 to 9.54
25A
0 to 0.531
0 to 26.5
Sensor (Type : FMB)
• Measurement item :
General-use industrial water, tap-water,
sewage, waste water, chemicals slurry,
and other liquids with conductivity of more
than 3u/cm
• Structure :
Wafer type or flange type
40A
0 to 1.36
0 to 67.8
50A
0 to 2.13
0 to 106
80A
0 to 5.43
0 to 271
100A
0 to 8.49
0 to 424
150A
0 to 19.1
0 to 954
200A
0 to 34.0
0 to 1696
250A
0 to 53.1
0 to 2650
300A
0 to 76.4
0 to 3817
Note) Meter size 2.5A: Wafer type only
EDS6-70b
Date
Oct. 29, 2001
FMB1, 2/ FMC
• Liquid temperature :
–10 to +120˚C (Tefron lining)
–10 to +50˚C (Polyurethane lining)
[˚C]
Liquid temperature
Tefron lining
120
80
50
Polyurethane lining
-10
-20
20
50
60
[˚C]
Ambient tempertaure
Parts in contact with Liquid
Note 1)
Ambient temperature-liquid temperature allowable range
• Material :
Lining
Tefron(PFA, TFE)
Polyurethane
Electrode
SUS316L
Hasteroy C
Titanium
Tantalum
Platinum iridium
SUS316L
Earth ring
SUS316 Not L
Hasteroy C
Titanium
Tantalum
SUS316 Not L
Housing case
Flange Note 2)
Terminal box case
SUS304
SUS304 or carbon steel
Aluminum alloy
Note 1) Materials of parts in contact with liquid should be
selected in consideration of erosion due to measuring liquid. Refer to the table of material selection on
the attached sheet.
Note 2) Flange type only
• Pipingconnection port :
G1/2, NPT 1/2, Pg 13,5, M20×5
Terminal box case; Polyurethane corro• Painting :
sion-resistant painting
(Silver)
Cover; Polyurethane corrosion-resistant
painting (Blue)
Flange; SUS304 type is unpainting.
Carbon steel type is polyurethane
corrosion-resistant painting (Silver).
• Structure :
JIS C 0920 immersion-proof (IP67)
• Grounding : D-class grounding (100Ω or less)
Conveter (Type FMC)
• Mounting method :
Pipe or wall mounting
• Exciting system :
Square low-frequency exciting
• Input/output signal :
Current output; 4 to 20mA DC
Load rasistance 0 to 1KΩ
Pulse output; open-collector
Capacity; DC30V, 0.2A or less
ON voltage; 0.6V or less
0.0001 to 1000P/s
Status output; open-collector
Capacity: DC30V, 0.2A or less
ON voltage; 2V or less
Status input; no-voltage contact
Note) Status signal input or output, either
one, can be
• Pulse output : Integrated pulses are outputted by setting
integral constant. Pulse width 0.5 to 80ms
2
• Span setting : Flow FS can be set by setting flow unit and
flow value. Flow velocity can also be set.
Display cubic volume, length; m3, L, mL,
m
Display time unit ; /d, /h, /min, /s
• Multi-range : Automatic 2-range selection in 2-range select mode. External 2-range selection with
status input is possible.
• Flow direction change :
Flow direction can be reversed in flow direction mode.
• Flow display :
Real time flow display, % display or user
unit display is possible in 7 codes, max.
• Integration display :
Integrated volumetric flow can be displayed by setting the unit of cubic volume.
Displayed cubic volume; m3, L, mL
• Fault diagnosis function :
Various fault can be diagnosed by hardware check and process check.
• Zero point adjustment :
Zero point is automatically calibrated with
one-push operation.
• Output low cut :
0 to 10% FS
Momentary output can be cut to 0% at
flow rate below the set cutoff point.
• Integration low cut :
0 to 10% FS
Integration of display and output are prevented at flow rate below the set cutoff
point.
• 0% signal lock :
Display and output can be locked to 0%
with status input.
• Slurry noise cut :
0 to 10% FS, 0 to 60 sec
Slurry noise (spike noise) can be cut by setting rate limit.
• Empty detection :
Absence of liquid is detected and status
signal is outputted.
• Flow switch : –10 to 110% FS
Status signal is outputted by setting high/
low limit flow.
• Dumping time constant :
1 to 200 sec
• Converter case :
Aluminum alloy
• Arrester :
Built-in power supply arrester and current
output arrester
• Wiring connection port :
G 1/2, NPT 1/2, Pg 13,5, M20 x 1,5
• Painting :
Body case, terminal box case or cover;
Polyurethane corrosion-resistant
painting (Silver)
Body cover;
Polyurethane corrosion-resistant
painting (Blue)
• Structure :
JIS C 0920 immersion-proof (IP67)
• Grounding : D-class grounding (100Ω or less)
• Mass :
3.5kg
• Length of special signal cable:
150m or less (see diagram below)
OTHER SPECIFICATIONS
When replacing Fuji' s former type sensors, flanges with
short pipe are available. For details, contact our office.
Cable length [m]
150
100
For specifications of special water-proof type, etc., contact
our office.
50
Standard performance
• Accuracy rating :
Meter size
10
5
3
2
2 3
5
10
50
100
Conduction [u/cm]
Allowable length of special signal cable
500
1000
2.5A to 15A
25A to 200A
FS flow velocity Flow velocity≥50%FS:
_
1m/s or more
±0.5% of rate
Flow velocity<50%FS:
±0.25% FS
_
Flow velocity≥20%FS:
±0.5% of rate
Flow velocity<20%FS:
±0.1% FS
FS flow velocity ±0.5% FS
0.3m/s or more
less than 1m/s
Flow velocity≥50%FS:
_
±0.5% of rate
Flow velocity<50%FS:
±0.25% FS
• Power consumption :
12W or less
• Operating condition :
Ambient temperature;
–20 to 60˚C (Tefron lining sensor)
–20 to 50˚C (Urethane lining sensor)
–20 to 60˚C (converter)
Ambient humidity; 95% RH or less
Power voltage; 100 to 240V AC ± 10%
Power frequency; 50/60Hz
3
FMB1, 2/ FMC
Length of straight pipe
The length of the up-stream/down-stream straight pipe of the detector should be long enough to ensure accurate measurements.
See below.
2-1) Downstream reducer pipe
1-1) Upstream reducer pipe
Detector
Detector
Flowing
direction
Flowing direction
Downstream straight pipe unnecessary
5D
2-2) Downstream diffuser pipe
1-2) Upstream diffuser pipe
Detector
Flowing direction
5D
1-3) Various upstream
valves
Detector
Flowing
direction
Downstream straight pipe unnecessary
Detector
2-3) Various Downstream valves
Detector
Flowing
direction
Flowing direction
Note)
10D
2D to 3D
Note) "5D" with sluice valve fully open
2-4) Downstream 90° bend
1-4) Upstream 90° bend
Detector
Flowing
direction
Detector
Flowing
direction
5D
2D to 3D
2-5) Downstream T-pipe
1-5) Upstream T-pipe
Detector
Detector
Flowing
direction
Flowing
direction
5D
2D to 3D
Minimum length of straight pipe between upstream/downstream joints and flowmeter
Note 1) L=a multiple of diameter D of measuring pipe.
Note 2) Do not put any objects, which affect magnetic field, electromotive force and flow profile, in the measuring pipe.
Note 3) Use a straight pipe (2D to 3D) on the downsteam side, if the drift to the upstream side is affected by installing valves, etc.
4
Mounting posture
The detector can be installed vertically, horizontally, or at other angle. When installing, be sure to observe the following points.
q The measuring pipe should always fill with fluid which flows in the piping.
Fluid may not fill up the pipe.
Air are apt to form.
Fluid may not
fill up the pipe
Good
Good
Pump
Example of mounting posture
w The electrode should be at a level with the ground and should always keep contact with fluid. (If the electrode is vertical to the
ground, air bubbles appear on the fluid and hence correct measurements cannot be expected; also, the low part of the electrode is easily contaminated with deposits.)
Electrode
Electrode
Ground
< Good >
Ground
Ground
< Good >
< No good >
Electrode mounting position
e Use of a bypass valve will provide easy zero adjustment and maintenance. Install a bypass line so that fluid flow is not
interrupted. A bypass line installed as illustrated in following figure (a) and (b) allows the inside of the pipe to be washed and
cleaned without removing the flowmeter.
Bypass
Bypass
Detector
Stop
valve
Stop
valve
FLOW
Short
pipe Detector
Short
pipe
Coupling flange
(a) Horizontal bypass line
FLOW
(b) Vertical bypass line
5
FMB1, 2/ FMC
Material selection table
The following table indicates examples of recommended materials, contacting with liquid, to be used with the typical liquids
measured with electromagnetic flowmeter. Evaluation of those materials has been conducted according to various documents
and experience in actual use.
1. Characteristics of lining materials
Material
Abrasion
resistance
[
Heat
resistance
Corrosion
resistance
: Excellent,
: Very good,
Adhesion
resistance
: Good,
: No good]
Remarks
Ideal for the use with corrosive or adhesive fluids.
Not suitable for abrasive fluid (such as slurry.)
Pay attention to permeability of TFE.
Note that TFE is not suitable for use with hightemperature + negativepressure fluid.
Teflon PFA
Teflon TFE
Has inferior heat resistance or corrosion
resistance. Best for slurry or the like with no
corrosive properties.
Poly-urethane
2. Material selection table of electrode/earth ring
6
Material
Measurable liquid
Unmeasurable liquid
SUS316
Water and waste water, weak acid, weak alkali
Example: 25% acetic acid or less, hydroiodic acid,
butyric acid, aqueous ammonia or alike
Inorganic acid, organic acid, chloride or alike
Hastelloy C-276 or
equivalent
Suitable for intermediate oxidation and reduction
and can be used for various fields.
Example: Sea water, formic acid, acetic acid, aqueous
ammonia, normal-temperature (lower than 40°C) nitric
acid, hydrochloric acid and sulfuric acid or alike
Chloride, high-temperature strong acids
(nitric acid, hydrochloric acid, sulfuric acid),
high temperature (higher than 40°C) or high
concentration (more than 40%) ferric chloride
or alike
Titanium
Resistant to sea water, most oxidative acids, chloride,
sulfide and alkali.
Example: Sea water, saline water, aqueous ammonia,
chlorine water, polyelectrolyte, acetic acid, ferric
chloride or alike
Reductive acids such as hydrochloric acid,
sulfuric acid, phosphoric acid, oxalic acid
Tantalum
Resistant to most chemicals.
(particularly, strong acids)
Example: Hydrochloric acid, sulfuric acid, nitric acid,
aqua regia, ferric chloride, hypochlorous acid, sodium
hypochlorite, PAC (Polyaluminum chloride) or alike
Sodium hydroxide, potassium hydroxide,
hydroflouric acid, fuming sulfuric acid or
alike
Platinum-iridium (Pt-Ir)
Resistant to almost chemicals.
Aqua regia
CODE SYMBOLS
Separate type electromagnetic flowmeter sensor (wafer type)
1 2 3 4 5 6 7 8
F MB 1
9 10 11 12 13
1 -
14
0 -
0
Description
Meter size (5th code)
2.5A
6A
15A
25A
40A
50A
80A
100A
150A
200A
S
A
C
D
T
E
F
G
H
J
Lining material (6th code)
PFA mold Tefron
Polyurethane rubber
(7th & 9th code; W only)
Note) Polyurethane rubber with
less than 15A of meter size
cannot be used.
P
U
Earth ring material (7th code)
SUS316
Hasteroy C
Titanium
Tantalum
W
H
C
T
Electrode material (9th code)
SUS316L
Hasteroy C
Titanium
Tantalum
Platinum iridium
W
H
C
T
P
Flange (10th code)
None
0
Guide ring (11th code)
For JIS 10K
For JIS 200K
For JIS 75M (inside diameter of
less than 50A cannot be used)
For ANSI 150LB
For ANSI 300LB
For DIN/PN 16K
For DIN/PN 40K
1
2
7
5
6
8
9
Wiring connection port size (12th code)
G1/2(PF1/2) female screw with
water-proof gland
G1/2(PF1/2) female screw with
union and water-proof gland
NPT1/2 female screw
Pg 13.5 female screw
M20 ×1.5 female screw
A
B
C
D
E
Application (13th code)
General type
0
Y
A
Optional specifications (14th code)
None
Stainless tag plate
7
FMB1, 2/ FMC
Separate type electromagnetic flowmeter sensor (flange type)
1 2 3 4 5 6 7 8
F MB 2
9 10 11 12 13
1 -
0
14
0 -
Description
Meter size (5th code)
6A Note
15A
25A
40A
50A
80A
100A
150A
200A
250A
300A
Note) Flange size for meter size 6A is 15A or 1/2B.
A
C
D
T
E
F
G
H
J
K
L
Lining material (6th code)
PFA mold Tefron Note 1
TFE Tefron Note 2
Polyurethane rubber Note 3
(7th & 9th codes: W only)
Note 1) PFA 6A to 200A
Note 2) TFE 250A, 300A
Note 3) Polyurethane rubber with less than 15A of
meter size cannot be used.
P
T
U
Earth ring material (7th code)
SUS316
Hasteroy C
Titanium
Tantalum
W
H
C
T
Electrode material (9th code)
SUS316L
Hasteroy C
Titanium
Tantalum
Platinum iridium
W
H
C
T
P
Flange standard Flange material
JIS 10K
SUS304
JIS 20K
SUS304
JIS 75M
SUS304 Note 2
ANSI 150LB SUS304
ANSI 300LB SUS304
DIN PN16
SUS304
DIN PN40
SUS304 Note 1
JIS 10K
Carbon steel
JIS 20K
Carbon steel Note 3
JIS 75M
Carbon steel Note 2
ANSI 150LB Carbon steel
ANSI 300LB Carbon steel
DIN PN16
Carbon steel
DIN PN40
Carbon steel Note1
Note 1) Mater size 100A or more cannot be used.
Note 2) Mater size 50A or less cannot be used.
Note 3) Mater size 250A or 300A can be selected
only for A, B and D.
1
2
4
5
6
7
8
A
B
D
E
F
G
H
Guide ring (11th code)
None
0
Wiring connection port size (12th code)
G1/2(PF1/2) female screw with
water-proof gland G1/2(PF1/2) female screw with
union and water-proof gland
NPT1/2 female screw
Pg 13.5 female screw
M20×1.5 female screw
A
B
C
D
E
Direction of indicator (13th code)
Horizontal mounting
Vertical mounting
1
2
Y
A
8
Optional specifications (14th code)
None
Stainless tag plate
Converter (separate type)
1 2 3 4 5 6 7 8
F MC 1 N
9 10 11 12 13
1 -
Description
Application (4th code)
General use
1
Power supply (5th code)
AC100 to 240V 50/60Hz
N
Mounting method (6th code)
Pipe mounting
Wall mounting
A
B
Wiring connection port size (7th code)
G1/2(PF1/2) female screw
G1/2(PF1/2) female screw with water-proof gland
G1/2(PF1/2) female screw with union and water-proof gland
NPT1/2 female screw
Pg 13.5 female screw
M20×1.5 female screw
Y
A
B
C
D
E
Optional specifications (9th code)
None
Parameter setting
Note) When parameter setting function is used, specify parameters in
Y
A
parameter designation tables 1 and 2.
Cable end treatmen (10th code)
Without cable end treatment
With cable end treatment
Y
A
000
005
010
015
020
025
030
035
040
050
060
070
080
090
100
110
120
130
140
150
Cable length (11 to 13th code)
0
5m
10m
15m
20m
25m
30m
35m
40m
50m
60m
70m
80m
90m
100m
110m
120m
130m
140m
150m
9
FMB1, 2/ FMC
OUTLINE DIAGRAM (Unit: mm)
(Wafer type sensor)
66
Wiring lead-in port A
ø98
*1
*1 With water-proof gland
*2 With union and water-proof gland
øD
H
*2
ød
W±2
Note) When earth ring material is tantalum, W is shortened by 4mm.
(Stainless tag)
Option
Detail of "A"
75
ø15
G1/2
15
5
20
Mater
size
10
øD
H
Mass
(Kg)
2.5
50
231
2
6
50
231
2
12
50
231
2
W
ød
2.5A
85
6A
85
15A
85
25A
93
22.6
68
249
2.5
40A
100
35.6
86
267
3.5
50A
105
47.8
96
277
4
80A
150
72.3
125
306
7.5
G
100A
160
97.6
160
351
10
NPT 1/2
150A
190
150
211
402
14.5
200A
205
200
271
462
24.5
M
L1
L2
13.5
18.5
16
21
Pg13.5
10.5
15
M20 × 1
16
21
1/2
OUTLINE DIAGRAM (Unit: mm)
(Flange type sensor)
66
Wiring lead-in port A
ø98
*2
*1 : With water-proof gland
*2 : With union and water-proof gland
H
*1
Eye-bolt, inside diameter
80A or more
øD
F
øG
ød
øC
N-øB
T
Inside diameter 80A or more
W1
0
–3
W2
+1
–3
Note) When earth ring material is tantalum, W2 is shortened by 4mm.
JIS Flange
6A(Note1)
15A
25A
40A
50A
80A
100A
150A
200A
W1
W2
200
206
95
70
4-15
12
46
6
253
–
200
206
95
70
4-15
12
46
12
253
–
200
206
125
90
4-19
14
66
22.6
277
–
200
206
140
105
4-19
16
82
35.6
294
–
200
206
155
120
4-19
16
92
47.8
306
–
200
206
185
150
8-19
18
121
72.3
336
102
250
256
210
175
8-19
18
152
97.6
376
112
300
306
280
240
8-23
22
202
150
436
144
350
356
330
290
12-23
22
260
200
491
179
3.5
3.5
5.5
7.5
8.5
14.5
18.5
32.5
49
øD
øC
95
95
125
140
155
200
225
305
70
70
90
105
120
160
185
260
305
N-øB
4-15
14
4-15
14
4-19
16
4-19
18
8-19
18
8-23
22
8-23
24
12-25
28
12-25
30
260
JIS 20K
flange
T
øG
ød
H
F
Mass
(Kg)
øD
øC
N-øB
T
JIS 75M
øG
flange
ød
H
F
Mass
(Kg)
46
66
82
92
121
152
202
6
12
22.6
35.6
47.8
72.3
97.6
150
200
253
253
277
294
306
343
383
449
501
–
–
–
–
–
108
118
160
179
3.5
3.5
6
8
8.5
16.5
21.5
39
57.5
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
211
168
4-19
18
121
72.3
349
113
238
195
4-19
18
152
97.6
390
124
290
247
6-19
22
202
150
441
163
342
299
8-19
22
260
200
497
176
17
21.5
34.5
52
–
–
–
–
15
5
(Stainless tag)
Option
350
46
–
G1/2
75
JIS 10K
flange
øD
øC
N-øB
T
øG
ød
H
F
Mass
(Kg)
Detail of "A"
ø15
Meter size
20
M
G 1/2
1/2
L1
L2
13.5
18.5
16
21
Pg13.5
10.5
15
M20 × 1.5
16
21
NPT
Note 1 : For meter size 6A, use flange JIS 15A.
11
FMB1, 2/ FMC
ANSI flange
Meter size
1 (Note2)
–B
4
W1
W2
200
206
89
60.3
4-16
11.5
46
6
250
–
øD
øC
N-øB
T
ANSI 150LB
øG
flange
ød
H
F
Mass
(Kg)
øD
øC
N-øB
T
ANSI 300LB
øG
flange
ød
H
F
Mass
(Kg)
1
–B
2
200
206
89
60.3
4-16
11.5
46
12
250
–
3
3
95
66.7
4-16
14.5
46
6
253
–
95
66.7
4-16
14.5
46
12
253
–
3.5
3.5
1B
200
206
108
79.4
4-16
14.5
66
22.6
269
–
5
1
1 –2 B
2B
3B
4B
6B
8B
200 200 200 250 300 350
206 206 206 256 306 356
127 152 191 229 279 343
98.4 120.6 152.4 190.5 241.3 298.4
4-16 4-20 4-20 8-20 8-23 8-23
17.5 19.5
24
24
25.5
29
82
92
121
152 202 260
35.6 47.8 72.3 97.6 150 200
287
305 339 385 436 498
–
–
104 120 144
176
7
9
17
22.5
33.5
56.5
124
156 165 210 254 318 381
88.9 114.3 127 168.3 200 269.9 330.2
4-20 4-23 8-20 8-23 8-23 12-23 12-26
17.5
21
22.5
29
32
37
41.5
66
82
92
121
152 202 260
22.6 35.6 47.8 72.3 97.6 150
200
348 398
455 517
277
302 311
–
–
–
112 130
165 193
6
9.5
10
20
30
48.5
76.5
Note 2 : For meter size 1/4B, use flange ANSI 1/2B.
DIN flange
6A(Note3)
200
206
øD
95
øC
65
N-øB 4-14
16
T
øG
46
ød
6
H
253
–
F
Mass
4
(Kg)
15A
200
206
95
65
4-14
16
46
12
253
–
4
6
8.5
10
16.5
20
33
52
øD
øC
N-øB
T
øG
ød
H
F
Mass
(Kg)
95
65
4-14
16
46
6
253
–
95
65
4-14
16
46
12
253
–
115
85
4-14
18
66
22.6
272
–
150
110
4-18
18
82
35.6
299
–
165
125
4-18
20
92
47.8
311
–
200
160
8-18
24
121
72.3
343
108
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
4
4
5.5
8.5
10
17.5
–
–
–
Meter size
W1
W2
DIN
PN16
flange
DIN
PN40
flange
25A
200
206
115
85
4-14
18
66
22.6
272
–
40A
200
206
150
110
4-18
18
82
35.6
299
–
50A
200
206
165
125
4-18
20
92
47.8
311
–
Note 3 : For meter size 6A, use flange DIN 15A.
12
80A 100A 150A 200A
200 250 300 350
206 256 306 356
200 220 285 340
160 180 240 295
8-18 8-18 8-22 12-22
20
20
22
24
121
152 202 260
72.3 97.6 150 200
343 381 439 496
108 116 151
175
OUTLINE DIAGRAM (Unit: mm)
*1 : With water-proof gland
*2 : For plica tube PV-5#17 with union and water-proof gland
Wiring lead-in port A
ø98
66
Eye-bolt M10
*2 *1
H
N-øB
H1
øD
øC
T
W1
W±3
Flange
<Stainless tag> Option
Detail of "A"
Meter size
250 A
300 A
W
595
595
W1
320
360
H
548
603
H1
220
250
øD
400
445
øC
355
400
JIS 10K
Flange
N-øB
T
Mass
(Kg)
øD
øC
JIS 20K
Flange
N-øB
75
L1
20
L2
M
1/2
L1
L2
13.5
18.5
NPT 1/2
16
21
G
12-25
16-25
36
38
Pg13.5
10.5
15
95
113
M20 × 1.5
16
21
430
480
380
430
12-27
16-27
T
Mass
(Kg)
øD
46
48
98
118
410
464
øC
360
414
8-23
10-23
36
38
95
113
JIS 75M N-øB
Flange
T
Mass
(Kg)
ø15
M
13
FMB1, 2/ FMC
OUTLINE DIAGRAM (Unit: mm)
(Pipe mount type converter)
192
180
108
107
49
70
U-bolt M8
41
43
316
260
160
ZERO ADJ.
*1 : With water-proof gland
*2 : With union and
water-proof gland
*1
Wiring lead-in port A
*2
Mounting pipe JIS2B
30
Mass 3.5kg
ø15
5
52
Detail of "A"
15
50
50
50
G1/2
(Wall mount type converter)
192
Mounting hole4-ø9
180
24
124
24
104
2.5
32
12
80
160
260
(*1=270) (*2=287)
290
314
ZERO ADJ.
Mounting bracket
*1 : With water-proof gland
*2 : With union and
water-proof gland
*1
Wiring lead-in port A
*2
Mass 3.5kg
30
ø15
5
52
Detail of "A"
50
15
50
50
G1/2
14
[Special signal cable (3-core, double shield cable)]
Power supply
Intagrated
pulse output
L
Converter
<FMC>
0+ PLS+ ST+
N
EC EX
C
0- PLS- ST-
A
B
SA SB
–
Current output +
Special
signal cable
Status input/ output
Sensor
<FMB>
EC
EX
Excitation cable
B
C
A
FLOW RATE-FLOW VELOCITY CONVERSION DIAGRAM
15.0
Flow velocity [m/ s]
10.0
5.0
6A
5A
2.
1.0
A
A
15
25
A
40
A
50
A 0A
80 10
0A 00A 50A 00A
2 2
3
15
0.5
0.3
0.005
0.01
0.05
0.1
0.5
1
5
10
50
100
500
1000
4000
3
Flow rate [m / h]
SCOPE OF DELIVERY
Sensor × 1 (mounting bolt and packing should be prepared separately)
Converter × 1 (with pipe mounting or wall mounting bracket)
Special signal cable × 1 (as specified; excitation cable shouldbe prepared separately)
ACCESSORY
• Spare fuse (1A) 1
• Guide rimgs / for wafer type (Note)
• 1set spare water-proof gland (for water-proof gland type)
Note) Not supplied for 2.5A-25A ANSI 150LB and 100A, 200A JIS 10K.
ITEMS SPECIFIED AT ORDERING
1. Type, specification code
2. Flow measurement range and mesurement fluid
3. Stainless tag plate, and tag No. (less than 16 alphanumeric characters).
4. If you want the instrument with certain parameters factory set as you desire, submit the parameter designation tables 1 and 2
when specifying them.
15
FMB1, 2/ FMC
If you want the instrument with certain parameters factory set as you desire, specify them in parameter designation tables 1 and 2.
Company :
Name :
Measured fluid :
<Parameter designation table 1>
Standard set value
Setting item
(Note 1)
Damping
3.0s
LCD
Real scale
1st line
indication
indication
Unit:
Factory set as per
range designation
Sector :
Telephone No. :
Put check marks into
Range
1.0 to 200.0s
<1st line, 2nd line>
q Flow velocity indication (m/s)
w Real scale
Volume unit: mL, L, m3
Time unit: /s, /min, /h, /d
e Percent indication (%)
which precede items to modify for.
Item selection or
value designation
＿ ＿ ＿．＿ [s]
<Designation of 1st line indication> According to selection of left item,
Select an item from the following. designate necessary item and value.
□Flow velocity indication Unit: m/s fixed.
□Real scale indication
Volume unit: □mL, □L, □m3
Time unit: □/s, □/min, □/h, □/d
None.
□Percent indication
□Arbitrary unit indication User factor:
＿＿＿＿＿＿
Or, for mass flow rate indication,
designate the density of measured
fluid instead of user factor.
Density of fluid:＿ ＿ ＿ ＿ ＿
User unit:
＿＿＿＿＿＿
Item to select
r Arbitrary unit indication
User factor: 0.0001 to 99999.
User unit:
Up to six ASCII code
characters.
• Must be designated for mass
flow rate indication, etc.
• If mass flow rate indication (*) □Integrated real scale indication
is designated, designate the
□Integrated pulse indication
density of measured fluid
□Integration arbitrary unit
instead of user factor.
indication
t Integrated real scale indication
Volume unit: mL, L, m3
y Integrated pulse indication
• Separately designate the
“integration constant”
together.
LCD
2nd line
indication
Percent indication u Integration arbitrary unit
indication
User factor: 0.0001 to 99999.
User unit:
Up to four ASCII code
characters.
•Must be designated for mass
flow rate indication, etc.
• If mass indication (*) is
designated, designate the
density of measured fluid
instead of user factor.
i Status I/O indication
Indication of function and
action of status I/O selected
on 2nd line of LCD
(can specify 2nd line only).
o NO FUNCTION
Do not indicate LCD 2nd line
(can specify 2nd line only).
1st range
Instantaneous
output
low-cut point
Current
output
burnout
Integration
direction
Integration constant (Note 2)
(integration
value per pulse)
Integrated
pulse width
(Note 3)
Integration
preset value
(*): Electromagnetic flow meter
is a volumetric flow meter.
In case of mass or mass flow
rate indication, therefore,
any change of density of
measured fluid causes an
error.
Range designated 0.1 to 15 m/s
at order placing
converted to flow velocity.
<Designation of 2nd line indication>
Select an item from the following.
□Flow velocity indication
□Real scale indication
□Percent indication
□Arbitrary unit indication
Example
020.0s
0.9765
t/h
3
Volume unit:□mL, □L, □m
* Designate “integration constant” separately.
User factor:
＿＿＿＿＿＿
Or, for mass flow rate indication,
designate the density of measured
fluid instead of user factor.
0.9765
Density of fluid:＿ ＿ ＿ ＿ ＿
User unit:
t
＿＿＿＿＿＿
According to selection of left item,
designate necessary item and value.
Unit: m/s fixed.
Volume unit: □mL, □L, □m3
Time unit: □/s, □/min, □/h, □/d
None.
User factor:
＿＿＿＿＿＿
Or, for mass flow rate indication,
designate the density of measured
fluid instead of user factor.
0.9765
Density of fluid:＿ ＿ ＿ ＿ ＿
User unit:
t/h
＿＿＿＿＿＿
□Integrated real scale indication
□Integrated pulse indication
□Integration arbitrary unit
indication
Volume unit:□mL, □L, □m3
* Designate “integration constant” separately.
User factor:
＿＿＿＿＿＿
Or, for mass flow rate indication,
designate the density of measured
fluid instead of user factor.
0.9765
Density of fluid:＿ ＿ ＿ ＿ ＿
User unit:
t
＿＿＿＿＿＿
□Status I/O indication
□NO FUNCTION
Volume unit:□mL, □L, □m3
Time unit: □/s, □/min,
□/h, □/d
None.
None.
None.
Must be designated in 4 significant digits. 100.0
Value:＿ ＿ ＿ ＿ ＿
＿ ＿ . ＿％
0.0％
0.0% to 10.0%
UNDER SCALE
(2.4mA)
NOT USED (hold)
OVER SCALE (21.6mA)
UNDER SCALE (2.4mA)
FORWARD
REVERSE
Value: 0.000000000
to 9999999999.
Unit : mL, L, m3
□NOT USED
□OVER SCALE
□UNDER SCALE
□FORWARD
□REVERSE
Volume unit:
□mL, □L, □m3
None.
30ms
0.5 to 80ms
None.
＿ ＿ . ＿ [ms]
50.0[ms]
0m3
Value: –9999999999
to +9999999999
Unit : Linked with unit of
integration constant.
None.
＿＿＿＿＿＿＿＿＿＿
100000
FORWARD
0m3
3.5%
None.
Value:
＿＿＿＿＿＿＿＿＿＿
(Note 1) Standard set value refers to parameter set value as factory set in case parameter setting is not designated.
(Note 2) Designate so that 0.0001 to 1000 pulses integrated will be output per second (so that following expression will hold) when flow rate
is maximum.
0.0001≦range [m3/h] / (integration constant [m3] × 3600) ≦1000
(Note 3) Designate the integrated pulse width so as to hold: (Integration constant [m3]) × 3600/range [m3/h] ≧ integrated pulse width [ms]/500
16
<Parameter designation table 2>
Standard set value
Item selection or
Setting item
Range
Item to select
Example
(Note 1)
value designation
3.0%
0.0 to 10.0%
＿ ＿．＿ [%]
Integration
5.0%
None
low-cut point
HOLD
HOLD
None
Integration
□HOLD
COUNT
burnout
□COUNT
NO FUNCTION
According to selection on the left,
Status
Select one of functions
designate item and value.
function
below.
None
q NO FUNCTION
□NO FUNCTION
Must be designated in 4 significant digits.
w External 2 range changeover
□External 2 range
2nd range: ＿ ＿ ＿ ＿
• 2nd range: 0.1 to 15 m/s
10.00
changeover
Volume unit: □mL, □L, □m3
converted to flow velocity.
Time unit: □/s, □/min, □/h, □/d
• Status input:
□INPUT CLOSED
INPUT CLOSED (Note 4)
□INPUT OPEN
INPUT OPEN
e External forward/reverse range changeover □External forward/reverse Must be designated in 4 significant digits.
• 2nd range: 0.1 to 15 m/s
2nd range: ＿ ＿ ＿ ＿
10.00
range changeover
converted to flow velocity.
Volume unit: □mL, □L, □m3
Time unit: □/s, □/min, □/h, □/d
• Status input:
□INPUT CLOSED
INPUT CLOSED (Note 4)
□INPUT OPEN
INPUT OPEN
□INPUT CLOSED
r 0% signal lock
□0% signal lock
□INPUT OPEN
• Status input:
INPUT CLOSED (Note 4)
INPUT OPEN
t External zero adjustment
□External zero adjustment □INPUT CLOSED
□INPUT OPEN
• Status input:
INPUT CLOSED (Note 4)
INPUT OPEN
□INPUT CLOSED
□External integration
y External integration preset
□INPUT OPEN
preset
• Status input:
INPUT CLOSED (Note 4)
INPUT OPEN
* Designate preset value
separately in item of
“integration preset value”.
Must be designated in 4 significant digits.
u Automatic 2 range changeover □Automatic 2 range
• 2nd range: 0.1 to 15 m/s
2nd range: ＿ ＿ ＿ ＿
10.00
changeover
converted to flow velocity.
Volume unit: □mL, □L, □m3
Time unit: □/s, □/min, □/h, □/d
• Changeover hysteresis: 0.0 to 20.0%
(with respect to smaller range).
Hysteresis: ＿ ＿ . ＿ ％
5.0%
• Status output:
OUTPUT ON (Note 5)
□OUTPUT ON
OUTPUT OFF
□OUTPUT OFF
i Automatic forward/reverse changeover □Automatic forward/reverse Must be designated in 4 significant digits.
• 2nd range: 0.1 to 15 m/s
2nd range: ＿ ＿ ＿ ＿
changeover
10.00
converted to flow velocity.
Volume unit: □mL, □L, □m3
Time unit: □/s, □/min, □/h, □/d
• Changeover hysteresis: 0.0 to 10.0%
(with respect to smaller range).
Hysteresis: ＿ ＿ . ＿ ％
5.0%
• Status output:
OUTPUT ON (Note 5)
□OUTPUT ON
OUTPUT OFF
□OUTPUT OFF
□Flow switch
o Flow switch
Upper limit: ＿ ＿ ＿ . ＿ [%]
+90.0[%]
• Upper limit: -10.0 to 110.1%
Lower limit: ＿ ＿ ＿ . ＿ [%]
–02.0[%]
(if 110.1% is selected, upper limit is invalid).
• Lower limit: -10.1 to 110.0%
□OUTPUT ON
(if -10.1% is selected, lower limit is invalid).
□OUTPUT OFF
• Status output:
OUTPUT ON (Note 5)
OUTPUT OFF
!0 Integration switch
□Integration switch
Set value:
• Set value:
＿＿＿＿＿＿＿＿＿＿＿
–9999999999 to +9999999999
□OUTPUT ON
• Status output:
□OUTPUT OFF
OUTPUT ON (Note 5)
OUTPUT OFF
* Unit is the same as set value
for integration constant.
□Alarm output
• Alarm selection
!1 Alarm output
□ALL FUNCTION
• Alarm selection
□HARDWARE FAULT
ALL FUNCTION,
□PROCESS FAULT
HARDWARE FAULT,
PROCESS FAULT
• Status output:
• Status output:
□OUTPUT ON
OUTPUT ON (Note 5)
□OUTPUT OFF
OUTPUT OFF
Empty detection INHIBIT
□INHIBIT
None
INHIBIT
function
□ENABLE
ENABLE
TAG-NO
Blank unless
None
＿＿＿＿＿＿＿＿
F-100
Up to 16 alphanumerics
designated
＿＿＿＿＿＿＿＿
Flow
FORWARD
□FORWARD
None
FORWARD
direction
□REVERSE
REVERSE
(Note 4) Status input specifications: No-voltage contact. 1 kΩ or less when closed. 50 kΩ or more when open.
(Note 5) Status output specifications: Capacity; 30V DC or less, 0.2A or less, ON voltage; 2V or less
17
FMB1, 2/ FMC
Caution on Safety
*Before using this product, be sure to read its instruction manual in advance.
Head Office
Gate City Ohsaki, East Tower, 11-2, Osaki 1-chome,
Shinagawa-ku, Tokyo 141-0032, Japan
http://www.fesys.co.jp/eng
Instrumentation Div.
International Sales Dept.
No.1, Fuji-machi, Hino-city, Tokyo, 191-8502 Japan
Phone: 81-42-585-6201, 6202 Fax: 81-42-585-6187
http://www.fic-net.jp/eng
Information in this catalog is subject to change without notice.
Printed in Japan