PanaFlowTM MV84

In-line multivariable flow meters for
mass, temperature and pressure
Key benefits

Applications• Multivariable vortex flow meter with built-in flow
computer for measuring volumetric flow, temperature,pressure, density, energy, and mass flow using a single
meter• Ideal for high temperature and high velocity steam• Measures most gases, liquids and steam without theneed to recalibrate• Advanced design and digital signal processing forvibration isolation• Cost effective, accurate and reliable meter for volumetricand mass flow measurement• Energy management through accurate measurement ofboth temperature and mass flow simultaneously• Remote monitoring and integration to DCS using HART®,
Modbus®, and BACnet® communication protocols• Significant cost savings through reduced installation
costs, wiring runs and services support using MV meterwith no moving parts• Reducing meter option for increasing the lower
measurement range• Power Generation—fuel and steam applications• Industrial—HVAC, district energy management• Commercial—building, campus and facility energy
management• Oil & Gas—allocation of natural gas• Petrochemical—mass balancing, reaction processes
heatingUnique multivariable design

Energy measurement in liquids and steam

The Panametrics, a Baker Hughes Company, PanaFlow
MV84 In-line Multivariable Mass Vortex flow meter isthe next generation vortex meter. PanaFlow MV84’s
multivariable design consists of a vortex shedding
velocity sensor, an RTD temperature sensor and a solidstate pressure transducer that measures the mass flowrate of steam, gases and liquids. Other meter types use
external process measurements to calculate mass flow.
The temperature and pressure devices are typically notinstalled in the same location as the flowmeter. Process
conditions can vary greatly between the two locations,causing inaccurate mass flow readings. PanaFlow MV84
measures velocity, temperature and pressure at thesame location, which provides more accurate process
measurement.

The VT-EM energy monitoring option enables real timeof-flight diffraction calculation of energy consumption fora facility or process. The meter can be programmed tomeasure steam, hot water or chilled water. This option uses
the MV84 flow meter to monitor one side of the process,either sent or return, and uses the input from a second
separate temperature sensor on the opposite leg of theprocess to calculate the change in energy. Selectableenergy units include BTU, joules, calories, Watt-hours,
Megawatt-hours and Horsepower-hours. The local or
remote electronics indicate two temperatures, delta T,
mass total and energy total. For energy measurement insteam, the VTP-EM option adds a pressure transmitter tooffer better accuracy.

Portfolio of flow meter solutions
Panametrics is committed to providing customers withthe best technologies for their flow measurement needs.
PanaFlow MV84 is the newest addition to the PanaFlow
family of flow meters, providing effective solutions forsmaller pipe sizes for a variety of applications. Panametrics
offers the PanaFlow MV84 in a number of configurations tobest suit your application measurement needs.

Field service solutions
Panametrics has a global field service team ready to assist
in the start-up and commissioning of the PanaFlow MV84
flow meters. This service includes validating the proper
installation and programming of the meter, and can include
customized training for theory, operation and maintenance.
Regularly scheduled preventative maintenance visits will
provide peace of mind, ensuring that the meters work to
specification and your expectation for years.

Mass flow measurement—true multivariable
The MV84 offers flow computer functionality in a compact
field device. The VTP option incorporates temperature andpressure sensors to provide an instantaneous reading ofcompensated mass flow rate of gases, liquids and steam.
In addition to outputs for totalized mass and alarm settings,
the field configurable electronics deliver up to three analog
4-20 mA outputs of five process measurements, including
volumetric flow rate, mass flow rate, pressure, temperatureand density. Alternate configurations for mass flow include
a temperature only compensation (VT), best used whenin saturated steam applications, and an integrated RTD
with an external pressure transmitter (VT-EP) when a fullfunction pressure transmitter is desired.

Volumetric flow for most gases and liquids
The base model MV84 delivers a direct reading of volumetricflow rate—generally the most cost-effective solution for
liquid flow monitoring—in applications ranging from generalwater flows to hydrocarbon fuel flow measurement.

ModelConfiguration

MV84-V

Volumetric flow
for liquid andgas

MV84-VT

Mass flow withtemperature
and assumed
saturated steam

MV84VTP

Mass flow withintegrated
temperatureand pressure in
one device

MV84VT-EP

Mass flow withintegrated
temperature
and analog
input foran externalpressuretransmitter

MV84VT-EM

Energy using
integrated
temperatureand one input
for an RTD
transmitter

MV84VTP-EM

Energy forsteam withintegratedpressure andtemperatureand one input
for an RTD
transmitter

Volumetricflow

Typicalapplication

Pipe size

X

Liquidvolumetricflow

1/2” to12” (15
to 300mm)

X

X

Saturated
steam andliquid massflow

1/2” to12” (15
to 300
mm)

X

Steam
and gases
mass flow

1/2” to12” (15
to 300mm)

Steam
and gases
mass flow(specialmaterial,highpressure)

1/2” to12” (15
to 300mm)

X

Saturatedsteam
and liquidenergy1/2” to12” (15
to 300
mm)

X

Steam
energy1/2” to12” (15
to 300
mm)

X

X

Mass
flow

X

X

X

X

X

Integrated
RTD

Integratedpressure

X

X

Externalpressure

X

X

X

X

External
temperature

XSpecifications

Power requirements
DC2 option: 12-36 VDC loop powered, 25mA, 1W max, loop
powered (single output)

Performance
Accuracy
Mass flow rate accuracy for gas and steam based on 50100% of pressure range.
PanaFlow MV84 flow meter accuracy
Process variable

Liquids

Gas and steam

Volumetric flow rate

± 0.7% of rate

± 1% of rate

Mass flow rate

± 1% of rate

± 1.5% of rate

Temperature± 2°F (± 1°C)

± 2°F (± 1°C)

Pressure± 0.3% of fullscale

± 0.3% of fullscale

Density± 0.3% ofreading±0 .5% ofreading

DC4 option: 12-36 VDC, 300 mA max, 9W max, (multiple
outputs)
DC4POE option: 12-28 VDC or power over Ethernet, 5W max,
(multiple outputs)
AC option: 100-240 VAC, 50/60 Hz, 5 Watt (multiple outputs)
DisplayAlphanumeric 2 line x 16 character LCD Digital Display:
six pushbuttons for full field configuration. Pushbuttons
can be operated with magnetic wand without removal of
enclosure covers. Display can be mounted in 90° intervals
for better viewing.
Output signals
Analog: 4-20 mA, loop powered for volumetric meters
Alarm: Solid state relay, 40 VDC

Repeatability

Totalizer pulse: 50 millisecond, 40 VDC

Mass flow rate: ±0.2% of rate

DC2 option: One analog, one totalizer pulse, HART

Volumetric flow rate: ±0.1% of rate

DC4, DC4POE, and AC option: Up to three analog signals,
three alarms, one totalizer pulse, HART, Modbus, BACnet

Temperature: ±0.2°F (± 0.1°C)
Pressure: ±0.05% of full scale

PhysicalDensity: ±0.1% of reading

Wetted materials

Stability over 12 months

316L stainless steel standard, plus:

Mass flow rate: ±0.2% of rate

• PTFE based thread sealant on models with pressuretransducer

Volumetric flow rate: negligible
Temperature: ±0.9°F (± 0.5°C)• PTFE packing on standard temperature models withpacking glandPressure: ±0.1% of full scaleDensity: ±0.1% of reading
Response time

• Graphite-based packing on high temperature models
with packing gland

Adjustable from 1 to 100 seconds• Carbon steel and Hastelloy C meter bodies optional
Certifications

Operating

FM/FMC Class I, Division 1, Groups B, C and D, Class II, III,
Division 1, Groups E, F & G

Process and ambient temperature
Process standard temperature (code ST): -40 to 500°F (-40
to 260°C)

Type 4x and IP66, T6, Ta = -40°C - +60°C

Process high temperature (code HT): up to 750°F (400°C)

ATEX II 2 G Ex d IIB + H2 T6, II 2 D Ex tD A21 IP66 T85°C, Ta =-40°C - +60°C

Ambient operating: -40 to 140°F (-40 to 60°C)

IECEx Ex d IIB + H2 T6, Ex tD A21 IP66 T85°C, Ta = -40°C - +60°C

Ambient storage: -40 to 185°F (-40 to 85°C)

Sizing considerations

Pressure transducer ratings

Piping conditions

Full scale operating pressurepsiaMax. over-range pressure

bara

psia

bara

Condition

Pipe diameters (D)Upstream

Downstream

30

2

60

4

One 90° elbow before meter

10D

5D

100

7

200

14

Two 90° elbows before meter 15D

5D

300

20

600

40

500

35

1000

70

Two 90° elbows before
meter, out of plane

25D

5D

1500

100

2500

175

Reduction before meter

10D

5D

Expansion before meter

20D

5D

Partially open valve

25D

5D

Velocity and flow rate ranges

Minimum and maximum flow rates for saturated steam(kg/hr)Velocity range

Nominal pipe size (in.)

Press.

Maximum for liquids: 30 ft/s (9 m/s)

(barg) 15

20

25

40

50

80

100

150

200

250

300

5
42

8
91

19
274

32
375

72
838

126
1459

286
3309

500
5797

786
9116

1113
12898

Minimum for liquids: 1 ft/s (0.3 m/sec)0

Maximum for gases or steam: 300 ft/s (90 m/s)

3
18

5

6
95

11
224

18
485

45
1192

75
1992

167
4455

290
7754

658
1153
1813
2565
17581 30799 48434 68530

10

8
168

15
397

24
862

59
2118

99
3539

222
7915

387
13777

877
1537
2417
31237 54720 86053

15

9
241

17
569

29
1236

71
3036

119
5073

266
11347

463
1050 1840
2893
4094
19750 44779 78444 123360 174543

20

11
314

20
742

33
1610

81
3956

136
6611

304
529
1199
2100
3303
4673
14787 25738 58355 102226 160761 227463

30

13
463

24
40
99
1092 2370 5822

165
9729

369
642
1455 2548 4007
5669
21763 37880 85884 150451 236599 334766

Minimum for gases or steam: see equations below

Turndown ratio
The turndown ratio is application-dependent, and it canexceed 100:1. Consult the PanaFlow MV Sizing Program forexact values.

Flow rate ranges for water
Refer to the table below for minimum and maximum flowrate ranges, or use the PanaFlow MV Sizing Program tocalculate your flow rate range.
Minimum and maximum flow rates for water
Rate

Nominal pipe size (in.)
0.5

0.75

1

1.5

2

3

4

6

GPM min.

0.9

1.4

2.2

5.5

9.2

21

36

GPM max.

22

40

67

166

276

618

1076 2437 4270

Rate

81

8
142

Nominal pipe size (mm)
15

20

25

40

50

80

100

150

200

m3/hr min.

0.2

0.3

0.5

1.3

2.3

4.7

8.1

18

32

m3/hr max.

5

9

15

38

63

140

244

554

970

Upon the recommendation of a Panametrics applicationengineer, a concentric reducer inline flow body may berequested.

Flow rate ranges for saturated steam
Refer to the tables below for minimum and maximum flowrate ranges, or use the PanaFlow MV Sizing Program tocalculate your flow rate range.
Minimum and maximum flow rates for saturated steam(lb/hr)Nominal pipe size (in.)

Press.
(psig) 0.5 0.75

1

1.5

2

3

4

5

6.5
52

12
122

20
265

49
650

82
1087

183
2431

318
4231

100

15
271

27
639

46
112
187
1386 3405 5690

200

20
493

37
1163

62
151
253
565
983 2229 3905
6141
8689
2525 6203 10365 23184 40354 91494 160279 252055 356635

300

24
716

45
74
182
304
680
1184 2685 4704
7397
10466
1688 3664 9000 15040 33642 58556 132763 232575 365747 517499

400

28
941

51
85
2220 4816

500

31
1170

57
95
233
389
870
1514 3433 6014
9457
13381
2760 5988 14711 24582 54987 95710 217001 380148 597812 845850

209
11831

6

8

10

722
1264
1988
9594 16806 26429

12
2813
37395

419
728
1652 2893 4550
6438
12729 22156 50233 87998 138386 195803

349
780
1358 3079 5393
8481
12000
19770 44222 76971 174516 305717 480771 680247

3419
121758Flow rate ranges for air
Refer to the tables below for minimum and maximum flowrate ranges, or use the PanaFlow MV Sizing Program tocalculate your flow rate range.
Minimum and maximum flow rates for air @70°F (SCFM)
Nominal pipe size (in.)

Press.
(psig) 0.5 0.75

1

1.5

2

3

4

6

8

10

12

0

1.8
18

3
41

5
90

13
221

22
369

50
826

87
1437

198
3258

347
5708

546
8976

773
12701

100

5
138

9
325

15
704

38
1730

63
2890

245
555
972
1529
11254 25515 44698 70292

2163
99456

200

7
258

13
609

21
1322

52
3248

86
5427

300

8
380

15
896

25
1944

63
4775

104
7978

400

10
502

18
1183

500

1
624

20
1472

33
3195

80
7849

300
134
521
1182
2071
3257
4608
13115 28034 51063 115775 203000 318941 451272

141

6466
193
12140
234

335
21131

761
47911

1332
83931

2095
2965
131895 186752

407
922
1615
2540
3594
17847 31064 70431 123375 194025 274529
269
29
72
120
467
1060
1857
2920
4132
2568 6309 10542 23580 41043 93057 163000 256358 362724

Minimum and maximum flow rates for air at 20°C
(nm3/hr)Nominal pipe size (in.)

Press.
(barg) 15

20

25

40

50

80

100

150

200

250

300

0

3
28

5
66

9
142

21
350

36
584

79
1307

138
2275

313
5157

549
9034

863
14207

1221
20102

5

7
165

13
390

21
847

52
2080

87
3476

194
7775

337
764
1339
2105
2979
13533 30682 53749 84525 119596

10

9
304

17
716

29
1554

70
3819

117
6381

262
457
1035
1914
2853
4036
14273 24844 56329 98676 155178 219563

15

11
442

21
34
85
142
317
551
1250 2190
3444
4873
1044 2265 5565 9299 20801 36205 82087 143801 297386 319968

20

13
582

24
1373

30

16
29
48
118
198
442
770
1745 3057 4807
6801
862 2034 4414 10843 18119 40529 70544 159942 280187 440621 623439

40
2979

97
7318

162
363
632
1434
2511
3949
5588
12229 27354 47612 107949 189105 297386 420775

Dimensional outlines
Remote electronics option - drawing
This option is available on all models. See the drawing
below for the dimensions.

In-line flanged models - drawing

In-line flanged models - table
Flow
meter
(nominal
size)

L

L
(ANSI
900)

H

Weight*
ANSI
150(PN 16)Weight*ANSI 300(PN 40)Weight*ANSI
600(PN 63)Weight*
ANSI
900(PN 160)

1/2 in.
(15 mm)7.9 in.
(200mm)

7.9 in.
(201
mm)

13.5 in.
(343
mm)

12.0 lb(5.5 kg)

12.5 lb(5.7 kg)

13.4 lb(6.1 kg)

17.6 lb(8 kg)

3/4 in.
(20 mm)7.9 in.
(200mm)

9.7 in.
(247
mm)

13.5 in.
(343
mm)

13.0 lb(5.9 kg)

14.6 lb(6.6 kg)

15.6 lb(7.1 kg)

21.0 lb(9.5 kg)

1.0 in.
(25 mm)7.9 in.
(200mm)

10.8 in.
(274
mm)

13.5 in.
(343
mm)

13.5 lb(6.1 kg)

16.3 lb(7.4 kg)

16.4 lb(7.5 kg)

26.3 lb(11.9 kg)

1.5 in.
(40 mm)7.9 in.
(200mm)

12.0 in.
(305mm)

13.8 in.
(351
mm)

16.3 lb(7.4 kg)

23.3 lb(10.6 kg)

24.6 lb(11.2 kg)

37.2 lb(16.9 kg)

2.0 in.
(50 mm)7.9 in.
(200mm)

14.1 in.
(357
mm)

14.0 in.
(356
mm)

21.2 lb(9.6 kg)

26.8 lb(12.2 kg)

33.2 lb(15.1 kg)

60.5 lb(27.4
kg)

3.0 in.
(80 mm)7.9 in.
(200mm)

14.8 in.
(375
mm)

14.6 in.
(371
mm)

33 lb
(15 kg)41.0 lb(18.6 kg)

56.1 lb(25.5 kg)

76.5 lb(34.7
kg)

4.0 in.
(100 mm)

9.84
in.
(250
mm)

16.9 in.
(429
mm)

15.1 in.
(384
mm)

45.8 lb(20.8
kg)

66.8 lb(30.3 kg)

96.0 lb(43.6 kg)

121.2 lb
(55 kg)6.0 in.
(150 mm)11.81 in.
(300
mm)

19.5 in.
(495
mm)

16.2 in.
(411
mm)

68.3 lb(31.0
kg)

106.3 lb
(48.2 kg)

194.3 lb
(88.2 kg)

254.4 lb
(115.4kg)

8.0 in.
(200mm)

11.81 in.
(300
mm)

22.8 in.
(579
mm)

17.2 in.
(437
mm)

112.4 lb
(51 kg)168 lb(76.5 kg)

299 lb(136 kg)

433.0 lb
(196.4kg)

10.0 in.
(250mm)

15.0 in.
(381
mm)

29.0 in.
(737
mm)

18.2 in(462
mm)

188.3 Lb
(85.5
Kg)

262.3 Lb
(119.1 Kg)

462.3 Lb
(209.9Kg)

665.9 lb
(302.0kg)

12.0 in.
(300
mm)

-

-

-

-

-

-

-

*Add 11 lb (5 kg) for remote electronics

In-line reducing flanged models - table
Flow meter(nominal
size)

L

H

Weight*ANSI 150( PN 16)In-line wafer model dimension - table

Weight*
ANSI
300( PN 40)

Weight*ANSI
600(PN 64)12.5 lb(5.7 kg)

13.4 lb(6.1 kg)

3/4 in. (20mm) x 1/2
in.
(15 mm)7.9 in.
(200mm)

13.5 in.
(343
mm)

1 in. (25mm) x 1/2
in (15 mm)

7.9 in.
(200mm)

13.5 in.
(343
mm)

1-1/2 in.
(40 mm)x 1 in. (25mm)

7.9 in.
(200mm)

13.0 in.
(351
mm)

2 in. (50mm) x1-1/2 (40mm)

7.9 in.
(200mm)

14.0 in.
(356
mm)

16.3 lb(7.4 kg)

3 in. (80mm) x
2 in. (50mm)

7.9 in.
(200mm)

14.6 in.
(371
mm)

21.2 lb(9.6 kg)

41.0 lb(18.6
kg)

56.1 lb(25.5
kg)

4 in. (100mm) x
3 in. (80mm)

9.84 in.
(250mm)

15.1 in.
(384
mm)

33 lb
(15.0
kg)

66.8 lb(30.3
kg)

96.0 lb(43.6
kg)

6 in. (150mm) x 4in. (100mm)

11.81 in.
(300
mm)

16.2 in.
(411
mm)

45.8 lb(20.8
kg)

106.3 lb
(48.2
kg)

194.3 lb
(88.2
kg)

8 in. (200mm) x 6in. (150mm)

11.81 in.
(300
mm)

17.2 in.
(437
mm)

68.3 lb(31.0
kg)

168 lb(76.5
kg)

299 lb(136 kg)

10 in. (250mm) x 8in. (200mm)

15.0 in.
(381
mm)

18.2 in(462
mm)

188.3 Lb
(85.5
Kg)

262.3 Lb
(119.1Kg)

12 in. (300mm) x 10in. (250mm)

17.7 in.
(450mm)

19.2 in.
(488
mm)

298.6
Lb
(135.6Kg)

402.6 Lb
(182.8Kg)

12.0 lb(5.5 kg)
13.0 lb(5.9 kg)

16.3 lb(7.4 kg)

13.4 lb(6.1 kg)

23.3 lb(10.6
kg)
26.8 lb(12.2 kg)

*Add 11 lb (5 kg) for remote electronics

Wafer models - drawing and table

16.4 lb(7.5 kg)
24.6 lb(11.2 kg)

33.2 lb(15.1 kg)

Flow meter(nominal
size)

L

H

Diameter

Weight*1/2 in.
(15 mm)2.56 in.
(65 mm)13.5 in.
(343
mm)

1.38 in.
(35 mm)9.2 lb
(4.2 kg)

3/4 in.
(20 mm)2.56 in.
(65 mm)13.5 in.
(343
mm)

1.69 in.
(43 mm)

9.5 lb
(4.3 kg)

1 in.
(25 mm)2.56 in.
(65 mm)13.5 in.
(343
mm)

2.0 in.
(51 mm)10.3 lb(4.7 kg)

1-1/2 in.
(40 mm)2.56 in.
(65 mm)13.8 in.
(351
mm)

2.88 in.
(73 mm)12.1 lb(5.5 kg)

2 in.
(50 mm)2.56 in.
(65 mm)14 in.
(356mm)

3.62 in.
(92 mm)14.1 lb(6.4 kg)

3 in.
(80 mm)2.56 in.
(65 mm)14.6 in.
(371
mm)

5.0 in.
(127 mm)

18.7 lb(8.5 kg)

4 in.
(100 mm)

2.56 in.
(65 mm)15.1 in.
(384
mm)

6.19 in.
(157mm)

23.9 lb(8.5 kg)*Add 11 lb (5 kg) for remote electronics

In-line reducing wafer model dimension - table
Flow meter(nominal
size)

L

H

Diameter

Weight*462.3 Lb
(209.9Kg)

3/4 in. (20mm) x 1 in.
(25 mm)2.56 in.
(65 mm)13.5 in.
(343
mm)

1.38 in.
(35 mm)9.2 lb
(4.2 kg)

606.6 Lb
(275.4Kg)

1 in. (25 mm)
x 3/4 in. (20mm)

2.56 in.
(65 mm)13.5 in.
(343
mm)

1.69 in.
(43 mm)

9.5 lb
(4.3 kg)

1-1/2 in. (40mm) x 1 in.
(25 mm)2.56 in.
(65 mm)13.8 in.
(343
mm)

2.0 in.
(51 mm)10.3 lb(4.7 kg)

2 in. (50mm) x 1-1/2
in. (40 mm)

2.56 in.
(65 mm)13.8 in.
(343
mm)

2.88 in.
(73 mm)12.1 lb(5.5 kg)

3 in. (80mm) x 2 in.
(50 mm)3.94 in.
(100 mm)

14.6 in.
(371
mm)

5.0 in.
(127 mm)23.9 lb(8.5 kg)

4 in. (100mm) x 3 in.
(80 mm)4.72 in.
(120 mm)15.1 in.
(384
mm)

6.19 in.
(157
mm)

35.2 lb(10.6 kg)

*Add 11 lb (5 kg) for remote electronics

PanaFlow MV84 ordering information
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Parent Number Code:MV84 In-line Multivariable Mass Vortex Flow Meter
MV84R In-Line Reducing Flange Multivariable Mass Vortex Flow Meter
Feature 1: Multivariable Options
V Volumetric flow meter for liquid, gas and steam
VT Velocity and temperature sensors
VTP Velocity, temperature and pressure sensors
VT-EM Energy output options
VTP-EM Energy options with pressure sensor
VT-EP Velocity and temperature sensors with analog input for pressure
VTEP-EM Energy option with external pressure sensor
		
Feature 2: Flow Body		
04
1/2-inch Nominal Bore (15 mm)1		06
3/4-inch Nominal Bore (20 mm)1		08
1-inch Nominal Bore (25 mm) 1		
12
1.5-inch Nominal Bore (40 mm)
		
16
2-inch Nominal Bore (50 mm)
		
24
3-inch Nominal Bore (80 mm)
		
32
4-inch Nominal Bore (100 mm)
		
48
6-inch Nominal Bore (150 mm)
		648-inch Nominal Bore (200 mm)
		80
10-inch Nominal Bore (250mm)
		
96
12-inch Nominal Bore (300mm)
			 Feature 3: Meter Body Material			C
Carbon Steel			S
316 Stainless Steel			 H
Hastelloy
				Feature 4: Process Connection				
150
ANSI 150# Flange				
300 ANSI 300# Flange				
600 ANSI 600# Flange				W
Wafer ANSI 600#
				16
PN 16
				40PN 40
				63
PN 63
				
150R ANSI 150# Reducing Flange2
				300R ANSI 300# Reducing Flange2
				600R ANSI 600# Reducing Flange2					Feature 5: Electronics Enclosure					LType 4X enclosure					
R (25) Remote electronics Type 4X, 25 ft (8 m) cable					R (50) Remote electronics Type 4X, 50 ft (8 m) cable						Feature 6: Display Options						DD
Digital Display and Programming Buttons							Feature 7: Input Power							DC2 12 to 36 VDC required on 2-wire (loop powered) meters with 1AHL only							DC4 12 to 36 VDC standard volumetric meter on 4-wire							AC100-240 VAC, 50/60 Hz							DC4POE 12-28 VDC or Power over Ethernet (5 Watts maximum), Requires								TCP/IP option

1

1/2", 3/4", and 1" vortex meters are only available in stainless steel

2

reducing flanges are only available in stainless steel*See on the next page

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								Feature 8: Output								1AHLLoop powered option - one analog output (4-20mA), one pulse,									one frequency, HART (DC2 option only)								1AH1AH One analog output (4-20mA), one alarm, one pulse, one									frequency, HART (DC4 or AC option only)								1AMOne analog output (4-20mA), one alarm, one pulse, one 											frequency, Modbus/RTU (DC4 or AC option only)								1AMIP One analog output (4-20mA), one alarm, one pulse, one									frequency, Modbus TCP/IP (DC4POE option only)								1ABOne analog output (4-20mA), one alarm, one pulse, one									frequency, BACnet/MSTP (DC4 or AC option only)								1ABIP One analog output (4-20mA), one alarm, one pulse, one 											frequency, BACnet TCP/IP (DC4POE option only)								3AHThree analog output (4-20mA), three alarm, one pulse, one									frequency, HART (DC4 or AC option only)								3AMThree analog output (4-20mA), three alarm, one pulse, one									frequency, Modbus RTU (DC4 or AC option only)								3AMIP Three analog output (4-20mA), three alarms, one pulse, one									frequency, Modbus TCP/IP (DC4POE option only)								3ABThree analog output (4-20mA), three alarm, one pulse, one									frequency, BACnet/MSTP (DC4 or AC option only)								3ABIP Three analog output (4-20mA), three alarms, one pulse, one									frequency, BACnet TCP/IP (DC4POE option only)									Feature 9: Process Temperature Options									 STStandard Process Temperature -40° to 500°F (-40° to										260°C)
									 HTHigh Process Temperature up to 750°F (400°C)
										Feature 10: Process Pressure										 P0 No pressure sensor										 P1 Maximum 30 psia (2 bara), Proof 60 psia (4 bara)										 P2 Maximum 100 psia (7 bara), Proof 200 psia (14 bara)										 P3 Maximum 300 psia (20 bara), Proof 600 psia (41 bara)										 P4 Maximum 500 psia (34 bara), Proof 1000 psia (64 bara)										 P5 Maximum 1500 psia (100 bara), Proof 2500 psia (175 bara)

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(example part number string)Accessories

The following accessories are available for the PanaFlow
MV84 and may be ordered by adding the suffix listed in thetable to the order string.
SuffixDescription

PED

PED compliant system(available in stainless steel only for standard
inline meters; not available for reducing
flange meters)

MC

Material Certifications, US Mil certs on allwetted parts

PT

Pressure Test certificate

CC

Certificate of Conformance

NC

NACE Certification

O2

Oxygen cleaning

ARM25V

Armored remote 25 ft cable(V meter, R25 selected)

ARM50V

Armored remote 50 ft cable(V meter, R50 selected)

ARM25VTP

Armored remote 25 ft cable(VTP meter, R25 selected)

ARM50VTP

Armored remote 50 ft cable(VTP meter, R50 selected)

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the toughest applications and environments for moisture,oxygen, liquid and gas flow measurement.
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