flowmeters - fluid transfer international · pdf fileindustrial metering applications....

The Satam flowmeter range

is used for the custody transfer measurement of liquid

hydrocarbons, liquid gas

and liquid chemicals.

Consisting of four distinct families, the range is able

to meet the needs of most industrial metering applications. Flowmeters

• Positive Displacement meter

• Coriolis mass flowmeter

• Turbine flowmeter

• Ultrasonic flowmeter

Areas of activity: • Oil depots • Metering for road tankers • Aviation • Transport via pipeline

Positive Displacement meter

ZC17

The SATAM Positive Displacement meter (PD meter) is a system with freely-moving blades used to measure "white" petroleum products such as fuels, bio-fuels and refined liquid hydrocarbons. Its simple design using only two pairs of blades and one moving rotor makes it exceptionally robust and allows the user to make significant savings on maintenance costs.

Sectors of application

• Oil depots For product reception and loading stations for trucks, wagons and ships

• Hydrocarbon transportation Distribution of fuel oil or fuel by road tanker

• Aircraft refuelling Aircraft dispensers and aircraft fuelling tankers

• Army Depot supplies and loading of trucks

• Transport companies Refuelling of locomotives, trucks and public transport coaches

• Marine applications Refuelling of ships

• Mining sites Refuelling of trucks or site machinery

Key points

> Reduced pressure loss 0,3 to 0.5 bar at maximum flow rate

> Low maintenance costs Simple and robust design with mechanical components interchangeable between the different models

> Stability of measurements Accuracy of measurement guaranteed over a period of many years without any drift in the calibration curve

> Modular design Wide range of accessories for performing customized measurement applications

> Robust construction Flowmeter manifold separated from measurement chamber to eliminate any possible influence of external mechanical stresses on measurement. Few moving parts

Positive Displacement meter ZC17

Technical specifications

Model

Maximum flowrate (m3/h)

(l/mn)

(USGPM)

Minimum flowrate (m3/h)

(l/mn)

(USGPM)

Application

Connection - Flanges

Materials

Diameter

Manifold

Casing

Front and back flanges

Rotor

Blades

Gaskets

Operating conditions Pressure

Viscosity

Liquid temperature

Ambient temperature

Pressure drop

Internal construction Cyclic volume (litres)

(US gallons)

Metrological performance Accuracy

Mass repeatability

Installation

Custody transfer approval

Straight inlet and outlet sections

0,33

0,08

0,40

0,10

Aluminium

2” 2”

Aluminium

ZC17 12

12

200

53

1,2

20

5,3

ZC17 24

24

400

105

2,4

40

10,5

ZC17 48

48

800

210

4,8

80

21

ZC17 80

80

1333

360

8

133

36

ZC17 150

150

2500

660

15

250

66

ZC17 250

250

4166

1100

25

416

110

Multi-product metering

2” 3” 4” 6”

Steel Steel or aluminium

Ductile iron or Ni resist iron

Kanigen-plated steel

Aluminium

Graphite

Viton (option nitrile)

0 to 10 bar / 0 to 150 PSI

Max. 800 mPa.s/ 800 cPo / 3850 SSU

-40°C (-40°F) à +60°C (+140°F)

-40°C (-40°F) à +60°C (+140°F)

Max. 0.5 bar

0,80

0,21

2,27

0,6

4,54

1,12

6,82

1,8

< ± 0.15% / Option< ± 0.1% / For 10:1 measuring range

< ± 0,02 %

Not necessary

EC Evaluation Certificate N° LNE - 11052

Weight and dimensions

Model

Distance between flanges (mm)

(inches)

Width (mm)

(inches)

Depth (mm)

(inches)

Height (mm)

(inches)

Weight net kg (lbs)

Gross kg (lbs)

ZC17 12

180

7

180

7

215

8,5

221

8,7

14 (31)

32 (71)

ZC17 24

180

7

287

11,3

235

9,3

406

16

20 (44)

38 (84)

ZC17 48

180

7

287

11,3

269

10,6

406

16

25 (55)

43 (95)

ZC17 80

356

14

356

14

370

14,6

406

16

56 (123)

95 (209)

ZC17 150

432

17

432

17

497

19,6

405

16

85 (187)

124 (273)

ZC17 250

400

15,7

400

15,7

675

26,6

568

22,4

141 (311)

180 (387)

Coriolis mass flow meters

MFM

The Satam mass flowmeter is used to measure the mass and density of viscous products such as heavy fuel oil, engine oil, bitumen or crude oil. Its excellent pressure resistance qualities combined with its straight tube design without any moving mechanical parts means it is capable of providing reliable and accurate measurements for liquid gases such as LPG.


• Oil depots For product reception and at loading stations for trucks, wagons and ships

• Oil production Metering for transfers of products via pipeline

• Marine applications Loading and unloading of tankers

• Refineries Internal metering and control of manufacturing processes

• Fuel storage Metering of heavy fuel oil at mixer intake

Key points

> Direct measurement of mass Direct measurement without any correction for temperature or viscosity

> Reliability of measurements Strain gauges for correction of dilatation effects related to temperature changes

> Flexibility of installation Patented construction allowing the system to be supported by its own housing or on the inlet and outlet pipes

> Low maintenance costs Simple and robust design without any moving mechanical parts

> Direct measurement of density Identification of liquid being measured and detection of any change of product

Coriolis mass flow meters MFM


Models

Mass flowrate Maximum flowrate (kg/h)

(kg/mn)

Minimum flowrate (kg/h)

(kg/mn)

Applications

Connection - Flanges Pressure class

Diameter

Materials Measurement tube

Secondary containment and flanges


Viscosity

Liquid temperature

Ambient temperature

Pressure drop

Internal construction

Max. 100 mPa.s

-40 à +100°C

-40 to +60°C

1 bar (at maximum flowrate, 1 mPa.s)

Single straight tube

318L stainless steel

304 stainless steel

0 to 63 bar

Unrestricted

-40 à +150°C

MFM S

430 000

7 167

480

8

MFM T

Multi-product metering for low viscosity products Multi-product metering and measurement of density

150lbs RF (standard), 300lbs, 600lbs, 900lbs RF & RTJ (optional)

3/4” to 4”

Grade 9 titanium

Measurement tube Single straight tube (S50 and S80) Dual straight tube (S15, S25, S40)

Measurement converter MFC300

< ± 0.2% + zero stability Metrological performance Mass accuracy

Mass repeatability

Density accuracy

Temperature accuracy

Zero stability

< ± 0.1% + zero stability

< ±0.025% + zero stability

< ± 0.002 g/cm3 <± 0.0005 g/cm3 after on site calibration

± 0,5°C

< ± 0.025% of sensor max. flowrate < 0.008% of sensor max. flowrate sensor

Installation Straight inlet and outlet sections

Protection class

EX approval

Not necessary

IP 67, equivalent to NEMA 6

EEx d e [ib] IIC T6

Measuring range - Weight and dimensions

Measuring range

Min. flowrate Max. flowrate MFM 7000

(kg/h)

T15

T25

T40

T50/S50

T80/S80

1 125

3 450

9 150

18 000

43 000


A

(mm)

102

115

169

219

273

B

(mm)

311

317

344

370

398

E

(mm)

548

700

925

1101

1460

Weight

(kg)

23

35

80

145

260

(kg/h)

11 250

34 500

91 500

180 000

430 000

MFM 1000

S15

S25

S40

S50

480

2 000

6 000

12 500

4 800

20 000

60 000

125 000

102

114

169

219

311

317

344

370

520

565

742

896

13,5

16,5

29,5

57,5

Turbine flowmeter

SA-LM-ZN

The Satam turbine flowmeter is primarily used for high-capacity metering. Its 500mm measurement tube can accurately measure at flowrates of over 3000 m3/h. Its excellent pressure and temperature resistance qualities means it is capable of providing reliable and accurate measurements for liquid gases such as LPG, as well as for cryogenic liquids. The SA model comes fitted with a straight-bladed rotor. It is intended for use with single-product low- viscosity applications.

The LM and ZN models come fitted with a two-bladed helical rotor. This construction ensures low sensitivity to variations in viscosity.



• Oil production Metering for transfers of crude oil and condensate via pipeline

• Oil depots For product reception and at loading stations for wagons and ships

• Refineries Internal metering and control of manufacturing processes

Key points

> Low maintenance costs Simple and robust design with interchangeable mechanical components

> Stability of measurements Not sensitive to variations in pressure. Integrated flow straightener

> Wide range of uses Available for liquid and for gas from 10 l/h to 6 000 m3/h

Turbine flowmeter SA-LM-ZN


Model SA

1,36 to 3 406 m3/h

6 to 15 000 USGPM

Single-product

Pressure class

Diameter

Materials Measurement tube & flanges

Bearings

Turbine rotor


Viscosity

Liquid temperature

without preamplifier

With preamplifier

Internal construction Turbine rotor

Pulser

Preamplifier

Measurement chamber

Metrological performance Volume accuracy

Repeatability

Installation Straight sections

Protection class

EX approval

Inlet 10 DN / Outlet 5 DN

IP65

EEx ia IIC T6

Fixed

< 1 bar

Straight multi-blade

1 or 2

ANSI 150 to ANSI 1500 DN 25 to DN 300

1" to 12”

LM

3 to 300 m3/h

13 to 1320 USGPM

Single and multi-product

ANSI 150 ANSI 300 DN 50 to DN100

2" to 4”

316L stainless steel (other materials available on request)

ZN

0,012 to 6 000 m3/h

0,05 to 26 400 USGPM

Single and multi-product

ANSI 150 to ANSI 2500 DN10 to DN 500

1/2" to 20”

Flow rate

Application

Connection - Flanges

Ceramic, tungsten carbide

304 L stainless steel

0 to 200 bar

0,1 to 10 cSt

-270 to +230°C

Graphite, tungsten carbid

Aluminium / Titanium (optional)

0 to 40 bar

0,1 to 15 cSt

-40 to +180°C

-20 to 80°C

< 1 bar

Helical twin-blade

2

Optional

Removable

< ± 0.15%

< ± 0.02%


IP65

EEx ia IIC T6 and EEx d ia II C T6

Graphite, tungsten carbid

Aluminium / Titanium (optional)

0 to 420 bar

0,1 to 1000 cSt

-40 to +180°C

< 0,8 bar

Helical twin-blade

2

Removable


IP66

EEx ia IIC T6 and EEx d ia II C T6

Measuring range

SA model

Nominal diameter Min. flowrate

m3/h

1/2” 1” 1”1/2 2” 2”1/2 3” 4” 6” 8” 10” 12” 14” 16” 18” 20”

- 1,36 2,95 5,1 40 65 28,4 65,9 118 182 273 - - - -

USGPM

Max. flowrate

m3/h

- 13,6 29,5 51 400 650 284 659 1180 1820 2730 - - - -

USGPM

LM model

Min. flowrate

m3/h

- - - 3 - 5 30 - - - - - - - -

USGPM

Max. flowrate

m3/h

- - - 30 - 50 300 - - - - - - - -

USGPM

ZN model

Min. flowrate

m3/h

0,012 0,2 0,8 3 - 7 20 40 80 120 240 350 400 480 600

USGPM

0,053 0,88 3,52 13,2

30,8 880 176 352 528 1056 1541 1760 2113 2642

Max. flowrate

m3/h

0,12 2 8 30 - 70 200 400 800 1200 2400 3500 4000 4800 6000

USGPM

0,53 8,8 35,2 132

308 8800 1760 3520 5280 10560 15410 17600 21130 26420

6 13 22,4 176 286 125 290 520 801 1202

60 130 224 1760 2860 1250 2900 5200 8010 12020

13,2

22 132

132

220 1320

Ultrasonic flowmeter

UFM III

The Satam ultrasonic flowmeter is used for measuring refined petroleum liquids. It is capable of measuring high-pressure fluids such as LPG or any other liquid gas. Its measurement tube without any intrusive elements or moving mechanical parts results in very little pressure drop and nearly no maintenance costs at all. Because of the measurement method used, ultrasonic flowmeters are available in diameters of up to 40 inches and provide exceptional accuracy of measurement.


• Transport of petroleum products via pipeline Metering stations, leak detection

• Oil depots For product reception and at loading stations for wagons and ships


• Chemical industry Metering stations for non-corrosive liquids

Key points

> Minimum pressure drop Measurement tube of same diameter as the flanges No intrusive element

> Low maintenance costs Totally static measurement system No need for filtering

> Exceptional reliable measurements Three-channel redundant configuration for measurement validation

> Easy installation Bi-directional measurement Reduced weight in a compact design

Ultrasonic flowmeter UFM III


Model

Flow rate

Application

Connection - Flanges Pressure class

Diameter

Material Flanges, measurement tube, housing

UFM III

7 to 29 200 m3/h / 30 to 128 550 USGPM

Single-product metering

150lbs RF (standard), 300lbs, 600lbs, 900lbs RF & RTJ (optional)

2’’ to 40’’

316L stainless steel (other materials available on request)

Operating conditions

Operating pressure

Liquid temperature

Ambient temperature

Viscosity

Pressure loss (1 cSt, Qmax)

Internal construction Ultrasound transmitters

Measurement lines

Metrological performance Measured parameter

Volume accuracy

Repeatability

Installation Straight sections

Protection class

EX approval

0 to 63 bar

+25 to +140°C

-40 to +70°C

0,1 to 10 mPa.s

< 0.1 bar

Windows incorporated into wall of measurement tube

3 parallel channels

Actual volume

< ± 0.15%

< ± 0.02%


IP 66, equivalent to NEMA 4/4X/6 to IEC 529

EEx d [ib] II C T6 and EEx d e [ib] II C T6

Measuring range - Weight and dimensions

Measuring range Nominal diameter Min. flowrate Max. flowrate

(m3/h)

2”

3”

4”

6”

8”

10”

12”

14”

16”

18”

20”

24”

28”

32”

36”

40”

7

16

29

66

117

182

263

358

467

591

730

1051

1430

1868

2364

2919


a

(mm)

290

330

380

440

600

640

710

770

830

900

950

Di

(mm)

49,2

73

97,2

154,1

202,7

254,4

304,7

336,5

387,3

438,1

484

W

(mm)

150

200

220

270

370

420

470

500

550

600

650

T

(mm)

345

380

412

466

523

582

645

687

744

788

845

Weight

(kg)

14

26

33

45

72

105

145

179

221

256

335

(m3/h)

73

164

292

657

1167

1824

2627

3575

4670

5910

7297

10507

14301

18679

23641

29196

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Oil transport chain

Satam meters

for oil transport chain

• : Ideally suited • • : Suitable subject to certain conditions

PD meter

Mass flowmeter

Turbine flowmeter


Metering station for crude oil on pipeline •

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Loading and unloading station for crude oil tankers

Loading and unloading station for crude oil tanker wagons

Refining and intermediary storage

Road tanker loading station

Delivery of domestic fuel oil by road tanker

Aircraft refuelling

•

By liquid

Type of liquid

Premium grade fuel, gasoline

Ethanol

Diesel

Fatty Acid Methyl Ester (FAME)

Kerosene

Bio-diesel

E5...E85

Heavy fuel oil

Bitumen

Pitch

LPG

LNG

Light crude oils

Condensates

Industrial oils

Flowmeter selection table

• : Ideally suited • • : Suitable subject to certain conditions

PD meter

Mass flowmeter

Turbine flowmeter


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By applications

Type of application

Truck loading station

Wagon loading/unloading station

Tanker loading/unloading station

Aircraft refuelling

On-board metering for road tankers

Preparation and metering of bio-fuels

Metering for light crude oil on pipeline

Metering for condensate on pipeline

Multi-product metering on pipeline

Product identification on multi-product pipeline

Control of mixer flowrate for preparation of maritime fuel oils

PD meter

Mass flowmeter

Turbine flowmeter


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Worldwide Sales

• Headquarters - Sales Department 5, rue des Chardonnerets BP 45 027 Tremblay 95 912 Roissy Charles de Gaulle Cedex FRANCE Tél. : +33 (0)1 49 90 77 00 Fax : +33 (0)1 49 90 77 99 E-mail : [email protected] Website : www.tokheim-satam.com

• Manufacturing facility 14, avenue de Verdun BP 129 14700 Falaise Cedex FRANCE Tél. : +33 (0)2 31 41 41 41 Fax : +33 (0)2 31 40 75 61

• Headquarter

• Manufacturing facility

• Subsidiary

• Representative office

• Agents

As Tokheim regularly improves its products to ever better respond to evolving market and regulatory requirements, it reserves the right to change any of the specifications of these products, and this without prior notice.

BO42 - GB - RO - 02/08 - Marketing Communication Tokheim Group SAS - Marketing SATAM - Création & Impression : DARMON IMPRESSIONS

flowmeters - fluid transfer international · pdf fileindustrial metering applications....

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