Flow Overview

2

Flow Measurement Technology

m ag flow

vortex flow

m ass flow

ultra son ic

de lta -P

t-m ass

3

Applications

non-conductiveconductive gas steam

ultra sonic

mag flow

vortex flow

t-mass

delta-P

mass flow

4

Conductive liquids

mass flow Delta-Pultra sonicvortexflowmag flow

[mm]

pressure [bar]

temp. [°C]

accuracy* [%]

p* [mbar]

turndown*

remarks

*water at 20°C, 10bar, DN100 and 100m³/h

2 - 2000 15 - 300 1 - 100 50 - 3000 4 - 5000

Up to 40 Up to 250 Up to 400 Up to 420

-40...+180 -200...+400 -50...+200 -40...+170 .....1000°C

0.26/ 0.53 0.75 0.16/0.11 typ.0.5...2.0 1.0

171 138 160

1:350 1:17 1:286 1:12 1:18

>5 µS/cm>20 µS/cm(for H2O)

<1% gas<5% solids

low viscous no gas

5

Non-conductive liquids

*water at 20°C, 10bar, DN100 and 100m³/h

mass flow Delta-Pultra sonicvortexflowmag flow

[mm]

pressure [bar]

temp. [°C]

accuracy* [%]

p* [mbar]

turndown*

remarks

2 - 2000 15 - 300 1 - 100 50 - 3000 4 - 5000

Up to 40 Up to 250 Up to 400 Up to 420

-40...+180 -200...+400 -50...+200 -40...+170 .....1000°C

0.26/ 0.53 0.75 0.16/0.11 typ.0.5...2.0 1.0

171 138 160

1:350 1:17 1:286 1:12 1:18

>5 µS/cm>20 µS/cm(for H2O)

<1% gas<5% solids

low viscous no gas

6

Gas

[mm]

pressure [bar]

temp. [°C]

accuracy* [%]

p* [mbar]

turndown*

remarks

*Air at 20°C, 10bar,g, DN80 and 600m³/h

mass flow Delta-Ptmassvortex flow

15 - 300 1 - 100 4 - 5000 15 - 1000

Up to 250 Up to 400 Up to 420 bar Up to 40

-200...+400 -50...+200 ....1000°C -10...+100

DN200

1.0 0.63 2.0 1.0

220.6 163.5 ...10 175

1:19 1:40 1:100 1:20

7

Steam

*Air at 20°C, 10bar,g, DN80 and 600m³/h

[mm]

pressure [bar]

temp. [°C]

accuracy* [%]

p* [mbar]

turndown*

remarks

mass flow Delta-Ptmassvortex flow

15 - 300 1 - 100 4 - 5000 15 - 1000

Up to 250 Up to 400 Up to 420 bar Up to 40

-200...+400 -50...+200 ....1000°C -10...+100

DN200

1.0 0.63 2.0 1.0

220.6 163.5 ...10 175

1:19 1:40 1:100 1:20

Endress+Hauser PromagProduct Presentation

9

Theory Electromagnetic Flowmeter

A voltage is induced in an electric conductor moved through a magnetic field.

BvQFL

L

F

F

B

v

U

Q = Electric charge

= Magnetic field

= Fluid velocity

= Force

= Voltage

Lorenz Force

F

Bv

Q

-

+U

The direction of the induced voltage depends on the direction of movement and the magnetic field.

10

Promag Product Portfolio

Functionality

HygienicFood & Beverage

Pharmaceutical

ProcessChemical

Food & Beverage

WaterDrinking Water

Wastewater

5023

53

H

P

W

11

Promag 50 Transmitter

Communication0/4...20mA0...1kHz

OperationQuick Setup for rapid and easy commissioning

Push-button operation

2-line display, illuminated

Accuracymax 0.5% measuring error(max. 0.2% as option)

Data ManagementS-DAT™

12

Promag 53 Transmitter

CommunicationFlexible I/O-modules

OperationApplication-specific software modules (F-Chip™)

Quick Setups for rapid, easy andapplication-specific commissioning

Touch Control operation

4-line display, illuminated

Accuracymax 0.2% measuring error

Data ManagementT-DAT™, S-DAT™

13

Promag 53: Data Management

F-CHIPTM

T-DATTM

S-DATTM

Sensor S-DAT™

Sensor data• Calibration data• Diameter• Serial number

Transmitter T-DAT™Transmitter data (manual backup)• HART address• Ranges• Units / Values

Function F-CHIP™• Batching Software• ECC Software• Advanced Diagnostics

14

Promag 53: Flexible I-/O-Modules

Position 1 Current output / HART

Position 2Frequency / Pulse / Status Relay

Position 3Frequency / Pulse / StatusCurrent outputCurrent inputRelay

Position 4RelayCurrent inputStatus input

15

Promag 50/53 Wall-mount Housing

HousingAluminum, protection IP 67/NEMA 4X

Separate electronic and wiring compartments

ElectronicSame electronics as field housing

InstallationUp to 200 m cable length(with EPD up to 100 m)

2” pipe mounting or panel mounting

16

Promag 23 Transmitter

Communication0/4...20mA0...10kHz

OperationTouch Control

4-line display

Accuracymax 0.5% measuring error

Data ManagementS-DAT™, T-DAT™

17

Sensor – Versions

Lining / Diameter

HR 65-2000 / 2½”...78” Water/Wastewater

PU 25-2000 / 1”...78” Water/Wastewater

PROline Promag W

PTFE 15-600 / ½”...24” Process

PFA 25-300 / 1”...12” Process

PFA 40-100 / 1½”...4” Hygienic

02-25 / 1/12”...1” Hygienic

PROline Promag P PROline Promag H PROline Promag H

18

Flange Protective Coating

Improved corrosion protection

• Zinc provides galvanic protection

• Aluminum forms inert protective coating

Especially effective against harsh environments• Industrial atmosphere (SO2)

• Sea salt

Mechanically robust and impact resistant

• “self healing” surface with minor scratches

High resistance to:

• Weathering

• UV-rays

• High temperatures

Electrically conductive: • Simple grounding concept

DN 15...300

19

Modularity

Promag 50 Promag 53 Promag 50 Promag 53 Promag 50 Promag 53 Promag 23

W

P

H

— — —

— —

20

Promag: Technical Differentiation (1)

Housing

Display

Operation

Input / Output

AluminumStainless steel

Wall-mount housing

2-lines

3 Push-buttons Touch Control Touch Control

4 Modules Flexible modules 4 Versions

AluminumStainless steel

Wall-mount housing

Aluminum

PROline Promag 23P / H

PROline Promag 50W / P / H

PROline Promag 53W / P / H

4-lines 4-lines

21

Sensor-DAT

(S-DAT™)

Transmitter-DAT

(T-DAT™)

Function-Chip

(F-Chip™)

Measuring error

Power supply

PROline Promag 23P / H

PROline Promag 50W / P / H

PROline Promag 53W / P / H

Promag: Technical Differentiation (2)

max. 0.5% o.r.max. 0.2% o.r. (option)

—

— —

max. 0.2% o.r. max. 0.5% o.r.

85...260V AC20...55V AC16...62V DC

85...260V AC20...55V AC16...62V DC

12...30V DC (non Ex)13,9...30V DC (Ex)

22

Communication

Function

Pulsating flow

Field Validation

Quick Setup

ECC

Density function

Mass calculation

Batching

Adv. Diagnostics

Error messages

PROline Promag 23P / H

PROline Promag 50W / P / H

PROline Promag 53W / P / H

—

Promag: Software Differentiation

HART, PA HART, PA, DP, FF HART, PA, FF

1 Totalizer 3 Totalizers 2 Totalizers

(+application specific)

(only P/H)

—

—

—

—

—

—

—

—

—

23

Communication

Function

Pulsating flow

Field Validation

Quick Setup

ECC

Density function

Mass calculation

Batching

Adv. Diagnostics

Error messages

PROline Promag 23P / H

PROline Promag 50W / P / H

PROline Promag 53W / P / H

—

Promag: Software Differentiation

HART, PA HART, PA, DP, FF HART, PA, FF

1 Totalizer 3 Totalizers 2 Totalizers

(+application specific)

(only P/H)

—

—

—

—

—

—

—

—

—

Finish

Endress+Hauser PromassProduct Presentation

25

The Coriolis Principle

B A

26

Positioning of PROline Promass

Performance

80

83 For special applications with high requirements on

• gentle fluid treatment• easy cleaning • low pressure drop

For standard applications over a wide range of process conditions

• DN1...100 / 1/24"...4"• up to 350 bar/5000 psi• –50....+200°C

I-sensor

F, M, A-sensors

27

Promass 80: Transmitter

Communication0/4..20mA; 0...1kHz

Digital communication: HART + Profibus PA

Service interface (Connection to Tooling)

Up to 5 cable glands

Human Machine Interface (HMI)Quick Setup for a fast and easy commissioning

Push-button operation

2-line back-lit display: Display in plain text

Measuring valuesm, V, ρ, T

Data storageS-DAT™

28

Promass 83: Transmitter

CommunicationFlexible I/O-Modules

HART, Profibus PA and DP, FF

Service interface (connection to Tooling)

Human Machine Interface (HMI)Quick Setup for a fast and easy commissioning

Touch Control operation allows programming without opening of electronics

4-line back-lit display

Modular Software conceptConcentration calculation, batching functions and advanced diagnostics

Data storageS-DAT™, T-DAT™, F-CHIP™

29

Promass 83: Flexible I/O Concept

“You only buy what you need!”

Position 1 Current output / HARTFrequency

Position 2Current outputFrequency / Pulse / Status Relay

Position 3Frequency / Pulse / StatusCurrent input / outputRelay

Position 4RelayStatus inputCurrent input

30

Promass: Field Housing (compact/remote)

Compact Field HousingRobust aluminium housing IP67/NEMA 4X

XP-housing design

Separate wiring compartment

up to 3 cable glands

Touch Control (83) or push-button (80) operation

Remote Field Housing (for Ex Zone 1)10 m (30 ft) and 20 m (65 ft) cable length

XP-housing design

2” post mounting or wall mounting

31

Promass: Wall Mount Housing

HousingRobust aluminium housing, IP67/NEMA 4X

Separate wiring compartment

ElectronicsSame electronics as for aluminium field housing

• Simple spare parts handling

Connection10 m (30 ft) and 20 m (65 ft) cable length

2” post mounting or panel mounting

32

Promass: Stainless Steel Housing

HousingStainless steel housing, compact IP67/NEMA 4X

• High hygienic integrity

Ideal for Food & Beverage requirements

Touch Control (83) or push-button (80) operation

ElectronicsSame electronics as for aluminium field / wall-mount housing

• Simple spare parts handling

Connectionup to 3 cable glands

33

Promass 80/83 F: Universal Solution

Measurement• Low pressure gases (e.g. natural gas, air)• LPG (e.g. butane, propane)• Fuel oils and gasoline

• Fruit concentrates• Vegetable oils, animal fats

• Alcohol• Detergents and solvents• Latex, Silicon oil• Toluene, Benzene

“The standard for almost every application!”

34

Promass 80/83 M: The Robust Solution

Measurement• Compressed natural gas• High-pressure tar

• Vegetable oil, vinegar• Ketchup, Mayonnaise

• Liquefied Petroleum Gas (LPG)

• Phosgene• Additives

• Tooth paste

“The double-straight solution!”

35

Promass 80/83 A: When Every Drop Counts

Measurement• High-pressure gases• Low pressure gases

(e.g. helium, hydrogen, air)

• Additives and flavors• Perfume

• DI-water• Insulin

• Glue

“Sometimes the little things in life count the most!”

36

Promass 80/83 I: The Specialist

Measurement• Yogurt with fruit pieces• Syrup/Molasses• Chocolate with nut pieces

• Blood plasma (sterile)

• Detergents, solvents• Colors

• Liquefied gases

• Cosmetics

“The straight design for a straight measurement!”

37

Promass: The Flexible Coriolis Solution

PROline Promass 80 PROline Promass 83

38

Technical Distinction

Housing

Display

HMI

Out-/Inputs

AluminumStainless steelWall mounted

2-line

3 mech. buttons Touch Control

3 modules Flexible modulesIS output options

AluminumStainless steelWall mounted

Promass 80F / M / A / I

Promass 83F / M / A / I

4-line

39

Technical Distinction Part 2

Sensor-DAT(S-DAT™)

—

Promass 80F / M / A / I

Promass 83F / M / A / I

Transmitter-DAT(T-DAT™)

Function-Chip(F-Chip™)

Batching

Concentrationmeasurement

Advanceddiagnostics

—

—

—

—

40

Software Distinction

Communication

Function

m, V, T, density information

Field validation

Quick Setup

Pulsating flow

Batching function

Concentration measurement

Advanced diagnostics

Error message

Promass 80F / M / A / I

Promass 83F / M / A / I

HART, PA HART, PA, DP, FF

1x totalizer 3x totalizers

(+application specific)

—

—

—

—

(+extended)

41

Promass 40 E: The Gateway to New Markets

Flow meters:• PD-meters• Turbine meter• DP-meters

The Market:• Huge installed base• Conservative• Requirements for reduced cost of ownership

42

Promass 40 E: Sensor

Technical dataMeasured Variables: Mass or volumetric flow rate

Fluids: Liquids and gases

Nominal diameter: 3/8"...2" (DN8... DN 50)

Temperature: -40...256°F (-40...125°C)

Pressure: Up to 1450psi (100bar)

Material: Stainless steel

Connections: Flanges DIN, ANSI, JIS,sanitary connections

43

Promass 40 E: Transmitter

Technical dataUncertainty: Mass: Liquids ± 0,5%

Gases ± 1,0%Volume:Liquids ± 0,7%

(± Zero point stability)

In-/Outputs: 4...20 mA/ HART® current,

Frequency (max. 1 kHz),

optional IS outputs,

optional status out- and input

Display: Blind version,

optional two line display

Parameter setting: Via HART® current output

44

Promass 40 E: The Alternative

• Higher operable flow range

• Reduced cost of ownership

• More flexible outputs

• Local display

• Better long term stability

• 3A approval

• Hazardous area approvals

Finish

Endress+Hauser ProwirlProduct Presentation

46

Vortex Product Overview

47

History of Vortex

1513Leonardo Da Vinci

1912Theodor von Karman

48

Function of a Vortexmeter

Sensor

d pV

49

Something for Everybody

In Ex i andEx d version

available

• Space saving• Light industrialapplications

•Robustness/Safety•Chemical Industry

• Robustness/Safety• High temperature steam• Liquified gases

• Boiler feedwater• Chemical/Petrochemical• Superheated steam• High pressurehydrocarbon gas/liquid

77 HHigh Pressure77 F,W

High/low temperature

77 FFlanged77 W

Wafer

Performance

Price

50

Prowirl 77 also available in:

•High / low temperature option

•High pressure version

Portfolio Extension Prowirl 77

Price

Functionality

High pressure versionPN 160 / ANSI 600

-200 ... +400°C

Temperature specification:-200 ... +400°C

Wafer

Flanged version

51

Vortex Applications

•Steam

•Gases

•Liquids

Gases

SteamLiquids

52

Vortex Steam Applications

• Saturated steam

• Superheated steam

• Heat

• Delta heat

• Mass

Finish

Endress+Hauser Prosonic Flow

Product Presentation

54

Economical, Innovative and Flexible

Non-contact measurement

Non-invasive

No moving parts

No electrical conductivity required

Same parts from DN 50 / 2” to 3000 mm / 120”

55

vflow ~ TBA - TAB

Measuring Principle: Transit Time

T = Transit Time

Vflow= flow velocity

A

B

56

Prosonic Flow Product Overview

DDU 15 DDU 10DMU 93

57

Reliable:

Promag/Promass separate field housing

Touch Control

CENELEC Zone 1&2 FM/CSA Cl I Div. 1&2

Prosonic Flow DMU 93 Technical Data

New:

Quick Setup

Dual Channel

Pipe wall thickness gauge

Sound velocity measurement

ATEX II2G and II3G

58

Non-contact flow measurement

- Easy installation no process interrupt required

- No compatibility issues by high pressure and corrosive liquids applications

Prosonic Flow DDU 10 Flow Sensors

Communication Interfaces

- Configuration via HART handheld or E+H Commuwin II

Stainless steel design

- Rugged design suitable for the roughest environmental conditions

Non-invasive

- No wear of moving parts in the pipe

- No pressure loss

59

Prosonic Flow DDU 10 Technical Data

Temperature:

-40...+80 °C (-40...175°F)

0...+170 °C (32...340°F)

Size:

DN 50... 200 (2”...8”)

DN 250...3000 (10”...120”)

Material:

Stainless Steel

Protection:

IP68/NEMA 6P

Approvals:

Cenelec/Atex/Zone 1&2

FM/CSA Cl I Div. 1&2

60

Pipe Materials

• Carbon steel

• Stainless steel

• PVC

• PP

• PE

• Glass

• Ductile iron

• Lined steel pipes

• Concrete

• GRP

• Cement

Easy More Difficult Very Difficult

Pipe Materials

61

Technical Data

Size range:

Single: DN200...3000 /8...120”

Dual: DN400...3000 /16..120”

Temperature range:

-40...+80°C (-40...175°)

Pressure rating: PN16 (232 psia)

Material:

Sensor: AISI 316

Holder: AISI 304

Ingress protection: IP68/NEMA 6p

Ex approvals:

ATEX II 3G

FM/CSA Cl. I, Div.2

Technical Data DDU 15 Insertion Sensor

Finish

Endress+Hauser tmassProduct Presentation

63

t-mass SThermal dispersion operating principle (Kings Law)

A heated cylindricaltransducer is cooled by the flowing gas stream

The power in the transduceris controlled such that thetransducer temperature ismaintained at a constantdifferential temperature relativeto the gas temperature

The transducer power is proportional to the gas mass flow rate

64

t-mass SProduct configuration

Local displayintegrated keyboardcurrent or pulse outputHART TM compatible

Choice of flowcell formats Common user surface

65

The t-mass family