Flow Overview January 2000 Flow Measurement Technology

Flow Overview January 2000

Flow Measurement Technology 2

Applications conductive non-conductive gas steam mag flow vortex flow mass flow ultra sonic delta-P t-mass 3

Conductive liquids mag flow vortexflow mass flow ultra sonic Delta-P [mm] 2 - 2000 15 - 300 1 - 100 50 - 3000 4 - 5000 pressure [bar] Up to 40 Up to 250 Up to 400 temp. [°C] -40. . . +180 -200. . . +400 -50. . . +200 -40. . . +170 . . . 1000°C accuracy* [%] 0. 26/ 0. 53 0. 75 0. 16/0. 11 typ. 0. 5. . . 2. 0 171 138 1: 286 Dp* [mbar] turndown* 1: 350 1: 17 remarks >5 µS/cm >20 µS/cm low viscous no gas Up to 420 160 1: 12 1: 18 <1% gas <5% solids (for H 2 O) *water at 20°C, 10 bar, DN 100 and 100 m³/h 4

Non-conductive liquids mag flow vortexflow mass flow ultra sonic Delta-P [mm] 2 - 2000 15 - 300 1 - 100 50 - 3000 4 - 5000 pressure [bar] Up to 40 Up to 250 Up to 400 temp. [°C] -40. . . +180 -200. . . +400 -50. . . +200 -40. . . +170 accuracy* [%] 0. 26/ 0. 53 0. 75 0. 16/0. 11 typ. 0. 5. . . 2. 0 171 138 1: 286 Dp* [mbar] turndown* 1: 350 1: 17 remarks >5 µS/cm >20 µS/cm low viscous no gas Up to 420. . . 1000°C 160 1: 12 1: 18 <1% gas <5% solids (for H 2 O) *water at 20°C, 10 bar, DN 100 and 100 m³/h 5

Gas vortex flow mass flow tmass Delta-P [mm] 15 - 300 1 - 100 15 - 1000 4 - 5000 pressure [bar] Up to 250 Up to 40 Up to 420 bar temp. [°C] -200. . . +400 -50. . . +200 -10. . . +100 . . 1000°C accuracy* [%] 1. 0 0. 63 2. 0 1. 0 Dp* [mbar] 220. 6 163. 5 . . . 10 175 turndown* 1: 19 1: 40 1: 100 1: 20 remarks DN 200 *Air at 20°C, 10 bar, g, DN 80 and 600 m³/h 6

Steam vortex flow mass flow tmass Delta-P [mm] 15 - 300 1 - 100 15 - 1000 4 - 5000 pressure [bar] Up to 250 Up to 40 Up to 420 bar temp. [°C] -200. . . +400 -50. . . +200 -10. . . +100 . . 1000°C accuracy* [%] 1. 0 0. 63 2. 0 1. 0 Dp* [mbar] 220. 6 163. 5 . . . 10 175 turndown* 1: 19 1: 40 1: 100 1: 20 remarks DN 200 *Air at 20°C, 10 bar, g, DN 80 and 600 m³/h 7

Endress+Hauser Promag Product Presentation January 2000

Theory Electromagnetic Flowmeter A voltage is induced in an electric conductor moved through a magnetic field. + The direction of the induced voltage depends on the direction of movement and the magnetic field. = Electric charge = Magnetic field = Fluid velocity = Force = Voltage Lorenz Force - 9

Promag Product Portfolio 53 23 50 H P W Hygienic Food & Beverage Pharmaceutical Process Chemical Food & Beverage Water Drinking Water Wastewater Functionality 10

Promag 50 Transmitter Communication 0/4. . . 20 m. A 0. . . 1 k. Hz Operation Quick Setup for rapid and easy commissioning Push-button operation 2 -line display, illuminated Accuracy max 0. 5% measuring error (max. 0. 2% as option) Data Management S-DAT™ 11

Promag 53 Transmitter Communication Flexible I/O-modules Operation Application-specific software modules (F-Chip™) Quick Setups for rapid, easy and application-specific commissioning Touch Control operation 4 -line display, illuminated Accuracy max 0. 2% measuring error Data Management T-DAT™, S-DAT™ 12

Promag 53: Data Management Sensor S-DAT™ Sensor data • Calibration data • Diameter • Serial number S-DATTM T-DATTM F-CHIPTM Transmitter T-DAT™ Transmitter data (manual backup) • HART address • Ranges • Units / Values Function F-CHIP™ • Batching Software • ECC Software • Advanced Diagnostics 13

Promag 53: Flexible I-/O-Modules Position 1 Current output / HART Position 2 Frequency / Pulse / Status Relay Position 3 Frequency / Pulse / Status Current output Current input Relay Position 4 Relay Current input Status input 14

Promag 50/53 Wall-mount Housing Aluminum, protection IP 67/NEMA 4 X Separate electronic and wiring compartments Electronic Same electronics as field housing Installation Up to 200 m cable length (with EPD up to 100 m) 2” pipe mounting or panel mounting 15

Promag 23 Transmitter Communication 0/4. . . 20 m. A 0. . . 10 k. Hz Operation Touch Control 4 -line display Accuracy max 0. 5% measuring error Data Management S-DAT™, T-DAT™ 16

Sensor – Versions Lining / Diameter PROline Promag W PROline Promag P PROline Promag H HR 65 -2000 / 2½”. . . 78” Water/Wastewater PU 25 -2000 / 1”. . . 78” PTFE 15 -600 / ½”. . . 24” Process PFA 25 -300 / 1”. . . 12” Process PFA 40 -100 / 1½”. . . 4” PROline Promag H 02 -25 / 1/12”. . . 1” Water/Wastewater Hygienic 17

Flange Protective Coating DN 15. . . 300 Improved corrosion protection • Zinc provides galvanic protection • Aluminum forms inert protective coating Especially effective against harsh environments • Industrial atmosphere (SO 2) • 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 18

Modularity Promag 50 Promag 53 Promag 23 — — — W P H 19

Promag: Technical Differentiation (1) PROline Promag 50 W/P/H PROline Promag 53 W/P/H PROline Promag 23 P/H Housing Aluminum Stainless steel Wall-mount housing Aluminum Display 2 -lines 4 -lines 3 Push-buttons Touch Control 4 Modules Flexible modules 4 Versions Operation Input / Output 20

Promag: Technical Differentiation (2) PROline Promag 50 W/P/H PROline Promag 53 W/P/H PROline Promag 23 P/H Sensor-DAT (S-DAT™) Transmitter-DAT (T-DAT™) — Function-Chip (F-Chip™) — Measuring error Power supply — max. 0. 5% o. r. max. 0. 2% o. r. (option) max. 0. 2% o. r. max. 0. 5% o. r. 85. . . 260 V AC 20. . . 55 V AC 16. . . 62 V DC 12. . . 30 V DC (non Ex) 13, 9. . . 30 V DC (Ex) 21

Promag: Software Differentiation PROline Promag 50 W/P/H PROline Promag 53 W/P/H PROline Promag 23 P/H Communication HART, PA, DP, FF HART, PA, FF Function 1 Totalizer 3 Totalizers 2 Totalizers Pulsating flow — — Field Validation Quick Setup (+application specific) ECC (only P/H) — — Density function — Mass calculation — Batching — — Adv. Diagnostics — — Error messages 22

Promag: Software Differentiation PROline Promag 50 W/P/H PROline Promag 53 W/P/H PROline Promag 23 P/H Communication HART, PA, DP, FF HART, PA, FF Function 1 Totalizer 3 Totalizers 2 Totalizers Pulsating flow — — Field Validation Quick Setup (+application specific) ECC (only P/H) — — Density function — Mass calculation — Batching — — Adv. Diagnostics — — Error messages Finish 23

Endress+Hauser Promass Product Presentation January 2000

The Coriolis Principle B A 25

Positioning of PROline Promass 83 80 I-sensor F, M, A -sensors 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 • DN 1. . . 100 / 1/24". . . 4" • up to 350 bar/5000 psi • – 50. . +200°C Performance 26

Promass 80: Transmitter Communication 0/4. . 20 m. A; 0. . . 1 k. Hz 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 values m, V, ρ, T Data storage S-DAT™ 27

Promass 83: Transmitter Communication Flexible 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 concept Concentration calculation, batching functions and advanced diagnostics Data storage S-DAT™, T-DAT™, F-CHIP™ 28

Promass 83: Flexible I/O Concept Position 1 Current output / HART Frequency Position 2 Current output Frequency / Pulse / Status Relay Position 3 Frequency / Pulse / Status Current input / output Relay Position 4 Relay Status input Current input “You only buy what you need!” 29

Promass: Field Housing (compact/remote) Compact Field Housing Robust aluminium housing IP 67/NEMA 4 X 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 30

Promass: Wall Mount Housing Robust aluminium housing, IP 67/NEMA 4 X Separate wiring compartment Electronics Same electronics as for aluminium field housing • Simple spare parts handling Connection 10 m (30 ft) and 20 m (65 ft) cable length 2” post mounting or panel mounting 31

Promass: Stainless Steel Housing Stainless steel housing, compact IP 67/NEMA 4 X • High hygienic integrity Ideal for Food & Beverage requirements Touch Control (83) or push-button (80) operation Electronics Same electronics as for aluminium field / wall-mount housing • Simple spare parts handling Connection up to 3 cable glands 32

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!” 33

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!” 34

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!” 35

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!” 36

Promass: The Flexible Coriolis Solution PROline Promass 80 PROline Promass 83 37

Technical Distinction Promass 80 F/M/A/I Housing Display HMI Out-/Inputs Promass 83 F/M/A/I Aluminum Stainless steel Wall mounted 2 -line 4 -line 3 mech. buttons Touch Control 3 modules Flexible modules IS output options 38

Technical Distinction Part 2 Promass 80 F/M/A/I Promass 83 F/M/A/I Sensor-DAT (S-DAT™) Transmitter-DAT (T-DAT™) — Function-Chip (F-Chip™) — Batching — Concentration measurement — Advanced diagnostics — 39

Software Distinction Promass 80 F/M/A/I Promass 83 F/M/A/I Communication HART, PA, DP, FF Function 1 x totalizer 3 x totalizers m, V, T, density information Field validation Quick Setup (+application specific) Pulsating flow — Batching function — Concentration measurement — Advanced diagnostics — Error message (+extended) 40

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 41

Promass 40 E: Sensor Technical data Measured Variables: Mass or volumetric flow rate Fluids: Liquids and gases Nominal diameter: 3/8". . . 2" (DN 8. . . DN 50) Temperature: -40. . . 256°F (-40. . . 125°C) Pressure: Up to 1450 psi (100 bar) Material: Stainless steel Connections: Flanges DIN, ANSI, JIS, sanitary connections 42

Promass 40 E: Transmitter Technical data Uncertainty: Mass: Liquids ± 0, 5% Gases ± 1, 0% Volume: Liquids ± 0, 7% (± Zero point stability) In-/Outputs: 4. . . 20 m. A/ HART® current, Frequency (max. 1 k. Hz), optional IS outputs, optional status out- and input Display: Blind version, optional two line display Parameter setting: Via HART® current output 43

Promass 40 E: The Alternative • Higher operable flow range • Reduced cost of ownership • More flexible outputs • Local display • Better long term stability • 3 A approval • Hazardous area approvals Finish 44

Endress+Hauser Prowirl Product Presentation January 2000

Vortex Product Overview 46

History of Vortex 1513 Leonardo Da Vinci 1912 Theodor von Karman 47

Function of a Vortexmeter d V p Sensor 48

Something for Everybody Price 77 F, W High/low temperature In Ex i and Ex d version available 77 W Wafer • Space saving • Light industrial applications 77 H High Pressure 77 F Flanged • Robustness/Safety • Chemical Industry • Boiler feedwater • Chemical/Petrochemical • Superheated steam • High pressure hydrocarbon gas/liquid • Robustness/Safety • High temperature steam • Liquified gases Performance 49

Portfolio Extension Prowirl 77 also available in: Price • High / low temperature option High pressure version PN 160 / ANSI 600 -200. . . +400°C • High pressure version Flanged version Wafer Temperature specification: -200. . . +400°C Functionality 50

Vortex Applications • Steam Liquids • Gases Steam Gases • Liquids 51

Vortex Steam Applications • Saturated steam • Superheated steam • Heat • Delta heat • Mass Finish 52

Endress+Hauser Prosonic Flow Product Presentation January 2000

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” 54

Measuring Principle: Transit Time A vflow ~ TBA - TAB ·T = Transit Time · Vflow= flow velocity B 55

Prosonic Flow Product Overview DDU 15 DMU 93 DDU 10 56

Prosonic Flow DMU 93 Technical Data Reliable: · Promag/Promass separate field housing · Touch Control · CENELEC Zone 1&2 FM/CSA Cl I Div. 1&2 New: · Quick Setup · Dual Channel · Pipe wall thickness gauge · Sound velocity measurement · ATEX II 2 G and II 3 G 57

Prosonic Flow DDU 10 Flow Sensors Non-contact flow measurement - Easy installation no process interrupt required - No compatibility issues by high pressure and corrosive liquids applications Non-invasive - No wear of moving parts in the pipe - No pressure loss Stainless steel design - Rugged design suitable for the roughest environmental conditions Communication Interfaces - Configuration via HART handheld or E+H Commuwin II 58

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: · IP 68/NEMA 6 P Approvals: · Cenelec/Atex/Zone 1&2 · FM/CSA Cl I Div. 1&2 59

Pipe Materials • Carbon steel • Ductile iron • Concrete • Stainless steel • Lined steel pipes • GRP • PVC • Cement • PP • PE • Glass Easy More Difficult Very Difficult 60

Technical Data DDU 15 Insertion Sensor Size range: · Single: DN 200. . . 3000 /8. . . 120” · Dual: DN 400. . . 3000 /16. . 120” Temperature range: · -40. . . +80°C (-40. . . 175°) Pressure rating: PN 16 (232 psia) Material: · Sensor: AISI 316 · Holder: AISI 304 Ingress protection: IP 68/NEMA 6 p Ex approvals: · ATEX II 3 G · FM/CSA Cl. I, Div. 2 Finish 61

Endress+Hauser tmass Product Presentation January 2000

t-mass S Thermal dispersion operating principle (Kings Law) A heated cylindrical transducer is cooled by the flowing gas stream The power in the transducer is controlled such that the transducer temperature is maintained at a constant differential temperature relative to the gas temperature The transducer power is proportional to the gas mass flow rate 63

t-mass S Product configuration Local display integrated keyboard current or pulse output HART TM compatible Choice of flowcell formats Common user surface 64

The t-mass family 65