Rosemount Level Instrumentation. The Right Technologies. Real Results.

Transcription

1 Rosemount Level Instrumentation The Right Technologies. Real Results.

2 SUPPORTING YOUR BUSINESS NEEDS Emerson worked with us, presented a solution, and now our control system is working for the first time. Gerald East Instrument/Electrical Reliability Your time is important. So are the decisions you make. Staying a step ahead on projects, schedules and keeping your plant running are becoming more challenging every day. Selecting and managing products requires consideration of a wide variety of application, installation and instrumentation factors. How do I know I have chosen the right product for my application? The extensive Rosemount product portfolio is backed by over 50 years of experience and ongoing investment in leading level and instrument technologies. Our instrument consultants can help you specify the right solution for your next application to keep you a step ahead. I am responsible for a wide variety of level instrumentation. Who do I turn to when I need help? We know that products alone can t always get the job done, they need to be easy to use with knowledgeable and experienced people to back them up. Our worldwide network of product experts is always available locally to answer your questions and help you implement solutions. 2

3 I need to focus on improving efficiency and productivity in my plant. What new capabilities can you offer to facilitate these improvements? Our ongoing goal is to provide customers with the most reliable and innovative products available. Year after year, we are recognized for our technology leadership by users in the industry. We continuously strive to exceed customers expectations by pioneering new technologies that maximize customer value, such as our Smart Wireless solutions and advanced diagnostics. CONTENTS LEVEL TECHNOLOGIES 4 A guide to the right technology for your application PRODUCT SELECTION GUIDE 6 Application considerations, key features and interface selection overview RADAR PRODUCT OVERVIEW 8 GUIDED WAVE RADAR 10 NON-CONTACTING RADAR 14 DIFFERENTIAL PRESSURE AND HYDROSTATIC TRANSMITTERS 18 ULTRASONIC TRANSMITTERS 22 VIBRATING FORK LEVEL 24 SWITCHES ELECTROMECHANICAL 26 FLOAT LEVEL SWITCHES SUSPENDED SOLIDS 28 MEASUREMENT WATER AND STEAM 30 INTERFACE MONITORING INVENTORY TANK GAUGING 32 ACCESSORIES 34 3

4 A SINGLE SUPPLIER FOR ALL YOUR APPLICATIONS Guided wave radar Microwave pulses guided down a probe reach the media and part of the signal is reflected back. The time difference between sending and receiving is measured, and the level and/or interface level is derived. Non contacting radar A microwave signal launched into the tank is reflected back from the product surface. The time or frequency difference between sending and receiving the signal is measured, and the product level is derived. DP and hydrostatic level The pressure measurement of the liquid's mass and the media's density is used to derive level. Ultrasonic Guided wave radar Top mount For level and interface measurement of liquids or solids Suitable for wide temperature and pressure requirements Unaffected by media properties such as: density, viscosity, conductivity, turbulence, dust See page 10 An ultrasonic pulse launched into the tank is reflected back from the liquid surface. The time difference between sending and receiving the pulse is measured and the liquid level derived. Vibrating fork Noncontacting radar Top mount For liquid or solids tank levels Suitable for wide temperature and pressure requirements Unaffected by fluid properties such as: density, viscosity, dirty coating, corrosiveness Can be isolated by valves See page 14 The fork oscillates at its natural frequency in air. The switch electronics continuously monitor the frequency and when liquid covers the fork, causing the frequency to drop, an alarm signal is given. Float switch When the liquid rises to the level of the float switch, the float rises. A glandless magnetic coupling between float and switch mechanism operates the voltage-free contacts of the switch and an alarm signal is given. Specialized conductivity Side mount For steam/water interface gauging, condensate detection, turbine water induction protection High reliability steam drum level Fault tolerant operation See page 30 Specialized conductivity A series of electrodes mounted in a water column is connected to a boiler steam drum. By measuring the electrical resistance of each electrode, which differs in steam or water, the controller determines steam / water interface level. 4

5 Over the years Emerson has invested in both emerging and widely used technologies, resulting in a portfolio that handles virtually any level application. Vibrating fork and float Flexible mounting For high and low alarms, overfill protection and pump control Suitable for wide pressure and temperature requirements Suitable for most liquids, including hygienic applications Immune to changing process conditions See page 26 Ultrasonic Top mount Non-contacting For simple tank levels and open air level Unaffected by fluid properties such as: density, viscosity, dirty coating, corrosiveness See page Model type: 3491 Differential pressure and hydrostatic Flexible mounting For liquid tank levels Suitable for wide temperature and pressure requirements Unaffected by: vapor space changes, surface conditions, foam, corrosive fluids, internal tank equipment Can be isolated by valves See page 18 Inventory tank gauging Complete tank gauging system solutions for tank terminals and refineries Reliable non-contacting radar gauges with custody transfer accuracy for a wide range of applications and tank types See page 34 5

6 YOUR GUIDE TO LEVEL PRODUCT SELECTION Application considerations With all the technologies, products and parameters to consider, selecting the best technology for level measurement can be challenging. This selection guide is designed to help you choose the right product for your level application. Here you will be guided to the most appropriate technology and the subsequent pages provide further detail on each one. KEY Good Application dependent Not recommended Measurement Level Interface (liquid/liquid) Volume Density Mass Open channel flow Process medium characteristics Changing density Changing dielectric 1 Wide ph variations Pressure and temperature changes Condensing vapors Bubbling/boiling surfaces Foam Liquid with dielectric <1.5 Coating liquids Viscous liquids Crystallizing liquids Solids, granules, powders Sludges and slurries Tank environment considerations Top down connection Bottom or side connections direct to vessel Stilling wells or chamber applications Device will be close to tank wall/disturbing object High turbulence Long and narrow mounting nozzles Angled or slanted surface High empty and fill rates Internal obstructions Agitation 2 Non-metallic vessel Nozzle in center of tank Valves or isolation required Small tank < 40 in (1 m) Guided wave radar Non-contacting radar DP level / Hydrostatic Ultrasonic Vibrating fork Float Continuous Point 1 Changing dielectric has no impact on level applications. It will have some impact on interface. 2 Position instrument where it will not have contact with agitator vanes. 6

7 Operational features Key features Guided wave radar Non-contacting radar DP / Hydrostatic Ultrasonic Vibrating fork Magnetic float switch HART output YES YES YES YES NO NO FOUNDATION fieldbus YES YES YES NO NO NO MODBUS YES YES YES NO NO NO WirelessHART With Smart Wireless THUM TM Adapter With THUM Adapter YES With THUM Adapter YES (2160) With 702 wireless discrete transmitter Profibus NO NO YES NO NO NO Fault monitoring Self-checking YES YES YES YES YES NO Configurable display YES YES YES YES YES (2160) NO Configurable locally via display NO YES YES YES N/A N/A Temperature inputs NO 6 (5600) NO 1 NO NO Relays NO NO NO 2 1 NO Primary multivariable options Level Volume Interface Level Volume Temperature Pressure Temperature Differential Pressure Level Volume Open channel flow Frequency <1 GHz 6-26 GHz N/A khz Hz N/A Reference accuracy Down to ±3 mm Down to ±3 mm Varies by product Down to ± 0.25% of measured range Pressure min and max limits Temperature min and max limits Vacuum to 5000 psi (345 bar) -320 to 752 F (-196 to 400 C) Vacuum to 798 psi (55 bar) -40 to 752 F (-40 to 400 C) Up to PN 100 or ANSI 2500 flange rating -103 to 600 F (-75 to 305 C) -3.6 to 44 psi (-0.25 to 3 bar) -22 to 158 F (-30 to 70 C) N/A Switch point 13 mm from tip to 1450 psi (-1 to 100 bar) -94 to 500 F (-70 to 260 C) Safety systems suitable Yes Yes Yes No Yes Yes N/A Switching differential 13 mm Vacuum to 2900 psi (200 bar) -72 to 752 F (-60 to 400 C) Interface selection overview GWR Interface applications based on dielectric differences between two fluids Lower dielectric fluid must be on top Dielectric difference of two liquids must be at least 10 Upper dielectric must be known, in-field determination possible Max thickness of upper layer is dependent upon its dielectric For interface to be detected the upper fluid layer must be 4 in. (10 cm) to 8 in. (20 cm) thick depending on transmitter model and probe style. See GWR application selection guide for details. Target applications, low upper layer dielectric (< 3) and high lower layer dielectric (> 20) Both level and interface measurements are possible Differential Pressure Interface applications based on density differences between two fluids Both taps must be covered Distance between taps (L) x difference in SG = DP Suggested minimum DP of 20 in. H 2 0 (500 mm H 2 0) Interface measurement only See technical note for further details 7

8 RADAR PRODUCT OVERVIEW The Rosemount radar tracks very reliably. The operators can depend on it to maximize our production at the front end of the ethanol process. Plant Maintenance Manager Rosemount radar products provide unsurpassed capabilities and performance. They help increase safety, reduce costs and are immune to changing conditions such as density, vapor, turbulence, pressure and temperature. Radar technology benefits Highly accurate and reliable direct level measurement with no compensation needed for changing process conditions Top down installation minimizes risk for leakages and allows installation with liquid in tank No moving parts, no re-calibration and modular design for minimized maintenance Guided wave radar Handles vapor and turbulence well Suitable for small tanks, difficult tank geometry and internal obstructions Level and interface measurement Non-contacting radar Non contacting technology is ideal for dirty, coating and corrosive applications High application flexibility A wide selection of materials and process connections A broad range of accessories and probe/antenna styles External mounting using the Rosemount 9901 chamber Virtually unaffected by process conditions such as varying density and conductivity Probe options Antenna options Accessories 8

9 Moving to a better level of transmitter couldn't be easier. With loop powered, MultiVariable, smart devices using existing or new tank connections, integration into your plant is seamless. Installation and operation is easy, with reduced costs. + - Easy plant integration Predictive maintenance with advanced diagnostics and PlantWeb TM alerts Easy upgrade by matching existing tank connections and cut-to-fit probes MultiVariable device reduces the number of process penetrations Seamless system integration with HART, FOUNDATION fieldbus, MODBUS, or IEC (WirelessHART ) with the Smart Wireless THUM Adapter View echo curves and initiate Measure-and-Learn functionality with enhanced EDDL capabilities using a field communicator or AMS device manager Fn Configuration made easy Our skilled engineers have worked hard to reduce commissioning costs. Just mount the transmitter, power it up and connect Rosemount RadarMaster TM to the loop to perform a complete transmitter configuration in a few simple steps. No proprietary connections are required and with the ease of a mouse-click the Measure-and-Learn func tion will configure the false echo handling all by itself. Rosemount RadarMaster enables easy, wizard based configuration and service with simple on-line trouble-shooting. Configuration can also be performed using a Field Communicator, AMS TM Suite: Intelligent Device Manager, DeltaV TM or any other DD, FDT/DTM or enhanced EDDL compatible host system. 9

10 GUIDED WAVE RADAR LEVEL AND INTERFACE Our condensate receiver levels went from being a constant headache to hardly noticeable because the Rosemount guided wave radar is so reliable. Travis Rosenberg Maintenance Manager Absolute Energy LLC Our GWR products are simple to use and meet the toughest measurement challenges. They are easy to install into existing openings and are virtually unaffected by process conditions. Rosemount guided wave radar transmitters Highly accurate and reliable direct level measurement MultiVariable output includes the choice of level, interface level, distance, upper product thickness, volume and signal strength Best fit for chamber applications and ideal for replacing older technologies 3300 Series versatile and easy to use Handles most liquid storage and monitoring applications 5300 Series superior performance Handles even the most challenging applications reliably, including process vessels, control and safety Microwave innovations allow use over longer ranges, with lower dielectrics and higher accuracy Enhanced configuration and diagnostic information through RadarMaster and EDDL-based user interface Probe end projection function provides reliable measurements in applications with low signal strength Applications From this to this... in minutes Industrial level measurement Providing accurate and reliable measurement under process variations and with the ability to handle turbulence, vapors, coating, moisture, dust, foam and geometrically difficult vessels, GWR is a popular alternative for many applications. Easy replacement of mechanical devices Guided wave radar can be installed in existing chambers. It is immune to density changes and has no moving parts, making it a reliable and low maintenance alternative to old equipment. 10

11 Specification and selection guide 1 Certification Explosion proof or intrinsically safe Overfill protection (DIBt / WHG) Safety system suitable Marine approvals Output 4-20 ma with HART FOUNDATION fieldbus MODBUS WirelessHART with the THUM Adapter Configuration Customized PC setup and support software Rosemount AMS Suite / Field communicator (e.g. 375/475) Delta V and other FF hosts DTM compliant 2 Enhanced EDDL/DTM capabilities Diagnostics Standard diagnostic capabilities Enhanced diagnostic capabilities Probe materials Stainless steel or PTFE covered Duplex 2205, Alloy C-276, Alloy 400 Max/min -40 to 302 F (-40 to 150 C) / -14 (-1 ) to 580 psig (40 bar) temp/pressure -320 to 752 F (-196 to 400 C) / -14 (-1 ) to 5000 psig (345 bar) Performance Maximum measuring range Minimum dielectric constant with coaxial / single lead probe 3 Reference accuracy Challenging Turbulence, hydrocarbons applications Level and interface with single Coating products lead probe Solids Saturated steam Disturbing electromagnetic interference ft/23m ft/50m 1.4/ /1.4 ±0.2in/5mm ±0.1in/3mm From this Move to single probes for more applications with the Rosemount Lowered costs, less maintenance, reduced inventory. To this 1 For more information please refer to the product data sheet (PDS) and GWR application and selection guide 2 For configuration in Fieldmate, FieldCare, and PactWare 3 See data sheets for details. Installing a single lead probe in a metallic chamber or enabling Probe End Projection function will improve minimum dielectric constant. KEY: Available Not available Interface and liquefied gases Guided wave radar measures both the level and interface level including separators, settling and condensate tanks. GWR is also a good choice for liquefied gases including LNG, LPG and anhydrous ammonia. Demanding environments The 5300 series handles low reflectivity, extreme temperatures and pressures, heavy product coating and saturated steam, making it a reliable alternative for applications such as distillation columns, feed-water tanks and liquefied gases. 11 Solids measurement The 5303 measures solids with dielectric constants as low as 1.4 and a measuring range up to 160 ft. (50 m). Applications include powders and granules, silicon, plastic pellets, cement, fly ash, corn and many more.

12 GUIDED WAVE RADAR LEVEL AND INTERFACE The Rosemount guided wave radar surpassed our expectations and demonstrated that it is both reliable and accurate in this application. Per Lundmark Maintenance Engineer E. ON Power Plant When you need to increase safety, meet tough measurement challenges and keep costs down, you want instrumentation that is unsurpassed in capability and performance. The innovative 5300 next generation guided wave radar gives real results in the most demanding applications. Best performance and uptime Functions such as Direct Switch Technology (DST) and Probe End Projection (PEP) improve measurement capability and reliability. Handles longer measuring ranges, obstructions and lower dielectrics, even with a single lead probe Downtime from interrupted process monitoring is avoided PEP provides a backup function for challenging applications such as plastic pellets and boiling hydrocarbons With PEP the surface position is calculated when the surface echo is unavailable. Signal strength With Direct Switch Technology Without Direct Switch Technology Distance DST provides a signal that is two to five times stronger than other GWR transmitters. Signal curve before Dynamic Vapor Compensation Signal curve after Dynamic Vapor Compensation Accuracy in saturated steam applications The Dynamic Vapor Compensation option dynamically compensates for changes in the vapor space dielectric, minimizing accuracy errors associated with varying pressure and / or temperature. Greater accuracy achieved Helps improve plant efficiency and reduce maintenance By using a probe with a reference reflector, the vapor dielectric is measured. 12

13 Reliable overfill detection EchoLogics and smart software functions provide an enhanced ability to keep track of the surface and detect a full vessel situation. Third party approved (DIBt / WHG) for overfill protection and Safety Integrated System suitability. Determines the correct level Minimizes overfill risk Improves safety e ida SIL2 Suitable Innovative design for reliable performance Heavy-duty probes meet extreme temperature and pressure challenges by providing multiple layers of protection Secondary gas tight seal decoupled from the process Flexible probe load and locking system Dual ceramic temperature and primary pressure seal protected by PTFE frame Electronics and cable connections are located in separate compartments, protecting the electronics and providing safer handling. Lower maintenance costs Signal Quality Metrics (SQM) diagnostics show the quality of the surface signal compared to the noise. This can be used to detect product build-up on the probe or to detect and monitor turbulence, boiling, foam or emulsions Enables predictive maintenance Easy on-line troubleshooting Modular design for reduced spare parts and easy replacement of the head without opening the tank. Increased safety The Smart Galvanic Interface and enhanced transient protection design results in a more stable microwave performance. This improves the EMI performance and provides a more robust, safe measurement with minimized effects from outside disturbances. 13

14 NON-CONTACTING RADAR LEVEL We re always looking for ways to improve our operating efficiency, and this Rosemount radar gauge is moving us in the right direction. Large NA Pulp and Paper Mill Pulp Mill E & I Supervisor Suitable for a wide range of process applications and providing easy top-down installation and commissioning together with trouble-free operation, non-contacting radar is the best choice for dirty, coating and corrosive applications. Rosemount non-contacting radar transmitters Highly accurate and reliable direct level measurement for liquids or solids, including those with wide temperature and pressure requirements MultiVariable output includes the choice of level, distance, volume and signal strength 5400 Series 2-wire superior performance Market leading signal software logic to handle dynamic tank environments High and low frequencies available for maximum application coverage Enhanced EDDL-based user interface for visualization of configuration and diagnostic information Innovative design puts more power on the surface than any other 2-wire radar transmitter Applications 5600 Series 4-wire for exceptional applications Power of 4-wire provides maximum sensitivity and performance for solids, challenging reactors, rapid level changes and extreme process conditions Pipes and stilling wells Rosemount non-contacting radar is an excellent choice for level measurement in stilling wells. Stilling wells minimize foam and turbulence and the tank-structure is invisible to the radar because the signal is confined within the stilling well. Demanding environments Unaffected by temperature, pressure, and vapor gas mixtures, the enhanced radar capabilities provide reliable measurements under challenging conditions. Noncontacting is ideal for corrosive products such as caustics, acids and other chemicals. 14

15 Specification and selection guide 1 Certification Explosion proof or intrinsically safe Overfill protection (DIBt / WHG) Safety system suitable Marine approvals Output Separate wiring for power and communication (e.g. 4-wire) 4-20 ma with HART FOUNDATION fieldbus MODBUS WirelessHART with the THUM Adapter Configuration Customized PC setup and support software Rosemount AMS Suite / Field communicator (e.g. 375/475) Delta V and other FF hosts Enhanced EDDL capabilities DTM compliant 2 Diagnostics Standard diagnostic capabilities Enhanced diagnostic capabilities Antenna Stainless steel, Alloy C-276, Alloy 400 or PTFE covered materials Titanium or Tantalum Max/min/ -40 to 302 F (-40 to 150 C) / -14 (-1) to 232 psig (16 bar) temp/pressure -40 to 752 F (-40 to 400 C) / -14 (-1) to 798 psig (55 bar) Performance Maximum measuring range Minimum dielectic constant Reference accuracy Application Heavy vapors or bubbling/boiling surfaces considerations Valves, taller nozzles, small openings and internal structures High turbulence and rapid level changes Solids, granules, powders ft/35m 164ft/50m in/3mm 0.2in/5mm Frequencies to suit your application needs a) b) Because no radar frequency is ideal for all process applications, the ability to decide between models allows you to choose the frequency that will best fit your application. a) 5401: 6 GHz b) 5402: 26 GHz c) 5600: 10 GHz (not shown) 1 For more information please refer to the product data sheet (PDS). 2 For configuration in Fieldmate, FieldCare, and PactWare 3 If installed in vessel, 1.4 if installed in metallic pipe. Measuring range depends on microwave frequency, antenna size, dielectric constant and process condition. See PDS for details. KEY: Available Not available Storage and buffer tanks Rosemount non-contacting radar provides a very reliable and accurate level reading with no moving parts or contact with the process, thus eliminating costly maintenance. Reactor and mixing tanks Rosemount non-contacting radar withstands the challenge of reactor and mixing tanks. It is unaffected by almost any fluid property change, including density, ph and viscosity. Solids measurement The Rosemount 5600 measures low dielectric solids with a measuring range capability to 160 ft. (50 m). Applications include powders and granules such as lime, cement, fly ash, corn, metals, ore and many more. 15

16 NON-CONTACTING RADAR LEVEL Since the installation, both operational and maintenance costs have been reduced. Johnny Lundberg Project Manager Casco Adhesives Designed for highest reliability and performance and developed from the ground up to improve profitability in your process plant, Rosemount 5400 comprises the Radar Echonomics approach, adding value to your plant by optimally utilizing the radar signals to secure reliable measurement. Best performance Dual Port Technology The unique dual microwave ports for sending and receiving radar signals yield a 75% stronger signal than single port transmitters. This means the 5400 has a much larger safety margin compared with other 2-wire radars towards changing process conditions and copes better with dirt, condensation, distance attenuation, foam, small antennas, turbulence and low dielectric constants. Circular polarization With circular polarization of microwaves the 5400 will automatically reduce the disturbance effect close to tank walls, simplifying commissioning and maximizing reliability. Signal strength Distance With Dual Port (Rosemount 5400) Without Dual Port Applications are managed more reliably and downtime reduced with Dual Port Technology Improved process uptime with advanced transmitter software Measure-and-Learn signal processing False-echo handling is very easy to configure with the It is handled by the Measure and Learn feature in the transmitter which will automatically adjust the 100 point threshold curve to the specific tank. Smart surface tracking capabilities The unique, sophisticated 5400 transmitter software utilizes advanced mathematical algorithms together with smart logics to correctly identify the surface. 16 Up to five echoes are tracked and categorized simultaneously to register false echoes, delivering higher measurement reliability.

17 Reduced cost and increased safety The robust, shock-resistant, and vibration-proof housing and flange design protect the electronics and waveguide from mechanical damage. Third party approved (DiBt/WHG) for overfill protection and Safety Integrated System suitability. Improved uptime and less maintenance Each antenna is engineered for maximum performance, improving process uptime with more reliable measurement. Electronics and cable connections are located in separate compartments, protecting the electronics and providing safer handling. Bell-shaped cone antenna Antenna side-lobes are minimized giving a more focused signal, less influenced by obstacles. The antenna can be made shorter for extended range and measurement further up in the tank. Condensation-resistant cone antenna (above) Larger sealing surface makes the transmitter less sensitive to condensation and dirt. Exotic cone with plate design The plate protects the stainless steel flange from the process environment. The transmitter head can be rotated and easily removed for service or replacement, without opening the tank. Quad-ridged rod antenna with plate design (below) The inactive portion is enhanced to obtain maximum performance. The protective plate allows only corrosiveresistant, non-metallic materials to be exposed to the tank atmosphere. Innovative range of antennas Process seal with drip-offdesign (above) The drip-off sealing disk design reduces condensation, dirt and build-up, and effectively seals off the cone antenna. Only corrosive resistant, non-metallic materials are exposed to the tank atmosphere. 17

18 DIFFERENTIAL PRESSURE AND HYDROSTATIC LEVEL Rosemount 1199 seal assemblies increased our service life from less than two months to more than three years. Instrumentation Engineer U.S. Paper Mill Rosemount DP Level is a reliable, proven technology that performs consistently even in the harshest process conditions. Recent innovations such as wireless and Electronic Remote Sensors, combined with world-class remote seals, allow you to use DP level in more places than ever before. Rosemount DP liquid level transmitters Combines world-class Rosemount pressure instrumentation with direct-mount seals Tuned-System TM Assemblies enable cost-efficient measurement in closed-vessel applications Electronic Remote Sensors Eliminate excessive impulse piping and capillary with innovative digital architecture using two 3051S pressure sensors Gain additional process insight with MultiVariable capabilities 1199 Seal systems Connect to virtually any process with a comprehensive offering of seals, fill fluids, and materials Extend the life of your instrumentation in high temperature, corrosive, highly viscous, and other difficult applications Applications Hydrostatic level transmitters Submersible or external for use in vented and open tanks Tough flush mounted ceramic sensor for long life Available for top-down installation for wells and sumps Tall vessels and towers The digital architecture of the 3051S ERS TM System eliminates many performance and maintenance issues on tall vessels and distillation towers, including measurement drift, plugged impulse lines, and reoccurring maintenance issues. Extreme temperatures and processes DP Level is available in a variety of configurations to meet unique and difficult applications including extreme temperatures, hard vacuums and corrosive processes. 18

19 Minimize risk with Instrument Toolkit TM software Ensure the right DP Level technology is specified for each application Optimize performance by validating the seal configuration for your application Reduce risk with an industry first remote seal system performance report 1 For more information please refer to the product data sheet (PDS). KEY: Available Not available Specification and selection guide 1 Transmitter 4-20 ma protocols HART FOUNDATION fieldbus WirelessHART WirelessHART with the THUM Adapter Profibus Low power (1-5 Vdc) Available DP level, P-Hi pressure, P-Lo pressure measurements P-Hi module temp., P-Lo module temp. 20-Point scaled variable DP level / Pressure, module temp. 2-Point scaled variable DP level / Pressure Hydrostatic level Additional Remote display and interface transmitter Remote zero and span options Advanced diagnostics Safety certified to IEC Process temp. -4 to +194 F (-20 to +90 C) -103 to 600 F (-40 to +316 C) Process pressure Up to PN 100 or ANSI 2500 flange rating Up to 656 ft. (200 m) hydrostatic level Materials of 15+ available including 316 stainless steel, construction Tantalum, Alloy C-276, Titanium, gold plated, and PTFE coated 316 Stainless steel or aluminium bronze and ceramic capacitive sensor 3051S ERS 3051S Hydrostatic Liquid and slurry measurement DP Level technology can be used in almost any liquid level application including those with foam, agitation, and other tank disturbances. Hygienic applications Rosemount DP Level transmitters and seals are available with fill fluids and process connections required for hygienic applications, including 3A. Vented tank and sump measurement For open sumps and atmospheric pressure tanks, hydrostatic and level transmitters provide reliable level measurement either within or external to the tank. Unaffected by difficult surface conditions, they provide stable readings. 19

20 DIFFERENTIAL PRESSURE AND HYDROSTATIC LEVEL We have had no lost production and better on-stream operation since installing Electronic Remote Sensors. I&E Reliability Team Leader U.S. Petrochemical Facility Rosemount DP Level combines industry-leading pressure transmitters, 1199 remote seals, and innovative installation practices to form best-in-class solutions for virtually any application. Tuned-System Assemblies: an easier, cost-effective DP level measurement Balanced system System with two equal lengths of capillary Tuned System assembly System with direct mount plus capillary Ideal for applications with shorter spans and higher operating pressures, Tuned-System assemblies deliver improved performance at a lower cost compared to a traditional balanced system Reduce costs 20% with an easyto-install direct-mount assembly that eliminates excess capillary and transmitter mounting hardware Elimination of excess capillary and oil volume improves system performance by 30% and time response by 80% Reduce risk with model selection and project execution with up-front quantified performance reports 1199 Seal systems: designed to last Robust seal design Backup convolutions on the diaphragm minimize oil volume, resulting in a more reliable measurement Recessed diaphragms reduce potential for handling damage Advanced welding techniques protect the integrity of exotic-material diaphragms 20 Backup convolutions Recessed diaphragm Advanced welding Reliable system construction Welded design with no threaded connections 100% Helium leak tested Advanced manufacturing techniques ensure air-free, leak-tight system that is stable over time Reliable operation in full vacuum applications Gasketed All-welded (vacuum) construction Welded Welded repairable construction

21 Electronic Remote Sensors: A digital upgrade to a proven technology The 3051S ERS System is a new best practice technology for distillation towers, tall vessels, and other applications that have traditionally required excessive lengths of impulse piping or capillary. Expand your application success Simplified installations Each sensor can be independently installed, and the non-proprietary wire may be easily worked through catwalks and around hazards. Nonproprietary wire Gain greater process insight In addition to DP measurement, the 3051S ERS System also provides the individual pressure and temperature from each sensor module, giving you greater insight into your process. Simplify maintenance The 3051S ERS System replaces mechanical components with a digital architecture free of heattracing, insulation, and other complicated practices. Easy integration The entire 3051S ERS System is preprogrammed and powered off a single 2-wire, 4-20 ma HART loop for easy setup and system integration. 21

22 ULTRASONIC CONTINUOUS LEVEL The 3100s were easy to install and program and provide stable signals. Australian Water Authority With routine liquid measurement and control required throughout your plant in storage,processing and utilities applications, you need reliable level instrumentation. Rosemount ultrasonic level transmitters are the cost effective answer. Rosemount ultrasonic level transmitters Fast fit and commissioning for reduced start-up costs Non-contacting technology minimizes maintenance costs Accurate and reliable level measurement in all areas of the plant reduces downtime Use for level, volume or open channel flow applications 2-wire loop powered, with IS hazardous area certification 3101/2/5 Process level transmitter Routine level measurement up to 36 ft. (11 m) Local operator interface or remote programming Two on-board relays are available for control and/or alarm duties Inert wetted materials for use over corrosive liquids 3107/8 Sealed level transmitter Level measurement in sumps and wet wells up to 40 ft. (12 m) Sealed Type 6P / IP68 to survive flooding events Dedicated open channel flow model Configure using 3490 controller or field communicator Applications Open tanks and reservoirs The Rosemount 3100 range can be used for virtually all open tank, reservoir, lagoon or river level measurements. A comprehensive range of mounting accessories and flanges enables the transmitter to be installed at any convenient location. Tank level monitoring Rosemount 3100 ultrasonic level transmitters provide reliable non-contacting level measurement in storage tanks and plant utilities. An on-board library of several tank shapes gives automatic conversion of readout to volume or contents. 22

23 Lock on to and track the liquid level Sophisticated echo recognition algorithms ensure the liquid level is always tracked A tank learning feature allows recognition and rejection of echoes from false targets Keep the control room informed HART digital communications from the transmitter keep the user informed of process conditions and instrument health at all times Four variables and key instrument diagnostics are continuously available Informative instrument dashboards are available when used with AMS Optional local controller Field mounted controller with 5 alarm / control relays and display Powers and communicates with any HART transmitter Non-contacting flow measurement for venturis and flumes Bright LCD display of instantaneous flow, cumulative flow and level Specification and selection guide 1 Application Level Level (occasional submersion) Distance Tank volumes Open channel flow - flumes/weirs Strapping table 10 points Range 1 to 11 ft. (0.3 to 3.3 m) 1 to 26 ft. (0.3 to 8 m) 1 to 36 ft. (0.3 to 11 m) 1 to 40 ft. (0.3 to 12 m) Certification Intrinsically safe/hazardous area Output Relay 2 x SPDT 4-20 ma HART WirelessHART with the THUM Adapter Housing Die cast aluminium Glass filled nylon (plastic) UPVC (plastic) Wetted PVDF (plastic) material UPVC (plastic) IP rating IP66/67 Type 4X IP68 Type 6P (33 ft (10 m)) Ambient -4 to 158 F (-20 to 70 C) temperature -40 to 158 F (-40 to 70 C) -40 to 140 F (-40 to 60 C) Process pressure -3.6 to 44 psi (-0.25 to 3.0 bar) Reference ±0.5% of range or ±0.2 in. (5 mm) 2 accuracy ±0.25% of range or ±0.1 in. (2.5 mm) 2 1 For more information please refer to the product data sheet (PDS). 2 Whichever is the greater KEY: Available Not available Sump level and pump control The Rosemount 3107 is ideally suited for applications in enclosed wet-wells and sumps and is fully encapsulated to withstand accidental submersion. Coupled to a Rosemount 3490 controller, up to 5 pumps can be controlled using sophisticated control algorithms for auto sequencing of pumps. The system is intrinsically safe for hazardous area applications. Open channel flow The Rosemount 3108 is designed for open channel flow measurement and incorporates a remote temperature sensor to provide fast response compensation for speed of sound correction. Coupled to a 3490 controller, the system provides an on-board library of common flow structures Model type: 23

24 VIBRATING FORK POINT LEVEL DETECTION The LED gives operators local indication of the instrument status and allows for quick and easy fault finding by maintenance. Pfizer County Cork, Ireland With safety regulations requiring monitoring of all your tanks and the constant requirement to minimize operation costs, you need reliable, cost effective level switching. Rosemount vibrating fork switches handle a wide range of applications, from overfill duties to critical alarm functions. Rosemount vibrating fork level switches Virtually unaffected by turbulence, foam, vibration, coating or liquid properties Built-in diagnostics continuously check electronic and mechanical health Adjustable switching delay for turbulence/splashing prevents false switching No need for calibration and requires minimum installation and maintenance SIL2 Suitable Applications 2110 Compact model for high volume OEM users Stainless steel housing and plug/socket connection for the fast fit, high volume user 2120 Standard model Choice of switch outputs includes IS and relay DIBt/WHG overfill protection certification Flanged, threaded and extended length options 2130 Enhanced performance model Extended operating temperature range Enhanced instrument health/self-checking diagnostics of the fork and sensor Safety Instrumented Systems suitable 2160 Wireless model World's first wireless liquid level switch Self-checking condition monitoring and alerts available via Field Communicator or AMS Overfill protection Spillage caused by overfilling can be hazardous to people and the environment, resulting in lost product and clean up costs. The 2120 is available with DiBt/WHG overfill protection approval. High and low level alarms Maximum and minimum level detection in tanks are ideal applications for the 2100 series. It is best practice to fit an independent high level alarm switch as a backup to an installed level device in case of primary device failure. 24

25 Unique fork design Rapid wet to dry time for highly responsive switching Fast Drip fork design allows the liquid to be quickly drawn away from the fork tip Shape optimized for hand polishing to meet hygienic requirements Superior diagnostics: 2130 and 2160 models Built-in diagnostics continuously check electronic and mechanical health Fork conditions detected:- internal/external damage, coated or blocked, extreme corrosion Ideal for critical alarm duties 2160 Device Dashboards provide single keystroke access to critical process/device information and status Specification and selection guide 1 Certification Output Diagnostics Housing Wetted material Process temperature Explosion proof certification Intrinsically safe Safe area / ordinary location Overfill protection (DIBt/WHG) Safety system suitable Direct load switching PNP solid state SPDT/DPDT 3 relay output NAMUR WirelessHART Basic self-check Advanced health/self-check diagnostics Glass filled nylon (plastic) Metal (Aluminum/Stainless steel) 316L Stainless steel ECTFE/PFA copolymer, coated 316L SST Corrosion resistant nickel alloy C to 302 F (-40 to +150 C) -94 to 500 F (-70 to +260 C) 2 2 Process pressure 1450 psig at 122 F (100 barg at 50 C) Connections Threaded Hygienic Flanged Extended lengths available 1 For more information please refer to the product data sheet (PDS). 2 When used in conjunction with Rosemount 702 Wireless discrete transmitter 3 SPDT / DPDT: Single pole double throw / double pole double throw switching KEY: Available Not available Limit detection / pump control A 2100 will detect when maximum liquid level is reached, activating a pump. To protect the pump from running dry, a second switch is fitted to detect minimum level and switch off the pump. Run dry / pump protection The loss of a pump due to dry running can be an expensive or dangerous problem in a plant with loss of product and damage to nearby equipment. A 2100 series level switch will detect minimum level, avoiding pump damage. 25 Inaccessible or uneconomic alarms Wireless communications allow savings of up to 90% of installation costs and enable data collection at central locations. Use the 2160 for integrated wireless or 2120 / 2130 with a 702, if discrete output for local control is needed.

26 ELECTROMECHANICAL POINT LEVEL DETECTION The design is impressively simple, the Mobrey switch is reliable and robust. It can operate at the pressures we need (50 bar) and it can take shocks - you can t phase it. Site Engineer Lindsay Oil Refinery Rugged, robust and trusted all over the world for their long term reliability in the harshest of environments, Mobrey float switches are ideal for tough process control duties such as alarms, trips, pump control and interface detection, especially in critical applications or hazardous areas. Mobrey float level switches Operates in almost any liquid at high pressures and temperatures Tough, rugged design for long life in aggressive environments Over 100 years of experience Unaffected by changes in process temperature, dielectric or vapors Wide range of mounting options to meet site standards Chamber mounting option allows isolation while plant is live Widely used in all markets and certified for marine applications Wireless float switch solutions when used with the Rosemount 702 transmitter Applications Wireless applications Mobrey float switches are easily wireless enabled with the Rosemount 702 wireless transmitter for cost effective level detection and overfill protection, improving performance and plant safety. Horizontal level switch Glandless design Solutions for any type of liquid Wide range of mounting options External chamber mount options Vertical level switch Unique snap action switch mechanism Unique treble seal pressure tube and union Options for multiple switch points Wide range of mounting options External chamber mount options High and low alarm Reliable high and low liquid level detection is essential. Overflows are dangerous and costly, while empty vessels lead to pumps running dry. It is common practice to fit an independent high level alarm switch as a back-up device. 26

27 Unique switching mechanism Magnetically coupled - No glands or linkages, no leaks - No springs for reduced maintenance Snap-acting switch - No contact hover or bounce, clean make or break Latching switch - Magnetically latched once operated, no reset if level continues to change Solid silver contacts - No mercury tubes for environmentally friendly switching - High resistance to vibration, false trips eliminated Secondary magnet Tertiary magnet Hermetically sealed option All moving parts are sealed, eliminating freezing / corrosion problems Hermetically sealed switch mechanism Primary magnet Specification and selection guide 1 Horiz Vert Certification Explosion proof Intrinsically safe circuit suitability General purpose Marine Safety system suitable Output/switch type General purpose Low powered circuits High power circuits Hermetically sealed Pneumatic WirelessHART 4 4 Housing Aluminum Aluminum bronze Gunmetal Cast iron Drawn steel Stainless steel Wetted parts Stainless steel Exotic materials Process temperature Maximum 752 F (400 C) 2 Minimum -148 F (-100 C) 2 Process pressure Maximum 1479 psig at 68 F (102 barg at 20 C) Maximum 2900 psig at 68 F 3 (200 barg at 20 C) Mounting Threaded Flanged Chamber 1 For more information please refer to the product data sheet (PDS). 2 Dependent on option and material selected - refer to product data sheet. 3 Special option only 4 When used in conjunction with Rosemount 702 wireless discrete transmitter KEY: Available Not available Pump control Mobrey switches may be specified with pump control mechanisms which can be site-adjusted to control required liquid differential. Side mounting models are ideal for header or filling tanks and vertical mounting models for larger sumps and storage tanks. Submersed applications Where it is not possible to side or top mount a switch, the submersible float switch is watertight Type 6P (IP68) to 100 ft. (30 m) and may be tank floor mounted. The shrouded model protects all moving parts and is ideal for heavily fouled liquids. They are an industry standard for shipboard use. 27

28 ELECTRONIC LIQUID LEVEL CONTROL NORMAL ALARM FAULT SUSPENDED SOLIDS MEASUREMENT We wanted to make sure our systems were fully operational in plenty of time, so we chose to work with specialists from Emerson. They were able to advise us on upgrading our measurement systems and supply and install the new instrumentation too. Graham Liddell Engineering Manager BPL For suspended solids measurement, sludge blanket monitoring and open channel flow, our market-leading water and effluent treatment instrumentation satisfies the need to ensure the environmental compliance and efficient operation of your plant. MSL600 MSM Pipe MCU200 Blanket level detection and control Sludge blanket monitoring and control in clarifiers and thickeners Bright local display of tank profile and relay status Low maintenance self-cleaning sonar transducer Suspended solids density monitoring and control Continuous sludge discharge monitor for up to 50% suspended solids Rugged 316 stainless steel sensors for in-tank or pipe section mounting Bright backlit LCD local display Flanged pipeline sensors for in-line density, 4, 6, and 8 in. (100, 150, 200 mm). Other sizes on request Sludge blanket Level Sludge blanket level detection for primary and secondary sludge and industrial slurries 316 Stainless steel tank mounted sensors for blanket level, NEMA Type 6P (IP68) 433 Sensors Applications Sludge level and density measurement The MSM400 may be used with a tank mounted sensor to monitor density at a fixed point in the tank or detect rising blanket level. Linked to an additional MCU200 and 433 sludge blanket sensor mounted at a higher level in the settlement tank, the MSM400 can provide automatic control of the sludge removal process based on density and actual sludge level. MOBREY MSM400 MCU200 28

29 Reduce maintenance Designed for applications where the transducer may be prone to fouling and coating with debris, the MSL600 incorporates an integral air purge cleaning system to ensure reliable operation and maximum signal strength. PTFE cleaning nozzle eliminates problems with blockages Robust ceramic transducer face prevents damage to the sensor crystal Air purge cleaning nozzle Unlock diagnostics information HART communication from the controller provides convenient system health information. Stored data relating to sensor calibration enables the MSM400 to warn the operator if the measurement parameters are out of limits or require maintenance or re-calibration. Specification and selection guide 1 Application Certification Supply Output Sensor wetted material Sensor IP rating Process temperature Process pressure Sludge interface - point level Sludge interface - continuous level Sludge density - in tank Sludge density - tank discharge Automatic de-sludge control Intrinsically safe/hazardous area 24 Vdc 110 / 230 V, 50 / 60 Hz Control / alarm relay SPDT Fault indication Dedicated fault relay SPDT 4-20 ma HART UPVC/ceramic 316 Stainless steel Type 6P (IP68) submersible -40 to 122 F (-40 to 50 C) -40 to 150 F (-40 to 65 C) -40 to 158 F (-40 to 70 C) Atmospheric 145 psi (10 bar) 1520 psi (105 bar) 1 For more information please refer to the product data sheet (PDS). KEY: Available Not available m MCU200/433 MSM400/433 MSM400/448 MSL600 Suspended solids measurement Sludge blanket level measurement MOBREY MSL600 The MSM400 can continuously monitor the suspended solids or sludge density flowing from a clarifier or settlement tank during the de-sludging process. Robust stainless steel transducers are housed in a pipe section sensor on the outlet of the clarifier. The MSM400 provides the automatic control sequence to start a pump or control a valve for the sludge removal process. MOBREY MSM400 The MSL600 provides an easy solution for tracking sludge blanket level continuously in primary and secondary settlement tanks and thickeners. A sophisticated measurement algorithm ensures reliable blanket detection for a variety of clarifiers and settlement tanks in both municipal and industrial treatment processes. 29

30 CONDUCTIVITY WATER AND STEAM INTERFACE MONITORING The probability of Hydrastep missing an actual trip is less than 1 in 300 million. The probability of creating a nuisance trip is less than 1 in 10 million. Factory Mutual Research Failure to detect low water levels in steam-raising plants can have costly and potentially disastrous consequences. The Hydrastep water and steam monitoring system provides highly visible local and remote drum level indication and alarm with exceptional levels of reliability, while Hydratect provides high reliability detection of water in steam systems. Hydrastep electronic gauging system Reliable, continuous monitoring of steam drum level Exceptional reliability, no missed incidents Local and remote displays with built-in fault indication Zero maintenance minimizes operating costs Wide, accurate measuring range Installed and proven in over 6000 critical applications globally Hydrastep water columns Custom manufactured to fit existing connections in accordance with ASME boiler and pressure vessel code Applications Hydratect steam / water detection system Reliable detection of water or steam in lines, columns and condensate pots High reliability and fault-tolerant operation eliminates the need for routine testing Turbine Water Induction Protection (TWIP) 30

31 Exceptional reliability through proven design Designed for pressure and temperature extremes found in high pressure steam raising plant Leak-proof seal eliminates steam leaks and potential accidents Constructed using only fully certified and traceable materials Hydrastep electrodes operate reliably in extreme conditions Specification and selection guide 1 Application Steam drum level gauging Water / condensate level detection alarm Water column Carbon steel low pressure to 1740 psi (120 bar) Carbon steel high pressure to 3045 psi (210 bar) Stainless steel supercritical to 4350 psi (300 bar) Carbon steel manifold (optional) Electrodes Min 8 to max 32 per water column 2 per manifold or for local installation Control unit Stainless steel IP65 / Type NEMA4 Power supply AC or DC to order Dual redundancy power supply option Electrode output / trip validation Output High visibility local LED indication High visibility remote LED indication 4-20 ma Relays Hydrastep Hydratect Hydrastep is designed for superior reliability. It is fault tolerant so no single fault will cause system failure or loss of monitoring. Hydrastep will: Trip the boiler when low water conditions occur Not trip the boiler on a false alarm 1 For more information please refer to the product data sheet (PDS). KEY: Available Not available Long life electrodes Unique brazing techniques prolong electrode life and minimize downtime Specialized insulator materials allow use up to 1040 F (560 C) Steam drum monitoring The Hydrastep water column is fitted with a series of electrodes and is mounted on the steam drum. The control unit monitors the condition of each electrode. All measurements are interpreted as water, steam or contamination. Both short and open circuit conditions are detected and indicated as faults. Turbine water induction protection (TWIP) Condensed water in a super-heated steam line has the potential to cause serious damage to high speed turbines. A Hydratect level switch installed on the drain pot in the super-heated steam line will detect the level of condensed water and operate a drain valve, protecting the turbine. HYDRATECT 31

32 PRECISE INVENTORY AND TRANSFER TANK GAUGING The Rosemount Raptor system takes tank gauging in bulk liquid storage facilities to another level. With Raptor you will be better With reliable automatic tank data available 24 hours a day from the radar-based Rosemount Tank Gauging system, we can substantially increase terminal efficiency. equipped to handle the ever-increasing demands to increase efficiency, safety and accuracy. Rosemount Raptor system Open and scalable design New levels of safety Unsurpassed accuracy Wired or wireless Ready to improve efficiency Raptor is a complete and flexible radar tank gauging system based on open technology. It uses self-configuring devices and 2-wire fieldbus communication. This makes it easy to install exactly the devices you need today as well as adding or replacing units tomorrow. General Manager Port Klang Terminal Malaysia Access reliable and accurate tank content information in real time for high plant efficiency Fill tanks higher and better utilize storage capacity Works everywhere The 5900S radar gauges suit all kinds of storage applications and tanks: pressurized and non-pressurized, with fixed or floating roofs, with or without still-pipes. Products range from asphalt and crude oil to gasoline and liquefied gas. The Raptor system 32 Refineries Tank terminals Fuel depots LNG plants and more

33 Excellence in overfill prevention Save installation costs With no moving parts, radar technology is fundamentally reliable. But Raptor takes safety further than ever before by including a wide range of overfill prevention options. The 5900S gauge with a 2-in-1 feature can, for example, be delivered to meet SIL 3 requirements for overfill prevention. Raptor s unique, self-configuring 2-wire Tankbus is bus-powered and based on FOUNDATIONTM fieldbus, allowing easy start-up. The tank units are intrinsically safe, which means no expensive cable conduits are required. Communication to the control room can be made using Modbus over most existing cabling, using other fieldbus standards or Emerson Smart Wireless. Two independent radar units in one gauge enables SIL 3 certification Level Temp & Water Temp & Water Bottom Bottom Level P2 P2 Previous System Raptor Scalable System Tank Bus Field Display Power Field Display P1 P1 Hub Field Bus Complete tank inventory management The TankMaster software package is a powerful tool for tank inventory management within the Raptor system. It provides a complete range of inventory and custody transfer functions in addition to system configuration. All calculations are based on current API and ISO standards. Field Bus Precise custody transfer accuracy Unsurpassed accuracy for custody transfer, inventory management, and loss control Level measurement accuracy of 0.02 in. (±0.5 mm) Ultra-stable average temperature measurement with up to 16 spot elements, ensures exact net volume calculations. Gauging solutions from operational control to custody transfer performance with full inventory management functionality. Smart Wireless gateway Rx Tx USB RS-232 Ext. pwr Field communication unit Lo - GAIN - Hi On - TERM - Off FBM 2180 Fieldbus modem Alternative connections to DCS www TankMaster PC workstation in network 33 TankMaster.net The Raptor system consists of a complete range of tank gauging instrumentation including high performance, non-contact 5900S radar level gauges, temperature and pressure transmitters plus water interface sensors and inventory management software.

34 ACCESSORIES The controller is designed for exactly this type of application. Without it, we would have had to commission custom instrumentation which would have been much more expensive. Neil Cuthbert Electrical Engineer MJ Gleeson The Rosemount level product range includes a wide range of accessories to suit particular application needs. Whether it is a specific guided wave probe, a controller to communicate with your existing instrument or a special process seal for your DP transmitter, our wide offering gives you the flexibility you need. Rosemount 3490 universal control unit Accepts input from any 4-20 ma or HART transmitter Provides intrinsically safe power to the transmitter Five field programmable relays for control and/or alarm duties with clear local display Rosemount 9901 chambers For external mounting of process level instrumentation Enables live maintenance of instrumentation Controlled design and manufacture with global quality and consistency Variety of process connections and materials Designed to ASME B31.3. B31.1 available on request Pressure Equipment Directive (PED) compliant Complete point solution: integrated GWR and chamber provide optimal performance Smart Wireless THUM Adapter An installation-ready solution providing rich WirelessHART data Fits any 2- or 4-wire HART devices No special power requirements No battery required Gain access to additional HART information Rosemount 702 wireless discrete transmitter An installation-ready solution that provides dual discrete or leak detection input options Discrete single or dual switch input with logic for limit contact and opposing contact applications Long power module life Other accessories Remote GWR mounting: avoids unsuitable display positioning and enables easier viewing Remote displays for easy access to information Mounting brackets for more flexible mounting 34

35 Rosemount process level devices with the Smart Wireless THUM Adapter power the PlantWeb TM digital plant architecture by delivering more advanced field intelligence for better decision-making to help you achieve unparalled efficiency and productivity. Permanent obstacle Smart wireless gateway AMS configurator DCS/Host Wide selection of materials and process connections Broad range of probe and antenna styles for radar transmitters DP offering includes 25 seal types and 17 materials Vibrating forks with flanged, threaded and extended length options Added value with complete solutions Reducing field wiring leads to huge savings in infrastructure, design and labor. Emerson's smart wireless solutions can reduce installation costs by as much as 90% and save hundreds of man hours at the commissioning stage. 35

36 For more information on industry leading level instrumentation visit us at Guided wave radar Chambers Vibrating forks DP level Non-contacting radar Float switches Ultrasonic Accessories The Emerson logo is a trademark and service mark of Emerson Electric Co. Rosemount and the Rosemount logotype are registered trademarks of Rosemount Inc. PlantWeb is a registered trademark of the Emerson Process Management group of companies. All other marks are the property of their respective owners Rosemount Inc. All rights reserved. Emerson Process Management Rosemount Inc Market Boulevard Chanhassen, MN USA T (U.S.) T (International) (952) F (952) Emerson Process Management Blegistrasse 23 P.O. Box 1046 CH 6341 Baar Switzerland Tel +41 (0) Fax +41 (0) Emerson Process Management Asia Pacific Pte Ltd 1 Pandan Crescent Singapore Tel Fax Service Support Hotline : Emerson FZE P.O. Box Jebel Ali Free Zone Dubai, UAE Tel Fax Rev CC 10/11 36