Liquid Analytical SolutionsFrom the World’s Most Trusted Source

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WORLDWIDE STRENGTH

Emerson Process Management is part

of Emerson, a global company that

brings together technology and

engineering to provide innovative

solutions for our customers in a wide

range of industrial, commercial and

consumer markets. Our priority is to

design, produce and deliver products,

systems and solutions that make

people's lives better.

TRUSTED AROUND THE GLOBE: THE MOST ADVANCED LIQUID ANALYSIS SOLUTIONS

UNMATCHED ACCURACY. SUPERIOR PERFORMANCE. WORRY-FREE DEPENDABILITY.

Our leading-edge instruments and applications expertise, along with unmatched customer service and support

worldwide, put Emerson’s Rosemount Analytical instruments in a league of their own. We help our customers

maximize process performance, productivity, and profitability. Our solutions can provide reduced installation

and maintenance costs while improving process quality. We offer a complete range of analyzers, transmitters

and sensors for the continuous on-line measurement of pH, ORP, conductivity, dissolved oxygen, ozone,

chlorine, turbidity and total suspended solids. All around the world, Rosemount Analytical products from

Emerson prove their worth to thousands of customers every day.

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SAFE AND RELIABLE LIQUID ANALYTICAL SOLUTIONS

Emerson has become the world leader in liquid analysis by design-

ing and manufacturing products that set new standards in per-

formance and reliability. Value Analysis and Value Engineering

(VA/VE) assure the quality of both our products and their value to

our customers. Plant and personnel safety are of prime impor-

tance in the design and manufacture of our products.

Our products are approved by organizations known worldwide:

Factory Mutual (FM), Canadian Standards Association (CSA), and

European (ATEX) for Electrical Equipment in hazardous locations.

For increased EMI and RFI protection and safety, our global prod-

uct line has been certified to meet CE standards and specifica-

tions. Adherence to these high standards assures our customers

that they are getting the safest, most reliable products.

PROVEN HIGHEST QUALITY ANALYSIS

Emerson’s design, manufacturing, and quality

assurance programs are fully documented and

certified to ISO-9001 quality standards.

100% factory testing provides virtually trouble-free start-up

and increased product life.

Through support, product knowledge, and commitment,

Emerson assures a consistent approach to reliable quality.

CUTTING-EDGE LIQUID

ANALYTIC SOLUTIONS

FOR YOUR INDUSTRY

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match the process chemistry. Theresulting sensors live longer,respond faster, drift less, therebyminimizing maintenance andlowering cost of ownership.

PERpH-X High Performance pHand ORP sensors

Rosemount Analytical PERpH-X highperformance pH sensors incorporateseveral design innovations thatprolong the life of the sensor indifficult applications. The 3300/3400/3500 sensors were engineeredfor high temperature processeswhich provide the harshest test ofpH sensors.

The AccuGlass™ pH glass electrodeprovides exceptional resistance tothermal degradation, even at tem-peratures around 155° C. This meansless breakage from thermal shockand improved speed of response forfast and accurate calibrations.

ANALYTICAL SENSORS

Most pH measurements fail due toreference electrode problems,fouled electrolytes or clogged refer-ence junctions. The double junctiondesign has a replaceable porousTeflon® liquid junction that resistscoating in dirty applications. Therechargeable KCl gel resists fouling.Replacing a clogged junction orrecharging the electrolyte will rejuvenate most failed sensors.

A molded Ryton® body housed in atitanium tube provides a rugged,chemically resistant sensor. The con-struction is enhanced by the choiceof EPDM, Viton® or Kalrez® o-rings.

The improved durability of the pHglass electrode, the increased stability of the reference electrodeand the overall reliability of themechanical design have producedsensors that live longer, respondfaster and drift less thereby mini-mizing maintenance and loweringthe total cost of ownership.

PERpH-X High Performance pH/ORP Sensors

With PERpH-X, one sensor can succeed in avariety of processes by using different referenceelectrolytes. Six different electrolyte SolutionsKits are available:

> High Temperature Kit> Bio-Film Resistant Kit> Poisoning Resistant Kit> Oil Resistant Kit> Scaling Resistant Kit> Metals Resistant Kit

Each kit uses a specific chemistry formulated toextend the life of the reference electrode in itstargeted application.

For more information, refer to Product DataSheet 71-3300/3400

Industrial pH and ORP Sensors

Rosemount Analytical industrial pH lines fromEmerson are designed to meet the demandingprocess needs of a wide range of industries includingpulp and paper, hydrocarbon processing, refining,chemical and F&B. Emerson sets the industrystandard by offering flexible solutions for a variety ofapplications ranging from low to very hightemperatures, non-coating to fouling applicationsand processes with cyclic CIP.

The PERpH-X™ sensor family wasdesigned to expand applicationflexibility by withstanding elevatedtemperatures up to 155° C.Incorporating several designinnovations that increase sensor lifein difficult applications: improveddurability of the AccuGlass pH glasselectrode, increased stability of thereference electrode and overallimprovement of the mechanicaldesign. PERpH-X technology uses arebuildable concept and is offeredwith six electrolyte fill solutions to

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Model 396R/398RRetractable pH Sensor

in a Ball Valve

Same with Flat Bulb

Model 396P Insertionand Submersion

pH Sensor

Same with Flat Bulb

Model 396/398 Insertionand Submersion pH

Sensor

Same with Flat Bulb

TUpH sensors are just that –TOUGH! TUpH sensors featurethe industry proven AccuGlassand TUpH reference electrode,designed to resist coating andminimize maintenance. Theentire line incorporates three keyfeatures; a large surface areaTUpH reference junction thatresists coating, the HelicalReference Pathway that extendsthe life in poisoning environ-ments and the SILCORE technolo-gy that improves the sensorsmechanical and temperaturedurability. The TUpH family ofpH/ORP sensors has many config-urations designed to meet theneeds found in pulp and paper,chemical, wastewater and otherharsh process applications.

The 396 is the workhorse of thefamily, available in a valveretractable design, a high pressureinsertion design and a poly propy-lene bodied insertion/submersion

TUpH™ Family of pH and ORP Sensors

device with front and rear facing 1”MNPT threads. A 12 mm diameterversion and non-glass pH elec-trodes, Models 370 and 371, arealso available. The 398 offersimproved chemical resistance forextended service in the harshestenvironments.

Combine the state-of-the-art TUpHsensor with Rosemount AnalyticalpH analyzers featuring predictivesensor diagnostics, and you haveone tough-to-beat package.

The optional Varipol connector isdesigned with a robust, corrosion-resistant metal casing and gold-plated contacts to shield andassure a stable signal. All VP modelsuse a mating watertight VP cable.

For more information, refer toProduct Data Sheets 71-TUpH,71-TUpHVP, 71-Quik, 71-371, or91-6020 for sensor mountingaccessories.

containing ammonia, chlorine,cyanides, sulfides, or other poison-ing agents.

General Purpose 399 and 399VP

These models feature an annularceramic junction surrounding thepH/ORP-sensitive membrane. Thedouble-junction reference cell isresistant to contamination byprocesses containing ammonia,chlorine, cyanides, sulfides, or otherpoisoning agents.

The glass pH electrode is availablewith either a standard hemi bulb oran optional flat bulb. Flat glass is

well-suited for abrasive or coatingapplications. The hemi bulb is moredurable and provides greater accuracy over the entire pH range.

General Purpose and TripleJunction pH and ORP Sensors

Rosemount Analytical general pur-pose sensors measure the pH orORP of aqueous solutions inpipelines, open tanks, or ponds.General purpose sensors are suit-able for many industrial applicationswhere a low cost, high performancesensor is needed.

Triple Junction Models 389 and 389VP

The combination electrode featuresa peripheral ceramic junction. Thetriple-junction reference cell pro-vides longer life in process solutions

Triple Junction Model 389 Sensor

General Purpose Model 399 Sensor

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Model 3800 / 3800VPSterlizable pH Sensors

The PUR-Sense™ line of pH sensors isspecifically designed for stability inlife science and sanitary applications,where autoclaving and steam sterili-zation are required. They are built onAccuGlass™ technology and exhibitunparalleled stability after exposureto high temperature sterilization.

For process compatibility, the 3800series is available in three insertionlengths: 120mm, 225mm and325mm. These lengths allow use ofalternative mounting assemblies,such as the Tri-Clam p® , NPT x Pg13.5 insertion adapter and a G 1.25”x Pg13.5 assembly.

The drift free reference designclosely retains its calibration. Thesensor is designed to withstand140° C thus minimizing high tem-perature shock and increasing itslife. Testing has shown that the sen-sor can withstand 50+ steam cyclesand 30+ autoclave cycles providinga stable and reliable measurementafter many cycles.

Each sensor has a quality test certifi-cate that includes a list of wettedmaterials used and a calibrationrecord for ease of compliance.

For more information, please referto Product Data Sheet 71-3800.

Model 3800 SteamSterilizable pH Sensor

Model 3200HP High Purity pH Sensor

Model 3800VP SteamSterilizable pH Sensor

SENSOR APPLICATION SOLUTIONS

Model 3200HP High Purity Sensor

The pHaser™ Model 3200HP isdesigned for the accurate measure-ment of pH in low conductivity, highpurity (HP) water.

The 3200HP sensor is a panelmounted system consisting of acombination pH, reference, temper-ature sensor with integral solutionground, an electrolyte reservoir, aflow cell and a calibration cup holder. The 100 ohm platinum RTDis housed in a 316 SS solutionground near the pH glass electrodeassuring fast and accurate tempera-ture compensation.

The key to an accurate measure-ment is a stable reference electrodethat produces the same potentialover many months of service

Specialty pH Sensors

Rosemount Analytical specialty sensors fromEmerson are specifically designed to meet thespecial needs of a wide range of industries includingbiopharmaceutical, food processing, chemical,power, and semiconductor.

Solu Comp Xmt Transmitter

Model 1056 Dual Measurement Analyzer

Model 54eA Analyzer

Model 5081-A Transmitter

Model 6081Transmitter

Rosemount Analytical

pH sensors can be

used with our full line

of analyzers and

transmitters

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whether in calibrating solutions orhigh purity water. The pHaser refer-ence electrode is unaffected by theconductivity changes that occurwhen the sensor is moved betweencalibration buffers and low conduc-tivity water, it continues to producethe same potential. This flowing ref-erence electrode uses a laser drilledcapillary for the liquid junction, thepHaser reference junction. The laserdrilled capillary design is immuneto drift caused by the long termplugging common to all ceramicreference junctions.

These features combined with therapid response and stability of theAccuGlass™ pH electrode providesan unsurpassed level of perform-ance in high purity water.

Bx438 Dissolved Oxygen Sensor

The Model Bx438 sensor is designedto monitor trace levels of dissolved

oxygen in beer and other carbonat-ed beverages. The Bx438 utilizes arobust membrane and is designedto withstand significantly moreclean in place (CIP) cycles than otherdissolved oxygen sensors.

The design of the membrane is thekey to achieving high performanceand decreased maintenance. Theelectrode construction guaranteesexcellent stability even after numer-ous sterilization cycles. The cost tomaintain the Bx438 sensor isapproximately one-third the costrequired to maintain competitivedissolved oxygen sensors.

Retractable Sensor Mounting Assembly

Designed to be used withRosemount Analytical steam steriliz-able pH and DO sensors, the assem-bly is built to withstand clean-in-place cycles. The sensor can be

withdrawn without interrupting theprocess. An integral safety mecha-nism prevents the assembly frombeing inserted into the processwithout the electrode beinginstalled. While in the retractedposition, the sensor can be cleanedwith water or buffer solutions. TheRetractable assembly is manufac-tured with 316 Stainless Steel andFDA approved EPDM o-rings.

Amperometric Sensors

Emerson offers a complete line ofRosemount Analytical amperometricsensors for the determination ofdissolved oxygen, ozone, and chlorine in water. These mem-brane-covered sensors are ruggedand easy to maintain. Replacing amembrane requires no specialtools, and routine maintenancetakes only minutes. Sensors areavailable with either an integralcable or a Varipol 6.0 connector.

Bx438 Dissolved Oxygen SensorRetractable Sensor Mounting Assembly

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ENDURANCE™

Conductivity Sensors

Emerson offers a wide selection ofRosemount Analytical conductivitysensors. The ENDURANCE line ofsensors have titanium electrodes,providing stability and ruggednesswithout sacrificing accuracy.

Available in 0.01, 0.1, and 1.0/cmcell constants, ENDURANCE sensorsare suitable for the measurement ofconductivity in samples rangingfrom ultra-pure water to coolingwater. Process connections includescrew-in (Model 400), retractable(Model 402), and sanitary flange(Model 403). All wetted plastics andelastomers in the 403 sensor complywith 21CFR177, and all wetted surfaces have a 16 micron-inch Rafinish. A fast response flow cell(Model 404) is also available.

For more information, refer toProduct Data Sheet 71-400 and 71-403.

Model 400 with VP 6.0 Connector

ANALYTICAL SENSORS

In the Models 400VP, 402VP, and403VP, a Varipol multi-pin connec-tor replaces the integral cable. TheVP 6.0 connector has a robust,watertight, corrosion-resistantmetal casing with gold-plated con-tacts, which ensures a stable andaccurate signal. The connectingcable needs to be installed onlyonce. There is no need to rewire thecable when the sensor is replaced.And, because the connection is atthe sensor, the sensor can beremoved from the process line with-out twisting the cable. ENDURANCEconductivity sensors can be usedwith Model 1056, 54eC, 5081-C andXmt-C instruments.

For more information, refer toProduct Data Sheet 71-400 and 71-403.

ENDURANCE™Conductivity Sensors

Analytical Sensors for Industrial and Municipal Applications

Emerson offers the largest selection of liquid analytical sensors in the world, designed to matchthe performance of its advanced RosemountAnalytical analyzers. We also have worldwide application support and service to help you choosethe right sensor – whether it be for high puritywater, pulp and paper, chemical processing, power,or wastewater and drinking water.

Sensor technology remains at the heart of our busi-ness. Emerson conducts extensive research anddevelopment programs to improve the performanceand reliability of its Rosemount Analytical sensors.These programs have led to the development ofimproved pH glass (Accu-Glass™ formulations),improved reference electrode design, and encapsu-lated conductivity sensors that prevent processintrusion. Every sensor is tested before leaving thefactory to ensure trouble-free start-up.

Model 226 and 228 Submersion/Insertion Sensors

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Four-electrode SensorsEmerson has recently introducedthe Rosemount Analytical four- elec-trode conductivity sensor, theModel 410VP. The broad dynamicrange—six orders of magnitude—makes the 410 VP sensor ideal formonitoring CIP (clean in place)applications in the food and bever-age industries. The sensor is avail-able in PEEK and meets the foodcontact requirements of21CFR171.The Model 410 VP sensoris available with Tri-Clam p®, Varivent N, and G11⁄4 fittings. Formore information refer to ProductData Sheet 71-410VP.

Toroidal Conductivity SensorsEmerson offers a full line ofRosemount Analytical toroidal(inductive) conductivity sensors.Toroidal sensors are ideal for use incorrosive liquids and in liquids con-taining suspended solids – applications for which metal electrode sensors are not suitable.

For applications where the sensorcan be inserted into the process pip-ing or submerged in a tank, chooseeither the Model 226 or 228 sensor.The rugged design and construction

of these sensors enable them to tolerate the harshest conditions.

The Model 228 is a workhorse sensorand meets most process require-ments. However, if high levels ofsuspended solids are present, theModel 226 sensor can be betterchoice. The large opening in theModel 226 tends to resist pluggingfrom solids better than the smalleropening of the 228 sensor.

Both the Model 226 and 228 sensorsare molded from durable, chemicalresistant PEEK. The 228 sensor isalso available in Tefzel®. A variety ofmounting options are available, anda high pressure retraction deviceallows the 228 sensor to be insertedagainst pressure as high as 295 psig(2135 kPa abs).

For applications in the pharmaceuti-cal and food and beverage industrieswhere a sanitary design is required,chose the Model 225 sensor. Thesensor is available in glass-filled PEEK,unfilled PEEK, and unfilled Tefzel®.The unfilled PEEK sensors conform to3A sanitary standards, and anunfilled PEEK version molded fromUSP Class VI polymer is also available.The sensor is available with a 2-inchTri-Clam p® process connection.

Rosemount Analytical also offersflow-through toroidal conductivitysensors. Flow-through sensors areideal for viscous or fibrous liquids.Because no part of the sensor protrudes into the sample flow,there is no obstruction on whichsolids can accumulate.

The Model 222 sensor is constructedfrom Teflon®-lined carbon steelpipe. It is available in one-inch andtwo-inch pipe sizes. The Model 242sensor is available in PEEK, Teflon®,and alumina and can accommodateline sizes ranging from one inch tofour inches (DN 25 to DN 100). Allflow-through toroidal sensors havemetal rings that make electrical con-tact with the liquid being measured.The Model 222 sensor is availablewith carbon steel and 316 stainlesssteel contact rings. The 242 sensoris available with 316 stainless steel,Hastelloy C-276, and Carpenter 20-Cb3 contact rings.

For flow-through applications in thepharmaceutical and food and beverageindustries choose the Model 245sensor. The sensor uses Tri-Clam p®

process connections and is availablein line sizes between 0.5 and 2-inches.

Toroidal conductivity sensors can beused with Model 1055, 1056, 54eC,5081-T and Xmt-T instruments.

For more information, refer toProduct Data Sheets 71-226/228,71-225 and 71-242.

Model 228with Insertion AssemblyModel 410 Sensor

Model 245 Flow-ThroughToroidal Conductivity

Sensor

Model 242 Flow-Through Sensor

Model 225 CIP Sensor

Model 222Flow-Through Sensor

10

Complete system includes sensor,analyzer, sensor washer head,mounting hardware, and air compressor. The Air Blast Cleanersystem can keep the sensorfunctioning up to 3 months orlonger without cleaning.

The floating ball system Model BB11is a flotation device designed tomount the DO sensor Model 499ADOand keep it at a fixed distance in theprocess, regardless of changes inlevel. The floating ball will alsoaccommodate the Sensor Wash

ANALYTICAL SOLUTIONS

Dissolved Oxygen Sensors

The Model 499A DO sensor accu-rately measures dissolved oxygen ina variety of applications, particularly municipal and industrial wastewater treatment.Calibration is easy. Just expose thesensor to air and press a button.The analyzer measures the baro-metric pressure and temperature,calculates the solubility of oxygenin water, and calibrates the sensor.

For process liquids that foul andcoat the membrane, like thosefound in wastewater aerationbasins, the Air Blast Cleaner SystemModel DO-03/04 is available.

Head Assembly or any sensor with a1-inch rear facing MNPT connection.

For more information, refer toProduct Data Sheets 71-499ADO,71-DO-03/04 and 71-BB11.

Free Chlorine Sensors

Choose the Model 499ACL-01 sensorto measure free chlorine and saygoodbye to messy and expensivereagents and sample conditioningsystems. The Model 499ACL-01measures free chlorine in sampleshaving pH between 6.0 and 9.5. Theanalyzer automatically compensatesfor the effect of pH on the raw signal(a separate pH sensor is required). Ifthe pH of the sample varies less than0.2, pH correction is generally notneeded. The linear range of the sensor is 0-5 ppm. The dual slope cal-ibration feature available in theModel 1056, 54eA, 5081-A and Xmt-A instruments permits the sensor tobe used between 0 and 20 ppm. Formore information, refer to ProductData Sheet 71-499ACL-01.Sensor Floating Ball System

DO Sensor with Sensor Washer Head

Application-Specific Sensors

These Rosemount Analytical sensors are designed tomeet specific measurement requirements, includingdissolved oxygen, free chlorine, total chlorine,monochloramine, ozone and trace dissolved oxygen.

Model 499ADO Dissolved Oxygen

Sensor

Solu Comp Xmt Transmitter

Model 1056 Dual Measurement Analyzer

Model 54eA Analyzer

Model 5081-A Transmitter

Rosemount Analytical sensors can be used withour full line of analyzers and transmitters

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Total Chlorine

The Model TCL is a sample condi-tioning system, sensor and analyzerfor the determination of total chlorine in water. The system isreagent-based and measures truetotal chlorine. The reagent, a solu-tion of potassium iodide in vinegar,lasts two months. Sample usage issmall – about 15 mL per minute. Formore information, refer to ProductData Sheet 71-TCL.

Monochloramine

The Model 499ACL-03 measuresmonochloramine in drinking water.Like the Model 499ACL-01 sensor formeasuring free chlorine, the mono-chloramine sensor requires noreagents or sample conditioningsystems. The linear range of thesensor is 0-20 ppm. For more infor-mation, refer to Product Data Sheet71-499ACL-03.

Model TCL Total Chlorine SampleConditioning System

Model 499A TrDO Sensor

Ozone

Use the 499A OZ sensor to measureozone in a wide variety of processes,including drinking water and bottledwater. The sensor easily measuresozone concentrations as high as 1 ppm. For higher levels, such asthose used in cleaning and sanitiz-ing, consult the factory. For moreinformation, refer to Product DataSheet 71-499AOZ.

Trace Dissolved Oxygen

The 499A TrDO sensor is the perfectchoice for measuring trace dissolvedoxygen in boiler feedwater in steamelectric power plants. The sensorhas a rapid come-down time follow-ing maintenance and calibration.High accuracy (±1 ppb), lack of flowsensitivity, and rapid response timerival more costly sensors on themarket. For more information, referto Product Data Sheet 71-499ATrDO.

Model 499 OZ Sensor

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Clarity II™ Dual-sensor Turbidimeter

pH Independent Free Chlorine System

The Model FCLi free chlorine system is intendedfor the determination of free chlorine in freshwater. It uses no expensive sample conditioningsystems or messy reagents to control pH, nor does it require an auxiliary pH sensor for pH correction.

The Model FCLi uses a three electrode, membrane-covered amperometric sensor andincludes an easy-to-use, fully programmableanalyzer. The analyzer, flow cell and flow con-troller are mounted on a back plate, and sensorcables are pre-wired to the analyzer. To elimi-nate wiring hassles, quick disconnect Varipolcable is standard. Because the FCLi uses a con-stant head device to control flow, no pressureregulators or valves are needed. Flow require-ments are very low – only 2 gph.

For more information, refer to Product DataSheet 71-FCLi.

Packaged Free Chlorine andMonochloromine Systems

Emerson offers a complete line ofinnovative Rosemount Analyticalliquid analysis tools. The ModelsFCL and MCL are complete systemsfor the determination of free chlo-rine and monochloramine in water.The analyzer, flow cells and flowcontroller are mounted on a backplate and sensor cables are pre-wired to the analyzer. Just mountthe plate, bring in the sample, pro-vide a drain, connect power, andattach the sensors to the pre-wiredVaripol cables. Because the FCL andMCL use a constant head device tocontrol flow, no pressure regulatorsor valves are needed. Flow require-ments are very low – only 3 gph (11L/hr). And the measurements arecompletely reagent free.

For more information, refer toProduct Data Sheets 71-FCL and71-MCL.

Turbidity

The Rosemount Analytical Clarity II™

Model T1056 dual-sensor turbidi-meter allows water treatment facilitiesto comply with U.S. EPA andInternational ISO regulations formeasurement of water clarity. Thesystem includes an electronic analyzer, a low-NTU optical sensor,and a measurement chamber with atwo-stage debubbler. The turbidi-meter meets EPA 180.1 and ISO7027 specifications for turbiditymeasurement when installed withthe appropriate optical sensor. 4-20mA analog outputs can be enabledfor interfacing to recording devicesand control systems. The instrumentincorporates an easy-to-use menu-driven user interface for program-ming, calibration and operation, aswell as a backlit display. Chooseamong six languages for even moreease of use and flexibility.

For more information refer to prod-uct data sheet 71-T1056.

FCL/MCL Free Chlorine Systems

ANALYTICAL SOLUTIONS

Model FCLi Free Chlorine System

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On-line Wet Chemistry Analyzers

Simplicity, ease-of-use and reliableoperation characterize the line ofwet chemistry analyzers availablefrom Rosemount Analytical. Theline includes Model CFA3030 Silica Analyzer, Model 3011 SodiumAnalyzer, Model 3018 HydrazineAnalyzer and Model 3047 Phosphate Analyzer.

All analyzers have one button opera-tion – one button starts, calibratesand puts the analyzer on-line. Usingan optional built-in stream selector,the analyzers have a multiple sam-ple option allowing measurement ofas many as six sample streams

sequentially. The analyzer performsself diagnostics monitoring criticalfunctions and alerts the user when aproblem exists.

For ease-of-use, pre-packagedreagents and standards are used,which means no messy chemicalsolutions to prepare and standardizeas they come from the factory readyto use. Routine maintenance takesfive minutes every three months.

For more information refer to theseProduct Data Sheets: Silica – PDS 71-Silica3030Sodium – PDS 71-Sodium3011Hydrazine – PDS 71-Hydrazine3018Phosphate – PDS 71-Phospate3047

Water Quality System

The Model WQS Water QualitySystem is intended for the determi-nation of pH, ORP, conductivity,temperature, free chlorine or mono-chloramine, oxygen, turbidity, andparticle index in fresh water. Thesystem combines user-specifiedinstruments and sensors to create acustomized system for monitoringwater quality.

The system is designed for quickstartup and low maintenance. Noreagents – free chlorine and mono-chloramine sensors are completelyreagent free. The system is prewiredand plumbed with Varipol quick-dis-connect sensors. It operates withlow sample flow: <3gph (183mL/min). There is a choice of digitaloutputs between HART andFOUNDATION fieldbus.

The WQS provides constant surveil-lance of water quality events thatmay affect the security of your dis-tribution network. It helps ensurethat acceptable water qualityparameters are maintainedthroughout the distribution systemand assists in meeting the require-ments of the Surface WaterTreatment Rule.

For more information refer to prod-uct data sheet 71-WQS.

Model WQS Water Quality SystemOn-line Wet Chemistry Analyzers

14

Model 5081 Transmitters

The Model 5081 fits easily into anyplant communication scheme. Use asimple analog output or chooseFOUNDATION™ fieldbus or HART® digi-tal communications. Digital com-munications in the Model 5081bring all of the advantages ofEmerson’s Rosemount AnalyticalAMS windows to the user. Use AMSto setup and configure the transmit-ter, read process variables, and trou-bleshoot from a personalcomputer or host anywherein the plant.

The Model 5081-P featurespredictive sensor diagnosticsthat not only alert the userwhen a pH electrode iscracked or broken, but alsosignal conditions of impend-ing failure, such as plugged or coat-ed reference junction, aged glass,non-immersed electrode and poi-soned reference.

The Model 5081-C and 5081-T two-wire microprocessor transmittersmeasure conductivity using con-tacting and toroidal (inductive) sen-sors respectively. The 5081-C canalso be configured to measure resis-tivity. The transmitters have a largetwo-line display that shows conduc-tivity and temperature readings,and a high loop accuracy (within±2% of actual conductivity and resis-tivity measurements).

The Model 5081-A transmittermeasures dissolved oxygen (ppmand ppb level), free chlorine orozone in a variety of process liquids.The transmitter is compatible withModel 499A sensors for oxygen,chlorine, and ozone, and withHx438, Bx438 and Gx448 steamsterilizable oxygen sensors.

For more information on the Model5081 transmitters, refer to ProductData Sheet 71-5081.

Solu Comp Model Xmt™

Transmitters

The Xmt is available for themeasurement of pH, ORP,conductivity, dissolvedoxygen, free chlorine, mono-chloramine and ozone.Available in panel mount or

surface/pipe mount designs, theSolu Comp Xmt features a two-linedisplay and simple-to-use, intuitivemenus in six languages. The Xmtincludes the HART and FOUNDATION™

fieldbus digital communicationsprotocols, which enable the user toaccess valuable AMS functions. The4-20 mA output with superimposedHART digital signal is fully scalableover the operating range of a sensor.

For more information on the SoluComp Xmt family of transmitters,refer to Product Data Sheet 71-XMT.

Model 5081 Transmitter Solu Comp™ Xmt™ Transmitter

TWO-WIRE TRANSMITTERS

Two-wire Transmitters for Demanding Environments

Rosemount Analytical two-wire transmitters are certified to be intrinsically safe when used with anappropriate safety barrier. The Models 5081 and SoluComp™ Xmt two-wire transmitters meet European CErequirements. The Model 5081 also meets the ATEXdirective and is offered as FISCO configured. Bothtransmitters are weatherproof and corrosion-resist-ant. In addition, the transmitters meet NEMA 4X (IP65) criteria. Models are available to fit virtually any process monitoring and control scheme, including EmersonProcess Management PlantWeb™.

15

WIRELESS TRANSMITTERS

Model 6081 Transmitters

The Emerson wireless solutionensures data transmission reliability,best-in-industry security, and network stability. Emerson wirelesscovers many process measurementsincluding flow, level, and pressure –all of which can be combined withliquid analysis by the Model 6081 onthe same HART v 7network.

Check out these wireless solutionadvantages:

SECURITY – Built-in encryption,authentication, verification, keymanagement, anti-jamming, andother security measures can makeproperly-implemented wireless net-works as secure as many traditionalwired ones – or more so.

SMART SENSOR – Sensor calibra-tion is immediate with Smart Sensortechnology, no need to calibrate inthe field. The lab calibrated sensorholds the information until installed.

POWER – Advanced power-man-agement techniques and low-powerelectronics help minimize powerconsumption so wireless devicescan operate for years without battery replacement.

RELIABILITY – Self-organizing networks offer unprecedented reliability for wireless field networks,even when changes in the plant

environment interfere with existingtransmission paths.

INTEGRATION – Emerging industrialstandards – such as those underdevelopment by ISO and the HARTCommunications Foundation – areaddressing concerns about integra-tion and long-term compatibility inwireless field networks.

COMPATIBILITY – The Model 6081is compatible with the Rosemount1420 Wireless gateway with HART v 7 which enables communica-tion with Emerson ProcessManagement wireless networks.

ADVANCED DIAGNOSTICS – Highaccuracy and reliability are part ofthe design and are critical for moni-toring applications. Continuousdiagnostics monitor sensor per-formance and health.

COMMUNICATION – HART v 7Digital Communications for contin-uous diagnostics to monitor sensorperformance and health.

Model 6081 Transmitter

Wireless Makes the MostDifficult Locations Accessible

The Model 6081 is a wireless transmitter that contin-uously monitors pH or ORP. Leveraging WirelessHART v 7 communications protocol, advanced diag-

nostics can be enabledsuch as glass Impedance

and reference impedance to support real-timereporting of sensor condition and health. Model6081 is ideal for monitoring remote applications, dif-ficult to access locations, and hazardous areas whichare unsafe for human entry. The Model 6081 integrates seamlessly into Emerson ProcessManagement’s wireless system, which supportsmany process measurements for most industrial,commercial and municipal applications.

Users are looking for ways to wring even more pro-ductivity (and costs) out of their operations. Wirelesstechnology offers a cost-effective way to get theinformation – from additional process measurementsto equipment diagnostics to inventory levels – neededto achieve those goals.

With Emerson's Smart

Wireless solutions, the

benefits of PlantWeb can

be extended to areas that were

previously out of physical or economic

reach. With applications ranging from

Process and Asset Monitoring to

Workforce Productivity and Business

and Plant Management, there are no

limits to the benefits Smart Wireless

can deliver.

The PlantWeb™

Difference

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FOUR-WIRE ANALYZERS

Model 1056 Intelligent Analyzers

The 1056 is a multi-parameter instru-ment with single or dual input.Choose from any combination ofpH/ORP/ISE, Resistivity/Conductivity,% Concentration, Chlorine (Total,Free, Monochlora-mine, pH inde-pendent Free Chlorine), Oxygen,Ozone, Turbidity, 4-20 mA input, andTemperature. Dual measurementanalyzers offer a wide choice of

combinations, thus reducing the costper loop, panel space and number ofstocking units. One unit does it all.

The modular design of the instru-ment allows signal input boards tobe field replaced making configura-tion changes easy. It is easy to installwith modular boards and removableconnectors, along with easy to wirepower, sensors and outputs.

The Model 1056 has a large displaywith easy-to-read process measure-ments that are always displayedduring programming and calibra-tion routines. The menu screens areintuitive with advanced diagnosticsand help screens. Seven languagesare included with every analyzer:English, French, German, Italian,Spanish, Portuguese and Chinese.

Standard features include isolatedinputs, seven embedded local languages, two 4-20mA currentoutputs, removable connectors forpower and current outputs, foursolid plugs for closure of openings,and panel mount hardware.

Exclusive Quick Start screensappear the first time the Model1056 is powered. The instrumentauto-recognizes each measure-ment board and the displayprompts the user to configure eachsensor in a few quick steps forimmediate deployment.

For more information, refer toProduct Data Sheet 71-1056.

Model 54e HART Analyzers

Our Model 54e analyzers are so easy touse that an instruction manual is typi-cally not needed. The dot matrix dis-play spells out each function throughmulti-line menu screens and is config-urable to read in English, French,German, Italian, or Spanish. Additionaloptions include HART communicationand PID and TPC control.

The Model 54epH features tempera-ture-compensated predictive sensordiagnostics that can distinguishbetween the actual pH electrodecondition and the effects of tempera-ture. The Model 54e pH can be characterized to a specific process topredict sensor maintenance needsbefore a sensor failure occurs.

The Model 54eC conductivity analyzer uses either contacting orinductive (toroidal) conductivity sen-sors. The sensor type is selected by akeypad entry. This feature allows theuser to stock one instrument for mostconductivity applications.

The Model 54eA analyzer measuresdissolved oxygen (ppm and ppblevel), free chlorine, monochloramineand ozone. The analyzer features anon-board pressure sensor for easy cal-ibration of oxygen sensors. For freechlorine measurements, the analyzerprovides complete pH compensationfrom pH 6 to pH 9.5.

For more information, refer toProduct Data Sheet 71-54e.

Model 1056 Dual Measurement Analyzer Model 54e HART Analyzer

Microprocessor Analyzers Meet the Highest of Standards

Emerson’s complete line of Rosemount Analyticalmicroprocessor-based analyzers are recognizedworldwide for their high quality, reliability, ease ofinstallation, and low maintenance. These analyzersare ideally suited for general purpose installationswhere line power (115/230 VAC or 24 VDC) is moreconvenient and integral alarm contacts are requiredto fit the process control strategy. All analyzers pro-vide scalable, isolated current outputs, easy-to-usedisplay-driven menus, push button keypads, andadvanced self-diagnostics. From the popular Model54e Series to our dual-input/output 1056, our analyzers provide continuous on-line measurementof pH, ORP, conductivity, resistivity, dissolved oxygen, ozone, free chlorine and monochloromine.

The Model T1056 Clarity II™ dual sensor turbidimeterallows drinking water and wastewater plants to measure low-NTU turbidity for compliance with EPAand ISO regulations.

17

TYPICAL APPLICATIONS

To generate power, a steam electric power plantneeds to supply high-purity, superheated steamto the turbines that power the electric generators.The goal of plant chemical control is minimizingwaterside and steamside corrosion to preventsolids from building up in the heat exchanger andboiler tubes.

Corrosion and deposition cost the power industrybillions of dollars every year in reduced efficiencyand equipment failures! Good water chemistrycan help to reduce those costs through accurate,on-line analysis.

Power Generation

pH Measurement• FGA scrubbers and cooling water• Monitoring of condensate,

feedwater, boiler water and steam

Conductivity Measurement • Monitoring of reverse osmosis and

ion exchange demineralizers• Concentration of regeneration

chemicals• Cation and degassed cation

conductivity in condensate(Larson-Lane System)

• Monitoring of the steam/water cycle

Dissolved Oxygen Measurement (ppb) • Monitoring of condensate and

boiler feedwater

Solutions

CoolingTower

Boiler

RawWater

DemineralizationTrain

DemineralizedWater StorageSteam Turbine

Generator

Pump

Pump

Heater

Heater

Deaerator

Condenser

Hotwell

MainSteam

Scrubber

Waste Treatment Plant

Model 3200 HPSensor

Model 1056Analyzer

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PlantIntake

Primary Disinfection(Ozone or Chlorine Treatment)

Flash Mixers

Flocculation Basin

Filter Beds

SecondaryDisinfection Chlorine Addition (AmmoniaAddition)

Water Tower

FilterWastewaterBackwash

Booster Station

Clear Well

To DistributionSystem

Homes

Industries

Settling Basin

Pretreatment

TYPICAL APPLICATIONS

A drinking water plant takes raw water from a lake,river, or well and treats it to kill or deactivateharmful microorganisms.

Continuous analyzers monitor the process.Turbidimeters measure water clarity, which is agood indicator of filter performance. Free chlorine,chloramine, or total chlorine sensors measuredisinfection residuals, allowing plant operators tocalculate the CT values used to measuredisinfection effectiveness. Chlorine or ozonesensors monitor primary disinfectant levels. pHsensors measure the acidic or basic nature of thewater, which is important in the CT calculation.The pH also gives an indirect indication of thecorrosiveness of the product water.

Drinking Water Treatment

pH Measurement • Effluent pH monitoring

Chlorine Measurement • Monitoring free chlorine, chlorine

and monochloramine in drinkingwater

Ozone Measurement• Monitoring and controlling ozone

for the primary disinfection

Turbidity Measurement• Monitoring clarifier and filter

effluents

Clarity II TurbiditySystem

Model 1056Analyzer

Solutions

Model 399 Sensor

Model 499 AOZSensor

PlantIntake (influent)

PreliminaryTreatmentStage

EqualizationBasin

PrimaryClarifier

AerationBasin

SecondaryClarifier

NitrificationBasin

FinalFiltration

Waste ActivatedSludge (WAS)

Return ActivatedSludge (RAS)

Gravity SludgeThickener

SludgeDewatering

Centrate

Aerobic/AnaerobicSludge Digester

SludgeDisposal

Plant EffluentDisinfection

PrimaryTreatment

Secondary Treatment

FinalTreatment

19

FOR MORE INFORMATION ON INDUSTRIES AND APPLICATIONS, SEE US ON THE WEB AT WWW.RAIHOME.COM

Wastewater is generated by homes, businesses,and industries and is treated in two major steps,primary and secondary treatment, with disposalof solids during both steps. Analyticalmeasurements such as pH and ORP areperformed during the primary treatment stagein order to monitor the removal of solids fromthe wastewater.

Secondary treatment relies upon biologicalprocesses to further purify the wastewater, andmaintaining proper dissolved oxygen (DO) levelsis critical to this process. The DO sensor Model499ADO is the perfect choice for maintaining theproper amount of oxygen required bymicroorganisms during biological processes.

Final treatment consists of chlorination anddechlorination and uses the Model 499ACLchlorine sensor. The final effluent is monitoredfor compliance and reporting purposes, and caninclude pH, turbidity and chlorine measurements.

Wastewater Treatment

pH Measurement • Effluent pH monitoring

Chlorine Measurement • Monitoring chlorine in final

treatment

Dissolved Oxygen Measurement• Monitoring and controlling oxygen

in activated sludge process

Conductivity Measurement• Monitoring conductivity at influent

and outfall

Turbidity Measurement• Monitoring of potable water and

wastewater

Total Suspended Solids• Monitoring suspended solids and

sludge control

Model 499A DO Dissolved Oxygen

Sensor

Model 1056Analyzer

Solutions

PERpH-X pHSensor

TUpH pHSensor

20

TYPICAL APPLICATIONS

The Mining Industry requires robust equipmentfor reliability in mining processes. RosemountAnalytical sensors are designed for these difficultprocesses and provide measurements of pH, ORPand conductivity that are specifically designed forlong life and reliable results in high solids applica-tions. Featured products for this industry includethe Model 242 Flow Through Conductivity Sensor,the coating resistant model 396P TUpH pH sen-sor, and the high performance PERpH-X model3500 pH sensor. These sensors are recommendedwith the easy to use dual channel model 1056analyzer for reduced maintenance, troubleshoot-ing, and training costs.

Metals and Mining

pH Measurement• Cyanide-based extraction• Flotation for copper sulfide

separation• Minimize waste products

Conductivity Measurement• Phase difference for product

concentration• Steel impurities removal treatment• Tailing discharge monitoring

Solutions

PERpH-X High Performance

pH Sensor

Model 228Sensor

Model 1056Analyzer

Crushed Ore

Lime Slurry+ Water

Ball Mill

Rake Classifier

Air

Froth

Tailings

SludgeReturn

pH Meaurement inFlotation Cells

Model 6081Wireless

Transmitter

Model 5081Transmitter

21

FOR MORE INFORMATION ON INDUSTRIES AND APPLICATIONS, SEE US ON THE WEB AT WWW.RAIHOME.COM

There are many processing steps used to turnwood into paper products. In chemical pulping,strong liquors are used to delignify the woodchips, and the spent liquors are constantly beingcollected and regenerated. Conductivity meas-urement is used to monitor the strength of theseliquors and control the pulping process. Thepulp slurry undergoes bleaching, blending, andrefining prior to being run in the paper machine.pH control during these stages is essential forconsistent quality. Emerson’s pH and conductivi-ty devices are used in these challenging applica-tions to obtain these benefits with a minimum ofroutine maintenance.

Paper Production

pH Measurement • Control of the wet end of the paper

machine • ClO2 bleach lines • pH measurement in the head box• General pulp stock pH

measurements

Conductivity Measurement • Alkali concentration monitoring in

kraft white liquor and weak whiteliquor

• Brown stock filtrate monitoring• Pulp digestion in the kraft process

Solutions

Logs

Chipper

DigesterWhiteLiquor

BlackLiquor

BleachTowers

ChlorineDioxideTank

Waste Treatment Plant

MachineChest

RefinerPaperProducts

PaperMachine

Head Box

White WaterChest

PERpH-X HighPerformance pH

SensorModel 242 Flow-Through Sensor

22

TYPICAL APPLICATIONS

Desalination

As world potable water supplies become scarcer,utilities and governments are increasingly turningto desalination of ocean and brackish water tomeet growing demand. There are two basicdesalination technologies: thermal distillation andmembrane separation (reverse osmosis). Bothmethods extract fresh water from the salty watersource, leaving behind even saltier wastewater.Pretreatment of the raw water to control scalingand fouling and, in the case of thermal distillation,to control corrosion is an important part of thedesalination process.

TubeCleaningSystem

HighPerformanceFilter

Post-Treatment

FreshwaterStorage

Homes

Pre-Treatment

Intake

Thermal DistillationDesalination

Conductivity is perhaps the most importantprocess measurement in a desalination plant.Conductivity sensors are reliable and inexpensive,and they provide a continuous measurement ofthe concentration of dissolved salts in the productwater. Other measurements are pH, chlorine, andturbidity. Chlorine and turbidity are used primarilyto check that the product water meets local pub-lic health standards.

23

FOR MORE INFORMATION ON INDUSTRIES AND APPLICATIONS, SEE US ON THE WEB AT WWW.RAIHOME.COM

Solutions

Conductivity Measurement• Product water quality• Raw water, permeate, and reject in

reverse osmosis• Raw water, condensate, and brine

discharge in thermal methods

Turbidity Measurement• Product water quality

pH Measurement• Product water quality• Raw water after pretreatment

Chlorine Measurement• Product water quality• Dechlorination of RO feedwater PERpH-X

High Performance pH Sensor

Model 400Conductivity Sensor

Reverse OsmosisDesalination

MembraneTubes

High-Presssure Pumps

Intake

FreshwaterStorage

Distribution

Post-Treatment

Pre-Treatment

Model 1056Analyzer

24

TYPICAL APPLICATIONS

Conductivity is a critical measurement forWater-for-Injection (WFI). Conductivitymeasurements must adhere to the latest USPguidelines. Sensors need to be calibrated toNIST standards and have surface finishes < 16Ra. The Model 403 sensor meets theseguidelines. Conductivity transmitters mustprovide alarms for raw, uncompensated con-ductivity based on the water temperature.The Model 1055 has the latest USP tablesprogrammed into it, listing acceptable con-ductivity level vs. temperature.

Dissolved Oxygen and pH are two criticalmeasurements in the bioreactor. These tightcontrol parameters affect product yields andspeed of reaction. In addition, these sensorsmust withstand steam-in-place (SIP) cleaningsince residual buffer solutions may affect thedrug harvest campaign. The 3800 pH sensorand the Dissolved Oxygen sensor withstandfrequent SIP cleaning cycles, providing highlyaccurate measurements with fast responsetimes.

Pharmaceutical Production

Process piping and vessels used in the foodand beverage industries require periodiccleaning without disassembly (CIP – cleanin place) to remove residue from previousbatches and to sanitize both the processpiping and vessels. Since the variouscleaning solutions used are more conduc-tive than the water used for flushing andfinal rinsing, conductivity can be used tomonitor the various cleaning steps and thefinal rinse.

The cleaning solutions used for CIP are usedfor several cleanings; conductivity can oftenbe used to monitor the strength of thecleaning solutions to indicate the need forreplenishment.

One of the major requirements for sensorsused in CIP applications is that they be sani-tary in design. The Model 245 SanitaryFlow-Through Toroidal Conductivity Sensormounts directly into the cleaning lines viaTri-Clamp flanges.

Food & Beverage Production

ConductivitySensor/AnalyzerLoop

AlkalineDetergent(0.5% to 10%)

PhosphoricAcid Wash(0.5% to 10%)

Water via Reverse Osmosisor Purified Water

Fermentor orCooking Vessel

ConductivitySensor/AnalyzerLoop

SeedTankAir

Compressor

FilterHarvestTank Receiver

Tank

HeatSterilizer

Media PrepTank

Water

Ion ExchangeChromatography

Nutrients

AirFilter

Gas Out

Bioreactor

AirFilter

LiquidWaste

LiquidWaste

LiquidWaste

Centrifuge

Filter

ReceiverTank

ReceiverTank

LiquidWaste

FilterFilter

ReceiverTank

DiaFilter

LiquidWaste

Filter

Water ForInjectionProduction

Clean In Place(CIP)

LiquidWaste

LiquidWaste

Solu Comp™

Xmt™

Transmitter

Model 245SanitarySensor

Model 3800VPSteam

Sterilizable pHSensor

pH Measurement • Steam sterilizable pH measurement

Conductivity Measurement • Clean-in-place (CIP) monitoring and

control• Complete monitoring of water

purification systems for water-for-injection (WFI) systems

Dissolved Oxygen Measurement • Steam sterilizable dissolved oxygen

measurement

Ozone and Chlorine Measurements• Monitoring of disinfection and

sanitization processes

Solutions

25

Emerson is the world’s largest provider ofgas chromatography, process gas, combus-tion and environmental analysis solutions.

GAS CHROMATOGRAPHY SOLUTIONS

Rosemount Analytical gas chromatographsare the world leaders in process gas measure-ment, separating process gas into identifiablecomponents. Our family of chromatographshas a worldwide reputation for accuracy,repeatability, and dependability.

Call 866.422.3683, or see us on the web atwww.raihome.com

PROCESS GAS AND COMBUSTION SOLUTIONS

Emerson is the world’s premier supplier ofcombustion analysis, process analysis andenvironmental monitoring solutions. Withmore than 80 years of experience, we go waybeyond simple data collection and offer provable analytical solutions, advancedRosemount Analytical™ instrumentation andthe professionals who really know how tokeep you up and running efficiently, safely andeconomically.

Call 800.433.6076, or see us on the web atwww.raihome.com

MORE ANALYTICALSOLUTIONS FROMEMERSON PROCESS MANAGEMENT

CHEMICAL PROCESSING

pH Measurement

• Continuous or batch neutralization ofacid/alkaline waste

• Coagulation and flocculation in industrial watertreatment

• Scrubber control

• Leak detection for heat exchangers

• Cooling water monitoring

Conductivity Measurement

• Chemical concentration control for acid, base,and salt solutions

• Sulfuric acid production

• Scrubber control

• Interface detection between aqueous and non-aqueous solutions

• Boiler blowdown

TEXTILE INDUSTRY

pH Measurement

• pH monitoring and control in indigo dyeing

Conductivity Measurement

• Caustic concentration control in mercerization

• Sulfuric acid concentration control in woolcarbonizing

OIL, GAS, AND PETROLEUM REFINING

pH Measurement

• Corrosion control of crude overhead towers

• Monitoring effluent of API separators

• pH control in quench towers

• pH control in sour water strippers

Conductivity Measurement

• Interface monitoring and control in pipes andstorage tanks

• Mud logging (with Model 226)

ELECTRONICS & SEMICONDUCTOR INDUSTRIES

Resistivity Measurement

• Monitoring of ultra-pure water

• Monitoring and control of rinsing processes

Model ENDURANCESensors

Model 228 Sensor

Model 226 Sensor

Model 396 / 398 TUpH pH Sensor

Model 400 Sensor

ADDITIONAL APPLICATIONS

Model PERpH-X pH Sensor

26

PLANTWEB™ FIELD-BASED ARCHITECTURE

Rosemount Analytical field devices

are core components of the

PlantWeb digital plant architecture,

and capture rich diagnostic data

about the health of the device, as

well as the process itself. Device

functionality is presented at the user

interface in ways that are consistent,

intuitive, and easy to use.

PlantWeb architecture consists of

intelligent field devices, scalable

platforms and integrated modular

software, all working together. The

Increase Accuracy and Throughput, Reduce Costs –PlantWeb™ Makes the Difference

result is optimal plant performance

by getting the right information to

the right user, in time to make a

difference. The advanced diagnostics

in Rosemount Analytical sensors,

alert users to device or process

problems, before they happen.

Control in the field can provide

more reliable process control.

Get the Online Edgewith PlantWeb™ University

PlantWeb University facilitates yourunderstanding and evaluation of newways to improve project, process,and plant performance. Since itsinception in 2002, PlantWebUniversity has provided practical,real-world information to more than35,000 industry users around theworld. The courses are a useful toolfor learning how to improve processand business performance.

Choose courses from the Businessand Engineering Schools:

Business School> Improve plant efficiency> Improve profitability> Reduce maintenance costs

Engineering School> FOUNDATION fieldbus> Safety Instrumented Systems> Wireless – NEW!

Our new wireless curriculum pro-vides an introduction to wireless

technology, describes how it canhelp you solve common problemsand access information that waspreviously out of economic andtechnical reach, and delivers practi-cal advice on implementing a wire-less solution.

Participants learn – free of charge –how to increase output, quality andprocess control in concise, user-friendly courses.

Start your education today.

27

Exceptional Analytical Service and Support

Emerson’s service capabilities areprovided by professionals who arefactory-trained on RosemountAnalytical products and are strategi-cally located throughout the UnitedStates and around the world, offer-ing RIGHT START PROGRAMS to pro-vide trouble-free start up and PRISM/CONTINUOUS CARE contract main-tenance programs.

The Rosemount Analytical Customer Support Center is staffedwith trained professionals to makecertain that customers receive theright answers, right now. Timelytechnical support and order admin-istration is available with just onetoll-free call to 1.800.854.8257, 5am to 5 pm PST (in the USA).Globally, we have established inter-national sales offices (see backpage) staffed with factory-trained

professionals. Reliable worldwidesupport for any Emerson product isonly a phone call away.

Maintenance Programs

Rosemount Analytical PRISM/CON-TINUOUS CARE contract mainte-nance programs provide both pre-ventive and corrective measures toassure continued performance andoperation of your equipment.Certified Emerson ProcessManagement field technicians canconduct these measures exclusivelyor in conjunction with your on-sitepersonnel. We can provide service ondemand at hourly rates or throughfixed-fee maintenance agreements.

Application Development

Emerson Process Management provides expert consultation tohelp you successfully apply oursolutions to your particular applica-tion. We will take you throughinstallation, start up, testing anddocumentation to help you solveyour analysis problems and keepyour process in compliance withapplicable regulations.

Training

Training your in-house personnel is an integral part of our service. We offer a variety of high-qualitytechnical training programs – bothhands-on and on-line – that aredesigned to meet your specific needs.

www.RAIhome.com

Have a question? Our worldwidewebsite offers a wealth of informationabout our products and services.From the latest product news andworld area contact numbers, tochecking order status and placingorders online, our website atwww.RAIhome.com can link you tothe information you need.

Technical Training Programs

Maintenance Programs

FIELD ASSISTANCE

For immediate assistance concerning our

products or information pertaining to

any of our maintenance programs,

contact our Customer Support Center at

800-854-8257 or any of Emerson’s

Rosemount Analytical locations within

our worldwide service network.

GLOBAL SERVICE & SUPPORT

Emerson Process Management maintains

a worldwide customer service presence.

Our network of highly qualified people is

dedicated to meeting your support, main-

tenance, and repair needs.

Form 91-6012 Rev 1.11

HEADQUARTERS:LIQUID ANALYTICALEmerson Process ManagementRosemount Analytical 2400 Barranca ParkwayIrvine, CA 92606 USAT +1.949.757.8500T 800.854.8257F +1.949.474.7250liquid.csc@emersonprocess.com

Online ordering available.

www.raihome.com

HEADQUARTERS:GAS CHROMATOGRAPHSEmerson Process ManagementRosemount Analytical5650 Brittmoore RoadHouston, TX 77041 USAT +1.713.827.6380T 866.422.3683F +1.713.827.3865gc.csc@emersonprocess.com

HEADQUARTERS:PROCESS ANALYTICALEmerson Process ManagementRosemount Analytical 6565 P Davis Industrial ParkwaySolon, OH 44139 USAT +1.440 914 1261T 800 433 6076F +1.440 914 1262gas.csc@emersonprocess. com

> COMPLETE PROCESS ANALYTICAL SOLUTIONS

GAS CHROMATOGRAPHS GAS LIQUID

Emerson's Rosemount Analytical Liquid Division provides technologies and services for the analysis of liquid processes in a wide range of applications. Forinformation, call 800.854.8257.

Emerson Process Management, Rosemount Analytical, PlantWeb, DeltaV, TUpH, ENDURANCE, ACCU-GLASS, SILCORE, PERpH-X, PUR-Sense and Solu Comp aremarks of Emerson Process Management group of companies. All other marks are the property of their respective owners.

The contents of this publication are presented for informational purposes only, and while every effort has been made to ensure its accuracy, they are not tobe construed as warranties or guarantees, expressed or implied, regarding the products or services described herein or their use or applicability. All sales aregoverned by our terms and conditions, which are available on request. We reserve the right to modify or improve the designs or specifications of such prod-ucts at any time without notice.

© Rosemount Analytical Inc. 2011. All rights reserved. Printed in the U.S.A.