Preferred Implementations for the water industry

Building a New ElectrWorld

Preferred Implementations for the water industry

Automation solutions for water treatment and pumping

The goal you pursue …

... is to supply your users with the right volume of high quality water

To succeed in this task you need:n a standardised automated process solution adapted to water treatment requirementsn a comprehensive solution allowing complete integration, from supervision to instrumentationn an open flexible and upgradeable solution adapted to the water cyclen a reliable solution composed of products specially adapted to your water installationsn a solution that enables you to comply with the main water standards.

Each implementation satisfies a coherent and uniform set of customer values and needs in terms of automation processes:n time savings at the design stagen time savings at the commissioning stage n quality assurancen ease of maintenance and revamping of existing installationsn optimisation of training costs.

Schneider Electric provides water industry players with a solution adapted to each application:

n waste water treatment plants:v for 5,000 inhabitantsv for 50,000 inhabitantsv for 200,000 inhabitantsv for 1,000,000 inhabitants or more.n drinking water treatment plants: v 2,000 m3/dayv 20,000 m3/dayv 100,000 m3/dayv > 500,000 m3/day.n remote sites: v pumping stationsv lifting stationsv reservoirsv booster stations.n multi-site management: v co-ordination of several treatment plantsv co-ordination of several remote sites.

"Preferred Implementations" …

... of generic automation architectures for your treatment plants and remote sites

… architectures that change according to the complexity of the process

The "Preferred Implementations" take into account the different levels of complexity of the process:

The complexity of waste water treatment is illustrated by means of the different phases making up the treatment process: lifting, screening, primary treatment, settling basin, biological treatment, chemical treatment and waste treatment.

The complexity of drinking water treatment depends on the quality level of the incoming water. More over, the environmental constraints (plant size, air pollution) and the quality required for the drinking water (taste, hardness, clearness) also affect the process.

The "Preferred Implementations"proposed by Schneider Electric should cover most automation applications of the different processes.

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Schneider Electric Industries SAS

89, boulevard Franklin RooseveltF-92506 Rueil-Malmaison CedexTel: +33 (0)1 41 29 82 00http://www.schneider-electric.com

As standards, specifications and designs change from time to time, please ask for confirmation of the information given in this publication.

Publishing: Schneider Electric Industries SASDesign and illustration: NotaBene, CBJ CréationsPrinting:

A reliable product range adapted to your treatment automation needs and providing control of pumping:

n W@de, remote terminal unitThe range consists of compact or modular remote management units based on industrial PLCs:v continuous measurement, recording, processing, archiving of installations’ operating parametersv communication between sites and to a supervisor or web serverv remote configuration and operation (direct alert to maintenance personnel).

n Unity Application Generator (UAG)v the Unity Application Generator and its library of objects dedicated to water applications enables you to optimise supervision and control of your installationsv the water object library gives you a comprehensive view of your installations’ process and enables you to improve maintenance and operation of your treatment plantv UAG is designed to optimise the whole of your cost structure (training, qualification, implementation of your solution, etc.) and encouraging considerable time savings in all your project phases, from design to operation.

n Premium Hot Standby systemEnables you to meet requirements for availability at lowest possible cost. The main component of the system is a second PLC called a “Standby” PLC with an identical configuration to the “Primary” one, placed in standby position. To constantly monitor the status of the Primary PLC, the Standby PLC uses a specific high speed optic fibre connection and a redundant connection. If there is a fault on the Primary PLC, the system automatically controls the switchover to the Standby PLC. It ensures:v greater availability of your treatment plants and remote stationsv optimisation of your installation and running costs.

n ATV 61 (equipped with "water solution" card)It controls:v detection of excess pressure and negative pressurev running dry detectionv management of pump groups making it possible to keep control of your energy bill.

for tanks and lifting, pumping and booster stations"Preferred Implementation"

P1: a compact solution

P2: an optimal solution

Pumping and distribution network

2 pumps

4 pumps

Telemetry control room Water treatment plant

GSM/PSTN/Radio/SL

W502

Instrumentation

Battery

Telemetry Control room

Water treatment plant

GSM/GPRS/ PSTN/Radio

ATV61 Controller inside

Instrumentation

for tanks and lifting, pumping and booster stations

P3: a modular solution

> with 4 pumps

"Preferred Implementation"

T1: an autonomous solution

5.000 h 2.000 m3

Remote control room

- pumping - flocculation - filtering - disinfecting

GSM/GPRS/Radio/ ADSL/PSTN

Instrumentation

Aeration flocculation - filtering - disinfecting

Control room Water treatment plant

GSM/GPRS/ PSTN/Radio

Instrumentation

Instrumentation

Ethernet

for drinking water and waste water treatment plants"Preferred Implementation"

T2: an integrated solution

50.000 h 20.000 m3

200.000 h 100.000 m3

T3: a flexible solution

Drinking water process steps

Control room

Scada & serveurs

Litfing screening Primary treatment Biological treatment Sludge processing

Operator room

Ethernet

Engineering

GSM/ADSL/ PSTN/radio

Instrumentation

Instrumentation

Instrumentation

Instrumentation Instrumentation

Instrumentation

Instrumentation

Instrumentation

Control room

Lifting screening primary treatment Biological treatment Sludge processing

Ethernet

Lifting stations


Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Remote control room

- pumping - flocculation - filtering - disinfecting

GSM/GPRS/Radio/ ADSL/PSTN

Instrumentation

Aeration flocculation - filtering - disinfecting

for drinking water and waste water treatment plants

200.000 h 100.000 m3

1.000.000 h > 500.000 m3T3: a flexible solution

T4: a high performance solution

Waste water process steps

Control room

Scada & serveurs


Operator room

Ethernet

Engineering


Instrumentation

Instrumentation

Instrumentation


Instrumentation

Instrumentation

Instrumentation

Control room Operator room

Lifting screening Primary treatment Biological treatment Sludge treatment

Chemical treatment

Ethernet

Engineering Servers

GSM/ADSL/ PSTN/

Instrumentation

Instrumentation

Electrical distribution

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Telemetry control roomWater treatmentplant

1 - Remote Web portal W502: telemetry 2 - Remote waste water treatment plant 3 - Operator SMS alarming 4 - Display unit: magelis XBTN/R 5 - HMI push buttons: Harmony XALD… 6 - Protection circuit motor: Multi 9 7 - Remote terminal unit: W@de W320i 8 - Battery 9 - Thermal relay10 - Motor starter: Tesys-U11 - Soft starter: ATS 4812 - Instrumentation: Flow meter, level meter

GSM/PSTN/Radio/SL

W502

Instrumentation

Battery

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Preferred Implementationfor water industryP1A compact solution for lifting stations

Dedicated to Lifting, small pumping stations or tank stationswith a maximum of 2 pumps to manage.

P1 implementation is a very optimised solution that combines a controller,a Remote Terminal Unit and some Digital and Analog I/O in the same product,the W@de W320i. The W502 Web portal is a database server allowing theW320i remote management to communicate and manage history logs usingthe Modbus protocol. A remote Scada system (VijeoCitect) can also be usedto monitor with Modbus a P1 installation.This implementation is a real solution to manage the different pumpsand to collect the most interesting process data such as water level,flow and pressure.

Benefits

� Cost effective� Ready to use� Compact solution

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Focus on W@DE 320i

On the field…The lifting station is used to send wastewater to the treatment plant.A Lifting application can be pre-configured in the W320i.

This application controls :� Pump startup and shutdown according to the levels in the tank.� The mixer operates for a specified time before the first pumpis started up.� The screen rake operates after a time-delay or when the pumpsare shut down.� The storm pump is started up if the normal pumps cannot evacuatethe water.

It ensures automatic pump changeover and it is used to switchfrom one pump to another in the event of a failure.The following parameters can be adapted to the lifting application.� number of pumps installed� level detection� number of simultaneous pumps� changeover strategy� mixer, storm pump management

CharacteristicsPerformance� Scada / HMI:- VijeoCitect for remote monitoring Scada- Remote control and Web capabilities through W502- Small display: XBTN/R� Remote Terminal Unit: W@de W320i� Controller: embedded in W@de W320i� I/O: up to 16 digital or analog (10%), counters� Motor control:- up to 2 motor starters Tesys-U or soft startersATS 48� Instrumentation: up to 4 instruments(flow meter, level meter)

Installation � Plant type: autonomous site(lifting, tank, or small pumping stations)� Device cabling: hardwired� Instrumentation cabling: hardwired,� Software:- Web configuration of W@de W320i module� Remote connection with lease line, PSTN,GSM / radio or ADSL with external modem

Constraints � Low security constraints

Cost� Low material cost� Low maintenance cost

Size � Installation of few square meters.� Link of several kilometers with other sites:waste water plant and remote control room

The W320i is a Compact remote management PLC

� Fitted with a PLC with 15 inputs, 8 outputs, 3 analog inputs.� Integrated modem (PSTN, Radio, GSM or Lease Line).� Integral supply/charger (battery end of life test).� Designed for applications requiring a remote connection viathe Modbus basic protocol (W502 Web server or other).� Pre-configured applications and applications that can be configuredvia an intuitive interface.

Lifting station

W320 W320

Plant monitoring

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1 - Remote Scada Vijeo Citect 2 - Remote drinking water treatment plant 3 - Remote terminal unit W@de W320e or W315 4 - Display unit: Magelis XBT-GT 5 - Protection circuit breaker: multi 9 6 - Switch mode power supply: Phaseo ABL 7RE… 7 - Altivar 61 Water solution card VW3 A3 503 8 - Altivar 61 9 - HMI push buttons: Harmony XALD,…10 - Motor starter: Tesys-U 11 - Soft starter ATS4812 - Instrumentation: Flow meter, level meter

TelemetryControl room

Watertreatment

plant

GSM/GPRS/PSTN/Radio

ATV61Controller

inside

Instrumentation

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Preferred Implementationfor water industryP2An optimal solution for pumping

Dedicated to pumping and small booster stations with a maximumof 4 pumps to manage.

P2 implementation guarantees a high performance pumping installation.This implementation combines a variable speed drive ATV61 with a dedicatedwater solution card and a remote terminal unit (W@de W320E) insuring datacollection and transmission. The ATV61 water solution card provides a fullyfeatured control algorithm for a constant pressure pumping system comprisingof up to four pumps. The pumps are controlled under soft starters or motorstarters.A remote Scada system (Vijeo Citect) can monitor this installation usingdifferent types of protocol like Modbus, IEC 870, DNP3.The P2 implementation is a real solution ensuring the most efficient answerto pumping or booster installations. Thanks to variable speed drive capabilities,It also allows reducing your energy cost.

Benefits

� Pumping efficiency� Reliability� Energy efficiency

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ATV71Controller

inside

Pumpcontrol

Levelsensor

Levelsensor

Pumpdraining

Pumpdraining

FlowPumpcontrol Flow

Intermediatestation

recirculationtank


Focus on Altivar ATV 61with VW3 A3 503 Water solution card

On the field…In some P2 installation additional pumping features and specificconstraints (pump availability) require the use of more pumps and moredigital or analog I/O data. In this case a specific program shall bedeveloped to manage this water pumping or booster installation.

The Altivar ATV61 controller inside card VW3 A3 501 allows developingyour own solution for a P2 pumping or boosting site. A CANopen networkcan be used to connect additional variable speed drives Altivar 31/61,motor starters, and even Advantys distributed I/O.

CharacteristicsPerformance� Scada / HMI: - VijeoCitect for remote monitoring Scada - Graphical display XBTG/GT connected on Modbusserial line� Remote Terminal Unit: W@de W320E, W315,or W330� Controller: embedded in ATV61 with water solutioncard VW3 A3 503 or controller inside card VW3 A3 501� I/O: up to 64 digital or analog (10%), counters� Motor control:- one ATV61 with water solution card (VW3 A3 503)that control ATS 48, Tesys U, or contactors.- or one ATV61 with controller inside card (VW3 A3 501)plus up to 4 ATV61 or motor starters Tesys-Uconnected on CANopen� Instrumentation: up to 12 instruments(flow meter, level meter…)

Installation � Plant type: autonomous site (pumping, or boosterstations)� Device cabling: Hardwired or CANopen betweendrives and Modbus Serial Line between RTUand ATV61.� Instrumentation cabling: hardwired� Software:- Web configuration of W@de module, Power suitefor drive and motor starters� Remote connection with Lease Line, PSTN,GSM / GPRS, radio or ADSL with external modem


Cost� A competitive ratio pumping performance /cost

Size � Installation of few square meters, link withother sites: Treatment plants, control room.

The range of Altivar 61 frequency converters is designed to coverall pump applications from 0,75 kW to 630 kW.

A wide, consistent and flexible offer� Expandable capabilities � A large modularity: Up to 2 option cards could be integrated,I/O or/and communication cards, Controller Inside card, Multi-pumpcard, water card.

Remarkable performanceLarge offer for pump applications and multipump.110 to 120%overload, Sampling time (2 ms).

OpennessConnection to all the field-bus of the market.

The ATV61 water solution card VW3 A3 503 allows managinga complete P2 installation without any programmingThe main objective of this card is to drive a whole pumping or boostinginstallation through only one Altivar 71 or 61.The variable speed pump is speed controlled from the water solutioncard and the (up to) three additional external pumps can be DOLor under soft starter or also motor starter control. Provision also existsfor a Jockey / Priming pump.

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Control roomWater treatmentplant

1 - Remote Scada Vijeo Citect 2 - Remote drinking water treatment plant 3 - Display unit: Magelis XBT-GT 4 - Controller: Modicon M340 5 - Switch mode power supply: Phaseo ABL 7RE… 6 - Remote terminal unit W@de W330 or W315 7 - Protection circuit breaker: multi 9 8 - HMI push buttons: Harmony XALD… 9 - Unmanaged ConneXium Ethernet Switch (499NES18100/25100)10 - RFID Ositrack11 - Drive Altivar ATV 6112 - Motor starter: Tesys-U on Advantys STB EPI 2145 13 - Distributed I/O: Advantys STB 14 - Instrumentations: Flow meter, level meter, and other15 - Gateway ETG 100016 - Soft starter ATS48

GSM/GPRS/PSTN/Radio

Instrumentation

Ethernet

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Preferred Implementationfor water industryP3A modular solution for boosteror complex pumping stations

Dedicated to booster or complex pumping stations that can managemore than 4 pumps and additional functions such as chlorinationor tank management.

P3 implementation combines a remote terminal unit, a Modicon M340controller and field devices connected through an Ethernet networksuch as Altivar ATV61 and Advantys STB with motor starters.A RFID Ositrack can also be connected to check and protect the site access. A remote Scada system (Vijeo Citect) can monitor this installation usingdifferent types of protocol like Modbus TCP, IEC 870, DNP3.Thanks to Transparent Ready functionality P3 implementation provideshigh level diagnostics capabilities.This implementation guarantees performance and flexibility.It allows customising your installation through specific functions.

Benefits

� Flexible solution� High diagnostic capabilities� Additional functions management

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Focus on W@de W315, W320E, W330

On the field…The water distribution network requires booster stations to providethe right water pressure. The difference between the discharge pressure and the set point controlswhether a pump is started up (or shut down).The booster application must control automatic pump changeover andswitches automatically from one pump to another in the event of a failure.The use of variable speed drive also prevents water hammer.

The W330 module provides modular remote-management solutionsfor booster stations with:� continuous measurement, recording, processing and storageof process data,� communication between booster stations and treatment sitesand to a Scada system,� transmission of alarms directly to operators,� remote settings and operation,� maintenance planning.

CharacteristicsPerformance� Scada / HMI: - VijeoCitect for remote monitoring Scada - Graphical display XBTG/GT connected on Modbusserial line or Ethernet� Remote Terminal Unit: W@de W330, W320E, W315� Controller: One Modicon M340 or Twidoor Premium TSX 57� I/O: up to 200 digital or analog (10%), counters- Advantys STB connected on Ethernet or CANopen� Motor control:- up to 6 ATV61 connected on Ethernet or CANopen - up to 6 Motor starters and ATV31 connectedthrough Advantys STB� Instrumentation: up to 50 instruments(flow meter, level meter…)

Installation � Plant type: autonomous site (Booster or largepumping station with additional functions)� Device cabling: Ethernet or CANopen � Instrumentation cabling: hardwired - 4-20ma� Software: - UNITY pro, Power suite� Remote connection with Private line, PSTN,GSM / GPRS, radio or ADSL with external modem


Cost� A competitive ratio performance/cost� Low engineering cost

Size � Less than 100 square meters� Link of several kilometers with other sites:Treatment plants, control room.

Modular remote management platform

� Embedded, Web server: supervision from a basic InternetWeb browser.� Ethernet port and one or 2 integrated modems(PSTN, GSM/GPRS, radio or Lease Line).� Designed for applications requiring a remote or local connectionvia the TCP/IP and remote communication to SCADA systemsthrough open international protocols (Modbus, IEC 870-5, DNP3)� Communication gateway for PLCs and technical equipment(MODBUS/RS485/RS232).� Pre-configured Water applications and applications that can beconfigured via an intuitive interface.� Embedded or separated Power supplies through battery charger.

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Remote control room

- lifting- screening- clarifier- aeration- sludge

1 - Remote Scada Vijeo Citect 2 - Small Display: XBT-GT (USB port) 3 - Remote Terminal Unit: W315 or modem 305 4 - Controller Modicon M340 5 - Motor starter Tesys-U (up to 16) 6 - CANopen TSX CANTDM4 7 - CANopen VW3 CAN TAP2 8 - Drive ATV31 (up to 4) 9 - RFID Ositrack (later) 10 - Instrumentation: flow, level, pressure, water quality measurements…

GSM/GPRS/Radio/ADSL/PSTN

Instrumentation

- aeration- flocculation- filtering- disinfecting

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Preferred Implementationfor water industryT1A solution for an autonomous watertreatment plant:5 000 equivalent inhabitants

Dedicated to small autonomous drinking water treatment plants(from 1 000 m3 to 5 000 m3 produced per day) and to small autonomouswastewater treatment plants (from 1 000 to 10 000 equivalent inhabitants).

T1 implementation is designed for water treatment plants with non-permanentstaff and allowing remote monitoring and control. It combines a Remote Terminal Unit and a Modicon M340 controller thatmanages up to 20 motor starters or drives connected to a CANopen network.Ositrack RFID module can also be connected to control the site access.A remote VijeoCitect SCADA allows to control, to diagnose and to maintaina T1 water treatment plant. This implementation constitutes a real optimised and compact solutionand provides high level of integration, installation simplicity, speed and easeof diagnostic.

Benefits

� An optimized solution� An autonomous solution� Easy to integrate, implement and operate

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Focus on Modicon M340

On the field…A complete autonomy and remote monitoring of your wastewaterplant with Modicon M340The process associated to T1 preferred implementation for wastewaterplants is simplified. Small wastewater treatment plants often concentrateskey phases such as: lifting (1), screening (2), biological treatment (5)and sludge (8). The association between the new Modicon M340 anda Remote Terminal Unit enables to optimize the in site managementand to insure an efficient remote control of your installations.

An efficient management of your small-distributed drinking waterplant with Modicon M340The process associated to T1 preferred implementation for drinking watertreatment plants is often simplified. According to the incoming water quality(Ex: water coming from the mountain, or groundwater) treatment phasesare reduced. For groundwater a simple filtration process with some chemicaltreatment should be enough. The main problem in this type of architectureis the management of all the T1 distributed drinking water treatment plantsin order to supply a unique place. T1 architecture is perfectly adapted to suchconstraints and guarantees an efficient remote management of your installation.

CharacteristicsPerformance� Scada / HMI: - VijeoCitect for remote monitoring Scada - One Graphic display: XBT-GT connected to USB port� Remote Terminal Unit: W@de W330 or W315(depending on protocol used) or W305� Controller: 1 Modicon M340 or 1 Twido� I/O: up to 200 digital or analog (10%) � Motor control- Up to 16 motor starters Tesys-U, connected onModbus serial Line or CANopen- Up to 4 speed drives: ATV 31/61/71 connectedon Modbus Serial Line or CANopen� Instrumentation: around 10 instruments(flow meter, PH analyzer, level meter…) � Options: RFID module (Ositrack) to control the siteaccess

Installation � Plant type: Autonomous drinking and wastewater site� Device cabling: Modbus Serial line or CANopen� Instrumentation cabling: hardwired, 4-20ma� Software: Unity pro and Power suite� Remote connection with Private line, PSTN, GSM /GPRS, radio or ADSL with external modem

Constraints � No permanent operator on the site:- Security constraints to control the physical accessof the site

Cost� Low material cost� Low maintenance cost

Size � Installation of few square meters for wastewateror larger for drinking water

Simply Smart! Extremely compact-shaped,the new PLC Modicon M340 offers in a small boxthe flexibility and services of a High End PLCto manage your drinking and waste watertreatment plants.

“Plug & Load” cardRemove the card at any time without disturbing program executionof your water installation, or insert another card.

Simplified maintenance� Modicon M340 includes a ready-to-use Web server for systemdiagnostics and settings adjustment of your installation.

Simple storageModicon M340 is also a storage peripheral for up to 16 MB:� Via function blocks proposed in Unity Pro or from your PC connectedto Ethernet via FTP services.� Thanks to the new Modicon M340 you will be able to storethe historical of quality and quantity parameters of your drinkingor wastewater treatment plant.

Unique software package Unity Pro from T1 to T4 implementationsCapitalize on a single, simple and user-friendly approach.

A T1 installation is characterized by a small number of I/O tomanage (maximum of 200). The new Modicon M340 is the perfectoffer to manage your small autonomous drinking or wastewatertreatment plant.

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1 - Lifting 2 - Screening 3 - Grit and fat removal 4 - Sand processing 5 - Biological treatment 6 - Secondary Clarifier 7 - Sludge pump 8 - Sludge processing

1 - Raw water pump 2 - Raw water tank 3 - Screening 4 - Sand filtration 5 - Pure water tank + Chlorine 6 - Pure water pump

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Control room

Primary treatmentScreening or aeration

Mixing, flocculation,sedimentation

Filtration Tertiary treatmentdisinfecting, distribution

Ethernet

1 - Scada Vijeo Citect 2 - Modem W@de W305 3 - Controller: Premium TSX 57 with or without hot standby 4 - Display unit: Magelis XBT-G/GT 5 - Distributed I/O: Advantys STB 6 - Motor starter Tesys-U on Advantys module STB EPI 2145 7 - Managed ConneXium Swicth (TCSESM04/08) 8 - Drive Altivar ATV 61/71 9 - Drive Altivar ATV 31 connected on CANopen Advantys extension10 - Instrumentation:Flow meter, PH sensor, flow level, chlorine sensor…

Pumping, booster stations

GSM/ADSL/PSTN/radio

Instrumentation

InstrumentationInstrumentation Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

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Preferred Implementationfor water industryT2An integrated solution for Drinking watertreatment plant:20 000 m3 per day

Dedicated to medium sized drinking water treatment plants.

T2 implementation is an efficient integrated solution for a medium sized citythat required between 5 000 m3 to 50 000 m3.T2 implementation combines one Premium TSX 57 controller that managesdifferent functional units dedicated to drinking water treatment process(Screening or aeration, coagulation, sedimentation, flocculation, filtration,disinfecting and distribution), a Vijeo Citect Scada system that monitorsall the process, and a remote connection to control pumping and/or boosterstations. This implementation is a real solution ensuring installation simplicityand extensibility thanks to distributed Advantys STB modules. It guaranteesspeed and high level diagnostic with Ethernet capabilities.

Benefits

� Open solution� Cost competitive� Totally integrated solution

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Focus on Motor starter TeSys U

On the field…

CharacteristicsPerformance� Scada / HMI:- Local VijeoCitect with one or several operatorterminals- Graphical display: Up to 2 XBTG/GT� Remote Terminal Unit: W@de W305 modem� Controller: 1 Premium TSX57 or 1 Quantum� I/O: Up to 1000 digital or analog I/O (10 to 15%)- up to 10 Advantys STB connected on Ethernet� Motor Control:- up to 50 motor starter Tesys-U plugged to AdvantysSTB connected to Ethernet or soft starters ATS48connected to Modbus Serial line- up to 30 variable speed drives ATV61/71 connectedto Ethernet or ATV31 connected to ModbusSerial line or to Advantys CANopen extension� Instrumentation: up to 100

Installation � Plant type: Mono-site or networked site� Control network: Ethernet network betweencontrollers and Scada� Device cabling: Ethernet Bus, Star or ring topology� Instrumentation cabling: hardwired, 4-20ma� Software: Unity pro, Advantys Tool, Power suite� Remote connection with Private line, PSTN,GSM / GPRS, radio or ADSL with external modem

Constraints � Low security constraint� Option: Premium or Quantum Hot Standbyfor process availability

Cost� A competitive ratio performance/cost

Size � Installation of around hundred square metersLink of several kilometers with other sites: pumping,boosters remote monitoring system

With a capacity of up to 32A/15 kW, TeSys Uallows to optimize the control of motors and pumpsin your water treatment process.

Design, realization time� Late customization for the control and communicationfunctions, flexibility, control integration consistencyup to 800 A

Integration into automation architectures� Bus connectivity, operation in local mode, treatment of reflexfunctions with communication modules

Easy to implement� Assistance tools for commissioning (Powersuite)

Easy to operate� Information on pump status (asset management), uptime improvementand reduction of the machine standstill times

Easy to maintain� Assistance tool for maintenance: curative, predictive and preventive,rationalization of the number of part numbers in stock, plug-in feature…

Dependability� Environmental ruggedness, standards, certifications, internal safetydevices

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TESYS model U combines both motor starter and control functions.This flexibility allows control of all types of motors and pumps in thedifferent steps of a drinking water treatment.

For instance during1 - Raw water pumping, Tesys U manages efficiently different pumps andprovides pumps management information.2 - Screening in case of surface water to remove large debris.Tesys-U is used to control the bar screen motor.3 - Coagulation/sedimentation/flocculation.To extract the heavy particles settled in the bottom.Several motors controllers with Tesys-U are needed to manage mixers,scraper or rotators.4 - Filtration: to allow the water passing through filters that help to removesmaller particles, and to control the filters backwash5 - Disinfecting to manage the dosing pump and therefore the amountof chlorine to be added to kill bacteria and microorganisms.6 - Distribution: to control the pump needed to store Water in tankor reservoir before distribution to customers.7 - Sludge: to control mixers, thickeners and digesters needed in slugdetreatment.

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Control room

Lifting screening primary treatment Biological treatment Sludge processing

Ethernet

1 - Scada Vijeo Citect 2 - Modem W@de W305 3 - Premium TSX 57 (with or without hot standby) 4 - Display Unit: Magelis XBTG/GT on Ethernet 5 - Advantys STB with Ethernet NIM 6 - Motor starter Tesys-U on Advantys module STB EPI 2145 7 - Managed ConneXium Swicth (TCSESM04/08) 8 - Drive Altivar ATV 61/71 9 - Motor starter Tesys-U (LULC15) on Advantys STB inter segment10 - Instrumentation: analysers, gas/leak detectors, and controllers…11 - Local display unit XBT-GT on Advantys STB

Lifting stations

GSM/ADSL/PSTN/radio

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

Instrumentation

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Preferred Implementationfor water industryT2An integrated solution for wastewatertreatment plant: 50 000 equivalentinhabitants

Dedicated to medium sized wastewater treatment plants

T2 implementation is an efficient integrated solution for a medium sized cityfrom 10 000 to 100 000 inhabitants.It combines one Premium TSX57 controller, a Vijeo Citect Scada system thatmonitors all the process, and a remote connection to control remote liftingstations. The controller manages different functional units with Advantys STB,Motor starter or variable speed drives dedicated to wastewater treatmentprocess (Mechanical cleaning, biological treatment, chemical treatment andsludge treatment).This implementation is a very flexible solution ensuring installation simplicityand extensibility thanks to distributed Advantys STB modules.It guarantees speed and high level diagnostics with Ethernet capabilities.

Benefits

� Open solution� Cost competitive� Totally integrated solution

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Focus on Advantys STB

On the field…

CharacteristicsPerformance� Scada / HMI:- Local VijeoCitect with one or several operatorterminal- Graphical display: up to 2 XBTG/GT� Remote Terminal Unit: W@de W305 modem� Controller: 1 Premium TSX57 or 1 Quantum� I/O: Up to 1 000 digital or analog I/O (10 to 15%)- up to 10 Advantys STB connected on Ethernet� Motor Control:- up to 50 motor starter Tesys-U connected toAdvantys STB connected to Ethernet or soft startersATS 48 connected to Modbus Serial line.- up to 30 speed drives ATV61 plugged to Ethernet- or ATV31 connected to Modbus Serial lineor to Advantys CANopen� Instrumentation: up to 100

Installation � Plant type: Mono-site or networked site� Control network: Ethernet network betweencontroller and Scada� Device cabling: Ethernet Bus, Star or ring topology� Instrumentation cabling: hardwired, 4-20ma� Software: Unity pro, Advantys Tool, Power suite� Remote connection with Private line, PSTN,GSM / GPRS, radio or ADSL with external modem

Constraints � Low security constraint� Option: Premium or Quantum Hot Standbyfor process availability

Cost� A competitive ratio performance/cost

Size � Installation of around hundred square meters� Link of several kilometers with other sites:lifting remote monitoring system

The open device integration and I/O system

The Advantys STB distributed I/O solutionis an open and modular I/O system.It can be used to design automationdistributed islands managed by a mastercontroller connected to various busesand networks. Advantys STB is an efficientoffer that fit with major expectations of the water market:

Cost Optimization:cabling optimization within the cabinet thanks to I/O extension modules,and within the application thanks to functional island definition.

Simplified Maintenance:Advantys STB provides a high level of diagnostic and simplifiesdaily maintenance operations thanks to its HotStop function.

Extension capabilities:The STB virtual module enables you to prepare the extensionand modification of your architecture.

Devices Integration:a large range of products (HMI, variable speed drives, motor starter,security offer…) connected to a single connection point.Different types of connection are proposed to plug easily Motorstarters (Tesys-U) or drives (ATV31,71/61) to Advantys STB.

Module catalog:Large range of digital (from 2 to 16 channels) and analog modules(from 2 to 8 channels of 10 to 16 bits) that have high resolutionand density.

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Advantys STB’s flexibility allows you to create dedicated wastewaterfunctional units and to reach a high level of modularity.

Some examples of functional units in wastewater process1 - Lifting/ Screening: To Lift water and to remove the most voluminoustrash.2 - Grit and Grease removal: To separate waste water and grit/sandwithin a sedimentation basin.3 - Primary Clarifier: To remove floatable materials from the wastewater.Primary sludge is pumped out of the clarifier.4 - Aeration Treatment: Air is introduced into the liquid by large mixersto assure an aerobic environment.5 - Secondary Clarifier: To complete the separation of liquid and solidcoming from the aeration tanks.6 - Sludge Treatment: To reduce and to treat sludge produced withinthe mechanical and biological wastewater treatment.

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Primary treatmentScreaning, aeration

Mixing, flocculation,sedimentation

Filtration Tertiary treatmentdisinfecting, distribution

Operator room

Ethernet

1 - SCADA Vijeo Citect client 2 - SCADA Vijeo Citect server 3 - Modem W@de W305 4 - Controller Premium TSX 57 with or without Hotstandby 5 - Managed ConneXium (TCSESM04/08) Switch 6 - Advantys STB with Ethernet NIM 7 - Motor starter Tesys-U on Advantys module STB EPI 2145 8 - Managed or unmanaged ConneXium Switch (499NES18100/25100) 9 - Drive ATV 61 / 3110 - Motor starter Tesys-U (LULC15) on Advantys STB inter segment11 - Drinking water functional units according to the plant size electrical distribution management

Engineering

GSM/ADSL/PSTN/radio

Instrumentation

Instrumentation


Instrumentation

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Preferred Implementationfor water industryT3A highly flexible solution for drinking watertreatment plant:100 000 m3 per day

Dedicated to large sized drinking water treatment plants

T3 implementation is an efficient flexible and modular solution dedicated to largecities (from 50 000 m3 to 200 000 m3 of water to treat). It combines severalPremium TSX57 controllers, a Scada VijeoCitect with distributed clients anda remote connection to control remote pumping or booster stations.Each controller manages one functional unit of the drinking water process(all aeration tanks, all sedimentation tanks, or all filters…). It controls the differentfunctional units needed within this drinking treatment function. The modularity ofthe solution easily enables to extend the process in order to treat larger volumeof water. This implementation is a real solution ensuring performance,modularity, ease of diagnostic and maintenance thanks to Transparent Readycapabilities. It guarantees a high level of availability with hot standby controllers.The Unity Pro configuration software and Unity Application Generator with itswater object library configuration tools combine simplicity with all featuresrequired for performance and productivity.

Benefits

� Flexible and modular in term of process� High level of Diagnostic� Efficient plant management



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Focus on Transparent Ready system

The complexityof automation archi-tecture for a drinkingwater plant requiresa high level ofdiagnostic solution.ConneXview is apowerful and user-friendly diagnosticsoftware tool, forindustrial Ethernetnetworks.

A T3 drinking water plant combines several functional units for all waterpumping (1) screening (3), flocculation, sedimentation (4), filtering (5),ozone treatment (6), activated carbon filtration (7), or disinfecting (8),distribution (9) or sludges treatment (10). Each functional unit iscomposed of multiple equipment and is managed by separated PLC.ConneXview tool allows monitoring the entire Ethernet networkthat connects all the previous components of the water automationarchitecture.

It enables downtime to be reduced and therefore increases productivityof a T3 water plant. It minimizes network-related disruptions to productionand it reduces maintenance costs.

CharacteristicsPerformance� Scada / HMI:- Local VijeoCitect with one or several operatorterminals and with redundant servers- Graphical display: Up to 8 XBTG/XBTGT� Remote Terminal Unit: W@de W305 modem� Controller: Up to 10 Premium TSX57or Quantum� I/O:- up to 5000 digital or analog I/O (10 to 15%)- up to 50 Advantys STB connected on Ethernet� Motor Control:- up to 200 motor starter Tesys-U connected toAdvantys STB- Soft starters ATS 48 and ATV31 connected toModbus SL- up tp 100 variable speed drives ATV61connected to Ethernet� Instrumentation: up to 300� Options:- Ethernet Modbus TCP Gateway to ModbusSerial Line (ETG100/ETG1000)- Gateway to Hart or Profibus DP/PA(CAPP Partners)

Installation � Plant type: Mono-site or networked site� Control network: Ethernet network betweencontrollers and Scada (Ring topology)� Device cabling: Ethernet Star, Bus or ringtopology� Instrumentation cabling: hardwired, 4-20maand connection to Modbus serial line or Hartor Profibus DP/PA� Software:- Unity pro, Advantys Tool, Power suite- UAG with water object libraries- ConneXview for Ethernet diagnostic� Remote connection with Private line, PSTN,GSM / GPRS, radio or ADSL with externalmodem

Constraints � Access control� Option: Premium or Quantum Hot Standbyfor process availability


Size � Installation of several hundred square meters� Link of several kilometers with other sites:other drinking water plants,remote pumping, tanks or boosters stations

By integrating Ethernet TCP/IPand Web technologies into itsproducts, Schneider Electricsolutions provide optimumperformance and ease of usein water applications thanksto Transparent Ready.From your company’s managementsystems, right through to fielddevices, Transparent Ready™provides communication servicesfor every level of your waterapplication architecture.Transparent Ready™ catalogcomprises a comprehensive range of products: Scada, controllers,distributed I/O, switches, cables… Factory Cast and Factory cast HMIWeb server offers allow developing a Water monitoring applicationin your controller. Using any Web browser you can monitor easilyyour water application.ConneXview is a powerful and easy to use diagnostic software toolthat makes it simple to:� Automatically discovers networks and devices� Provides a visual map of the network topology and connecteddevices� Allows you to monitor the health of your network� Helps you to diagnose and resolve network issues

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Scada &serveurs


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Ethernet

1 - SCADA Vijeo Citect client 2 - SCADA Vijeo Citect server 3 - Modem W@de W305 4 - Managed ConneXium switch (TCSESM04/08) 5 - Advantys STB with Ethernet NIM 6 - Motor starter Tesys-U on Advantys module STB EPI 2145 7 - Controller Premium TSX57 with or without hotstandby 8 - Managed or unmanaged ConneXium Switch (499NES18100/25100) 9 - Drive ATV6110 - Motor starter Tesys-U (LULC15) on Advantys STB inter segment11 - Wastewater functional unit(several units according to the plant size)

Engineering

GSM/ADSL/PSTN/radio

Instrumentation

Instrumentation

Instrumentation


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Preferred Implementationfor water industryT3A highly flexible solution for a wastewatertreatment plant:200 000 equivalent inh.

Dedicated to large sized wastewater treatment plants

T3 implementation is an efficient flexible and modular solution for largecities from 100 000 to 500 000 inhabitants. It combines several Premium TSX57controllers, a Scada VijeoCitect with distributed clients and a remote connectionto control remote lifting stations. Each controller manages one functional unit(all Screeners, Clarifiers or all aeration tanks...) of the wastewater process.It controls the different functional units needed within this wastewater treatmentfunction. The modularity of the solution easily allows you to extend the processin order to treat larger volume of wastewater. This implementation is a realsolution ensuring performance, modularity, ease of diagnostic and maintenancethanks to Transparent Ready capabilities. It guarantees a high level of availabilitywith hot standby controllers. The Unity Pro configuration software and UnityApplication Generator programming and configuration tools combine simplicitywith all features required for performance and productivity.

Benefits

� Flexible and modular in term of process� High level of Diagnostic� Efficient plant management



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Focus on Premium TSX 57 Hot Standby

On the field…Highly available the Unity Premium HotStandby allows maintainingthe wastewater plant operational even in faulty situation. It guaranteesa continuous process for critical functions of the wastewater treatmente.g. for instance the biological cleaning or the sludge treatment.

The biological treatment (7) of a T3 wastewater plant is a critical step,it can combines several tanks using 2 types of processing:Either a 3 step biologic treatment:- Phosphate elimination (anoxia)- De-nitrification (anaerobic)- Nitrification (aerobic)Or 1 step treatment with activated sludge

In all cases the Premium Hot standby will allow having a high qualityprocessing.In the same way the primary lifting process (1), the sand removal (2),the primary clarifier (5), the secondary clarifier (8), or the sludgethickeners (11) and digesters (12) are critical path, thereforethe Hoststandby capability increases their availabilities.

CharacteristicsPerformance� Scada / HMI:- Local VijeoCitect with one or several operatorterminals and with redundant servers- Graphical display: Up to 8 XBTG/XBTGT� Remote Terminal Unit: W@de W305 modem� Controller: up to 10 Premium TSX57or Quantum� I/O:- up to 5000 digital or analog I/O (10 to 15%)- up to 50 Advantys STB connected on Ethernet� Motor Control:- up to 200 motor starters Tesys-U connectedto Advantys STB- Soft starters ATS 48 and ATV31 connected toModbus SL- up tp 100 speed drives ATV61 connected toEthernet� Instrumentation: up to 300� Options :- Ethernet Modbus TCP Gateway to ModbusSerial line (ETG100/ETG1000)- Gateway to Hart or Profibus DP/PA(CAPP Partners)

Installation � Plant type: Mono-site or networked site� Control network: Ethernet network betweencontrollers and Scada (Ring topology)� Device cabling: Ethernet Star, Bus or ringtopology� Instrumentation cabling: hardwired, 4-20maand connection to Modbus serial line or Hartor Profibus DP/PA� Software:- Unity pro, Advantys Tool, Power suite- UAG with water object libraries- ConneXview for Ethernet diagnostic� Remote connection with Private line, PSTN,GSM / GPRS, radio or ADSL with externalmodem

Constraints � Access control� Option: Premium or Quantum Hot Standbyfor process availability


Size � Installation of several hundred square meters� Link of several kilometers with other sites:other wastewater plants, remote lifting stationsor sewage pipes.

This new Unity Premium HotStandBy offers ananswer to Wastewater applications and otherwater applications, in which availability is moreand more prescribed, with a Unity-basedTransparent Ready™ highly available solution.

It allows to:1 - Give your today’s investment the longest lifetime, by optingfor a full Ethernet TCP/IP based solution, including I/Os2 - Design and commission your redundant application as quicklyas a standalone application, thanks to UnityPro and a powerfulhardware.3 - Easy to operate : bumpless, Ethernet Addresses switchover4 - The only high-availability solution able to re-use your Fipio/WorldfipI/O devices and your PL7 application

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Control roomOperator room

Screening aeration Mixing flocculation Sedimentation Filtration Disinfecting distribution

Ethernet

1 - SCADA Vijeo Citect server 2 - SCADA Vijeo Citect client 3 - Modem W@de W305 4 - Managed ConneXium switch (TCSESM04/08) 5 - Controller Premium TSX57 with or without hotstandby 6 - Controller Modicon M340 7 - Advantys STB with Ethernet NIM 8 - Motor starter Tesys-U on Advantys module STB EPI 2145 9 - Drive ATV 6110 - Drive ATV 31 on Advantys CANopen extension11 - Functional unit process line (several lines per unit according to the plant size)12 - Electrical distribution products (Sepam, Masterpact…)

EngineeringServers

GSM/ADSL/PSTN/

Instrumentation Instrumentation InstrumentationInstrumentation

Instrumentation

Electricaldistribution

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Preferred Implementationfor water industryT4A high performance solution fora drinking water plant: > 500 000 m3

Dedicated to very large sized drinking water treatment plants

T4 implementation is a complete solution for a large urban area from 200 000 m3

up to 1 million m3 and more.It combines several Premium TSX57 and Modicon M340 controllers, a redundantSCADA VijeoCitect server, a dual Ethernet ring and a remote access to liftingstations. A T4 implementation is able to manage a large number of equipmentsand to proceed advanced treatment. It is usually made of several process linesallowing a high level of availability. Each controller is in charge to manage oneprocess line of a functional unit (for instance 5 sedimentation tanks of the20 tanks of a plant). This implementation is a real solution ensuring a completeintegration of your installation from SCADA to instrumentation. The engineeringcost is reduced thanks to Unity Application Generator software and itsdedicated water objects library that allows integrating multiple PLCs andHMI/SCADA systems.

Benefits

� High performance � High level of process availability � Optimized ROI



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Design: adncom.frPhotos: Schneider ElectricPrinting:


Focus on Vijeo Citect

The largest drinking water treatment plants are often characterised by a largenumber of controllers that manage the process (up to 100) and several hundredof field devices such as variable speed drives and I/O modules. The filtrationprocess (steps 5 and 7), for instance, can be split in several treatment linesdepending on the filtration technic used: Microfiltration, Ultrafiltration,Nanofiltration or Reverse Osmosis. In the same way, the sedimentationtreatment (4), the distribution process (9) or the sludge treatment (10 and 11),can be structured in several process lines. Vijeo Citect solution providescontinuous 24-hour, 7 days per week monitoring of treatment process tohelp identify quality failures or contamination. An efficient supervision toolsuch as Vijeo Citect is mandatory to manage such complex architectures.

CharacteristicsPerformance� Scada / HMI:- Redundant VijeoCitect with one or several operatorterminals- Graphical display: Up to 20 XBT-G / XBT-GT� Remote Terminal Unit: W@de W305 modem� Controller: Up to 40 Premium TSX57 or Quantumand up to 60 Modicon M340� I/O: Up to 10000 digital or analog I/O (20%)- up to 200 Advantys STB connected on ethernet� Motor Control:- up to 500 motor starter Tesys-U connected toAdvantys STB - Soft starters ATS 48 or ATV31 connected toModbus SL.- up tp 200 speed drives ATV 61 connected toEthernet� Instrumentation: up to 1000 � Options: - Ethernet Modbus TCP Gateway to Modbus SL(ETG100/ETG1000)- Gateway to Hart or Profibus DP/PA (CAPP Partners)- Connection to Electrical distribution products(masterpact, Sepam…)

Installation � Plant type : Mono-site or networked site� Control network : Ethernet network betweencontrollers and Scada (Ring and dual ring topology)� Device cabling : Ethernet Star, Bus or ring topology� Instrumentation cabling : hardwired, 4-20maand connection to Modbus serial line or Hartor ProfibusDP/PA� Software:- Unity pro, advantys Tool, Power suite- UAG with water object libraries - ConneXview for Ethernet Diagnostic� Remote connection to centralized Scada;to other water plants and/or to remote pumpingor booster stations- Private line, PSTN, GSM / GPRS / radio- ADSL with external modem

Constraints � Access control � Option: Premium or Quantum Hot Standbyfor process availability

Cost� Good ROI and Low engineering cost

Size � Large Installation of several square kilometers,Link of several kilometers with other sites:other plants, Booster or pumping stations or remotemonitoring system

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You need to:- Improve your productivity by guaranteeinga perfect quality of the water treated- Minimize downtime on your drinkingwater installation

Vijeo Citect provides you:

Superior performanceBy enabling you to use the power of multi-CPU or hyper-threadedmachines.

Integrated XML web service This interface provides access to all tags, alarms and trend informationand will help integrate Vijeo Citect with web systems.You can use this new XML web service to incorporate water processdata directly into your corporate intranet.

Configuration made easyOne of the key features of V6.1 is the ease of configuration,saving time on large, complex water projects.

Advanced visualizationThe visualization tools enable the production of high qualityoperator interfaces for your water process.

Flexible architecture and applicationsThe best possible combination between Redundant Scadaand redundant PLCs.

On the field…

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Control roomOperator room

Lifting screening Primary treatment Biological treatment Sludge treatment

Chemicaltreatment

Ethernet

1 - SCADA Vijeo Citect serveur 2 - SCADA Vijeo Citect client 3 - Modem W@de W305 4 - Managed ConneXium switch (TCSESM04/08) 5 - Drive ATV 61/31 6 - Controller: Premium TSX57 with or without hotstandby 7 - Controller: Modicon M340 8 - Advantys STB with Ethernet NIM 9 - Motor starter Tesys-U on Advantys module STB EPI 214510 - Motor starter Tesys-U (LULC15 ) on Advantys STB inter segment11 - Electrical distribution products (Sepam, Masterpact…)12 - Functional unit process line (several lines for one function according to the plant size)

EngineeringServers

GSM/ADSL/PSTN/

Instrumentation

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Preferred Implementationfor water industryT4A high performance solution fora wastewater plant: 1 000 000 equivalentinhabitants

Dedicated to very large sized wastewater treatment plants

T4 implementation is a complete solution for a large urban area from 500 000 upto 1 million and more inhabitants. It combines several Premium TSX57 andModicon M340 controllers, a redundant SCADA VijeoCitect, a dual Ethernetring and a remote access to lifting stations. A T4 implementation is able tomanage a large number of equipments and advanced treatment.Each controller is in charge of managing a process line of one functionalunit (for instance 5 primary clarifiers of the 20 clarifiers of a plant).This implementation is a real solution ensuring a complete integrationof your installation from SCADA to instrumentation. The engineering costis reduced thanks to Unity Application Generator software and its dedicatedwater objects library that allows integrating multiple PLCs and HMI/SCADAsystems.

Benefits

� High performance � High level of process availability � Optimized ROI



Head Office



FRANCE



Design: adncom.frPhotos: Schneider ElectricPrinting:


Focus on Unity Application GeneratorCharacteristicsPerformance� Scada / HMI:- Redundant VijeoCitect with one or several operatorterminals- Graphical display: Up to 20 XBT-G / XBT-GT� Remote Terminal Unit: W@de W305 modem � Controller: Up to 40 Premium TSX57 or Quantumand up to 60 modicon M340� I/O: Up to 10000 digital or analog I/O (20%)- Up to 200 Advantys STB connected on ethernet� Motor Control:- up to 500 motor starter Tesys-U connected toAdvantys STB - soft starters ATS 48 or ATV31 connected toModbus SL- up to 200 speed drives ATV 61 connected toEthernet� Instrumentation: up to 1000 � Options: - Ethernet Modbus TCP Gateway to ModbusSerial Line (ETG100/ETG1000)- Gateway to Hart or Profibus DP/PA (CAPP Partners)- Connection to Electrical distribution products(masterpact, Sepam…) through Modbus SL

Installation � Plant type: Mono-site or networked site� Control network: Ethernet network betweencontrollers and Scada (Ring or dual ring topology)� Device cabling: Ethernet Star, Bus or ring topology� Instrumentation cabling: hardwired, 4-20maand connection to modbus serial line or Hartor ProfibusDP/PA� Software:- Unity pro, Advantys Tool, Power suite- UAG with water object libraries - ConneXview for Ethernet diagnostic� Remote connection with private line, PSTN,GSM / GPRS, radio or ADSL with external modem

Constraints � Access control � Option: Premium or Quantum Hot Standbyfor process availability

Cost� Good ROI� Low engineering cost

Size � Large Installation of several square kilometers,link of several kilometers with other sites :other plants, lifting stations or remote monitoringsystem 3

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Water Objects Library

Control and SupervisionUnity Application Generator and its water object library dedicatedto water applications is an efficient way to optimise the supervisionand control of your installation thanks to a standardised approach.

An optimised processThe water object library is totally process oriented (from the processto automation organisation. This unique tool offers a complete viewand tracing of the process of your installation and improve maintenanceand operation

An improved cost structureUAG is a standardised solution designed to optimise your cost structure(training, qualification, and implementation...). UAG helps you to savetime at every stage of your project: from design to operation

On the field…A large wastewater plant requires a significant engineering cost to designthe process of huge numbers of equipment, motors, valves and pumps.Advanced processes are more and more used for biological treatment,chemical treatment and for sludge treatment and valuation. Several process lines managing one functional unit characterizeT4 architecture. Each line is under responsability of dedicated controller.The UAG water library’s “object approach” is particularly adapted to suchcomplex architecture. It enables you to optimize the design and thecommissioning of your wastewater treatment. The high flexibility providedby UAG water library allows you to freely extend and modify yourwastewater treatment installation by adding a new primary clarifier line (5),biological process line (7) secondary clarifier line (8) or a new sludgethickener (11) process line.

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Documents

Preferred Implementations for the water industry