Field IT Electronic Water Meter for Water System Management

Transcription

1 Data Sheet Field IT Electronic Water Meter for Water System Management Integrated water measurement system combines flow, pressure, data logging and GSM telemetry in a single unit Built in multi-speed, multichannel, dual-variable logger high precision, high resolution datalogging Logger database systems compatible with a variety of logger databases, including ABB LogMaster Pressure sensor input enables monitoring and logging of line pressure Flash programming technology supports local or remote via radio upgrade to product firmware Meets ISO 64 Class B & C and CEN pr EN454 with 0 : measuring range complies with the latest regulations Battery operation -year life no external power supply required, facilitates installation in remote locations Automated reporting using SMS text messaging via internal GSM mobile phone the next generation integrated measurement system for water system management

2 The Next Generation Commercial Water Flow Meter AquaMaster S is the next stage in the evolution of the groundbreaking AquaMaster range of flow meters from ABB. An integrated water measurement system with outstanding performance combining flow, pressure measurement and datalogging in a single unit. eliminates system interconnection and configuration issues and ensures reliable start-up with reduced overall user costs and improved data resolution for superior water system management. is the world s first flowmeter with field upgradeable firmware via GSM. This gives the user full future proofing as it permits future software enhancements to be downloaded to an installed., available in sizes 5 to 600mm ( / to 4 in.), has been designed specifically for the water industry in response to its stringent demands for enhanced metering capability enabling ever more efficient and cost-effective operation and compliance with increasing legislative requirements. Based on ABB proven technology, is supported by the expertise of ABB, the world s leading flow meter manufacturer with many pioneering advances in water flow metering over the last decade, for example, AquaMag, MagMaster, AquaProbe, CalMaster etc. ABB operates national and internationally accredited flow calibration facilities in the UK, Germany, USA, Australia and India. We also offer comprehensive, locally-based before- and after-sales service. Typical Applications District metering Trunk mains Treatment works No External Power Required for Remote Locations No external power supply ( internal batteries) -year battery life Site-replaceable batteries Unique battery management system gives a battery replacement window in excess of year, with no flat battery interruption to measurement AquaMaster is the ideal solution for locations where there is no external power. Two user-replaceable internal batteries provide a -year battery life, thus eliminating the high cost of providing a mains supply to the meter. AquaMaster s extended battery life is achieved through new technology design. AC-powered units have optional battery backup to ensure no loss of flow measurement during power-down periods. Remote Access via Mobile Phone Technology Remote access to logger data via dial-up connection using GSM mobile phone technology Remote configuration, status monitoring and preventive maintenance Diagnostics and configuration, via standard GSM mobile phone Automated reporting of metering data via SMS text SMS data accessible via industry-standard SMS Gateways capable of exporting data using Windows DDE, OLE, XML etc. Allows remote software upgrades/enhancements by ABB

3 Logger Facility The transmitter also contains a multichannel, multivariable logger. The ability of the logger to run at two speeds simultaneously enables the user to investigate, in precise detail, the flow and pressure activity during a period of interest. This logger logs both flow and pressure via a direct digital transfer of data, thereby ensuring optimum accuracy and resolution of measurement. Graph (below) illustrates actual district network measurements showing extra detail captured utilizing the twin loggers. Traditional techniques of counting pulses over a short logging interval leads to quantization effects corresponding to whole numbers of pulses on logger graphs which is shown on Graph (below). eliminates such effects, averaging digitally over the selected logging interval. Such high resolution data facilitates step testing, leak detection and water network analysis. The AquaMaster s internal loggers feature an advanced automatic time synchronization feature which ensure operation on synchronized time boundaries, no matter what logging interval is set. This ensures all flow and pressure data, when combined with data from other meters, is precisely synchronized facilitating precise network balance. For revenue application, not only is the flow and pressure logged information available but included is a totalizer and tariff logger, which logs all volume totals (forward, reverse, net) and tariff readings totals every midnight. Its memory of 66 days keeps all records for one year. The readings stored are the precise register volumes and are not inferred by integration of pulses or other similar techniques. Security is incorporated where access to the loggers and modifying the configuration of logger setup is protected by user passwords which can be changed by the user. 0 Flowrate min log Flowrate 5 min log Pressure min log Pressure 5 min log 5 Flow (l/s) 0 4 Pressure (bar) 0 :00 0:00 :00 :00 :00 4:00 5:00 6:00 Time Graph. Flowrate/Pressure High Resolution Capability 8 AquaMaster Integrated Logger External Logger using pulse output 8 :00 :00 0:00 :00 :00 :00 4:00 5:00 6:00 Graph. Pulse Resolution Eliminated with Integral Logger

4 Overview of Mobile Phone Data Transmission (CSD) and Text Messaging (SMS) Transmission of data (rather than voice) over mobile telephone networks generally involves a technique called Circuit-switched Data (CSD). To be able to transmit data, the SIM card used needs to be data-enabled, which means that its 'data' number must be enabled by the service provider and this is the number that must be called to access logger data etc. The advantage of this system is that data can be transmitted, including stored data such as that held in data loggers. Text messaging, as the name suggests, is used to exchange text characters. AquaMaster, using this method, transfers data and instructions in the form of text. Added advantages of this method are that minimum signal levels for Text Messaging are lower than for voice/data transfers and that the text exchange does not have to be synchronized, as the SMS Gateway stores the request until the recipient s system is next active and, likewise, his response is similarly stored until the originator is next on line. In other words, the two parties need not be on line simultaneously. In addition, if Text Messaging is all that is required, there is no need to activate the data number. Downloading the Loggers uses CSD to allow customers to have full access to the contents of its integral data loggers. This is via a cellphone with the SIM card, integral within the Transmitter, giving standard 5 minute logged data with the availability of extra high resolution data and the Totalizer/Tariff loggers. AquaMaster allows customers to fit their own SIM card into the Transmitter. It should be noted that the CSD requirement for the data number to be enabled means that a standard Pay-as-yougo or other prepayment SIM card is unlikely to operate. Access to the data is possible using ABB s LogMaster PC Utility which is available at no extra cost with the. The request for data is initiated by the customer s host computer or using the ABB LogMaster utility. When the Transmitter is powered from an AC mains electrical supply, the CSD system is constantly powered. When, however, the Transmitter is under battery power, the CSD system is only powered to a programmed schedule, using the Transmitter s internal clock/calendar and programmable from within the menu structure. schedule (e.g. daily, weekly etc.). The schedule is easily configured via a menu in the. Simple off-the-shelf SMS Gateway solutions for remote PC systems are available which allow the automated SMS meter readings to be received, decoded and exported to an existing billing application or database via Industry-standard DDE, OLE, POP, XML and HTTP mechanisms. Antenna The AquaMaster is available with either an internal or external antenna. Having the antenna external to the Transmitter enhances the signal reception and, to further improve reception, the antenna should be fitted outside of any metal-cased kiosk, cabinet or other field enclosure that may be used to house the Transmitter. The integral antenna version can be used within any plastic enclosure or in outside locations. To ensure satisfactory signal reception at the time of commissioning, AquaMaster can check the signal strength in its final installed location with the covers/enclosures etc. fitted and report on its suitability for data transfer. Nightline Flow Logger An additional capability of the GSM-equipped is the capability of configuring a Tariff data logger in higherresolution units to record night-time flows in a programmable time window. This gives direct tabular data of night flows and is a valuable tool in network and site leakage detection. Base Station Base Station Remote Access via Text Messaging Whilst text messaging is unable to download the contents of the loggers, it is ideally suited to requesting specific item(s) of data (such as forward volume totalizer, flowrate, alarm status etc.) or to configure any of the parameters within the menu system. The data requests and reconfiguration commands are in a simple text format and the replies to the originator with the requested data or with confirmation of the configuration change. Auto-reporting of user-selected meter data can also be configured, whereby the meter transmits the data automatically via Text to a preset number and according to a programmable AquaMaster Mobile Phone Log Master Schematic Showing Use of ited Remote from PC 4

5 Support Software is compatible with a variety of industry-standard third party software (Technolog [PMAC], Hydreka Winfluid, Primayer, OSI PI database and Capula Beaver Valley [WADIS]) for downloading, managing, analysis and display of data, either directly from the RS port or remotely. Software ABB LogMaster Technolog (PMAC) Direct (RS) Vodaphone (Radiopad) GSM (Circuit- switched data) S MS (Text) Primayer OSI PI Database or Capula Beaver Valley (VVADIS) Hydreka (Winfluid) Automated Meter Reading (via SMS Gateway) Mobile Phone Text Future compatibility planned, contact the appropriate datalogger supplier. ABB also supply LogMaster, a simple-to-use PC software program which provides local communication to the. It enables full control and downloading of the onboard datalogger. A file-save facility enables data to be exported in CSV format for charting in Microsoft Excel or similar spreadsheets. It supports GSM and Vodafone Radiopad remote connection, with an address book, for full remote operation. LogMaster is Windows 98, NT and Windows 00 compatible, available in a variety of different languages. also has on board remote communication ability such as interfacing to an external Vodafone VVADS radiopad, with internal GSM as an option and, of course, RS which enables the user to both collect data remotely and service the unit without leaving his office. 5

6 Transmitter Comprehensive display Submersible for use in flooded chambers IP68 (NEMA6) Resetable or secure totals 8mm high displays for totals (exceeds ISO 64 requirements) Total security: Two user-security levels Anti-tamper switch and seals Three outputs (forward & reverse pulse, or pulses & direction and alarm) The AquaMaster Transmitter provides the most comprehensive range of flow data and information currently available to the water industry. If all the data is not required, the unit can be configured so that only the required values are displayed, thus ensuring simple reading with no superfluous data. Similarly, the display is available for top or side viewing, depending on the location of the meter, for easy reading in all locations. The AquaMaster s program memory or firmware uses reprogrammable Flash memory technology which has been enhanced to allow this firmware to be upgraded in the field, via a local serial port connection or a radio link, if fitted. This future proofs AquaMaster, making enhancements or new features available to installed units. The enclosure is an IP68 rated metal housing designed for integral or remote mounting where possible submersion can occur. AquaMaster 9-Digit LCD Display Cyclic display* 8mm High Forward total Reverse total Net total Date Tariff Total Tariff Indicator * Can be programmed to display required values only A B gal/sm ftm/hmgd Status Indicators Battery A low Fault Empty pipe Battery B low Mains off m 8gal Choice of Flow Units to match user requirements 5-Digit LCD Display Cyclic display* Flow rate Time Velocity Pressure 6

7 Standard Tariff Setting AquaMaster incorporates a multiple tariff feature where the accumulated flow volume is routed to one of two 8-digit signed tariffs; tariff A and tariff B, depending on time and date. It is fully programmable by the user for time of day, day of week or date during the year. These user-defined times/dates can be combined in a variety of modes as illustrated in the tables below to produce the following tariff regimes. Weekly Cycle Defined Mode Tariff A Tariff B Day time during weekend Night time at weekend + day and night during week Day time during week Night time during week + day and night during weekend All day times All night times 4 Night time during weekend Day time during weekend + day and night during week 5 Day and night during weekend Day and night during week 6 7 Day time during weekend + night time during weekend All day times + night time during weekend Yearly Cycle Defined Mode Tariff A Day time during summer Day time during winter All day times 4 Night time during summer 5 Day and night during summer 6 7 Day time during winter + night time during summer All day times + night time during summer Night time during week + day time during weekend Night time during week Tariff B Night time during summer + day and night during winter Night time during winterr + day and night during summer All night times Day time during summer + day and night during winter Day and night during winter Night time during wilnter + day time during summer Night time during winter Easy, Low Cost Installation No matter what the location or installation requirements, AquaMaster provides a cost-effective solution. Both the sensor and the Transmitter can be fully submersible, enabling installation in flooded chambers. In addition, the sensor is buriable, thus eliminating the need for a chamber. Installation merely involves excavating to the pipeline, fitting the sensor and back filling the hole, to ensure very fast, low cost installation. The associated Transmitter is then located in the most convenient position for the user. The elimination of bypasses and ancillary items such as strainers, enables the installation cost to be kept to an absolute minimum. These factors, together with the innovative Fit and Flow system, ensure foolproof installation with total user confidence. Fit & Flow No need to match sensor and Transmitter Fast, reliable operation Foolproof, no errors Sensor stores all calibration factors, site setting numbers etc. Volume totalizer and tariff values backed-up every 5 minutes in sensor for total security Multiple, programmable password levels stored for measurement security Tamper resistant 7

8 New Performance Standards Calibration Characteristics for Widest flow range, optimum accuracy and long term, stable calibration means that AquaMaster sets new performance standards in the water industry. The performance specification for an 80mm ( in.) AC-powered unit (see Fig. below) demonstrates how AquaMaster significantly exceeds ISO 64 Class B standards for both accuracy and max./min. flow rates (Qmax. and Qmin.). The performance for an AC-powered unit has an exceptional flow rangeability, meeting R0 of the new CEN pr EN454. This unique low flow rate capability enables previously unrecordable minimal night flow rates to be metered; particularly important for district metering applications. The clear bore of the AquaMaster eliminates the possibility of damage by particulate matter and the absence of moving and wearing components ensures that this unique level of performance is maintained long term. The unique design of the AquaMaster sensor conditions the flow profile in the measuring section so that distortions in the flow profile, either upstream or downstream, are flattened, resulting in excellent in situ meter performance, even with very bad hydraulic installation conditions. Tests have shown that with a gate valve bolted directly on the upstream flange of the meter, performance is still within ISO 64 Class C even with the gate virtually shut. is also available with a special revenue calibration for bulk revenue applications which also require the built-in logging capability and other features of. 5% ISO 64 Class C AquaMaster Class C % AquaMaster 0.5% 0.5% % Actual AquaMaster calibration results AquaMaster can be operated at flow rates above Qmax without damage to the meter Class C 5% AquaMaster Qmin Qt Qmax Q0.5% 0.(0.45) 0.4(.) 0.6(.7) 80(64) 0.4(.) (9.) 80(64) Comparison of 80mm ( in.) AC Performance Specification m/h (gal/min.) with ISO 64 Class C 8

9 Specification Battery-powered Meters Flow Requirements per ISO 64 (Standard Version) Size Q max. N Q 0.5% ) ( Qt Q min. m m in. m /h (Ugal/min) ().5 (7) 0. (.0) 0.0 (0.099) (0.0) ().5 () 0.8 (.7) 0.08 (0.65) 0.05 (0.066) ().5 (5) 0.5 (.) 0.05 (0.) 0.0 (0.09). 5 (88) (44).5 (6.6) 0. (0.66) 0.06 (0.6) 0 () 5 (66). (9.9) 0. (.0) 0.09 (0.) () 5 ().8 (6.5) 0.8 (.7) 0.5 (0.66) (5) (76) 6 (6) 0.6 (.6) 0.4 (.06) 4 (58) 60 (64) 9 () 0.9 (4.0) 0.6 (.59) 6 00 () (660) (99). () 0.9 (4.0) 0 8 (0) () 8 (65).8 (7).5 (6.6) 800 (5) (760) 60 (64) 6 (6).4 () 00 (580) 600 (6) 90 () 9 ().6 (6) (70) 800 (5) () 5 () (44) 6 00 (88) 0 (4) (660) (8) (55) (4) 00 (57) 95 (860) 44 (9) 8 (77) 000 () 0 (6600) 5 (990) 6 (75) 5 () () 0 () 75 (6) 79 (47) (9) AC-powered Meters Flow Requirements per ISO 64 (Standard Version) Size Q max. N Q 0.5% ) ( Qt Q min. m m in. m /h (Ugal/min) ().5 (7) (0.) 0.0 (0.044) (0.08) ().5 () 0.5 (0.55) 0.06 (0.069) (0.08) ().5 (5) 0.75 (0.77) 0.05 (0.) 0.0 (0.04). 5 (88) (44).5 (6.6) 0.06 (0.8) 0.05 (0.) 0 () 5 (66).5 (6.6) 0. (0.4) 0.04 (0.8) () 5 ().5 (6.6) 0.6 (0.7) 0.06 (0.8) (5) (76) (8.8) 0. (.) 0. (0.44) 4 (58) 60 (64) () 0.4 (.8) 0.6 (0.70) 6 00 () (660) 7.5 () (4) 0.4 (.8) 0 8 (0) ().5 (55).6 (7) 0.6 (.8) 800 (5) (760) (88).5 () (4) 00 (580) 600 (6) 0 () 4 (8).6 (7) (70) 800 (5) 80 (5) 8 (5). (4) 6 00 (88) 0 (4) (4) (55) 5 () (4) 00 (57) 0 (57) 8 (77) 7 () 000 () 0 (6600) (660) (88) 8 (5) () 0 () () (9) (55) 9

10 Battery-powered Meters Flow Requirements per CEN pr 454 and latest ISO64 (Standard Version) Size Q4 Q Q 0.5% ) ( Q Q R m m in. m /h (Ugal/min) () 4 (8) 0. (.0) 0.05 (0.) 0.0 (0.044) (5) 6. (8) 0.8 (.7) 0.09 (0.7) 0.06 (0.069) (55) (44) 0.5 (.) 0.06 (0.8) 0.05 (0.). 5 (8) 5 ().5 (6.6) 0.56 (0.69) 0.06 (0.8) () (76). (9.9) 0. (.) 0. (0.44) (47) 6 (77).8 (6.5) 0.9 (.7) 0.6 (0.69) 80 5 (5) (4) 6 (6) 0.6 (.8) 0.5 (.) 4 0 (880) 60 (700) 9 () (4.4) 0.4 (.76) 6 (0) (760) () () (4.4) (470) 60 (770) 8 (70).9 (7).6 (6.9) (5) 0 (4) 60 (60) 6. (8).5 () (88) 600 (70) 90 () (44) 4 (8) 4 00 (88) 600 (70)* () 5 () (44) (760) 0 ()* (660) (8) (55) (960) (54)* 95 (860) 44 (9) 8 (77) 0 0 () 0 (76)* 5 (990) 6 (75) 5 () (4670) 600 (77)* 75 (6) 79 (47) (9) 0 AC-powered Meters Flow Requirements per CEN pr 454 and latest ISO64 (Standard Version) Size Q4 Q Q 0.5% ) ( Q Q R m m in. m /h (Ugal/min) () 4 (8) (0.) 0.0 (0.044) (0.08) (5) 6. (8) 0. (0.55) 0.06 (0.069) (0.08) (55) (44) 0.8 (0.77) 0.05 (0.) 0.0 (0.04) 0. 5 (8) 5 ().5 (6.6) 0.06 (0.8) 0.05 (0.) 0 () (76).5 (6.6) 0. (0.4) 0.04 ( (47) 6 (77).5 (6.6) 0.6 (0.7) 0.06 (0.8) (5) (4) (8.8) 0. (.) 0. (0.44) (880) 60 (700) () 0.4 (.8) 0.6 (0.70) 0 6 (0) (760) 8 (0) (4) 0.4 (.8) (470) 60 (770) (60).6 (7) 0.6 (.8) 0 (5) 0 (4) (90).5 () (4) (88) 600 (70) 0 () 4 (8).6 (7) (88) 600 (70)* 80 (5) 8 (5). (4) 6 5 (760) 0 ()* (4) (55) 5 () (960) (54)* 0 (570) 8 (77) 7 () 0 () 0 (76)* (660) (88) 8 (5) (4760) 600 (77)* () (9) (55)

11 ...Specification Flow Requirements per CEN pr 454 (Bulk Revenue Version) Size Q4 Q Q Q R m m in. m /h (Ugal/min) () (76) (4.4) 0.4 (.8) (47) 6 (77).6 (7) 0.6 (.8) 80 5 (5) (4).5 () (4.4) 4 0 (88) 60 (704) 4 (8).6 (7.0) 6 (0) (760) (44) 4 (8) (470) 60 (770) 6 (69) 6. (8) (5) 0 (4) 5 () (44) (88) 600 (70) (76) 6 (70) Flow Requirements per ISO 64 Class B (Bulk Revenue Version) Size Q max. N Qt Q min. m m in. m /h (Ugal/min) 0 () 5 (66) (.) 0.45 (.0) () 5 () 5 () 0.75 (.) (58) (76) 8 (5). (5.) 4 (58) 60 (64) (5).8 (7.9) 6 00 () (660) 0 () 4.5() 0 8 (0) () () 7.5 () 800 (5) (760) 80 () (5) 00 (580) 600 (6) () 8 (79) 5% Class B % % 5% CEN pr 454 Q Q Q Q4 ISO 64 Q min. Qt QN Qmax. Performance Specification with CEN pr 454 and ISO 64

12 ...Specification Wetted Materials Screw end meters Brass Flanged meters Electrodes stainless steel 6L Lining Suitable for potable water (UKWFBS listed) Pressure limitations As flange rating Conductivity >µs/cm End Connections Thread end connections 5mm G /4 in. B /4 in. NPSM mm G in. B in. NPSM 5mm G /4 in. B /4 in. NPSM to 00mm (.5 to in.) flanged BS44/ISO 7005 PN6, PN ANSI B6.5.5 Class AS 9 Tables C, D and E AS 87/4, AS87/6 JIS to BS, 5k, k and 0k BS Tables D and E to 600mm (4 to 4 in.) flanged BS44/ISO 7005 PN, PN6 BS Table D & E AS 9 Tables D and E AWWA C7 Class B and D ANSI B6.5.5 Class ( 4 in.) AS87/4, AS87/6 Temperature Ranges Pressure Loss Transmitter F lowrate Pressure Loss (Bar) Q (CEN) < 0.6 I SO 64 Q < 0. max. ISO 64 Q < n ISO 64 Q <.09 n/ Mounting Integral with sensor or Remote up to 0m (6 ft) Housing IP68 (NEMA 6P) Aluminum Alloy with Glass Window Electrical connections /6mm plastic glands, mm armored or accepts / in. NPT threaded or military style plug & socket Sensor cable ABB cable supplied as standard SWA cable available on application Power supply Battery 0 to C ( to F) battery typically. years batteries typically years, extended life is possible to give, say, 5 years for two cells with a small degradation in response time and slightly increased measurement uncertainty, contact ABB for details. Battery life is shorter with GSM, depending on how frequently it is used and for what period. For example, used once per day for SMS automated reporting, the life of one battery would, typically, be.5 years; for a once-daily data download of a 5 minute data log, the life of one battery would be, typically,. years. Type Voltage Rating (V) Absolute Rating Frequency (Hz) VA AC 85 to to 4 < B attery.6 (Lithium) Process Ambient Storage 70 C (58 F) 60 C ( F) 70 C (58 F) C (4 F) C (4 F) C ( 4 F) 0 C ( F) Note. Operation outside ambient temperature limits of 0 to C ( to F) reduces battery capacity and shortens battery life.

13 Transmitter Pulse and alarm outputs Three bidirectional solid state switches with common isolation ±5V DC ma Output Forward only, or forward plus reverse pulses Output Reverse pulses, or direction indicator Output Alarm indicates any problem with measurement or with power Pulse output Hz maximum, % nominal duty cycle Serial data communications Local Port RS compatible via ABB lead (Option) Remote Port (Option) RS with RI, RTS and CTS handshaking for connection to a modem or computer Telemetry applications using remote serial data communications External Vodaphone VVADS Radio Pad X5 compatible network interface via RP5, 6, 7 or similar radiopad External PSTN modem Modern PSTN modems which store configuration setup on non-volatile memory (for configuration information contact ABB) External GSM modem Siemens MT, TC5 or similar compatible modems (for configuration information contact ABB) Internal GSM modem Dual Band GSM; fully programmable schedule for battery operation and Automated Meter Reading Pressure System External Transducer Pressure range absolute, 6bar or 00 lb/in Connection Standard quick-fit male probe MIL style connector Operating temperature range to 70 C ( 4 to 58 F) Accuracy (typical) ±0.4% of range Thermal error band (typically C [ F]) ±.5% span Cable length, 5, or m (, 6, or 65 ft) Logger details Logger Function Logger Flow & Pressure Flow & Pressure Forward, Reverse, Tariffs & Net Flow Totals No. of Records Logging Interval Typical Capacity Mode 5 to 65s (adjustable) Cyclic ~7 min. Cyclic 4 hours (fixed) year Cyclic Use ABB LogMaster Use Technolog (PMAC) Use Primayer Primeware Use OSI PI Database/ CBV (WADIS) System Response Time (Programmable) Minimum s (mains-powered) 5s (battery-powered) Languages English French German Spanish Italian Dutch Other languages can be added via Windows download Program (contact ABB) GSM Antenna Mounting Integral with transmitter or Remote (m cable) Antenna environmental IP66 (NEMA4) waterproof for accidental submersion (Note. The GSM does not operate with integral antenna under water) General advice is to mount the antenna as high as possible, always outside of any metal enclosure and not under the surface of the ground

14 Specification Mounting Pipe Conditions 45 maximum >5 x pipe dia. > x pipe dia. minimum minimum Flow Direction Sensor Electrodes Default Settings Table Configuration Parameter Default European Default North American Pulse Factor Pulse Units m Ugal Totalizer Units m Ugal Full Scale Flow Flow Units Velocity Units Date Format from Country Code ISO 64 Qn ISO 64 Qn m / h MUGD m/ s DDMMYY ft/ s MMDDYY Flow Response Time (s) Pressure Display Type Display Flow Rate Display Forward Total Display Reverse Total Display Net Total Gauge Yes Yes Yes No Gauge D isplay Pressure Y es (if ordered with Pressure Tx) Yes (if ordered with Pressure Tx) Display Date Display Velocity Pressure Upper Range (bar) 6 6 Logger Interval (s) Logger Interval (s) 60 Output Option Pulse Forward Output Option Pulse Reverse No No Pulses Forward Pulses Reverse Yes Yes Yes No No No Pulses Forward Pulses Reverse Profile Factor Probe Insertion Factor 4

15 Sensor Specification (nominal dimensions) 5 to 5mm (0.5 to in.) Screw Ends Meter Size Dimensions Approx. mm (in) Connection Weight m m in. A kg lb (4.7) G /4 in. B or /4 in.npsm (5) G in. B or i n. NPSM (5) G /4 in. B or /4 in. NPSM. 5 5 Dimensions in mm (in.) 6 (.4) 8 (5) Dimensions in mm (in.) 89 (.5) A to 00mm (.5 to in.) Flanged M eter Size Dimensions mm (in.) m m in. A B kg (7) 00 (7.9) Approx. Weight 9 76 (7) 0 (7.9) (8.6) 0 (7.9) (8.6) 0 (7.9) (9.8) (9.8) (.8) 00 (.8) (5.8) (.8) (7.) 4 (7.7) (8.9) (9.7) lb A B to 600mm (4 to 4 in.) Flanged M eter Size Dimensions mm (in.) m m n. i A B C kg Approx. Weight 4 5 (.) 5 (.5) 5 (.7) (.4) 576 (.7) 600 (.6) (4.9) 67 (4.7) 698 (7.5) (7.0) 679 (6.7) 768 (0.) (0.4) 770 (0.) 98 (6.) 5 69 lb B =%A A C 5

16 Overall Dimensions Terminal Box Sensor Mounted Transmitter Dimensions in mm (in.) Dimensions in mm (in.) 95 (.75) 80 (.5) 5 (4.) M Cable 76 (7) Installation and wiring access 00 () minimum 460 (8) preferred 6 (.4) 0 (.) AquaMaster 70 (6.7) (5.5) Allowance for cable bend: Standard 0 (5) Armored 0 (9) Transmitter Mounting Plate (Remote Only) Allowance for cable bend: Standard 0 (5) Armored 0 (9) Note. For integral mounting, the Transmitter is supplied mounted on top of the terminal box. 6

17 Electrical Connections Optional Power Supply Measurement System Processor Optional GSM Modem Optional RS Communication Port Pulse/Alarm Circuits 6 6 Common 7 7 Display Local Configuration Adaptor Optional Pressure Transducer Part No. WEBC00 7

18 Ordering Information Main Code Additional Code AquaMaster Electronic Water Meter Country Australia Germany Spain France UK Holland Italy USA Calibrated Bore m m in /8 / Default Flange Type to 00mm AS87 Class 6 ISO7005 PN6 ISO7005 PN6 ISO7005 PN6 ISO7005 PN6 ISO7005 PN6 ISO7005 PN6 ANSI B 6.5 Class Transmitter Version and Mounting Default Flange Type to 5mm Threaded ISO 8 Threaded ISO 8 Threaded ISO 8 Threaded ISO 8 Threaded ISO 8 Threaded ISO 8 Threaded ISO 8 Threaded NPSM Default Cable Entry /6mm /6mm /6mm /6mm /6mm /6mm /6mm / in. NP T Integral with Sensor Horizontal Display, metal transmitter (DN to 600) Integral with Sensor Vertical Display, metal transmitter (DN to 600) Remote from Sensor, metal transmitter Power Supply AC AC (with Battery Options Battery Backup) With Earthing Rings ( DN) With Earthing Rings ( DN) & Potting for Transmitter termination wiring Cable Length Not Required m m 0m m m 60m 70m 80m m 5m m 75m 0m MM/G A X XXXX X X X X X X X 0 X 0 0 X A D EF G HI U L A B C A B C DE 8

19 Main Code Additional Code MM/G A X XXXX X X X X X X X 0 X 0 0 X X X X Labelling/Construction ABB UK ABB USA Flange Style/End Connections As defined by Country digit (see page 8) AS87 Class 4 Flanges ( to 600mm [ to 4 in.] only) AS87 Class 6 Flanges ( to 600mm [ to 4 in.] only) AS9 Table C Flanges ( to 600mm [.5 to 4 in.] only) AS9 Table D Flanges ( to 600mm [.5 to 4 in.] only) AS9 Table E Flanges ( to 80mm [.5 to in.] only) ISO7005 PN Flanged ( to 600mm [.5 to 4 in.] only) ISO7005 PN6 Flanged ( to 600mm [.5 to 4 in.] only) ANSI B6.5 Class Flanged (.5 to in. only) BS Table D Flanged ( to 600mm [.5 to 4 in.] only) BS Table E Flanged ( to 600mm [.5 to 4 in.] only) JIS B, 5k Flanged ( to 600mm [.5 to 4 in.] only) JIS B, k Flanged ( to 600mm [.5 to 4 in.] only) Parallel thread to ISO8- Class B (5 to 5mm [ 5 /8 to in.] only) Threaded to NPSM ( 5 /8 to in. only) Cable Entries As defined by Country digit (see page 8). Cable not fitted/potted to sensor /6mm plastic glands. Cable not fitted/potted to sensor /6mm plastic glands. Cable fitted/potted to sensor / in. NPT (USA only). Cable not fitted/potted to senso r mm armored. Cable not fitted/potted to sensor mm armored. Cable fitted/potted to sensor MIL connector (sensor) + 6mm plastic glands. Cable fitted/potted to remote sensor MIL connector (sensor) + 9 way MIL connector + 6mm plastic gland. Cable fitted/potted to remote sensor mm armored (sensor) + 6mm plastic glands. Cable not fitted to sensor mm armored (sensor) + 6mm plastic glands. Cable fitted/potted to sensor Not Used 0 Calibration Point (with Pressure Test) Point (with Pressure Test) NAMAS with Pressure Test ( mm [ in.] only) Bulk Revenue Version, Point (with Pressure Test) Bulk Revenue Version, Point (with Pressure Test) Not Used 0 0 Communications Option Not Required Remote Port RS C ScanReader no cable fitted ScanReader 5m cable fitted GSM Modem, with internal antenna GSM Modem, m remote antenna (not fitted) GSM Modem, 5m remote antenna (not fitted) (future option) Logger Not required ABB Logger enabled for ABB Software ABB Logger enabled for CBV Software ABB Logger enabled for Technolog Software ABB Logger enabled for Primayer Software ABB Logger enabled for Hydreka Software Pressure Transducer/Cable Length Not required Remote m cable Remote 5m cable Remote m cable Remote m cable Remote, no transducer Pressure Transducer Span/Type Not required bar Absolute Transducer 6bar Absolute Transducer 00 lb/in Absolute Transducer 0 0 A Z C D H M E U F G L J T Y 0 B C D Y 0 9

20 ABB has Sales & Customer Support expertise in over countries worldwide The Company s policy is one of continuous product improvement and the right is reserved to modify the information contained herein without notice. Printed in UK (.0) ABB 0 SS/AMAS/S Issue 4 ABB Limited Oldends Lane, Stonehouse Gloucestershire, GL TA UK Tel: +44 (0) Fax: +44 (0) ABB Inc. 5 E. County Line Road Warminster, PA 8974 USA Tel: Fax: