WaterMaster Electromagnetic flowmeter. The perfect fit for all water industry applications

Transcription

1 Data sheet DS/WM EN Rev. H WaterMaster The perfect fit for all water industry applications The most stable transmitter in the world self-calibrating transmitter and ultra-low temperature coefficient for highest accuracy One solution for all your needs designed for use in all water and waste water applications, from sewage plants to distribution networks Quick transmitter exchange revolutionary data storage enables transmitter interchange and commissioning without the need for reconfiguration dvanced infrared service port supports simultaneous and parallel operation of HRT, remote HMI, cyclic data output and parameter dump OIML R49 pproved Type approved to OIML R49 to accuracy Class and Class 2, for any pipe orientation and bidirectional flow Zero downstream pipe disturbance class, with T50 (0. to 50 C [2.2 to 22 F]) rating for guaranteed performance in any water application OIML R49 permanent self-checking Type P approved continuous self checking of the sensor and transmitter to ensure the highest accuracy and long term performance VeriMaster in situ verification software option allows the customer to perform in situ verification at the flowmeter Octagonal full-bore flow measurement sensor unique inner octagonal bore reduces sensitivity to flow profile disturbances

2 The Company We are an established world force in the design and manufacture of instrumentation for industrial process control, flow measurement, gas and liquid analysis and environmental applications. s a part of, a world leader in process automation technology, we offer customers application expertise, service and support worldwide. We are committed to teamwork, high quality manufacturing, advanced technology and unrivalled service and support. The quality, accuracy and performance of the Company's products result from over 00 years experience, combined with a continuous program of innovative design and development to incorporate the latest technology. Over ten flow calibration plants are operated by the Company, which is indicative of our dedication to quality and accuracy. Introduction Setting the standard The WaterMaster range, available in sizes 0 to 2200 mm ( /8 to 84 in), is designed specifically for use on the many diverse applications encountered in the Water and Waste-water industry. The specification, features and user benefits offered by this range are based on 's worldwide experience in this industry and they are all targeted specifically to the industry's requirements. Flow performance WaterMaster has an operating flow range with ±0.4 % accuracy as standard (±0.2 % optional) in both forward and reverse flow directions. Comprehensive features wide range of features and user benefits are built into WaterMaster as standard: bi-directional flow unique, self-calibrating transmitter (patent approval in progress) for the ultimate in stability and repeatability OIML-type continuous self-checking, with alarms, ensures both sensor and transmitter accuracy true electrode and coil impedance measurement comprehensive simulation mode universal switch mode power supply (options are available for C and DC supplies) comprehensive self-diagnostics compliant with NMUR NE07 programmable multiple alarm capability bus options: HRT (4 to 20 m), PROFIUS (RS485) configurable pulse/frequency and alarm outputs advanced infrared service port supports remote HMI, HRT, cyclic data out and parameter dump VeriMaster in situ verification software available as option Read-only switch and ultra-secure service password for total security Submersible and buriable ll WaterMaster sensors have a rugged, robust construction to ensure a long, maintenance-free life under the arduous conditions experienced in the Water and Waste Industry. The sensors are, as standard, inherently submersible (IP68, NEM 6P), thus ensuring suitability for installation in chambers and metering pits which are liable to flooding. unique feature of the WaterMaster sensors is that sizes DN40 to DN2200 are buriable; installation merely involves excavating to the underground pipe, fitting the sensor, cabling back to the transmitter and then backfilling the hole. 2 DS/WM EN Rev. H

3 ssured quality WaterMaster is designed and manufactured in accordance with international quality procedures (ISO 900) and all flowmeters are calibrated on nationally-traceable calibration rigs to provide the end-user with complete assurance of both quality and performance of the meter. WaterMaster electromagnetic flowmeter The perfect fit for all water industry applications Unrivalled in its scope and applications expertise, offers the world's most comprehensive range of flow measurement products. The FlowMaster family of products is unsurpassed in the number of proven measurement techniques, variety of models and scope of application and includes the WaterMaster range of Electromagnetic Flowmeters. Getting the best levels of efficiency and performance from your production process requires reliable, accurate instrumentation. WaterMaster provides the flexibility to solve your most demanding water applications enabling previously unattainable operational and financial benefits. WaterMaster is the ultimate solution for flow measurement and management in sectors as diverse as water, wastewater, sewage and effluent. WaterMaster delivers speed, simplicity and ease of use at every stage of the product's lifecycle. In fact, WaterMaster doesn't just plug the gaps left by competitive products, it is simply the best flow metering solution available today. Superior control through advanced sensor design Innovative, patented octagonal sensor design improves flow profile and reduces up- and down-stream piping requirements for the most commonly used sizes of 40 to 200 mm ( /2 to 8 in). Octagonal bore Using a unique, controlled derivative excitation combined with advanced filtering, WaterMaster improves accuracy by raising zero stability to new levels, resulting in higher accuracy measurements. Proven in the toughest applications, WaterMaster's rugged, robust and buriable sensors eliminate the need for expensive meter chambers thus providing a long, productive and maintenance-free asset life. DS/WM EN Rev. H

4 Powerful and flexible transmitter The backlit, graphical display is rotated easily up to 80 (90 each way) without any tools, enabling users to position it as best fits their needs. 'Through-the-glass' control allows local operator interface to enable short, quick data entry for all user-specific parameters. Intuitive navigation and configuration The user-friendly interface allows fast and simple data entry for all parameters. 'Easy Setup' guides the operator step-by-step through the menu to set parameters as quickly as possible, thereby simplifying the commissioning phase. Improved performance through Digital Signal Processing (DSP) dvanced Digital Signal Processing (DSP) gives improved performance and enables real time measurements for maximum reliability. DSP enables the transmitter to separate the real signal from the noise, therefore providing high quality outputs especially in harsh environments involving vibration, hydraulic noise and temperature fluctuation. Transmitter display 's universal Human Machine Interface (HMI) simplifies operation, maintenance and training; thereby reducing cost of ownership and providing one common user experience. ll WaterMaster versions utilize an electronics cartridge to simplify installation and reduce the number of spare parts. Two variants of the cartridge are available, a standard HRT protocol variant and a PROFIUS variant both variants enable online modification and monitoring of parameters. The same cartridge type (HRT or PROFIUS) is used in both integral and remote installations. The HRT cartridge features active current and passive pulse outputs while the PROFIUS cartridge features passive pulse outputs. 4 DS/WM EN Rev. H

5 Self-calibration unique self-calibration concept developed by (patent pending) has been implemented in WaterMaster. Compliance with OIML R49 Type P (Permanent) checking requirements requires that electromagnetic flowmeters have 'Checking Facilities', where a simulated signal is fed into the input of the flow transmitter and the output is compared and checked within predetermined limits. WaterMaster has taken this to the next level and uses this signal to not only check the accuracy, but also to perform automatic calibration. This not only meets and exceeds the OIML R49 requirements, it also means the instrument has the following features: self-calibrating instrument factory calibration no longer necessary calibration adjustment is continuous during normal running ultra-stable performance with time very low temperature coefficient the measurement accuracy depends on one precision resistor only adjustment % displayed to user for diagnostic use alarm limits to trap hardware failures and out-of-range adjustments Speed, ease and security in the field 'Fit-and-Flow' data storage inside WaterMaster eliminates the need to match sensor and transmitter in the field. On initial installation, the self-configuration sequence automatically replicates into the transmitter all calibration factors, meter size and serial numbers, as well as customer site-specific settings, eliminating the opportunity for error. This redundant storage of data in both the sensor and transmitter memory is continually updated during all operations to ensure the integrity of the measurement. n automatic data self-repair routine corrects any data corruption such as totalizer volume corruption that could occur during a power failure. Detailed diagnostics for rapid decision making WaterMaster is proven to be robust and reliable, with unmatched diagnostic capabilities providing the correct information to keep your process up and running. In accordance with NMUR NE07, alarms and warnings are classified with the status of 'maintenance required', 'check function', 'failure' and 'out of specification'. The following screen shows an alarm history with the number of occurrences for the alarm together with time durations. Diagnostics display dvanced infrared service port WaterMaster as standard incorporates an infrared service port that enables the meter's configuration to be saved externally. If a customer alters the configuration and causes the instrument to behave erratically, the infrared service port enables technicians to assist in troubleshooting the problem by allowing easy, remote access to the configuration data. The infrared service port is used to interrogate HMI menu items automatically and dump the HMI parameter settings and cyclic output measured values (such as flowrate and diagnostic measurement) through the service port to a terminal program. Data can then be downloaded to a PC, saved to a terminal application and output as text or spreadsheet data. Transmitter with infrared communications device attached DS/WM EN Rev. H 5

6 ttention to the smallest technical detail delivers big operational benefits 's WaterMaster sets the standard for flow measurement and management applications in the water, sewage and effluent industries. Leveraging advanced technology, WaterMaster delivers the power to solve your most demanding applications, enabling previously unattainable operational and financial benefits. The perfect balance of power, performance, flexibility and control With WaterMaster, flexible doesn't mean complicated. Take advantage of its innovative and versatile attributes to achieve interoperability within a wide range of asset management systems. WaterMaster, the best solution for your flow measurement needs. Now the best in class is even better! In situ verification WaterMaster is now extended to include VeriMaster for in situ verification. VeriMaster is a PC application, that when coupled to the WaterMaster through the infrared service port, generates a report on the accuracy of the complete flowmeter, both sensor and transmitter. It builds on over 0 years of s experience in the verification field, through its leading CalMaster range. VeriMaster is a quick and easy to use utility, that uses the advanced self-calibration and diagnostic capability of WaterMaster, coupled with fingerprinting technology, to determine the accuracy status of the WaterMaster flowmeter to within +/- % of its original factory calibration. VeriMaster also supports printing of calibration verification records for regulatory compliance. VeriMaster integrates with WaterMaster seamlessly, meaning: no interruption to any of the wiring no cover removal, with operation through the front glass using the infrared service port no interruption to the measurement If desired, an operator can additionally check and record the accuracy of the current and pulse outputs. VeriMaster is compatible with Microsoft Windows 7, Windows XP and Vista operating systems 6 DS/WM EN Rev. H

7 The WaterMaster family DS/WM EN Rev. H 7

8 OIML / MID approved WaterMaster has been type tested and Internationally approved through UK National Weights and Measures Laboratory, to the highest accuracy class and 2 for cold and hot potable water meters, known as OIML R49- (Organisation Internationale de Métrologie Légale). For full details, OIML R49 is available to download from Its requirements are very similar to other International standards, such as the latest revisions of EN454 and ISO4064. WaterMaster accuracy is better than OIML R49- or any of these International standards, with a tighter accuracy specification at the higher flow rates, improving over OIML Class of ± % to ±0.2 % above Q0.2 %, also from Class 2 of ±2 % to ±0.4 % above Q0.4 %. t lower flowrates, typical WaterMaster accuracies follow the 'trumpet' accuracy curve defined by typically ±0.9 mm / s, again tighter than the OIML accuracy limits. The OIML R49- certificate of conformity is available from: c257de00db9b.aspx WaterMaster has been assessed by type approval at the National Measurement Office (NMO) to OIML R49 and passed to the very highest accuracy designations for sizes DN40 to DN200. The approval is for: Class and Class 2 accuracy (calibration option) Environmental class T50 for water temperatures of 0. C to 50 C Electromagnetic Environment E2 (0V/m) ny pipe orientation 5 Diameters upstream pipe 0 Diameters downstream pipe Pressure Loss Class <0.25 bar Integral or remote transmitter (<200 m cable) DN40 DN200, bi-directional flow major advance in WaterMaster is the self-checking capabilities which meet and exceed the R49 requirements and is first electromagnetic flowmeter to be approved to OIML Type P permanent self checking during normal operation (not just at startup) and alarm indication for: transmitter and sensor status, with an accuracy alarm program ROM and RM status double, independent storage of totalizer values, in both the sensor and transmitter non-volatile memories display test WaterMaster is also approved under the EU Measuring Instruments Directive (MID) 2004/22/EC, that covers putting into use water meters for certain applications. MID WaterMaster is secured against tamping and is available as an option, along with fingerprinting for VeriMaster in situ Verification product, with certificate printout to ± % accuracy. WaterMaster certificates of EC type-examination of a measuring instrument are available from: c257de00db9b.aspx 8 DS/WM EN Rev. H

9 WaterMaster specification to OIML R49 Class 4 DN00 WaterMaster Class Specification Typical Meter Performance ±0.2 % ±0.9 mm/s whichever is the greater round Q2 the performance is ±0.7 mm/s Q Q2 OIML R49 Class ccuracy Limits Q 0.2% Q Q4 ± 0.2 % ,000.0 Flowrate (m /h) WaterMaster specification to OIML R49 Class 2 6 DN00 4 WaterMaster Class 2 Specification 2 Error (%) 0 Typical Meter Performance ±0.4 % ±0.9 mm/s whichever is the greater ±0.4 % 2 4 OIML R49 Class 2 ccuracy Limits Q Q2 Q 0.4% Q Q4 6 Q ,000.0 Flowrate (m /h) lthough OIML R49 does not define the flow accuracy below Q, WaterMaster continues to measure flow at lower flow rates down to a cutoff velocity of ±5 mm/s (±0.2 in/s). The accuracy between cutoff and Q is typically ±0.9 mm/s (±0.04. in/s). DS/WM EN Rev. H 9

10 WaterMaster flow performance m /h Standard Calibration 0.4 % OIML R49 Class 2 High ccuracy Calibration 0.2 % OIML R49 Class Q4 Q Q0.4% Q2 Q Q0.2% Q2 Q DN (m /h) (m /h) (m /h) (m /h) (m /h) (m /h) (m /h) (m /h) ** ** * ** ** ** **,250, ,000, ,25 2, ,000 4, ,000 4, ,875 6, ,875 6, ,500 0, ,000 6, in 20,000 6, ,000 6, ,250 25, ,250 25, in,250 25, ,000 40, ,750 6, in 78,750 6, ,750 6, ,000 00, ,000 00, ,000 60, *Future option ** OIML R49 Certificate of Conformance to Class and Class 2. Note. OIML R49 allow Class only for meters with Q 00 m /h. Meters outside this range have been tested and conform to Class. 0 DS/WM EN Rev. H

11 WaterMaster flow performance gal/min Standard Calibration 0.4 % OIML R49 Class 2 High ccuracy Calibration 0.2 % OIML R49 Class Q4 Q Q0.4% Q2 Q Q0.2% Q2 Q NPS/N (DN) (gal/min) (gal/min) (gal/min) (gal/min) (gal/min) (gal/min) (gal/min) (gal/min) /8 (0) /2 (5) /4 (20) (25) /4 (2) /2 (40) (50) /2* (65*) (80) (00),76, * (25*),76, (50),467 2, (200) 5,504 4, (250) 8,806 7, (00),759, , (50) 22,04 7,6, , (400) 22,04 7,6, , (450) 4,67 27,78, , (500) 4,67 27,78, , (600) 55,06 44,029 2, , /28** (700) 88,057 70,446 7, , (760) 88,057 70,446 7, , (800) 88,057 70,446 7, , (900) 7,590 0,072, ,007, /40** (000) 7,590 0,072, ,007, (050) 7,590 0,072, ,007, (200) 220,4 76,5 7,6, ,6,76,0 54 (400) 46, ,8 27,78,775,0 27,78 2,77,7 60 (500) 46, ,8 27,78,775,0 27,78 2,77,7 66 (600) 46, ,8 27,78,775,0 27,78 2,77,7 72 (800) 550,58 440,287 44,029 2,88,76 44,029 4,40 2, (2000) 550,58 440,287 44,029 2,88,76 44,029 4,40 2, (2200) 880,57 704,459 70,446 4,509 2,88 70,446 7,045 4,40 *Future option **Size is dependent on flange specification DS/WM EN Rev. H

12 Specification sensor Functional specification Pressure limitations s per flange rating non approved PN6 for OIML R49 pproved Temperature limitations mbient temperature Remote transmitter 20 to 70 C ( 4 to 58 F) Integral transmitter 20 to 60 C ( 4 to 40 F) Process temperature 6 to 70 C (2 to 58 F) non approved 0. to 50 C (2.2 to 22 F) OIML R49 T50 pproved Environmental protection Rating: IP68 (NEM 6) to 0m ( ft) depth with fully-potted terminal box not DN0 to DN2 IP67 (NEM 4X) DN0 to DN2 uriable (sensor only) FEWNo FEV and FEFYes Conductivity >5µS cm Transmitter mounting Integral or remote Electrical connections 20 mm glands /2 in NPT 20 mm armored glands Sensor cable WaterMaster cable available in two forms standard and armored Maximum length 200 m (660 ft) Physical specification Wetted parts Lining material PTFE (sizes DN0 to DN2 [ /8 to /4 N]) Polypropylene (sizes DN40 to 200 [ /2 to 8 N]) Elastomer (sizes DN250 to 2200 [0 to 84 N]) WRS listed NSF6 (sizes DN40 to 200 [ /2 to 8 N]) approved NSF (FEW DN50 to 600) (FEW DN50 to 600) (FEV40 to 200 and FEF250 to 2200) Electrode material Stainless steel 6 L Hastelloy C4 on DN0 to DN2) C-22 (Hastelloy (Other electrode materials available on request) Potential equalizing rings Optional (recommended) Lining protection plates Not required Installation conditions (recommended) Upstream 5D Downstream 0D Pressure loss <0.25 bar at Q (sizes DN40 to 200 [ /2 to 8 N]) Negligible at Q (sizes DN0 to 2 [ /8 to /4 N], DN250 to 2200 [0 to 84 N]) Non-wetted parts Flange material Carbon steel Stainless steel (sizes DN20 to DN2200 [ /4 to 84 N]) (sizes DN0 to DN5 [ /8 to /2 N]) Housing material Carbon steel Plastic luminium Carbon steel (sizes DN40 to 200 [ /2 to 8 N] and DN700 to 2200 [28 to 84 N]) (sizes DN250 to 600 [0 to 24 N]) (FEW, sizes DN0 to DN2 [ /8 to /4 N]) (FEW, sizes DN50 to DN400 [4 to 6 N]) (FEW, sizes DN450 to DN600 [8 to 24 N]) Terminal box material Polycarbonate Cable gland material Plastic or brass 2 DS/WM EN Rev. H

13 Specification transmitter Functional specification Power supply Mains Low voltage DC 85 to 265 V <7 V 24 V C +0 %/ 0 <7 V 24 V ±0 <0.4 Supply voltage fluctuations within the specified range have no effect on accuracy Digital Outputs ( off) Rating m, open collector, galvanically isolated Maximum output frequency 5250 Hz off dedicated to larm / Logic, programmable function 2 off configurable to either Pulse / Frequency or larm/logic function Current output HRT FEX00 variant 4 to 20 m or 4 to 2/20 m, galvanically isolated Maximum loop resistance 750 Ω HRT protocol Version 5.7 (HRT registered) Signal levels compliant with NMUR NE 4 (.8 to 20.5 m) Low alarm.6 m, High alarm 2.8 m dditional accuracy ±0. % of reading Temperature coefficient: typically <±20 ppm/ C RS485 Communications PROFIUS FEX00-DP variant Registered name: FEX00-DP RS485 (9.6kbps to.5mbps), galvanically isolated DPV0, DPV P Profile.0 Standard idents: 9700, 9740, 974 FEX00-DP specific ident: 4 Concurrent MS2 master connections Environmental protection Humidity: 0 to 00 % Rating: IP67 (NEM 4X) to m (. ft) depth Tamper-proof security Write access prevented by internal switch combined with external security seals for MID applications Languages English, French, German, Italian, Spanish, Polish Infrared service port US adapter (accessory), US.. and 2.0 compatible Driver software for Windows 2000, XP, 7 and Vista Housing material Powder-coated aluminium with glass window Hazardous approvals (HRT variant only) FM & FMc Class Div 2 (FM listing NI / / 2 / CD / T4, S / II, III / 2 / FG /T4, Ta=60C; Type 4X, IP67 - for transmitter and integral mounting Ta=70C, Type 6P, IP68 - for remote sensor type) (FMc listing NI / / 2 / CD / T4, DIP / II, III / 2 / FG /T4, Ta=60C; Type 4X, IP67 - for transmitter and integral mounting Ta=70C, Type 6P, IP68 - for remote sensor type) FET, FEV, FEW and FEF DN700 to 2200 (27/28* to 84) only *Size is dependent on flange specification Declaration of Conformance Copies of CE and PED certification will be available on request. WaterMaster has OIMLR49 Certificate of Conformity to accuracy class and 2. Copies of accuracy certification are available on request. WaterMaster has been type examined under directive MID 2004/22/EC, nnex MI-00. Copies of this certificate are available on request. Electrical connections 20 mm glands, /2 in NPT, 20 mm armored glands Temperature limitations mbient temperature 20 to 60 C ( 4 to 40 F) Temperature Typically <±0 ppm/ Vel 0.5 mls coefficient DS/WM EN Rev. H

14 Sensor dimensions DN0 to 2 ( / 8 to / 4 N) full-bore Meter Size Dimensions mm (in) pproximate Weight DN NPS/N * kg lb 0 / 8 9 (.7) 200 (7.9) / 2 95 (.7) 200 (7.9) / 4 (4.4) 200 (7.9) (4.7) 200 (7.9) /4 7 (5.4) 200 (7.9) 0 22 *Dimensions are approximate and vary depending on flange type DN0 to 2 ( / 8 to / 4 N) full-bore Max. Max. DN40 to 00 ( / 2 to 2 N) full-bore Meter Size Dimensions mm (in) pproximate Weight DN NPS/N * kg lb 40 / 2 50 (5.9) 200 (7.9) (6.5) 200 (7.9) (7.9) 200 (7.9) (9.) 250 (9.8) (.0) 00 (.8) (.6) 50 (.8) (5.9) 450 (7.7) (8.) 500 (9.7) *Dimensions are approximate and vary depending on flange type DN40 to 00 ( / 2 to 2 N) full-bore 4 DS/WM EN Rev. H

15 Max. Max. DN250 to 600 (0 to 24 N) full-bore Max. Max. DN700 to 2200 (28 to 84 N) full-bore Meter Size Dimensions in mm (in) pproximate Weight DN NPS/N (<PN25) (PN25, PN40, SME, CL00) (5.99) 450 (7.7)** 488 (9.2) (8.) 500 (9.7)** 58 (2.2) (2.) 550 (2.7)** 568 (22.) (2.6) 600 (2.6)** 68 (24.) (25.2) 698 (27.5)** 698 (27.5) (28.) 768 (0.2)** 768 (0.2) (.) 98 (6.)** 98 (6.) /28* 927 (6.5) 700 (27.6)*** (8.8) 762 (0)*** (4.7) 800 (.5)*** (46.) 900 (5.4)*** /40* 290 (50.8) 000 (9.4)*** (55.) 067 (42)*** (55.) 067 (42)*** (59.5) 200 (47.2)*** (68.7) 400 (55.)*** (7.0) 524 (59)*** (80.0) 600 (6)*** (86.5) 2250 (88.6)*** (9.0) 2500 (98.4)*** (00.0) 2750 (0)*** * Size is dependent on flange specification Typical tolerances: ** +0/ 0 mm (0.40 in) *** +0/ 20 mm (.0 in) DN250 to 2200 (0 to 84 N) full-bore kg lb DS/WM EN Rev. H 5

16 Max. Max. DN50 and DN400 Max. Max. DN450 to DN600 DN50 to 600 (4 to 24 N) FM approved version Meter Size Dimensions in mm (in)* pproximate Weight** DN NPS/N kg lb (2.0) 550 (2.7) (27.2) 600 (2.6) (28.0) 686 (27.0) (0.5) 752 (29.6) (6.0) 94 (6.0) * Sizes are approximate and dependent on flange specification **pproximate weight for Class 50 flanges DN50 to 600 (4 to 24 N) FM approved version 6 DS/WM EN Rev. H

17 Transmitter dimensions Integral transmitter Dimensions in mm (in) 98 (.8) 202 (8.0) 200 (7.9 ) 8 (4.6) Remote transmitter Dimensions in mm (in) 98 (.8) R.2 (0.2) 79 (7.0) 205 (8.0) 7 (2.8) DS/WM EN Rev. H 7

18 Electrical connections Fuse F2 (DC, 24 V C) Power Supply Indicator LED Fuse F (C) N/L2 L/L L/L N/L2 PE OR Internal Earth Screws can be used as a Protective Earth (PE) if required by national standards /+ 24V 2/ PE External Earth Screw >4 mm 2 (<0 WG) Copper Wire C or DC power via a suitable isolator and fuse C and DC power supply connections 8 DS/WM EN Rev. H

19 Ordering information WaterMaster FEF2 and FEF8 Flowmeter system, full bore, remote mount Full bore sensor only, for use with WaterMaster transmitter / remote Variant digit number , FEF2 FEF8 XXX X X X X XX X X X X X X X X X X X X Options Design Non-hazardous areas Hazardous areas (DN 700) ore diameter DN250 (0 in) DN00 (2 in) DN50 (4 in) DN75 (5 in) DN400 (6 in) DN450 (8 in) DN500 (20 in) DN600 (24 in) DN700 (28 in) 0 in DN800 (2 in) DN900 (6 in) DN000 (40 in) 42 in DN200 (48 in) DN400 (54 in) 60 in DN600 (66 in) DN800 (72 in) DN2000 (78 in) DN2200 (84 in) Others Liner material Elastomer FEP Neoprene Linatex Polyurethane Electrode design Standard Others Measuring electrodes material Stainless steel 6 Hastelloy C-22 Others Grounding accessories Standard One potential equalizing ring (stainless steel) Two potential equalizing rings (stainless steel) Others K C J U 9 S C Z 4 9 Continued on page 20 DS/WM EN Rev. H 9

20 Variant digit number , Flowmeter system, full bore, remote mount FEF2 Full bore sensor only, for use with WaterMaster transmitter / remote FEF8 XXX X X X X XX X X X X X X X X X X X X Process connection type Flanges SME 6.5 class 50 Flanges SME 6.5 class 00 Flanges WW C207 class Flanges WW C207 class D Flanges S 4087 PN2 Flanges S 4087 PN6 Flanges S 4087 PN4 Flanges S 229 Table F Flanges S 229 Table E Flanges S 229 Table D Flanges S 229 Table C Flanges JIS 0K Flanges JIS 5K Flanges ISO / EN PN6 Flanges ISO / EN PN0 Flanges ISO / EN PN6 Flanges ISO / EN PN25 Flanges ISO / EN PN40 Others C C2 E0 E E2 E E4 E5 E6 J J2 S0 S S2 S S4 Z9 Process connection material Carbon steel flanges Others Z Usage certifications Standard Calibration type Class 2 Calibration standard accuracy 0.4 % Class Calibration enhanced accuracy 0.2 % Class 2 Calibration standard accuracy 0.4 % with VeriMaster Class Calibration enhanced accuracy 0.2 % with VeriMaster D H Temperature range installation / ambient temperature range Standard design / C ( 4 40 F) Nameplate dhesive Continued on page 2 Options 20 DS/WM EN Rev. H

21 Flowmeter system, full bore, remote mount Full bore sensor only, for use with WaterMaster transmitter / remote Signal cable length and type* Variant digit number , FEF2 FEF8 Without signal cable 5 m (5 ft.) cable 0 m (0 ft.) cable 20 m (60 ft.) cable 0 m (00 ft.) cable 50 m (65 ft.) cable 80 m (260 ft.) cable 00 m (25 ft.) cable 50 m (490 ft.) cable Special Length > 50 m (> 490 ft.) (and / or armored cable) Explosion protection certification General purpose (non-ex design) FM Class Div. 2 (DN 600, DN 600) FMc Class Div. 2 (DN 600, DN 600) Others Protection class transmitter / protection class sensor IP67 (NEM 4X) / IP68 (NEM 6P) cable not fitted and not potted IP67 (NEM 4X) / IP68 (NEM 6P) cable fitted and potted Cable conduits * M20 x.5 NPT /2 in M20 SW armored M20 SW sensor, output and power connector Power supply Without (FEF8 only) V C (50 Hz) 24 V C or 24 V DC (50 Hz) V C (60 Hz) 24 V C or 24 V DC (60 Hz) Input and output signal type HRT + 20 m + pulse + contact output (FEF2 only) PROFIUS DP RS485 physical layer + pulse + contact output (FEF2 only) Without (FEF8 only) Configuration type / diagnostics type Without (FEF8 only) Factory defaults / standard diagnostics (FEF2 only) Options** Documentation language German M English M5 (default) Italian M2 Portuguese M Spanish M Russian M French M4 Danish MF Power supply frequency (sensor FEF 8 only) 50 Hz F5 60 Hz F6 XXX X X X X XX X X X X X X X X X X X X G P Z 2 D F G Y 0 Options * The type of signal cable supplied (standard or armored) depends on the type of cable conduit (variant digit number 24) ordered. For FM or FMC pproved versions, NPT only permitted. **dd codes for options. DS/WM EN Rev. H 2

22 WaterMaster FEV, FEV2 and FEV8 Flowmeter system, optimized full bore, integral mount Flowmeter system, optimized full bore, remote mount Optimized full bore sensor only, for use with WaterMaster transmitter/remote Design Non-hazardous areas Hazardous areas ore diameter DN40 ( /2 in) DN50 (2 in) DN80 ( in) DN00 (4 in) DN25 (5 in) DN50 (6 in) DN200 (8 in) Liner material Polypropylene Variant digit number , FEV FEV2 FEV8 5 XXX X X X X XX X X X X X X X X X X X X Electrode design Standard Measuring electrodes material Stainless steel 6 Hastelloy C-22 Grounding accessories Standard One potential equalizer ring Two potential equalizer rings Process connection type Flanges SME 6.5 class 50 Flanges S 4087 PN2 ( DN50 [2 N]) Flanges S 4087 PN6 ( DN50 [2 N]) Flanges S 4087 PN4 Flanges S 229 Table F Flanges S 229 Table E Flanges S 229 Table D Flanges S 229 Table C Flanges JIS 7.5K ( DN80 [ N]) Flanges JIS 0K ISO/EN PN0 ISO / EN PN6 ( DN50 [2 N]) ISO / EN PN40 (DN40 [ /2 N] only) 6 bar rated Process connection material Carbon steel flanges Usage certifications Standard Calibration type Class 2 Calibration standard accuracy 0.4 %, OIML* R49 pproved Class Calibration enhanced accuracy 0.2 %, OIML* R49 pproved Class 2 Calibration standard accuracy 0.4 %, OIML* R49 with VeriMaster Class Calibration high accuracy 0.2 %, OIML* R49 with VeriMaster Class 2 Extended Range Calibration standard accuracy 0.4 %, MID* with VeriMaster Class Extended Range Calibration high accuracy 0.2 %, MID* with VeriMaster * OIML & MID options are available only in FEV, DN40, DN50, DN80, DN00, DN25, DN50, DN200 V S C 4 E0 E E2 E E4 E5 E6 J0 J S S2 S4 D H V S Options Continued on page 2 22 DS/WM EN Rev. H

23 Flowmeter system, optimized full bore, integral mount Flowmeter system, optimized full bore, remote mount Optimized full bore sensor only, for use with WaterMaster transmitter/remote Temperature range installation / ambient temperature range Standard design/ C ( 4 40 F) Nameplate dhesive Variant digit number , FEV FEV2 FEV8 Signal cable length and type * Without signal cable 5 m (5 ft.) cable (FEV2 and FEV8 only) 0 m (0 ft.) cable (FEV2 and FEV8 only) 20 m (60 ft.) cable (FEV2 and FEV8 only) 0 m (00 ft.) cable (FEV2 and FEV8 only) 50 m (65 ft.) cable (FEV2 and FEV8 only) 80 m (260 ft.) cable (FEV2 and FEV8 only) 00 m (25 ft.) cable (FEV2 and FEV8 only) 50 m (490 ft.) cable (FEV2 and FEV8 only) Special Length > 50 m (> 490 ft.) (FEV2 and FEV8 only) Explosion protection certification General purpose (non-ex design) FM Class Div. 2 FMc Class Div. 2 Others Protection class transmitter / protection class sensor IP67 (NEM 4X) / IP67 (NEM 4X) integral (FEV only) IP67 (NEM 4X) / IP68 (NEM 6P) cable not fitted and not potted (FEV2 and FEV8 only) IP67 (NEM 4X) / IP68 (NEM 6P) cable fitted and potted (FEV2 and FEV8 only) Cable conduits * M20 x.5 NPT /2 in M20 SW armored (FEV2 and FEV8 only) M20 SW sensor, output and power connector (FEV2 and FEV8 only) Power supply Without (FEV8 only) V C, 50 Hz 24 V C or 24 V DC, 50 Hz V C, 60 Hz 24 V C or 24 V DC, 60 Hz Others Input and output signal type HRT + 20 m + pulse + contact output (FEV and FEV2 only) PROFIUS DP RS485 physical layer + pulse + contact output (FEV2 only) Without (FEV8 only) Configuration type / diagnostics type Without (FEV8 only) Factory defaults / standard diagnostics (FEV and FEV2 only) Options** Documentation language German M English M5 (default) Italian M2 Portuguese M Spanish M Russian M French M4 Danish MF Power supply frequency (sensor FEV8 only) 50 Hz F5 60 Hz F6 XXX X X X X XX X X X X X X X X X X X X G P Z 2 D F G Y 0 Options * The type of signal cable supplied (standard or armored) depends on the type of cable conduit (variant digit number 24) ordered. For FM or FMC pproved versions, NPT only permitted. **dd codes for options. DS/WM EN Rev. H 2

24 transmitter for WaterMaster FET0 and FET2 Transmitter cartridge Remote transmitter Design Non-hazardous area Hazardous area Temperature range installation / ambient temperature range Variant digit number FET0 FET2 X X X X X X X X X Standard design / C ( 4 40 F) Nameplate dhesive Signal cable length and type Without signal cable 0 Explosion protection certification Without (transmitter only) FM Class Div. 2 FMc Class Div. 2 Others Protection class transmitter / protection class sensor IP67 (NEM 4X) / IP67 (NEM 4X) Cable conduits M20 x.5 (FET2 only) NPT /2 in (FET2 only) M20 SW armored (FET2 only) M20 Plastic power/output + M20 SW armored sensor cable entry (FET2 only) Power supply V C 24 V C or 24 V DC Input and output signal type* HRT + 20 m + pulse + contact output PROFIUS DP RS485 physical layer + pulse + contact output (FET0 and FET2 only) Configuration type / diagnostics type Factory defaults/standard diagnostics Options** Documentation language German M English M5 (default) Italian M2 Portuguese M Spanish M Russian M French M4 Danish MF 5 Y G P Z D F 2 G Options *The transmitter cartridge Input and Output Signal Type must match the transmitter backplane output configuration (HRT or PROFIUS) see IM/WM. **dd codes for options. 24 DS/WM EN Rev. H

25 WaterMaster FEW, FEW2 and FEW8 Flowmeter system full bore, integral mount (DN0 to DN2 Only) Variant digit number , FEW Options Flowmeter system full bore, remote mount Full bore sensor only for use with WaterMaster transmitter/remote FEW2 FEW8 XXX X X X X XX X X X X X X X X X X X X Design Non-hazardous areas Hazardous areas ore diameter DN0 ( /8 in) DN5 ( /2 in) DN20 ( /4 in) DN25 ( in) DN2 ( /4 in) DN50 (4 in) (FEW2 and FEW 8 only) DN400 (6 in) (FEW2 and FEW 8 only) DN450 (8 in) (FEW2 and FEW 8 only) DN500 (20 in) (FEW2 and FEW 8 only) DN600 (24 in) (FEW2 and FEW 8 only) Liner material PTFE (DN0 to 2 only) Elastomer NSF (DN50 to 600 only) Electrode design Standard Other Measuring electrodes material Hastelloy C-4 (2.460) DN0 to DN2 Stainless steel 6 (.457) DN50 to DN600 Grounding accessories Not required One potential equalizing ring (stainless steel) Two potential equalizing rings (stainless steel) Other M 9 D S Continued on page 26 DS/WM EN Rev. H 25

26 Flowmeter system full bore, integral mount (DN0 to DN2 Only) Variant digit number , FEW Options Flowmeter system full bore, remote mount FEW2 XXX X X X X XX X X X X X X X X X X X X Full bore sensor only for use with FEW8 WaterMaster transmitter/remote Process connection type SME 6.5 class 50 SME 6.5 class 00 ISO / EN PN40 DN0 to DN2 only S4 Other Z9 Process connection material Carbon steel flanges DN20 to DN2 and DN50 to DN600 Stainless steel flange.457 (6 Ti) DN0 to DN5 D Other Z Usage certifications Standard (without PED) Other 9 Calibration type Class 2 calibration without fingerprint Class calibration without fingerprint Class 2 calibration with VeriMaster D Class calibration with VeriMaster H Temperature range installation / ambient temperature range Standard design/ C ( 4 40 F) Nameplate dhesive Signal cable length and type Without signal cable 5 m (5 ft.) cable 0 m (0 ft.) cable 20 m (60 ft.) cable 0 m (00 ft.) cable 50 m (65 ft.) cable 80 m (260 ft.) cable 00 m (25 ft.) cable 50 m (490 ft.) cable Special length or cable type Explosion protection certification General purpose FM Class Div. 2 FMc Class Div. 2 Others G P Z Continued on page DS/WM EN Rev. H

27 Flowmeter system full bore, integral mount (DN0 to DN2 Only) Variant digit number , FEW Options Flowmeter system full bore, remote mount Full bore sensor only for use with WaterMaster transmitter/remote FEW2 FEW8 XXX X X X X XX X X X X X X X X X X X X Protection class transmitter / protection class sensor IP67 (NEM 4X) / IP67 (NEM 4X) cable not fitted and potted to sensor (DN0 to DN2 only) IP67 (NEM 4X) / IP68 (NEM 6P) cable not fitted and potted to sensor (DN50 to DN600 only) IP67 (NEM 4X) / IP68 (NEM 6P) cable fitted and potted to sensor (DN50 to DN600 only) IP67 (NEM 4X) / IP67 (NEM 4X) cable fitted and potted to sensor (DN0 to DN2 only) Cable conduits * M20 (Plastic) glands: all 20 mm plastic NPT /2 in (blanked) no glands or conduit adaptors supplied M20 SW (armored) glands: all 20 mm armored M20 SW sensor, M20 others glands: 20 mm armored for sensor connections, plastic for other connections Not required Other Power supply Without V C, 50 Hz 24 V C or 24 V DC, 50 Hz V C, 60 Hz 24 V C or 24 V DC, 60 Hz Input and output signal type HRT + 20 m + pulse + contact output PROFIUS DP RS485 physical layer and contact output (FEW and FEW2 only) Without Configuration type / diagnostics type Not required (FEW8 only) Standard / Standard (FEW and FEW2 only) Options** Documentation language German M English M5 (default) Italian M2 Portuguese M Spanish M Russian M French M4 Danish MF Power supply frequency (sensor FEW 8 only) 50 Hz F5 60 Hz F6 * For FM or FMC pproved versions, NPT only permitted. ** dd codes for options. 2 7 D F Y Z G Y 0 DS/WM EN Rev. H 27

28 Contact us Limited Process utomation Oldends Lane Stonehouse Gloucestershire GL0 T UK Tel: Fax: Inc. Process utomation 25 E. County Line Road Warminster P 8974 US Tel: Fax: Note We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. does not accept any responsibility whatsoever for potential errors or possible lack of information in this document. We reserve all rights in this document and in the subject matter and illustrations contained therein. ny reproduction, disclosure to third parties or utilization of its contents in whole or in parts is forbidden without prior written consent of. Copyright 20 ll rights reserved KXF20R00 Microsoft is a registered trademark of Microsoft Corporation in the United States and/or other countries Modbus is a registered trademark of the Modbus- ID organization HRT is a registered trademark of the HRT Communication Foundation DS/WM-EN Rev. H 02.20