Home

ABB WaterMaster User Manual - Industry Surplus Australia

1. Dimensions in mm in Approx weight in kg Ib DN Process connection type D L 1 0D L 1 3D F Cc E G A Integral Remote DN700 JIS 5K 875 34 45 700 910 604 23 77 403 15 87 528 20 79 488 19 21 444 17 48 216 475 214 471 28 in JIS 10K 905 35 63 27 56 85 83 282 620 280 616 PN6 860 33 86 225 495 223 491 PN10 895 35 24 303 667 301 662 PN16 910 35 83 337 741 335 737 AWWA C207 CLASS B 927 36 50 249 548 247 543 AWWA C207 CLASS D 927 36 50 280 616 278 612 AS4087 PN16 910 35 83 359 790 357 785 AS2129 TABLE D 910 35 83 263 579 261 574 AS2129 TABLE E 910 35 83 337 741 335 737 PN25 960 37 80 471 10 36 469 1032 PN40 995 39 17 586 1289 584 1285 AWWA C207 CLASS E 927 36 50 472 1038 470 1034 AWWA C207 CLASS F 1035 40 75 715 1573 713 1569 AS4087 PN35 935 36 80 539 1186 537 1181 ASME CL150 SERIES A 925 36 42 503 1107 501 1102 ASME CL150 SERIES B 835 32 87 323 711 321 r06 ASME CL300 SERIES B 920 36 22 631 1388 629 1384 DN750 JIS 5K 945 37 20 750 990 630 24 79 429 16 89 554 21 81 514 20 23
2. Electromagnetic flowmeter j_jj ___ Dimensons in mm n ________________________T Approx weight in kg Ib DN Process connection type D L F 0 E G A Integral Remote DN10 JISTOK 90 G 54 200 7 87 268 10 55 8213 23 193 7 6 148 6 83 113 4 45 6 13 79 s in PN10 to 40 90 13 54 ASME B16 5 CL150 90 3 54 ASME B16 5 CL300 96 3 78 DN15 PN10 to 40 95674 2in JIS5K 80 3 15 JISTOK 95 3 74 ASME B16 5 CL300 95 3 74 ASME B16 5 CL150 90 3 54 DN20 PN10 to 40 105 4 13 818 6 13 4 in JIS5K 85 3 35 JISTOK 100 3 92 ASME B16 5 CL300 115 4 53 ASME B16 5 CL150 98 3 86 DN25 PN10 to 40 115 4 53 200 7 87 268 10 55 8208 23 193 7 6 148 15 83 113 4 45 9 20 7 15 fin JIS5K 95 3 74 JISTOK 125 4 88 ASME B16 5 CL300 125 4 88 ASME B16 5 CL150 108 4 25 DN32 PN10 to 40 1406 5 275 10 83 92 8 62 200 7 87 155 6 10 113 4 45 10 22 8 18 1 in JIS5K 115 4 53 JISTOK 135 6 3 ASME B16 5 CL300 1356 3 ASME B16 5 CL150 1174 6 DN40 PN10 to 40 150 5 9 11124 9 20 1 2 in JIS5K 120 4 72 JISTOK 140 5 5 ASME B16 5 CL300 155 6 10 ASME B16 5 CL150 127 6 00 DN50 PN10 to 40 165 6 5 281 11 06 97682 206 8 11 161634 115 4 53 72 26 10 22 2 in JISSK 180 6 12
3. Standard Calibration 0 4 Class 2 High Accuracy Calibration 0 2 Class 1 NPS NB DN Q4 Q3 Qo 4 Q2 Q1 Qo 2 Q2 Q1 3 a 10 13 8 11 0 73 0 06 0 035 1 38 0 09 0 053 1 2 15 34 7 27 7 1 85 0 14 0 09 3 48 0 22 0 14 3 4 20 55 44 2 94 0 22 0 14 5 5 0 35 0 22 1 25 88 70 4 4 7 0 35 0 22 8 8 0 57 0 35 1 1 4 82 137 6 110 7 3 0 57 0 35 13 2 0 88 0 57 1 1 2 40 220 176 18 5 0 89 0 56 26 4 1 44 0 88 2 60 347 277 18 5 1 41 0 88 34 7 2 22 1 39 2 1 2 65 550 440 29 4 2 24 1 40 55 0 3 52 2 20 3 80 881 704 47 0 3 58 2 24 70 4 5 64 3 52 4 100 1 376 1 101 73 4 5 59 3 49 110 8 81 5 50 5 125 1 376 1 101 73 4 5 59 3 49 110 8 81 5 50 6 150 3 467 2 774 185 14 1 8 81 277 22 2 13 9 8 200 5 504 4 403 294 22 4 14 0 440 35 2 22 0 10 250 8 806 7 045 470 35 8 22 4 704 56 4 35 2 12 300 13 759 11 007 734 55 9 34 9 1 101 88 1 55 0 14 850 22 014 17 611 1 174 89 5 55 9 1 761 141 88 1 16 400 22 014 17 611 1 174 89 5 55 9 1 761 141 88 1 18 450 34 673 27 738 1 849 141 88 1 2 774 222 139 20 500 34 673 27 738 1 849 141 88 1 2 774 222 139 24 600 55 036 44 029 2 935 224 140 4 403 352 220 27 28 700 88 057 70 446 7 045 451 282 7 045 704 440 29 750 88 057 70 446 7 045 451 282 7 045 704 440 30 760 88 057 70 446 7 045 451 282 7 045 704 440 32 800 88 057 70 446 7 045 451 282 7 045 704 440 36 900 137 590 110 072 11 007 704 440 11 007 1 100 688 39 40 1000 137 590 110 0
4. Protection class transmitter protection class sensor IP67 NEMA 4X IP67 NEMA 4X cable not fitted and potted to sensor IP67 NEMA 4X IP67 NEMA 4X cable fitted and potted to sensor e Cable conduits M20 x 1 5 plastic NPT 1 2 in blanked when cable not fitted M20 SWA armored M20 SWA sensor M20 x 1 5 plastic power output Without lt T 0 gt Power supply Without 100 230 V AC 50 Hz 24 V AC or 24 V DC 50 Hz 100 230 V AC 60 Hz 24 V AC or 24 V DC 60 Hz RWONM O Input and output signal type HART 20 mA pulse contact output PROFIBUS DP RS485 physical layer pulse contact output general purpose design only MODBUS RTU RS485 physical layer pulse contact output general purpose design only Without lt lt gt Configuration type diagnostics type Not required 0 Factory default standard Options Accessories Configuration lead AC Documentation language German M1 Chinese M6 Italian M2 Swedish M7 Spanish M3 Finnish M8 French M4 Portuguese MA English M5 default Danish MF Norwegian MN Verification type Without fingerprint VO VeriMaster V3 Potable water approval WRAS cold water approval CWA Without CWY Power supply frequency FEW 18 only 50 Hz FS 60 Hz F6 Number of testpoints FEW 10 to 32 only 1 Point mi 3 Points T3 For FM or FMC Approved versions
5. Supports 7 L USS isa x NANT PNT TON The flange seals must be made from a compatible material for the fluid and fluid temperatures if required 70 130 C 158 266 F j f 7 Seals must not extend into the flow area since possible turbulence could influence the device accuracy LE Fit Gaskets A Gaskets Same Size as Pipe xazan po WaterMaster Electromagnetic flowmeter The pipeline may not exert any unallowable forces and torques on the device such as vibration The flowmeter must not be submitted to any localized heat during installation take care to remember this is a measuring instrument The flowmeter must not be exposed to direct sunlight or provide for appropriate sun protection where necessary O TT e k The cable to the flowmeter should be installed neativ or within a conduit both loose or conduit should have a u shape below the terminal connection box height to allow anv water run off to avoid anv capillarv action into the flowmeter sensor a Electrode axis Electrode axis should be horizontal if at all possible or no more than 45 from horizontal Upstream and Downstream pipe
6. Fuse Supplier Fuse Part Number ABB Limited WaterMaster Tx Made In UK ABB B2041 2 Model FET121000Y y0YOY1Y1A0A1A2A1 Year 2008 Serlal 1234567890 W Device ID 00260031 Tag 1234567890 Bussmann BK ETF2A M08 1234 amp Revislon detalls see label Inside Wickmann 19372 K2A Supported files amp hints at www abb com Instrumentatfon Transmitter Label DC DC and low voltage AC power supply connections 12 DSAWM EN Rev U WaterMaster Electromagnetic flowmeter Configuration DIP switches Three configuration DIP switches are mounted on the transmitter backplane board These are factory set as follows m Remote transmitter all OFF m Integral transmitter SW3 ON For MID compliant flowmeters the read only MID protection switch is set to ON to ensure the meter is secure from tampering For HART software versions prior to 01 02 XX this switch set after commissioning prevents login via the keypad or bus at any security level From HART software version 01 03 XX onwards and for all PROFIBUS software versions on MID meters all metrological related parameters are locked and inaccessible at the Service level Standard and Advanced user level parameters can still be modified via the HMI or bus Configuration DIP Switches OFF DIP Switch Functions SWI Read only MID Protection SW2 Future Product SW3 Internal Sensor Memorv Configuration D
7. DN150 to 400 6 to 16 in NB FEW 22 DS WM EN Rev U WaterMaster Electromagnetic flowmeter Dimensions in mm in Approx weight in kg Ib DN Process connection type D L F Cc E G A Integral Remote DN150 PN10 to 16 285 11 22 300 11 81 371 14 61 146 9 88 296 11 65 251 9 88 166 6 54 33 73 31 68 6 in PN25 to 40 300 11 81 39 86 37 81 JISSK 265 10 43 33 73 31 68 JIS10K 280 11 02 AS4087 PN16 280 11 02 AS4087 PN35 305 11 81 39 86 37 81 ASME B16 5 CL300 320 12 60 47 103 45 99 ASME B16 5 CL150 279 10 98 33 73 31 68 DN200 PN10 340 13 39 350 13 78 411 16 18 170 6 69 336 13 23 291 11 46 200 7 87 41 90 39 86 8 in PN16 340 13 39 PN25 360 14 17 55 121 53 117 PN40 375 14 76 65 143 63 139 AS4087 PN16 335 13 19 41 90 39 86 AS4087 PN35 370 14 57 65 143 63 139 JISSK 320 12 60 41 90 39 86 JISTOK 330 12 99 ASME B16 5 CL300 380 14 96 72 158 70 154 ASME B16 5 CL150 345 13 58 50 110 48 106 DN250 PN10 395 15 55 450 17 72 426 16 77 198 7 80 351 13 82 306 12 05 235 9 62 61 134 59 130 10 in PN16 405 15 9
8. Note m WaterMaster digital outputs are NPN optocoupled transistors used as switches Maximum allowed voltage at collector is 30 V DC Maximum allowed current across transistor is 220 mA A1 B1 A2 B242 41 51 61 52 t 5 69 PROFIBUS MODBUS RS485 A1 B1 In A2 B2 Out Screen Clamp Test point access Note A typical DVM probe can access fit the PCB s test holes 4 to 20 mA Frequency N O P1N Outputs Wan ra Vala oe O P3 Alarm Output R A Not Used These 2 test points are connected on the HART FEX100 backplane only they are present on the PROFIBUS FEX100 DP MODBUS FEX100 MB backplane but not connected DS WM EN Rev U 15 WaterMaster Electromagnetic flowmeter Digital communication The transmitter has the communication following options for digital HART protocol The unit is registered with HART Communication Foundation Multidrop Connection 3132 XX XX 42 41 51 61 52 62 HART Connections at Terminal Block Single Connection 4 mA Current Output Multidrop Connection 4 to 20 mA Current Output Single Connection see User Guide IM WMP OR inimum Load Sensor PC connection PROFIBUS DP protocol PROFIBUS is a manufacturer i
9. Usage certifications Standard without PED Other o Calibration type Class 2 calibration standard accuracy 0 4 Class 1 calibration high accuracy 0 2 Extended range class 1 calibration high accuracy 0 2 Extended range class 2 calibration standard accuracy 0 4 0 Z 0 gt Temperature range installation ambient temperature range Standard design 20 60 C 4 140 F Nameplate Adhesive Signal cable length and type Without signal cable 5 m 15 ft cable 10 m 80 ft cable 20 m 60 ft cable 30 m 100 ft cable 50 m 165 ft cable 80 m 260 ft cable 100 m 825 ft cable 150 m 490 ft cable Special length or cable type 0 N 9 I Q N O9 Explosion protection certification General purpose non Ex design FM Class 1 Div 2 usFMc Class 1 Div 2 ATEX IECEx Zone 2 21 amp 22 ZUQP 38 DS WM EN Rev U Continued on next page suondo WaterMaster Electromagnetic flowmeter Product coding field number 1 5 6 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 FEW11 suo ndo Flowmeter system full bore integral mount DN10 to DN32 only Flowmeter system full bore remote mount FEW12 X XXX X XJ XIX XX XIX X RW X X 8 X 8 xX xX Full bore sensor only for use with WaterMaster transmitter remote FEWI8
10. cable Special length gt 150 m gt 490 ft 0 N 9 1 Q N 9 Explosion protection certification General purpose non Ex design FM Class 1 Div 2 usFMc Class 1 Div 2 ATEX IECEx Zone 2 21 amp 22 Z lt u gt Protection class transmitter protection class sensor IP67 NEMA 4X IP67 NEMA 4X integral IP67 NEMA 4X IP68 NEMA 6P cable not fitted and not potted 2 IP67 NEMA 4X IP68 NEMA 6P cable fitted and potted 3 Cable conduits M20 x 1 5 plastic NPT 1 2 in blanked when cable not fitted M20 SWA armored M20 SWA sensor M20 x 1 5 plastic power output Without lt T J gt Power supply Without 100 230 V AC 50 Hz 24 V AC or 24 V DC 50 Hz 100 230 V AC 60 Hz 24 V AC or 24 V DC 60 Hz Others Q N 9 Input and output signal type HART 20 mA pulse contact output PROFIBUS DP RS485 physical layer pulse contact output general purpose design only MODBUS RTU RS485 physical layer pulse contact output general purpose design only Without KEZOP Configuration tvpe diagnostics tvpe Without 0 Factory defaults standard diagnostics 1 Continued on next page 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 Approved versions NPT only permitted DS WM EN Rev U 41 WaterMaster Electr
11. 14 in 350 DN400 16 in 400 DN450 18 in 450 DN500 20 in 500 DN600 24 in 600 DN700 28 in 700 DN750 29 in 750 DN760 30 in 760 DN800 32 in 800 DN900 36 in 900 DN1000 40 in 00 DN1050 42 in 05 DN1100 44 in 10 DN1200 48 in 20 DN1350 54 in 35 DN1400 56 in 40 DN1500 60 in 50 DN1600 64 in 60 DN1650 66 in 65 DN1800 72 in 80 DN1950 78 in 95 DN2000 80 in 002 DN2100 84 in 102 DN2200 88 in 202 DN2400 96 in 402 Others 999 Liner material PTFE DN10 to 600 s to 24 in NB A Hard rubber DN40 to 2400 11 2 to 96 in NB H Elastomer DN40 to 2400 11 2 to 96 in NB K Electrode design Standard 1 Other 9 Measuring electrodes material Hastelloy C 4 2 4610 D Stainless steel 316Ti 316L S Hastelloy C 22 e Grounding accessories Not required 0 Standard 1 One potential equalizing ring stainless steel 3 Two potential equalizing rings stainless steel 4 Continued on next page DS WM EN Rev U 45 WaterMaster Electromagnetic flowmeter Product coding field number 1 TZ TS T T7 91401411412113144451416117 Ts T o 20 21 22 23 24 25 2 27 TO iis 14 15 Flowmeter system full bore integral mount Flowmeter system full bore remote mount Full bore sensor only for use with WaterMaster transmitter remote Process connection type refer
12. DN600 24 in EN1092 1 PN10 780 30 71 920 36 22 602 23 70 345 13 58 532 20 94 455 17 91 610 24 02 591 23 27 315 693 EN1092 1 PN16 840 33 07 EN1092 1 PN25 845 33 27 EN1092 1 PN40 890 35 04 JIS 5K 770 30 31 JIS 10K 795 31 30 AS2129 TABLE C D E 825 32 48 AS2129 TABLE F 850 33 46 AS4087 PN14 PN16 825 32 48 AS4087 PN21 850 33 46 DN350 to 600 14 to 24 in NB FER remote sensor dimensions weights DS WM EN Rev U 33 WaterMaster Electromagnetic flowmeter FEF DN250 to 600 10 to 24 in NB Dimensions in mm in 2104 4 1 Dimension C centre line to base of flowmeter body DN250 to 600 10 to 24 in NB FEF 34 DS WM EN Rev U WaterMaster Electromagnetic flowmeter Dimensions in mm in DN Process connection type D L cC G A x Approx weight in kg Ib DN250 ASME B16 5 CLASS 150 405 15 94 450 17 72 215 8 46 301 11 85 300 11 81 250 9 84 88 194 10 in ASME B16 5 CLASS 300 445 17 52 490 19 29 EN1092 1 PN10 395 15 55 450 17 72 EN1092 1 PN16 405 15 94 EN1092 1 PN25 425 16 73 490 19 29 EN1092 1 PN40 450 17 72 JIS 5K 385 15 16 450 17 72 JIS 10K 400 15 7
13. hers ote DN80 to 200 3 to 10 in NB available only with PN16 72 ejn Sa ul S Sa S Sol sul an 71 4 1 an sul aa m A1 A3 C1 C2 EO El E E3 E4 E5 E6 E7 E8 JO J1 J2 SO S1 S2 S3 S4 Z9 Process connection material Carbon steel flanges Others Usage certifications Standard Calibration type Class 2 calibration standard accuracy 0 4 Class 1 calibration high accuracy 0 2 Extended range class 1 calibration high accuracy 0 2 Extended range class 2 calibration standard accuracy 0 4 DZUP Continued on next page suondoj DS WM EN Rev U 43 WaterMaster Electromagnetic flowmeter ina fi TZ TS T T 911014114191431414451461417l48l49l920l91199193 941951961971 Product coding field number 1 5 6 7 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 suo d Flowmeter system full bore remote mount FEF12 IN XXX N Xx N X BEW Xx S X S X N X N X N xX xX Full bore sensor only for use with WaterMaster transmitter remote FEF18 Temperature range installation ambient temperature range Standard design 20 60 C 4 140 F 1 Nameplate Adhesive A Signal cable length and type Without signal cable 5 m 15 ft cable 10 m 80 ft cable 20 m 60 ft cable 3
14. 0 063 0 28 400 50 2 50 220 40 176 1 0 4 40 0 1 0 44 0 063 0 28 630 2 0 8 8 0 16 0 7 0 1 0 44 400 65 27 2 79 847 63 277 1 6 7 04 0 16 0 7 0 1 0 44 630 3 2 10 56 0 25 1 1 0 16 0 7 400 go 3 125 550 100 440 2 0 8 80 0 25 1 4 0 16 0 7 630 4 0 17 6 0 4 1 76 0 25 1 1 400 100 4 200 880 160 704 3 2 10 56 0 41 1 8 0 25 1 1 630 6 4 28 0 64 2 8 0 4 1 76 400 125 5 200 880 160 704 3 2 10 56 0 41 1 8 0 25 1 1 630 6 4 28 0 64 2 8 0 4 1 76 400 150 6 500 2200 400 1760 8 0 85 20 1 0 4 4 0 68 2 77 630 16 70 4 1 6 7 1 0 4 4 400 200 8 788 8470 680 2770 13 0 57 2 1 6 7 04 1 0 4 4 630 25 110 2 5 11 1 6 7 400 250 10 1250 5500 1000 4400 20 88 5 11 01 1 6 7 630 40 176 4 0 17 6 2 5 11 400 300 12 2000 8810 1600 7045 32 140 8 4 1 18 05 2 5 11 630 64 281 6 6 4 28 4 0 17 6 200 350 14 2000 8810 1600 7045 32 140 8 4 28 18 4 0 17 6 400 64 281 6 12 8 66 8 0 85 2 200 375 15 2000 8810 1600 7045 32 140 8 6 4 28 18 0 17 6 400 64 281 6 12 8 66 8 0 85 2 200 400 16 3125 13760 2500 11007 50 220 10 44 6 3 27 7 400 100 440 20 88 12 5 65 200 450 18 3125 13760 2500 11007 50 220 10 44 3 27 7 400 100 440 20 88 12 5 55 200 500 20 5000 22014 4000 17610 80 352 16 70 45 10 44 400 160 70 4 32 141 20 88 200 600 24 7875 84670 6300 27740 126 554 4 25 2 110 9 15 8
15. 100 2 3 94 27 3 60 26 3 58 6 in ASME B16 5 CLASS 150 AS4087 PN16 DN200 EN1092 1 PN10 16 375 11 76 350 13 78 358 7 14 12 283 7 11 17 235 7 9 28 126 7 5 00 68 150 67 147 4 8 in ASME B16 5 CLASS 150 AS2129 TABLE C D E F AS4087 PN14 16 21 WaterMaster Electromagnetic flowmeter Dimensions in mm in Approx weight in kg Ib DN Process connection type D L F Cc E G x Integral Remote DN40 EN1092 1 PN10 16 25 40 150 5 91 200 7 87 260 10 24 30 4 1 20 185 7 28 138 6 43 23 5 0 93 13 29 11 24 11 a in ASME B16 5 CLASS 150 127 5 00 JIS 10K 140 5 51 AS2129 TABLE CDE 135 5 31 AS2129 TABLE F 140 6 51 AS4087 PN14 135 5 31 DN50 EN1092 1 PN10 16 25 40 165 6 50 200 7 87 270 10 63 38 3 1 51 195 7 68 146 6 75 29 1 14 14 31 12 27 2 in ASME B16 5 CLASS 150 152 4 6 00 JIS 10K 155 6 10 AS4087 PN21 165 6 50 AS2129 TABLE F 165 6 50 AS2129 TABLE CDE 150 6 91 AS4087 PN14 PN16 150 6 91 DN65 EN1092 1 PN10 16 25 40 185 7 28 200 7 87 275 10 83 45 2 1 78 200 7 87 152 6 98 37 1 46 15 33 13 29 21 a in ASME B16 5 CLASS 150 178 7 00 JISTOK 175 6 89 AS2129 TABLE CDE 165 6 50 AS2129 TABLE F 185 7 28 AS4087 PN
16. 11 02 51 5 2 03 205 8 07 156 6 14 61 2 40 16 36 15 33 Sin ASME B16 5 CLASS 150 190 7 48 JIS 7 5K 211 8 31 JIS 10K 185 7 28 AS2129 TABLE C DE 185 7 28 AS4087 PN14 PN16 185 7 28 AS2129 TABLE F 205 8 07 AS4087 PN21 205 8 07 DN100 EN1092 1 PN10 PN16 220 8 66 250 9 84 320 12 60 63 75 2 51 245 9 65 196 8 7 75 70 2 76 19 42 18 40 in ASME B16 5 CLASS 150 228 6 9 00 JIS 7 5K 238 9 37 JIS 10K 210 8 27 AS2129 TABLE C D 215 8 46 AS4087 PN14 PN16 215 8 46 AS2129 TABLE E 215 8 46 AS4087 PN21 230 9 06 AS2129 TABLE F 230 9 06 DN125 EN1092 1 PN10 PN16 250 9 84 250 9 84 320 12 60 63 75 2 51 245 9 65 197 7 76 70 2 76 20 44 19 42 in ASME B16 5 CLASS 150 254 10 00 JIS 10K 250 9 84 AS2129 TABLE C DE 255 10 04 AS2129 TABLE F 280 11 02 DN150 EN1092 PN10 PN16 285 11 22 300 11 81 340 13 39 84 4 3 32 265 10 43 217 8 54 103 4 06 32 70 31 68 in ASME B16 5 CLASS 150 279 10 98 JIS 7 5k 290 11 42 JIS 10K 280 11 02 AS2129 TABLE C D 280 11 02 AS4087 PN14 PN16 280 11 02 AS2129 TABLE E 280 11 02 AS2129 TABLE F 305 12 01 AS4087 PN21 305 12 01 DN200 EN1092 1 PN10 340 13 39 350 13 78 365 14 37 109 8 4 32 290 11 42 243 9 57 150 5 91 49 108 48 105 in EN1092 1 PN16 340 13 39 ASME B16 5 CLASS 150 345 13 58 JIS 7 5K 342 13 46 JIS 10K 330 12 99 AS2129 TABLE C D 335 13 19 AS4087 PN14 PN 16 335 13 19 AS2129 TABLE E
17. 12 283 7 11 17 235 7 9 28 150 5 91 67 147 4 66 145 2 8 in ASME B16 5 CLASS 150 AS2129 TABLE C D E F AS4087 PN14 16 21 WaterMaster integral remote FEV DN40 to 200 11 2 to 8 in cast iron sensor dimensions weights 28 DS WM EN Rev U WaterMaster Electromagnetic flowmeter j____ ____ pimensonsin mm n Approx weight in kg Ib DN Process connection type D L F Cc E G x Integral Remote DN40 EN1092 1 PN10 PN40 150 5 91 200 7 87 260 10 24 30 4 1 20 185 7 28 138 5 43 30 1 18 12 27 11 24 1 a in ASME B16 5 CLASS 150 127 5 00 JIS 10K 140 5 51 AS2129 TABLE F 140 5 51 AS2129 TABLE C D E 135 5 31 AS4087 PN14 135 5 31 DN50 EN1092 1 PN10 PN16 165 6 50 200 7 87 270 10 63 38 3 1 51 195 7 68 146 5 75 38 1 50 13 29 12 27 2in ASME B16 5 CLASS 150 152 4 6 00 JIS 10K 155 6 10 AS4087 PN21 165 6 50 AS2129 TABLE F 165 6 50 AS2129 TABLE C D E 150 5 91 AS4087 PN14 PN16 150 5 91 DN65 AS4087 PN14 PN16 165 6 50 200 7 87 275 10 83 45 2 1 78 200 7 87 152 5 98 48 1 89 15 33 14 31 2 ain AS2129 TABLE C D E 165 6 50 EN1092 1 PN10 185 7 28 EN1092 1 PN16 185 7 28 DN80 EN1092 1 PN10 PN16 200 7 87 200 7 87 280
18. 19 AS4087 PN14 16 335 13 19 AS4087 PN21 370 14 57 DN250 EN1092 1 PN10 395 15 55 450 17 72 389 15 31 136 8 5 39 313 12 33 268 10 55 153 5 6 04 77 169 75 165 10 in EN1092 1 PN16 405 15 94 EN1092 1 PN25 425 16 73 ASME B16 5 CLASS 150 405 15 94 JIS 7 5K 400 15 75 JIS 10 400 15 75 AS2129 TABLE C D 405 15 94 AS4087 PN14 16 405 15 94 AS4087 PN21 430 16 93 DN300 EN1092 1 PN10 445 17 52 500 19 69 414 16 30 162 2 6 39 338 6 13 33 294 1157 203 5 8 01 114 251 112 247 12 in EN1092 1 PN16 460 18 11 EN1092 1 PN25 485 19 09 ASME B16 5 CLASS 150 485 19 09 JIS 10 445 17 52 AS2129 TABLE C D 455 17 91 AS4087 PN14 16 455 17 91 AS4087 PN21 490 19 29 DN40 to 300 11 2 to 12 in NB FER dimensions weights DS WM EN Rev U 31 WaterMaster Electromagnetic flowmeter FER DN350 to 600 14 to 24 in NB remote sensor Dimensions in mm in 2104 4 1 DN350 to 600 14 to 24 in NB FER remote sensor 32 DS WM EN Rev U WaterMaster Electromagnetic flowmeter Dimensions in mm in Approx weight in kg Ib DN Process connection type D L F 0 E G A X Remote DN350 14 in EN1092 1 PN10 505 19 88 55
19. 2 to 8 in This optimized full bore meter provides impressive results in the most difficult of installation requirements WaterMaster sensors are also available in reduced bore geometries giving the ultimate in low flow performance with a very high turn down range The unique design of the reduced bore sensor conditions the flow profile in the measuring section so that distortions in the flow profile either upstream or downstream are flattened The result is excellent in situ flowmeter performance even with very bad hydraulic installation conditions WaterMaster Electromagnetic flowmeter Specification WaterMaster specification to OIML R49 Class 1 cy WaterMaster Class 1 Specification Tvpical Meter Performance 0 2 90 40 9 mm s whichever is the greater Around Q2 the performance is a h j a ry a u a a a a a Error Flowrate m h GPM 0 7 mm s R a OIML R49 Class 1 3 i Accuracv Limits q Q 0 2 Q3 Q4 4 a 0 1 0 44 1 0 4 4 10 44 100 440 DN100 4 in NB 0 2 90 1000 4402 WaterMaster specification to OIML R49 Class 2 DN100 4 in NB 1000 4402 6 7 KN WaterMaster Class 2 4 J Ka Specification 2 4 5 Typical Meter KUM Performance Ra TT a 8 04 0 4 0 9 mm s 0 4 5 whichever is the greater ar wi no a TEEN PI 4 4 K r OIML R49 Class 2 2 Accuracy Limits 2 Qi Q2 Q 0 4 Q3 Q
20. 2145 1116 43 94 915 36 02 1040 40 94 1000 39 37 1000 39 37 1504 3309 1502 3304 66 in AWWA C207 CLASS D 2032 80 00 84 45 2025 4455 2023 445 DN1800 PN6 2045 80 51 N A 2340 1181 46 50 980 38 58 1105 43 50 1065 41 93 1100 43 31 1853 4077 1851 4072 72 in PN10 2115 83 27 92 13 3180 6996 3178 6992 PN16 2130 83 86 3657 8045 3655 804 PN25 2195 86 42 4422 9728 4420 9724 AWWA C207 CLASS B 2197 86 50 1773 3901 1771 3896 AWWA C207 CLASS D 2197 86 50 2387 5251 2385 5247 DN1950 AWWA C207 CLASS B 2362 92 99 N A 2535 1291 50 81 1090 42 91 1215 47 83 1175 46 26 1180 46 46 2309 5080 2307 5075 78 in AWWA C207 CLASS D 2362 92 99 99 80 3037 6681 3035 6677 DN2000 PN6 2265 89 17 N A 2600 2581 5678 2579 5674 80 in PN10 2325 91 54 102 36 4254 9359 4252 9354 PN16 2345 92 32 4556 4554 PN25 2425 95 47 5896 5894 DN2100 AWWA C207 CLASS B 2534 99 76 N A 2730 1395 54 91 1194 47 01 1319 51 938 1279 50 35 1180 46 46 2641 5810 2639 5806 84 in AWWA C207 CLASS D 2534 99 76 107 48 3487 7671 3485 7667 DN2200 PN6 2475 97 44 N A 2860 1330 52 36 3363 7399 3361 7394 88 in PN10 2550 100 39 112 60 5795 5793 DN2400 PN6 2685 105 71 N A 3120 1495 58 85 1294 50 94 1419 55 87 1379 54 29 1450 57 09 4100 9020 4098 9016 96 in PN10 2760 10
21. 335 13 19 AS2129 TABLE F 370 14 57 AS4087 PN21 370 14 57 DN40 to 200 11 2 to 8 in NB FEV dimensions weights DS WM EN Rev U 29 WaterMaster Electromagnetic flowmeter FER DN40 to 300 11 2 to 12 in NB Dimensions in mm in 104 5 4 11 98 3 86 DN40 to 300 11 2 to 12 in NB FER Dimensions in mm in Approx weight in kg Ib DN4O to 200 11 2 to 8 in FER cast iron sensor dimensions weights 30 DS WM EN Rev U DN Process connection type D L F E G x Integral Remote DN40 EN1092 1 PN10 16 25 40 150 5 91 200 7 87 260 10 24 185 7 28 137 5 39 23 5 0 93 13 4 29 5 12 4 27 3 11 a in ASME B16 5 CLASS 150 AS2129 TABLE D E F DN50 EN1092 1 PN10 16 25 40 165 6 50 200 7 87 261 10 28 186 7 32 138 5 43 29 1 14 14 75 32 45 13 75 30 25 2 in ASME B16 5 CLASS 150 DN80 EN1092 1 PN10 16 25 40 200 7 87 200 7 87 280 11 04 205 5 8 09 157 5 6 2 47 1 85 21 2 46 64 20 2 44 4 3 in ASME B16 5 CLASS 150 AS4087 PN16 21 AS2129 TABLE D E F DN100 EN1092 1 PN10 16 25 40 225 8 86 250 9 84 300 5 11 83 225 5 8 88 177 5 6 98 64 2 52 27 3 60 26 3 58 4 in ASME B16 5 CLASS 150 AS4087 PN16 DN150 EN1092 1 PN10 16 25 40 300 11 81 300 11 81 333 5 13 13 258 5 10 18 210 5 8 29
22. 3431 is divided into 2 sections m General specifications Identification of the device together with hardware and software versions baud rates supported and the possible time intervals for monitoring times m DP slave related specifications Information about the user parameter block for device specific configuration and modules containing details of the input and output data that can be exchanged cyclically with a PROFIBUS master The WaterMaster GSD file ABB_3431 gsd is available for download from the ABB website at www abb com fieldbus follow the link for PROFIBUS DP field devices MODBUS protocol MODBUS is an open standard that is owned and administered by an independent group of device manufacturers called the Modbus Organization www modbus org Using the MODBUS protocol devices from different manufacturers exchange information on the same communications bus without the need for special interface equipment WaterMaster FEX100 MB follows the specification for Modbus Over Serial Line V1 02 using 2 wire TIA EIA 485 RS485 physical layer Master Line Terminator ee pet yi f Balanced Pair Up to 31 slaves l J For example WaterMaster FEX100 MOD Cable Properties The end to end length of the trunk cable must be limited The maximum length depends on the Baud rate the cable gauge capacitance or characteristic impedance the number of loads on t
23. 5K DN100 4 in NBJ Flanges JIS B2220 10K ISO EN PN10 SO EN PN16 gt DN50 2 in NBJ SO EN PN40 DN40 11 2 in NB only 16 bar rated Process connection material Carbon steel flanges Al EO E1 E2 E3 E4 E5 E6 JO J1 S1 S2 S4 Usage certifications Standard Calibration type Class 2 Calibration standard accuracy 0 4 Class 1 Calibration high accuracy 0 2 Extended range class 1 calibration high accuracy 0 2 Extended range class 2 calibration standard accuracy 0 4 t Z gt 40 DS WM EN Rev U Continued on next page suo ndol WaterMaster Electromagnetic flowmeter Product coding field number 1 5 6 7 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 Flowmeter system optimized full bore integral mount FEV11 suond Flowmeter svstem optimized full bore remote mount FEV12 Optimized full bore sensor oniv for use with WaterMaster transmitter remote FEVIS Temperature range installation ambient temperature range Standard design 20 60 C 4 140 F 1 Nameplate Adhesive A Signal cable length and type Without signal cable 5 m 15 ft cable 10 m 80 ft cable 20 m 60 ft cable 30 m 100 ft cable 50 m 165 ft cable 80 m 260 ft cable 100 m 825 ft cable 150 m 490 ft
24. Carbon steel 10 14 90 194 z FEF FEW3 Hard rubber Fev DN40 200 Polv 4 4 4 NSF 61 4 Stainless steel 10 14 90 194 17 2 8 in NB propylene DN250 600 Carbon st 10 14 130 266 x PAN PTFE arbon stee 14 FEF 10 24 in NB Elastomer 4 4 4 NSF 61 4 Stainless steel 25 13 130 266 DN250 600 Hard i F NGF approved META BIL Carbon steel 10 14 130 266 10 24 in NB rubber material Stainless steel 10 14 130 266 FER DN40 600 Elastomer 4 4 4 4 11 2 24 in NB Carbon steel 5 23 80 176 FEW3 Elastomer esna j Stainless steel 5 23 80 176 Size is dependent on flange specification FEF FER Elastomer 6 21 70 158 Lining protection plates Carbon steel A FEV Polypropylene 6 21 70 158 Not required i i iti rating Installation conditions recommended IP68 NEMA 6 to 7 m 20 ft depth Note Not sizes DN10 to DN32 s 11 4 in NB IP67 NEMA 4X DN10 to DN32 s 11 4 in NB Buriable sensor oniv FEV FEF and FEW DN450 to 2400 18 to 96 in NB to 5 m 16 ft depth Conductivitv gt 5uS cm Transmitter mounting Integral not FEF or remote Electrical connections 20 mm glands 1 2 in NPT 20 mm armored glands Sensor cable ABB WaterMaster cable available in two forms standard and armored Maximum length 200 m 660 ft 8 DS WM EN Rev U Straight pipe requirements Upstream Downstream FEW FEF 5xDN 2x DN FEV 5x DN Ox DN FER 0 x DN 0 x
25. DN Pressure loss Negligible at Q3 All full bore meters lt 0 25 bar lt 3 62 psi at Q8 FEV DN40 to 200 11 2 to 8 in NB lt 0 63 bar lt 9 13 psi at Q3 FER DN40 to 600 11 2 to 24in NB WaterMaster Electromagnetic flowmeter Non wetted parts Flange material Carbon steel DN20 to DN2400 8 4 to 96 in NB Stainless steel DN10 to DN2400 a to 96 in NB SG iron FEV DN40 to DN150 1 1 2 to 6 in NB FER DN40 to DN150 1 1 2 to 6 in NB Housing material Carbon steel FEV DN40 to 200 11 2 to 8 in NB FEW DN450 to 2400 18 to 96 in NB Plastic FEF DN250 to 600 10 to 24 in NB Aluminium FEW DN10 to 400 s to 16 in NB Terminal box material Polycarbonate Cable gland material Plastic brass Paint specification Paint coat gt 70 um thick RAL 9002 light grey DS WM EN Rev U 9 WaterMaster Electromagnetic flowmeter Specification transmitter Functional specification Power supply Mains 85 to 265 V AC lt 7 VA Low voltage 24 V AC 10 30 lt 7 VA DC 24 V 30 lt 0 4 A Supply voltage fluctuations within the specified range have no effect on accuracy Digital Outputs 3 Rating 30 V 220 mA open collector galvanically isolated Maximum output frequency 5250 Hz 1 off dedicated to Alarm Logic programmable function 2 off configurable to either Pulse Frequency or Alarm Logic function Current output HART FEX100 variant 4 to 20 mA or 4 to 12
26. JISTOK 155 6 10 AS4087 PN16 150 5 9 A54087 PN35 165 6 50 ASME B16 5 CL150 152 6 98 ASME B16 5 CL300 165 6 50 DN65 PN10 to 40 185 7 28 292 11 50 108028 f 217654 172677 10412 09 73 29 1122 2 zin JIS5K 155 6 10 JISTOK 175 6 89 A54087 PN16 165 6 50 AS4087 PN35 185 7 28 ASME B16 5 CL150 178 7 01 ASME B16 5 CL300 190 7 48 1563 73 29 DN80 PN10 to 40 200 7 87 22015 108029 217654 17267 104 4 09 1767 15 63 Bin JIS5K 180 7 09 JISTOK 185 7 28 AS4087 PN16 185 7 28 AS4087 PN35 205 8 07 ASME B16 5 CL150 190 7 48 ASME B16 5 CL300 210 8 28 19142 1767 DN100 PN10 to 16 220 8 66 250 9 84 314 12 36 12208 239 9 41 19407 64 125 4 92 79 42 1787 4 in PN25 to 40 235 9 25 23 51 21 46 JISSK 200 7 87 19 42 17 67 JISTOK 210 8 27 A54087 PN16 215 8 46 A54087 PN35 230 9 06 23 61 21 46 ASME B16 5 CL300 255 1 04 30 66 28 62 ASME B16 5 CL150 229 9 00 21 61 1942 DN125 PN10 to 16 250 9 84 324 12 76 180 6 12 249 9 8 204 8 03 125 4 92 22 48 20 44 Gin PN25 to 40 270 10 63 29 64 27 69 JIS5K 235 9 25 22 48 20 44 JISTOK 250 0 84 ASME B16 5 CL150 254 10 00 ASME B16 5 CL300 280 11 02 35 77 33 73 DN10 to 125 s to 5 in NB FEW dimensions weights DS WM EN Rev U 21 WaterMaster Electromagnetic flowmeter FEW DN150 to 400 6 to 16 in NB Dimensions in mm in
27. m 30 ft STT4500 10 20 m 60 ft STT4500 20 30 m 100 ft STT4500 30 50 m 165 ft STT4500 50 80 m 260 ft STT4500 80 100 m 325 ft STT4500 100 150 m 490 ft STT4500 150 500 m 1650 ft STT4500 500 Armored signal cable for remote WaterMaster transmitter 5 m 15 ft STT4501 05 10 m 30 ft STT4501 10 20 m 60 ft STT4501 20 30 m 100 ft STT4501 30 50 m 165 ft STT4501 50 80 m 260 ft STT4501 80 100 m 325 ft STT4501 100 150m 1350 ft STT4501 150 500 m 1650 ft STT4501 500 DS WM EN Rev 51 Contact us ABB Limited Process Automation Oldends Lane Stonehouse Gloucestershire GL10 3TA UK Tel 44 1453 826 661 Fax 44 1453 829 671 ABB Inc Process Automation 125 E County Line Road Warminster PA 18974 USA Tel 1 215 674 6000 Fax 1 2156747183 ABB Engineering Shanghai Ltd Process Automation No 5 Lane 369 Chuangye Road 201319 Shanghai P R China Phone 86 0 21 6105 6666 Fax 86 0 21 6105 6992 Mail china instrumentation cn abb com www abb com 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 ABB 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 Any
28. output PROFIBUS DP RS485 physical layer pulse contact output general purpose design only MODBUS RTU RS485 physical layer pulse contact output general purpose design only Zz 9 gt Configuration type diagnostics type Factory defaults standard diagnostics Options Accessories Configuration lead AC Documentation German M1 Chinese M6 Italian M2 Swedish M7 Spanish M3 Finnish M8 French M4 Portuguese MA English M5 default Danish MF Norwegian MN Other usage Measuring Instruments Directive MID CM1 suondoj The transmitter converter module Input and Output Signal Type must match the transmitter backplane output configuration HART or PROFIBUS see OI FET1OO EN Add codes for options 50 DS WM EN Rev U WaterMaster Electromagnetic flowmeter Common accessories Acknowledgements Recon Pees Microsoft is a registered trademark of Microsoft Corporation in the United States and or other countries WaterMaster AC Fuse F1 Type T 250 mA A S TRS B20411 j Modbus is a registered trademark of the Modbus IDA WaterMaster DC Fuse F2 Type T 2 AA S TRS B20412 organization WaterMaster Infra Red Comms Pack MJBX9982 HART is a registered trademark of the HART Communication WaterMaster Backplane PCB Board STD WATX2505 Foundation WaterMaster Sensor PCB Board WATX2506 WaterMaster Comms Cable WEBC2500 Signal cable for remote WaterMaster transmitter 5 m 15 ft STT4500 05 10
29. potential for error Intuitive convenient navigation The Easv Setup function reliably guides unpracticed users through the menu step by step The smart key based functionality makes handling a breeze it s just like using a cell phone During configuration the permissible range of each parameter is indicated on the display and invalid entries are rejected Universal transmitter powerful and flexible The backlit display can be rotated easily without the need for tools The contrast is adjustable and the display fully configurable The character size number of lines and display resolution number of decimal points can be set as required In multiplex mode several different display options can be pre configured and invoked one after the other The smart modular design of the transmitter unit enables easy disassembly without the need to unscrew cables or unplug connectors HART is used as the standard communications protocol Optionally the transmitter is available with PROFIBUS DP or MODBUS communication Assured quality WaterMaster is designed and manufactured in accordance with international quality procedures ISO 9001 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 flowmeter Z7 di f A WaterMaster Electromagnetic flowmeter WaterMaster always the first choice WaterMaster sets the standard for the
30. reproduction disclosure to third parties or utilization of its contents in whole or in parts is forbidden without prior written consent of ABB Copyright 2013 ABB All rights reserved 3KXF211101R1001 Software for a better world A DS WM EN Rev U 10 2013 Power and productivity HA FB ID A HD ED
31. sections The metering principle is tolerant of the flow profile n Wherever possible do not install fittings for example manifolds valves directly in front of the flowmeter sensor E Butterfly valves should be installed so that the valve plate does not extend into the flowmeter sensor m Valves or other turn off components should be installed in the Downstream pipe section Experience has shown that in most installations straight upstream sections 3 x DN long and straight downstream sections 2 x DN long are normally sufficient We would recommend conditions of 5 x DN straight upstream and 2 x DN straight downstream where possible For reduced bore meters FER these straight pipe sections are often not necessary 5 x DN FEW FEF 0 x DN FER 5 x DN FEV 2 x DN FEW FEF 0 x DN FER 0 x DN FEV DS WM EN Rev U 19 WaterMaster Electromagnetic flowmeter Transmitter dimensions Integral transmitter Remote transmitter Dimensions in mm in 98 3 8 T D i amp 8 ji N 118 4 6 Sensor dimensions FEW DN10 to 125 3 s to 5 in NB Dimensions in mm in 98 3 8 R3 2 0 12 205 8 0 Dimensions in mm in 77 8 3 06 DN10 to 125 s to 5 in NB FEW 20 DS WM EN Rev U WaterMaster
32. series for high turn down applications for example leakage buriable sensors eliminating the need for costly chamber construction HART PROFIBUS DP and MODBUS Full system and PLC integration Power and productivity Ah ED ID FADED for a better world WaterMaster Electromagnetic flowmeter The Company ABB is an established world force in the design and manufacture of instrumentation for industrial process control flow measurement gas and liquid analysis and environmental applications As a world leader in process automation technology our worldwide presence comprehensive service and application oriented know how make ABB a leading supplier of flow measurement products Introduction Setting the standard for the Water Industry The WaterMaster range available in sizes 10 to 2400 mm a to 96 in is designed specifically for use on the many diverse applications encountered in the Water and Waste water industry The modular design concept offers flexibility cost saving operation and reliability while providing a long service life and exceptionally low maintenance Integration into ABB asset management systems and use of the self monitoring and diagnostic functions increase the plant availability and reduce downtimes VeriMaster the verification tool An easy to use utility available through the infra red service port it uses the advanced self calibration and diagnostic capability of WaterMaster coupled
33. to 96 in NB FEW Dimensions in mm in Approx weight in kg Ib DN Process connection tvpe D L 1 0D L 1 3D F Cc E G A Integral Remote DN1000 JIS 5K 195 47 05 1000 1300 755 29 71 554 21 81 679 26 73 639 25 16 624 24 57 441 970 439 966 40 in JIS 10K 235 48 62 89 37 51 18 572 1258 570 1254 PN6 175 46 26 466 1025 464 1021 PN10 230 48 43 674 1483 672 1478 PN16 255 49 41 879 1934 877 1929 AWWA C207 CLASS B 289 50 75 503 1107 501 1102 AWWA C207 CLASS D 289 50 75 659 1450 657 1445 AWWA C207 CLASS E 289 50 75 1028 2262 1026 2257 AWWA C207 CLASS F 378 54 25 1367 3007 1365 3003 AS4087 PN16 255 49 41 831 1828 829 1824 AS2129 TABLE D 255 49 41 610 1342 608 1338 AS2129 TABLE E 255 49 41 833 1833 831 1028 PN25 320 51 97 1207 2655 1205 2651 PN40 360 53 54 1413 3109 1411 3104 AS4087 PN35 275 50 20 1244 2737 1242 2732 ASME CL150 SERIES A 290 50 79 1149 2528 1147 2523 ASME CL 300 SERIES A 240 48 82 1349 2968 1347 2963 ASME CL150 SERIES B 175 46 26 738 1624 736 1619 ASME CL300 SERIES B 275 50 20 1487 3271 1485 3267 DN1050 AWWA
34. to User Guide OI FEF FEV FEW EN Unpacking the flowmeter Care must be taken when lifting the flowmeter to use the lifting hooks provided or sling under the body of the meter Never lift using the terminal connection box of the sensor cable as this will cause i b u SERE R and invalidate warranty yl 2 Sling Angle lt 90 Grounding The flowmeter sensor must be cross bonded to the upstream and downstream pipes and fluid For technical reasons this potential should be identical to the potential of the metering fluid For plastic or insulated lined pipelines the fluid is grounded by installing a minimum of 1 earthing rings When there are stray potentials present in the pipeline an earthing ring is recommended on both ends of the meter sensor Fluid contact rings 18 DS WM EN Rev U Mounting The installation conditions shown below must be observed to achieve the best operational results The sensor tube must always be completely full aa The flow direction must correspond to the identification plate The device measures the flowrate in both directions Forward flow is the factory setting The devices must be installed without mechanical tension torsion bending If required support the pipeline II
35. to pages 21 to 26 anges ASME B16 47 series B B16 5 Class 150 anges ASME B16 47 series B B16 5 Class 300 langes ASME B16 47 series A Class 150 langes ASME B16 47 series A Class 300 langes AWWA C207 Class B langes AWWA C207 Class D langes AWWA C207 Class E langes AWWA C207 Class F langes JIS 10K langes JIS 5K langes AS 4087 PN 16 langes AS 2129 Table E langes AS 2129 Table D langes AS 4087 PN 35 ISO 7005 DIN EN 1092 1 PN6 ISO 7005 DIN EN 1092 1 PN10 ISO 7005 DIN EN 1092 1 PN16 ISO 7005 DIN EN 1092 1 PN25 ISO 7005 DIN EN 1092 1 PN40 A1 A3 B1 B3 C1 C2 C3 C4 J1 J2 El E4 E5 E8 SO S1 S2 S3 S4 Process connection material Carbon steel flanges Stainless steel flange Usage certifications Standard without PED Calibration type Class 2 calibration standard accuracy 0 4 Class 1 calibration high accuracy 0 2 Temperature range installation ambient temperature range Standard design 20 60 C 4 140 F Nameplate Adhesive Signal cable length and type Without signal cable 5 m 15 ft cable 10 m 30 ft cable 20 m 60 ft cable 30 m 100 ft cable 50 m 165 ft cable 80 m 260 ft cable 100 m 825 ft cable 150 m 490 ft cable Special length or cable type Explosion protection certification General purpose non Ex design FM Class 1 Div 2 usFMc Class 1 Div 2 ATEX IECEx Zone 2 21 amp 22
36. type Without signal cable 5 m 16 4 ft 10 m 32 8 ft 20 m 65 6 ft 30 m 98 4 ft 50 m 164 0 ft 80 m 262 5 ft 100 m 325 ft 150 m 490 ft Others 0 N 9 OI BQ N O Explosion protection certification General purpose non Ex design suo dOo Protection class transmitter protection class sensor IP67 NEMA 4X IP68 NEMA 6P cable not fitted and not potted IP67 NEMA 4X IP68 NEMA 6P cable fitted and potted Cable conduits M20 x 1 5 NPT 1 2 in blanked when cable not fitted M20 SWA armored FEV121 and FEV181 only M20 SWA sensor output and power connector FEV121 and FEV181 only TO U gt Power supply Without FEV18 only 100 230 V AC 50 Hz 24 V AC or 24 V DC 50 Hz 100 230 V AC 60 Hz 24 V AC or 24 V DC 60 Hz QI N O Input and output signal type HART 20 mA pulse contact output PROFIBUS DP RS485 physical layer pulse contact output FEV111 and FEV121 only MODBUS RTU RS485 physical layer pulse contact output FEV111 and FEV121 only Without FEV181 only lt oO gt Configuration type diagnostics type Without FEV18 only Factory defaults standard diagnostics FEV11 and FEV12 only Options Documentation language German M1 Chinese Italian M2 Portuguese Spanish M3 Russian French M4 Danish English M5 default Verification type Without fingerprint VeriMaster Potable wate
37. with fingerprinting technology to determine the accuracy status of the WaterMaster flowmeter to within 1 of its original factory calibration VeriMaster also supports printing of calibration verification records for regulatory compliance Diagnostic functions Using its diagnostic functions the flowmeter monitors both its own operability and the process Limit values for the diagnostic parameters can be set locally When these limits are exceeded an alarm is tripped In the event of an error diagnostic dependent help text appears on the display and this considerably simplifies and accelerates the troubleshooting procedure In accordance with NAMUR NE107 alarms and warnings are classified with the status of Maintenance Required Check Function Failure and Out of Specification 2 DS WM EN Rev U Flow performance Utilizing its advanced filtering methods the WaterMaster improves accuracy even under difficult conditions WaterMaster has an operating flow range with 0 4 accuracy as standard 40 2 optional in both forward and reverse flow directions Easy and quick commissioning 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
38. 0 21 65 472 18 58 231 9 09 402 15 83 325 12 80 376 14 80 340 13 39 100 220 EN1092 1 PN16 520 20 47 EN1092 1 PN25 555 21 85 EN1092 1 PN40 580 22 83 JIS 5K 480 18 90 JIS 10K 490 19 29 AS2129 TABLE C D E 525 20 67 AS2129 TABLE F 550 21 65 AS4087 PN14 PN16 525 20 67 AS4087 PN21 550 21 65 DN400 16 in EN1092 1 PN10 565 22 24 600 23 62 502 19 76 257 5 10 14 432 17 01 355 13 98 420 16 54 390 15 35 115 253 EN1092 1 PN16 580 22 83 EN1092 1 PN25 620 24 41 EN1092 1 PN40 660 25 98 JIS 5K 540 21 26 JIS 10K 560 22 05 AS2129 TABLE C D E 580 22 83 AS2129 TABLE F 610 24 02 AS4087 PN14 PN16 580 22 83 AS4087 PN21 610 24 02 DN450 18 in EN1092 1 PN10 615 24 21 700 27 56 537 21 14 285 11 22 467 18 39 390 15 35 480 18 90 440 17 32 160 352 EN1092 1 PN16 640 25 20 EN1092 1 PN25 670 26 38 EN1092 1 PN40 685 26 97 JIS 5K 605 23 82 JIS 10K 620 24 41 AS2129 TABLE C D E 640 25 20 AS2129 TABLE F 675 26 57 AS4087 PN14 PN16 640 25 20 AS4087 PN21 675 26 57 DN500 20 in EN1092 1 PN10 670 26 38 770 30 31 557 21 93 317 5 12 50 487 19 17 410 16 14 520 20 47 490 19 29 217 477 EN1092 1 PN16 715 28 15 EN1092 1 PN25 730 28 74 EN1092 1 PN40 755 29 72 JIS 5K 655 25 79 JIS 10K 675 26 57 AS2129 TABLE C D E 705 27 76 AS2129 TABLE F 735 28 94 AS4087 PN14 PN16 705 27 76 AS4087 PN21 735 28 94
39. 0 m 100 ft cable 50 m 165 ft cable 80 m 260 ft cable 100 m 825 ft cable 150 m 490 ft cable Special Length gt 150 m gt 490 ft and or armored cable 0 N 9 I amp Q N 9 Explosion protection certification General purpose non Ex design A Protection class transmitter protection class sensor IP67 NEMA 4X IP68 NEMA 6P cable not fitted and not potted 2 IP67 NEMA 4X IP68 NEMA 6P cable fitted and potted 3 Cable conduits M20 x 1 5 plastic NPT 1 2 in blanked when cable not fitted M20 SWA armored M20 SWA sensor M20 x 1 5 plastic power output Without K lt T gt Power supply Without 100 230 V AC 50 Hz 24 V AC or 24 V DC 50 Hz 100 230 V AC 60 Hz 24 V AC or 24 V DC 60 Hz Q N O Input and output signal type HART 20 mA pulse contact output PROFIBUS DP RS485 physical layer pulse contact output general purpose design only MODBUS RTU RS485 physical layer pulse contact output general purpose design only Without zO Configuration type diagnostics type Without 0 Factory defaults standard diagnostics 1 Options Accessories Configuration lead AG Documentation language German M1 Chinese M6 Italian M2 Swedish M7 Spanish M3 Finnish M8 French M4 Portuguese MA English M5 default Danish MF Norwegian MN Verification tvpe Without fingerprint VO VeriM
40. 1 366 807 ASME B16 5 CL150 635 25 00 250 551 248 547 PN25 670 26 38 N A 686 245 540 243 536 PN40 685 26 97 27 01 315 694 313 690 DN500 PN10 670 26 38 N A 600 514 20 24 310 12 20 439 17 28 394 15 51 367 14 45 190 418 188 413 20 in PN16 715 28 15 23 62 240 528 238 524 JISSK 655 25 79 190 418 188 413 JIS10K 675 26 57 AS4087 PN16 705 27 76 290 638 288 634 AS4087 PN35 735 28 94 435 957 433 953 ASME B16 5 CL150 700 27 56 300 660 298 656 ASME B16 5 CL300 775 30 51 N A 762 490 1080 488 1076 PN25 730 28 74 N A 700 300 661 298 657 PN4O 755 29 72 N A 762 392 864 390 860 DN600 PN10 780 30 71 N A 800 565 22 24 361 14 21 490 19 29 445 17 52 469 18 46 284 626 282 622 24 in PN16 840 33 07 81 50 318 700 316 695 PN25 845 33 27 460 1012 458 1008 JISSK 770 30 31 275 605 273 600 JIS10K 795 31 30 306 673 304 668 AS4087 PN16 825 32 48 382 840 380 835 AS4087 PN35 850 33 46 452 994 450 990 ASME B16 5 CL300 915 36 02 550 1210 548 1205 ASME B16 5 CL150 815 32 09 425 935 423 930 PN4O 890 35 04 N A 890 600 1320 598 1316 DN450 to 2400 18 to 96 in NB FEW dimensions weights 24 DS WM EN Rev U WaterMaster Electromagnetic flowmeter
41. 129 Table F 40 50 80 100 150 600 E3 Flanges AS 2129 Table E 40 50 80 100 125 150 600 E4 Flanges AS 2129 Table D 40 50 80 100 150 300 E5 Flanges AS 2129 Table C 40 50 80 100 150 300 E6 SO 7005 PN 10 EN 1092 1 40 600 S1 SO 7005 PN 16 EN 1092 1 40 600 S2 SO 7005 PN 40 EN 1092 1 40 S4 Process connection material Carbon steel B Usage certifications Standard 1 48 DS WM EN Rev U Continued on next page suo ndo WaterMaster Electromagnetic flowmeter Product coding field number 1 6 7 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 WaterMaster system Reduced bore sensor with remote mounted transmitter FER121 WaterMaster system Reduced bore sensor with integral transmitter FER111 XXX X X X IX XX X WaterMaster reduced bore sensor only remote mount without transmitter FER181 See previous page Calibration type Class 2 calibration standard accuracy 0 4 Class 1 calibration high accuracy 0 2 Extended range class 1 calibration high accuracy 0 2 Extended range class 2 calibration standard accuracy 0 4 uzur Installation temperature range ambient temperature range Standard design 20 60 C 4 140 F Name plate Adhesive label Signal cable length and
42. 14 16 165 6 50 AS4087 PN21 185 7 28 DN80 EN1092 1 PN10 16 25 40 200 7 87 200 7 87 280 11 02 51 5 2 03 205 8 07 156 6 14 47 1 85 20 44 18 40 8 in ASME B16 5 CLASS 150 190 7 48 JIS 10K 185 7 28 AS2129 TABLE CDE 185 7 28 AS4087 PN14 16 185 7 28 AS2129 TABLE F 205 8 07 AS4087 PN21 205 8 07 DN100 EN1092 1 PN10 16 220 8 66 250 9 84 320 12 60 63 75 2 51 245 9 65 196 8 7 75 64 2 52 27 59 25 55 4 in EN1092 1 PN25 40 235 9 25 ASME B16 5 CLASS 150 228 6 9 00 JIS 7 5K 238 9 37 JIS 10K 210 8 27 A52129 TABLE C D 215 8 46 AS4087 PN14 16 215 8 46 AS4087 PN21 230 9 06 DN125 EN1092 1 PN10 16 250 9 84 250 9 84 320 12 60 63 75 2 51 245 9 65 197 7 76 64 2 52 27 59 25 55 Sin EN1092 1 PN25 40 270 10 63 ASME B16 5 CLASS 150 254 10 00 JIS 10K 250 9 84 AS2129 TABLE C D 255 10 04 DN150 EN1092 PN10 16 285 11 22 300 11 81 340 13 39 84 4 3 32 265 10 43 217 8 54 100 2 3 94 33 72 31 68 6 in EN1092 PN25 40 300 11 81 ASME B16 5 CLASS 150 279 10 98 JIS 7 5k 290 11 42 JIS 10K 280 11 02 AS2129 TABLE C D 280 11 02 AS4087 PN14 16 280 11 02 AS4087 PN21 305 12 01 DN200 EN1092 1 PN10 16 340 13 39 350 13 78 365 14 37 109 8 4 32 290 11 42 243 9 57 126 7 4 99 50 110 48 106 8 in EN1092 1 PN25 40 360 14 17 ASME B16 5 CLASS 150 345 13 58 JIS 7 5K 342 13 46 JIS 10 330 12 99 A52129 TABLE C D 335 13
43. 2 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 WaterMaster system Reduced bore sensor with remote mounted 4 FER121 transmitter WaterMaster system Reduced bore sensor with integral transmitter FER111 XXX X X X X XX xX X X Xi XI M Xx NM xX xX xX WaterMaster reduced bore sensor only remote mount without H FER181 transmitter Bore diameter DN 40 11 2 in 040 DN 50 2 in 050 DN 65 21 2 in 065 DN 80 3 in 080 DN 100 4 in 100 DN 125 5 in 125 DN 150 6 in 150 DN 200 8 in 200 DN 250 10 in 250 DN 300 12 in 300 DN 350 14 in 350 DN 375 15 in 375 DN 400 16 in 400 DN 450 18 in 450 DN 500 20 in 500 DN 600 24 in 600 Liner material Elastomer DN40 to 600 11 2 to 24 in NB K Electrode design Standard 1 Measuring electrodes material Stainless steel 316 S Super austenitic steel 1 4529 U Grounding accessories 1 x Stainless steel equalizing ring 3 2 x Stainless steel equalizing rings 4 Process connection type refer to pages 30 and 30 Flanges ANSI ASME B16 5 16 47 series B Class 150 40 50 80 100 150 300 A1 Flanges AWWA C207 Class E 40 50 80 c3 Flanges JIS 7 5K 100 150 300 JO Flanges JIS 10K 40 50 80 100 150 300 J1 Flanges AS 4087 PN 21 50 80 100 150 600 EO Flanges AS 4087 PN 16 50 80 100 150 350 450 600 E1 Flanges AS 4087 PN 14 40 50 80 100 150 600 Ez Flanges AS 2
44. 20 mA galvanically isolated Maximum loop resistance 750 Q HART protocol Version 5 7 HART registered Signal levels compliant with NAMUR NE 43 3 8 to 20 5 mA Low alarm 3 6 mA High alarm 21 8 mA Additional accuracy 0 1 of reading Temperature coefficient typically lt 20 ppm C RS485 Communications PROFIBUS FEX100 DP variant Registered name FEX100 DP RS485 9 6kbps to 1 5Mbps galvanically isolated DPVO DPV1 PA Profile 3 01 Standard idents 9700 9740 9741 FEX100 DP specific ident 3431 3 Concurrent MS2 master connections RS485 Communications MODBUS FEX100 MB variant MODBUS RTU protocol RS485 9 6kbps to 115 2kbps galvanically isolated Electrical connections 20 mm glands 1 2 in NPT 20 mm armored glands Temperature limitations Ambient temperature 20 to 60 C 4 to 140 F Temperature Typically lt 10 ppm C Vel 20 5 mis coefficient When installed do not leave galvanically isolated circuits pulse and current floating 10 DS WM EN Rev U Environmental protection Humidity 0 to 100 Rating IP67 NEMA 4X to 1m 3 3 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 USB adapter accessory USB 1 1 and 2 0 compatible Driver software for Windows 2000 XP 7 32 bit and Vista Housing material Powder coa
45. 24 in NB FEF dimensions weights DS WM EN Rev U 37 WaterMaster Electromagnetic flowmeter Ordering information Electromagnetic flowmeter WaterMaster FEW11 FEW12 and FEW18 Product coding field number 1 5 6 7 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 Flowmeter system full bore FEW11 integral mount DN10 to DN32 only Flowmeter system full bore remote mount FEW12 X XXX X X X X XX XIX X R N X X 8 X 8N X x Full bore sensor only for use with WaterMaster FEW18 transmitter remote Design Non hazardous areas 1 Hazardous areas 5 Bore diameter DN10 s in DN15 2 in DN20 5 4 in DN25 1 in DN32 11 4 in 010 015 020 025 032 Liner material PTFE DN10 to 32 3 s to 11 a in NB Electrode design Standard Other ak Measuring electrodes material Hastelloy C 4 2 4610 Grounding accessories Not required One potential equalizing ring stainless steel Two potential equalizing rings stainless steel Other gt O Process connection type refer to pages 21 and 20 ASME B16 5 B class 150 ASME B16 5 B class 300 ISO EN PN40 DIN PN40 Other A1 A3 S4 D4 Z9 Process connection material Carbon steel flanges DN20 to 32 4 to 11 4 in NB Stainless steel flange 1 4571 316 Ti DN10 to 15 a to 1 2 in NB Other NOW
46. 268 DN1400 PN6 630 64 17 1400 1820 1085 2887 1083 2383 56 in PN10 675 65 94 55 11 71 65 1731 3808 1729 3804 PN16 685 66 34 1770 3894 1768 3890 ASME CL150 SERIES B 600 62 99 1598 3505 1591 8500 PN25 755 69 09 2368 5210 2366 5205 PN4O 795 70 67 3086 6789 3084 6785 ASME CL150 SERIES A 745 68 70 2556 5623 2554 5619 ASME CL300 SERIES A 710 67 32 3376 7427 3374 7428 ASME CL300 SERIES B 765 69 49 3758 8268 3756 8263 DN1500 JIS 5K 730 68 11 1500 1950 1065 41 92 864 34 02 989 38 94 949 37 36 910 35 83 1029 2264 1027 2259 60 in JIS 10K 795 70 67 59 05 76 77 1504 3309 1502 3304 ASME CL150 SERIES B 725 67 91 2031 4468 2029 4464 AWWA C207 CLASS B 854 72 99 1229 2704 1227 2699 AWWA C207 CLASS D 854 72 99 1514 3331 1512 3326 AWWA C207 CLASS E 1854 72 99 2544 5597 2542 5592 ASME CL150 SERIES A 855 73 08 3084 6785 3082 6780 ASME CL300 SERIES A 810 71 26 3875 8525 3873 852 ASME CL300 SERIES B 880 74 02 4181 9198 4179 9194 DN1600 PN6 830 72 05 1600 2080 1066 41 96 865 34 06 990 38 98 950 37 4 1000 39 37 1484 8155 1432 3150 64 in PN10 915 75 39 62 99 81 89 2525 5555 2523 555 PN25 975 77 76 3201 7042 3199 7038 PN16 930 75 98 2768 6090 2766 6085 PN40 2025 79 72 4375 9625 4373 962 DN1650 AWWA C207 CLASS B 2032 80 00 N A
47. 4 65 143 63 139 PN25 425 16 73 84 185 82 180 PN40 450 17 72 95 209 93 205 AS4087 PN16 405 15 94 65 143 63 139 AS4087 PN35 430 16 93 95 209 93 205 JISSK 385 15 16 65 143 63 139 JISTOK 400 15 75 ASME B16 5 CL300 445 17 52 05 231 108 227 ASME B16 5 CL150 405 15 94 70 154 68 150 DN300 PN10 445 17 52 500 19 69 449 17 68 228 8 98 374 14 72 329 12 95 272 10 71 74 163 72 158 12 in PN16 460 18 11 80 176 78 172 PN25 485 19 09 00 220 98 216 JIS5K 430 16 93 80 176 78 172 JIS10K 445 17 52 AS4087 PN16 455 17 91 AS4087 PN35 490 19 29 30 286 28 282 ASME B16 5 CL300 520 20 47 50 330 48 326 ASME B16 5 CL150 485 19 09 05 231 03 227 PN4O 515 20 28 600 23 62 30 286 28 282 DN350 PN10 505 19 88 550 21 65 464 18 27 265 10 43 389 15 31 344 13 54 322 12 68 95 209 93 205 14 in PN16 520 20 47 10 242 08 238 PN25 555 21 85 45 319 43 315 JISSK 480 18 90 95 209 93 205 JIS10K 490 19 29 AS4087 PN16 525 20 67 30 286 28 282 AS4087 PN35 550 21 65 85 407 83 403 ASME B16 5 CL300 585 23 03 40 308 38 304 ASME B16 5 CL150 535 21 06 05 231 03 227 PN40 580 22 83 650 25 59 95 429 93 425 DN400 PN10 565 22 24 600 23 62 506 19 92 265 10 43 431 16 97 386 15 20 322 12 68 03 227 01 222 16 in PN16 580 22 83 26 277 24 273 PN25 620 24 41 70 3
48. 4 Q3 6 0 1 0 44 1 0 4 4 10 44 100 440 Flowrate m h GPM Although OIML R49 does not define the flow accuracy below Q1 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 Q1 is typically 0 9 mm s 0 04 in s DS WM EN Rev U 5 WaterMaster Electromagnetic flowmeter WaterMaster optimized full bore meter FEV full bore meters FEF FEW flow performance m h Standard Calibration 0 4 Class 2 High Accuracy Calibration 0 2 Class 1 DN Q4 Q3 Qo 4 Q2 Qi Qo 2 Q2 Q1 10 3 1 2 5 0 167 0 013 0 008 0 31 0 02 0 012 15 7 88 6 3 0 42 0 032 0 02 0 79 0 05 0 03 20 12 5 10 0 67 0 05 0 032 1 25 0 08 0 05 25 20 16 14 0 08 0 05 2 0 18 0 08 32 31 25 25 1 67 0 13 0 08 3 0 20 0 13 40 50 40 4 2 0 2 0 13 6 0 32 0 2 50 79 63 4 2 0 32 0 20 7 9 0 5 0 32 65 125 100 6 7 0 5 0 32 12 5 0 8 0 5 80 200 160 10 7 0 81 0 51 16 1 3 0 8 100 313 250 16 7 1 3 0 79 25 2 1 25 125 313 250 16 7 1 3 0 79 25 2 1 25 150 788 630 42 3 2 2 0 63 5 3 2 200 1 250 1 000 67 5 1 3 2 100 8 5 250 2 000 1 600 107 8 1 5 1 160 13 8 300 3 125 2 500 167 12 7 7 9 250 20 12 5 350 5 000 4 000 267 20 3 12 7 400 32 20 400 5 000 4 000 267 20 3 12 7 400 32 20 450 7 875 6 300 420 32 20 630 50 32 500 7 875 6 300 420 32 20 630 50 32 600 12 500 10 000 66
49. 444 17 48 251 652 249 648 30 in JIS 10K 970 38 19 29 52 88 98 327 719 325 715 AWWA C207 CLASS B 984 38 74 273 601 271 596 AWWA C207 CLASS D 984 38 74 344 757 342 752 AS4087 PN16 995 39 17 467 1027 465 1023 AS2129 TABLE D 995 39 17 340 748 338 744 AS2129 TABLE E 995 39 17 454 999 452 994 AWWA C207 CLASS E 984 38 74 496 1091 494 1087 AWWA C207 CLASS F 1092 43 99 790 1738 788 1734 AS4087 PN35 1015 39 96 663 1459 661 1454 ASME CL150 SERIES A 985 38 78 544 1197 542 1192 ASME CL150 SERIES B 885 34 84 320 704 318 700 ASME CL300 SERIES B 990 38 98 748 1646 746 164 DN800 JIS 5K 995 39 17 800 1040 654 25 74 453 17 83 578 22 76 538 21 18 542 21 34 280 616 278 612 32 in JIS 10K 020 40 16 31 49 40 04 364 801 362 796 PN6 975 38 39 294 647 292 642 PN10 015 39 96 406 893 404 889 PN16 025 40 35 469 1032 467 1027 AWWA C207 CLASS B 060 41 73 328 722 326 717 AWWA C207 CLASS D 060 41 73 408 898 406 893 AS4087 PN16 060 41 73 530 1166 528 1162 AS2129 TABLE D 060 41 73 386 849 384 845 AS2129 TABLE E 060 41 73 519 1142 517 1137 PN25 085 42 72 615 1353 613 1349 PN40 140 44 88 866 1905 864 190 AWWA C207 CLASS E 1060 41 73 634 1395 632 1390 AWWA C207 CLASS F 150 45 28 897 1973 895 1969 AS4087 PN35 060 41 73 751 1652 749 1648 AS
50. 46 DS WM EN Rev U suo nd 00 N 9 1 3 Q N O9 Z lt 9 gt Continued on next page WaterMaster Electromagnetic flowmeter ina fi Ia sl617 91410141114121413144451416117 Ts T o Too 21 22 23 24 25 2 27 TO Product coding field number 1 5 6 7 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 suo d Flowmeter system full bore integral mount FEW31 Flowmeter system full bore remote mount FEW32 Full bore sensor only for use with WaterMaster transmitter remote REWSS Protection class transmitter protection class sensor IP67 NEMA 4X IP67 NEMA 4X cable not fitted and not potted to sensor IP 67 NEMA 4x IP68 NEMA 6P cable not fitted and not potted to sensor 2 IP 67 NEMA 4x IP68 NEMA 6P cable fitted and potted to sensor 3 Cable conduits M20 x 1 5 plastic NPT 1 2 in blanked when cable not fitted M20 SWA armored M20 SWA sensor M20 x 1 5 plastic power output Without lt T gt Power supply Without 108 230 V AC 50 Hz 24 V AC or 24 V DC 50 Hz 100 230 V AC 60 Hz 24 V AC or 24 V DC 60 Hz BONO Input and output signal type HART 20 mA pulse contact output PROFIBUS DP RS485 physical layer pulse contact output general purpose design only MOD
51. 5 AS4087 PN14 PN16 405 15 94 AS2129 TABLE C D A52129 TABLE E A54087 PN21 430 16 93 A52129 TABLE F DN300 ASME B16 5 CLASS 150 485 19 09 500 19 69 231 9 09 317 12 48 352 13 86 300 11 81 128 282 12 in ASME B16 5 CLASS 300 520 20 47 540 21 26 EN1092 1 PN10 445 17 52 500 19 69 EN1092 1 PN16 460 18 11 500 19 69 EN1092 1 PN25 485 19 09 540 21 26 EN1092 1 PN40 515 20 28 540 21 26 JIS 5K 430 16 93 500 19 69 JIS 10K 445 17 52 500 19 69 AS4087 PN14 PN16 455 17 91 500 19 69 A52129 TABLE TABLE C D 455 17 91 500 19 69 A52129 TABLE E 455 17 91 500 19 69 AS4087 PN21 490 19 29 500 19 69 A52129 TABLE F 490 19 29 500 19 69 DN350 ASME B16 5 CLASS 150 535 21 06 550 21 65 257 5 10 14 346 13 62 376 14 80 350 13 78 100 220 14 in ASME B16 5 CLASS 300 585 23 03 570 22 44 EN1092 1 PN10 505 19 88 550 21 65 EN1092 1 PN16 520 20 47 550 21 65 EN1092 1 PN25 555 21 85 570 22 44 EN1092 1 PN40 580 22 83 570 22 44 JIS 5K 480 18 90 550 21 65 JIS 7 5K 530 20 87 550 21 65 JIS 10K 490 19 29 550 21 65 AS4087 PN14 PN16 525 20 67 550 21 65 A52129 TABLE C DE 525 20 67 550 21 65 AS4087 PN21 550 21 65 550 21 65 A52129 TABLE F 550 21 65 550 21 65 AS4087 PN35 550 21 65 570 22 44 A52129 TABLE H 550 21 65 570 22 44 DN375 AS4087 PN14 PN16 550 21 65 550 21 65 257 5 10 14 346 13 62 376 14 80 350 13 78 115 253 15 in A52129 TA
52. 60 352 18 in ASME B16 5 CLASS 300 710 27 95 EN1092 1 PN10 615 24 21 EN1092 1 PN16 640 25 20 EN1092 1 PN25 670 26 38 EN1092 1 PN40 685 26 97 JIS 5K 605 23 82 JIS 7 5K 652 25 67 JIS 10K 620 24 41 AS4087 PN14 PN16 640 25 20 A52129 TABLE C D 640 25 20 A52129 TABLE E 640 25 20 A54087 PN21 675 26 57 A52129 TABLE F 675 26 57 A54087 PN35 675 26 57 A52129 TABLE H 675 26 57 DN500 ASME B16 5 CLASS 150 700 27 56 770 30 31 345 13 58 429 16 89 520 20 47 500 19 69 217 455 20 in ASME B16 5 CLASS 300 775 30 51 EN1092 1 PN10 670 26 38 EN1092 1 PN16 715 28 15 EN1092 1 PN25 730 28 74 EN1092 1 PN40 755 29 72 JIS 5 655 25 79 JIS 7 5K 706 27 80 JIS 10K 675 26 57 A54087 PN 14 PN16 705 27 76 A52129 TABLE CDE 705 27 76 AS4087 PN21 735 28 94 A52129 TABLE F 735 28 94 AS4087 PN35 735 28 94 A52129 TABLE H 735 28 94 DN600 ASME B16 5 CLASS 150 815 62 09 920 36 22 387 5 15 25 472 18 58 610 24 02 600 23 62 315 693 24 in ASME B16 5 CLASS 300 915 36 02 EN1092 1 PN10 780 30 71 EN1092 1 PN16 840 88 07 EN1092 1 PN25 845 33 27 EN1092 1 PN40 890 35 04 JIS 5K 770 80 31 JIS 7 5K 810 31 89 JIS 10K 795 31 30 AS4087 PN14 PN16 825 62 48 AS2129 TABLE C D 825 32 48 A52129 TABLE E 825 32 48 A54087 PN21 850 63 46 A52129 TABLE F 850 33 46 A54087 PN35 850 33 46 A52129 TABLE H 850 63 46 DN250 to 600 10 to
53. 7 51 32 1000 80 50 700 20 000 16 000 1600 102 64 1600 160 00 750 20 000 16 000 1600 102 64 1600 160 00 30 in 760 20 000 16 000 1600 102 64 1600 160 00 800 20 000 16 000 1600 102 64 1600 160 00 900 31 250 25 000 2500 160 100 2500 250 56 1000 31 250 25 000 2500 160 100 2500 250 56 42 in 31 250 25 000 2500 160 100 2500 250 56 1100 31 250 25 000 2500 160 100 2500 250 56 1200 50 000 40 000 4000 256 160 4000 400 250 1350 78 750 63 000 6300 403 252 6300 630 394 1400 78 750 63 000 6300 403 252 6300 630 394 1500 78 750 63 000 6300 403 252 6300 630 394 60 in 1500 78 750 63 000 6300 403 252 6300 630 394 1600 78 750 63 000 6300 403 252 6300 630 394 1650 78 750 63 000 6300 403 252 6300 630 394 1800 125 000 100 000 10000 640 400 10000 1000 625 1950 125 000 100 000 10000 640 400 10000 1000 625 2000 125 000 100 000 10000 640 400 10000 1000 625 2200 200 000 160 000 16000 1024 640 16000 1600 1000 2400 200 000 160 000 16000 1024 640 16000 1600 1000 OIML R49 Certificate of Conformance to Class 1 and Class 2 with OIML R49 and MID versions available Note OIML R49 1 allow Class 1 only for meters with Qs 2 100 m h Meters outside this range have been tested and conform to Class 1 6 DS WM EN Rev U WaterMaster Electromagnetic flowmeter WaterMaster optimized full bore meter FEV full bore meters FEF FEW flow performance gal min
54. 70 400 252 1108 50 4 222 31 5 138 7 200 DS WM EN Rev U 7 WaterMaster Electromagnetic flowmeter Specification sensor Functional specification Pressure limitations As per flange rating non approved PN16 for OIML R49 MID Approved Pressure equipment directive 97 23 EC This product is applicable in networks for the supply distribution and discharge of water and associated equipment and is therefore exempt Temperature limitations Ambient temperature Physical specification Wetted parts Electrode material Stainless steel 316 L 316 Ti Super austenitic steel Hastelloy C 22 and Hastelloy other electrode materials available on request Potential equalizing rings Minimum of 1 recommended Lining material potable water approvals gt Potable Water Approvals Remote transmitter 20 to 70 C 4 to 158 F AZ Integral transmitter 20 to 60 C l 4 to 140 F Code SizeRange Liner WRAS WRAS acs pvew NSF NZS 4020 Process temperature See table below DNTO T32 0 1 to 50 C 32 2 to 122 F OIML R49 T50 FEWT ge 1 ain NB PTE Approved DN10 600 FEWS a 24 in NB PTEE DN40 2400 FEW3 2 Elastomer 4 4 Medium temperature C F 1 2 96 in NB Code Lining Flange material Minimum Maximum FEW3 a TEF mare kine 4 4 4 NE yo yed
55. 72 11 007 704 440 11 007 1 100 688 42 1050 137 590 110 072 11 007 704 440 11 007 1 100 688 44 1100 137 590 110 072 11 007 704 440 11 007 1 100 688 48 1200 220 143 176 115 17 611 1 127 704 17 611 1 761 1 101 52 1350 346 726 277 381 27 738 1 775 110 27 738 2 773 1 733 54 1400 346 726 277 381 27 738 1 775 110 27 738 2 773 1 733 60 1500 346 726 277 381 27 738 1 775 110 27 738 2 773 1 733 66 1600 346 726 277 381 27 738 1 775 110 27 738 2 773 1 733 68 1650 346 726 277 381 27 738 1 775 110 27 738 2 773 1 733 77 1800 550 358 440 287 44 029 2 818 761 44 029 4 403 2 752 77 1950 550 358 440 287 44 029 2 818 761 44 029 4 403 2 752 78 2000 550 358 440 287 44 029 2 818 761 44 029 4 403 2 752 78 2000 550 358 440 287 44 029 2 818 761 44 029 4 403 2 752 84 2200 880 573 704 459 70 446 4 509 2 818 70 446 7 045 4 403 96 2400 880 573 704 459 70 446 4 509 2 818 70 446 7 045 4 403 Size is dependent on flange specification WaterMaster reduced bore meter FER flow performance m h gal min Class 2 specification Class 1 specification Size Q4 Qa Qo 4 Q2 Qi Qo 2 Q2 Q mm in m h Ugal min m h Ugal min m h Ugal min m h Ugal min m h Ugal min ji m h Ugal min m h Ugal min m h Ugal min i 40 1 2 31 138 25 110 0 83 1 05 0 063 0 28 0 04 0 18 630 1 7 7 48 0 1 0 44
56. 74 68 370 JIS5K 540 21 26 03 227 01 223 JIS10K 560 22 05 16 255 14 251 AS4087 PN16 580 22 83 54 339 52 335 AS4087 PN35 610 24 02 302 664 300 660 ASME B16 5 CL300 650 25 59 265 583 263 578 ASME B16 5 CL150 600 23 62 75 385 73 381 PN4O 660 25 98 650 25 59 258 568 256 564 DN150 to 400 6 to 5 in NB FEW dimensions weights DS WM EN Rev U 23 WaterMaster Electromagnetic flowmeter FEW DN450 to 2400 18 to 96 in NB Dimensions in mm in 77 8 3 06 a 104 104 5 98 4 11 3 86 1 4 DN450 to 2400 18 to 96 in NB FEW Dimensions in mm in Approx weight in kg Ib DN Process connection tvpe D L 1 0D L 1 3D F Cc E G A Integral Remote DN450 PN10 615 24 21 N A 600 514 20 24 310 12 20 439 17 28 394 15 51 328 12 91 173 381 171 877 18 in PN16 640 25 20 23 62 188 414 186 410 JISSK 605 23 82 165 364 163 359 JIS10K 620 24 41 177 390 175 386 AS4087 PN16 640 25 20 232 511 230 507 AS4087 PN35 675 26 57 328 723 326 718 ASME B16 5 CL300 710 27 95 368 81
57. 8 66 122 83 6968 6966 DN450 to 2400 18 to 96 in NB FEW dimensions weights Continued DS WM EN Rev U 27 WaterMaster Electromagnetic flowmeter FEV DN40 to 200 11 2 to 8 in NB Dimensions in mm in D DN40 to 200 11 2 to 8 in NB FEV Dimensions in mm in Approx weight in kg Ib DN Process connection type D L F E G x Integral Remote DN40 EN1092 1 PN10 16 25 40 150 5 91 200 7 87 260 10 24 185 7 28 137 5 39 30 1 18 12 8 28 16 11 8 25 96 11 a in ASME B16 5 CLASS 150 AS2129 TABLE D E F DN50 EN1092 1 PN10 16 25 40 165 6 50 200 7 87 261 10 28 186 7 32 138 5 43 38 1 5 13 75 30 25 12 75 28 05 2 in ASME B16 5 CLASS 150 DN80 EN1092 1 PN10 16 25 40 200 7 87 200 7 87 280 11 04 205 5 8 09 157 5 6 2 61 2 4 17 2 87 84 16 2 35 64 3 in ASME B16 5 CLASS 150 AS4087 PN16 21 AS2129 TABLE D E F DN100 EN1092 1 PN10 16 25 40 225 8 86 250 9 84 300 5 11 83 225 5 8 88 177 5 6 98 70 2 76 19 3 42 5 18 3 40 3 4 in ASME B16 5 CLASS 150 AS4087 PN16 DN150 EN1092 1 PN10 16 25 40 300 11 81 300 11 81 333 5 13 13 258 5 10 18 210 5 8 29 103 4 06 35 1 77 2 34 1 75 6 in ASME B16 5 CLASS 150 AS4087 PN16 DN200 EN1092 1 PN10 16 375 11 76 350 13 78 358 7 14
58. BLE C 550 21 65 550 21 65 AS4087 PN35 580 22 83 570 22 44 DN400 ASME B16 5 CLASS 150 600 23 62 600 23 62 285 11 22 371 14 61 420 16 54 400 15 75 115 253 16 in ASME B16 5 CLASS 300 650 25 59 620 24 41 EN1092 1 PN10 565 22 24 600 23 62 EN1092 1 PN16 580 22 83 600 23 62 EN1092 1 PN25 620 24 41 620 24 41 EN1092 1 PN40 660 25 98 620 24 41 JIS 5K 540 21 26 600 23 62 JIS 7 5K 582 22 91 600 23 62 JIS 10K 560 22 05 600 23 62 AS4087 PN14 PN16 580 22 83 600 23 62 A52129 TABLE CDE 580 22 83 600 23 62 AS4087 PN21 610 24 02 600 23 62 A52129 TABLE F 610 24 02 600 23 62 AS4087 PN35 610 24 02 620 24 41 AS2129 TABLE H 610 24 02 620 24 41 DN250 to 600 10 to 24 in NB FEF dimensions weights DS WM EN Rev U 35 WaterMaster Electromagnetic flowmeter Dimensions in mm in 104 4 1 Dimension C centre line to base of flowmeter body DN250 to 600 10 to 24 in NB FEF 36 DS WM EN Rev U WaterMaster Electromagnetic flowmeter Dimensions in mm in DN Process connection type D L Cc G A X Approx weight in kg Ib DN450 ASME B16 5 CLASS 150 635 25 00 700 27 56 317 5 12 50 402 15 83 480 18 90 450 17 72 1
59. BUS RTU RS485 physical layer pulse contact output general purpose design only Without lt KZ0O gt Configuration type diagnostics type Not required 0 Factory default Standard j Options Accessories Configuration lead AC Documentation language German M1 Chinese M6 Italian M2 Swedish M7 Spanish M3 Finnish M8 French M4 Portuguese MA English M5 default Danish MF Norwegian MN Lay length ISO length DN10 to 600 a to 24 in and 1 25D DN1800 to 2400 72 to 96 in JB 1 3D DN700 to 2400 28 to 96 in see dimensional pages 25 26 27 JK 1 0D DN700 to 1600 28 to 64 in see dimensional pages 25 26 27 JH Verification type Without fingerprint VO VeriMaster V3 Potable water approval WRAS cold water approval CWA DVGW CWD WRAS 60 C 140 F water approval CWK NSF material approval CWM Without CWY Power supply frequency sensor FEW38 only 50 Hz F5 60 Hz F6 FM approval in process FEF product still available with full FM approval 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 Approved versions NPT only permitted Add codes for options DS WM EN Rev U 47 WaterMaster Electromagnetic flowmeter WaterMaster FER reduced bore sensor flowmeter series Product coding field number 1 6 7 9 10 11 1
60. C207 CLASS B 1346 5299 1050 1365 808 31 82 608 23 92 733 28 84 693 27 28 624 24 57 564 1241 562 1236 42 in AWWA C207 CLASS D 1346 5299 41 33 63 74 669 1472 667 1467 AWWA C207 CLASS E 1346 5299 1143 2515 1141 2510 AWWA C207 CLASS F 448 57 01 1568 3450 1566 3445 ASME CL150 SERIES B 225 48 23 809 1780 807 1775 ASME CL150 SERIES A 345 52 95 1289 2836 1287 2831 ASME CL300 SERIES A 290 50 79 1527 3359 1525 3355 ASME CL300 SERIES B 335 52 56 1704 3749 1702 3744 DN1100 JIS 5K 305 51 38 1100 1430 510 1122 508 1118 44 in JIS 10K 345 52 95 43 30 56 30 689 1516 687 1511 AWWA C207 CLASS B 403 55 24 615 1353 613 1349 AWWA C207 CLASS D 403 55 24 807 1775 805 1771 AWWA C207 CLASS E 404 55 26 1205 2651 1203 2647 AWWA C207 CLASS F 505 59 25 1719 3782 1717 3777 DN450 to 2400 18 to 96 in NB FEW dimensions weights 26 DS WM EN Rev U WaterMaster Electromagnetic flowmeter Dim
61. Data sheet DS WM EN Rev U Measurement made easy The perfect fit for all water industry applications One solution for all your needs designed for use in all water and waste water applications from sewage plants to distribution networks State of the art technology revolutionary data storage enables transmitter interchange and commissioning without the need for re configuration self calibrating transmitter with ultra low temperature coefficient for highest accuracy Versatile and simple configuration Through the Glass TTG configuration eliminating the need to remove the cover smart key based functionality Easy Setup function VeriMaster in situ verification software option enables the customer to perform in situ verification of the flowmeter system Unparalleled service ability fault finding Help texts on the display minimized downtime with replaceable electronics cartridges MID and OIML R49 approved with R49 self checking Type approved to accuracy Class 1 and Class 2 for any pipe orientation and bidirectional flows Type P approved continuous self checking of the sensor and transmitter to ensure the highest accuracy and long term performance Innovative sensors for all applications optimized full bore series for optimum turndown low pressure drop irrigation applications full bore series for general purpose water metering applications reduced bore
62. IP switches Transmitter module identification Note The communications bus type is HART FEX100 if not specified on the transmitter module label An example of the PROFIBUS FEX100 DP variant transmitter module label is shown below ABB WaterMaster MM MJFAS905 AOAO MILI VKO ab ia lll lll lll lll jlli WET 11024 VKJB12345678 PROFIBUS FEX 100P Label Red Label on DC and Low Voltage AC Converter Module Black Label on AC Converter Module Transmitter module identification DS WM EN Rev U 13 WaterMaster Electromagnetic flowmeter Output connections Frequency outputs Alarm outputs PLC or Datalogger 22222222 cocoa i XX XX XX XX 42 41 51 61 82 52 Terminal connection IDs are COM DO3 62 HART PROFIBUS MODBUS variant dependent Terminal connection IDs are COM DO1 DO2 HART PROFIBUS variant dependent PLC Datalogger connections Alarm 1 Bell XX XX XX XX 42 41 51 61 DC Supply Note Digital outputs DO1 and DO2 are polarity sensitive The common negative connection for these outputs is designated COM COM and fee Forward Flow Output DO1 Counter Totalizer DC Supply l 4 Note m Normal alarm logic output is from DO3 terminal 61 a KATI tras DO1 41 and DO2 51 can also be configured as i alarms if required but a
63. ME CL150 SERIES A 060 41 73 700 1540 698 1536 ASME CL150 SERIES B 940 37 01 406 893 404 889 ASME CL300 SERIES B 055 41 54 933 2053 931 2048 DN900 JIS 5K 095 43 11 900 1170 705 27 7 504 19 84 629 24 76 589 23 19 570 22 44 369812 367 807 36 in JIS 10K 20 44 09 35 43 46 06 445 979 443 975 PN6 075 42 32 390 858 388 854 PN10 15 43 90 502 1104 500 1100 PN16 25 44 29 589 1296 587 1291 AWWA C207 CLASS B 68 45 98 417 917 415 913 AWWA C207 CLASS D 68 45 98 493 1085 491 1080 AWWA C207 CLASS E 68 45 98 827 1819 825 1815 AWWA C207 CLASS F 270 50 00 1150 2530 1148 2526 AS4087 PN16 75 46 26 706 1553 704 1549 AS2129 TABLE D 75 46 26 514 1131 512 1126 AS2129 TABLE E 75 46 26 694 1527 692 1522 PN25 85 46 65 819 1802 817 1797 PN40 250 49 21 1158 2548 1156 2543 AS4087 PN35 85 46 65 1044 2297 1042 2292 ASME CL150 SERIES A 70 46 06 961 2114 959 2110 ASME CL150 SERIES B 055 41 54 595 1309 593 1305 ASME CL300 SERIES B 70 46 06 1147 2523 1145 2519 DN450 to 2400 18 to 96 in NB FEW dimensions weights Continued DS WM EN Rev U 25 WaterMaster Electromagnetic flowmeter Dimensions in mm in 104 5 98 4 11 3 86 H 104 l DNA50 to 2400 18
64. NPT only permitted Add codes for options DS WM EN Rev U 39 WaterMaster Electromagnetic flowmeter Electromagnetic flowmeter WaterMaster FEV11 FEV12 and FEV18 Product coding field number 1 5 6 7 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 Flowmeter system optimized full bore integral mount FEV11 Flowmeter system optimized full bore remote mount FEV12 Optimized full bore sensor only for use with WaterMaster transmitter remote PREMIE Design Non hazardous areas Hazardous areas 5 Bore diameter DN40 11 2 in 040 DN50 2 in 050 DN65 21 a in 065 DN80 3 in 080 DN100 4 in 100 DN125 5 in 125 DN150 6 in 150 DN200 8 in 200 Liner material Polypropylene DN40 to 200 11 2 to 8 in NB V Electrode design Standard Measuring electrodes material Stainless steel 316 Hastelloy C 22 Super austenitic steel COD Grounding accessories Standard One potential equalizing ring stainless steel Two potential equalizing rings stainless steel Process connection tvpe refer to pages 29 and 28 Flanges ASME B16 5 class 150 Flanges AS 4087 PN21 gt DNSO 2 in NB Flanges AS 4087 PN16 gt DN50 2 in NBJ Flanges AS 4087 PN14 Flanges AS 2129 Table F Flanges AS 2129 Table E Flanges AS 2129 Table D Flanges AS 2129 Table C Flanges JIS G5527 7
65. aster V3 Potable water approvals WRAS cold water approval CWA NSF 61 meter approval CWC DVGW CWD ACS CWF WRAS 60 C 140 F water approval CWK Without CWY Power supply frequency sensor FEF 18 only 50 Hz FS 60 Hz F6 Number of testpoints 1 Point Ti 3 Points T3 Size is dependent on flange specification 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 Approved versions NPT only permitted Add codes for options 44 DS WM EN Rev U WaterMaster Electromagnetic flowmeter Electromagnetic flowmeter WaterMaster FEW31 FEW32 and FEW38 Product coding field number 1 5 6 7 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 Flowmeter svstem full bore integral mount FEW31 3 Flowmeter svstem full bore remote mount FEW32 x xxx x xixix XX xixixixixixixixixixixix Full bore sensor only for use with WaterMaster FEW38 transmitter remote Design Non hazardous areas 1 Hazardous areas 5 Bore diameter DN10 a in 010 DN15 1 2 in 015 DN20 3 4 in 020 DN25 1 in 025 DN32 11 a in 032 DN40 11 2 in 040 DNSO 2 in 050 DN65 21 a in 065 DN80 3 in 080 DN100 4 in 100 DN125 6 in 125 DN150 6 in 150 DN200 8 in 200 DN250 10 in 250 DN300 12 in 300 DN350
66. cable DN40 to DN200 11 2 to 8 in NB bi directional flow A major advance in WaterMaster is the self checking capabilities that meet and exceed the R49 requirements and is the first electromagnetic flowmeter to be approved to OIML Type P permanent self checking during normal operation not just at startup and alarm indication for E transmitter and sensor status with an accuracy alarm m program ROM and RAM status m double independent storage of totalizer values in both the sensor and transmitter non volatile memories m display test The OIML R49 1 certificate of conformity is available from http www abb com product seitp330 b42ec237 7d3293cd c12573de003db93b aspx WaterMaster is also approved under the EU Measuring Instruments Directive MID 2004 22 EC that covers putting into use water flowmeters for certain applications MID WaterMaster is secured against tamping and is available as an option along with fingerprinting for ABB VeriMaster in situ verification product with certificate printout to 1 accuracy WaterMaster certificates of EC type examination of a measuring instrument are available from http www abb com product seitp330 b42ec237743293cd C12573de003db93b aspx 4 DS WM EN Rev U Superior control through advanced sensor design The 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 11
67. ensions in mm in Approx weight in kg Ib DN Process connection type D L 1 0D L 1 3D F Cc E G A Integral Remote DN1200 JIS 5K 420 55 91 1200 1560 860 33 85 659 25 94 784 30 87 744 29 29 802 31 57 651 1432 649 1428 48 in JIS 10K 465 57 68 47 24 61 42 967 2127 965 2123 PN6 405 55 31 710 1562 708 1558 PN10 455 57 28 1107 2435 1105 2431 PN16 485 58 46 1363 2999 1361 2994 AWWA C207 CLASS B 511 59 49 772 1698 770 1694 AWWA C207 CLASS D 511 59 49 999 2198 997 2193 AWWA C207 CLASS E 1511 69 49 1458 3208 1456 3203 AWWA C207 CLASS F 651 65 00 2400 5280 2398 5276 AS4087 PN16 490 58 66 1253 2757 1251 2752 AS2129 TABLE D 490 58 66 1023 2251 1021 2246 AS2129 TABLE E 490 58 66 1272 2798 1270 2794 PN25 530 60 24 1559 3430 1557 3425 PN40 575 62 01 2133 4693 2131 4688 AS4087 PN35 530 60 24 2115 4653 2113 4649 ASME CL150 SERIES A 510 59 45 1707 3755 1705 3751 ASME CL 300 SERIES A 465 57 68 2163 4759 2161 4754 ASME CL150 SERIES B 390 54 72 1085 2387 1083 2383 ASME CL300 SERIES B 510 59 45 2352 5174 2350 5170 DN1350 AWWA C207 CLASS B 683 66 26 1350 1755 955 37 59 754 29 69 879 34 61 s39 33 03 902 35 51 981 2158 979 2154 54 in AWWA C207 CLASS D 683 66 26 53 15 69 09 1213 2669 1211 2664 AWWA C207 CLASS E 1683 66 26 1942 4272 1940 4
68. he daisy chain and the network configuration 2 wire or 4 wire For 9600 Baud rate and AWG26 or wider gauge the maximum length is 1000 m 3280 ft Where 4 wire cabling is used as a 2 wire cabling system the maximum length must be divided by 2 The tap cables must be short never more than 20 m 65 6 ft If a multi port tap is used with n derivations each one must have a maximum length of 40 m 131 ft divided by n The maximum serial data transmission line length for RS485 systems is 1200 m 3937 ft The lengths of cable that can be used are determined by the cable type typically E Up to 6 m 19 7 ft standard screened or twisted pair cable m Up to 300 m 984 ft twin twisted pair with overall foil screen and an integral drain wire for example Belden 9502 or equivalent Up to 1200 m 3937 ft twin twisted pair with separate foil screens and integral drain wires for example Belden 9729 or equivalent Category 5 cables may be used for RS485 MODBUS to a maximum length of 600 m 1968 ft For the balanced pairs used in an RS485 system a characteristic impedance with value higher than 100Q is preferred especially for 19200 and higher Baud rates DS WM EN Rev U 17 WaterMaster Electromagnetic flowmeter Installation requirements This section is intended to give an overview of installation of a flowmeter For Installation requirements technical information and Health and Safety precautions refer
69. m converts the j analog 4 to 20 mA signal into a digital output signal Master f the Bell Standard 202 and connects to the PC using a Level pmm Gay contro USB or RS232C connector N P PROFIBUS DP Max signal 1 2 MA r aq amplitude WaterMaster f Slave FEX100 DP Current output load Min 2500 max 560Q Level fi fen im i MMA Cable AWG 24 twisted DP fe x z T PA Link 179 7 Max cable length 1500 m 4921 ft A U Baud rate 1 200 baud ile ae 1 1 1 1 1 ji av 4 Sd j 3 3 System integration WaterMaster can be integrated into control systems and configuration devices using any Frame application such as ABB AssetVision or similar third party applications ABB Device Type Managers DTMs for WaterMaster provide a unified structure for accessing device parameters configuring and operating the devices and diagnosing problems FDT Field Device Tool technology standardizes the communication and configuration interface between all field devices and host systems 16 DS WM EN Rev U WaterMaster Electromagnetic flowmeter System integration The GSD file for WaterMasters specifies the device specific Ident No 3431 It conforms to the PROFIBUS standard providing a clear and comprehensive description of each instrument in a precisely defined format This enables the system configuration tool to use the information automatically when configuring a PROFIBUS bus system The ABB GSD file Ident No
70. n NB Copies of accuracy certification are available on request WaterMaster FEV DN40 to 200 11 2 to 8 in NB has been type examined under directive MID 2004 22 EC Annex MI 001 Copies of this certificate are available on request WaterMaster Electromagnetic flowmeter Transmitter connections Transmitter terminal connections overview This section is intended to give an overview of installation of a flowmeter For Installation requirements technical information and Health and safety precautions refer to the User Guide OI FET1OO EN Test Points for AC DC Power Supply Terminal Sensor Cable Terminal T T ia Earth Internal Earth Alternative PE Alternative PE ae jal geil Power Cable Output Connections Output Connections Sensor Cable Cable gland conduit entry Remote transmitter shown Sensor cable terminal connections and recommended cable lengths Cut cables to 70 mm 2 75 in Cut cables to 60 mm 2 35 in AC Mi M2 D1 TFE D2 3 g2 E2 E1 si Brown Red Orange Yellow Green Blue Blue Violet Violet Sleeve Screen Signal Signal Screen SCR Drain Wire Twisted with screen from D1 TFE Orange a _ Dd MAN and D2 Yellow See above for cable preparation requirements before connecting cable Inner wire For cathodicaliv protected svstems or if the transmitter enclosu
71. ndependent open Fieldbus standard for a wide range of applications in manufacturing process and building automation Manufacturer independence and openness are ensured by the international standard EN 50170 PROFIBUS DP ID no 0x3431 Alternative standard ID 0x9701 or 0x9741 no Configuration Directly on the device Software Asset Vision Basic PROFIBUS DP DTM Transmission signal Accuracy to IEC 61158 2 Cable Shielded twisted cable accurate to IEC 61158 2 types A or B All devices are connected in a bus structure line as shown in below Up to 32 stations master or slaves can be linked to create one segment although it is recommended not to install more than 16 devices on a single segment Each end of a segment must be terminated by an active bus terminating resistor Both bus terminators must always be powered to ensure fault free operation therefore it is strongly recommended that they are connected to a back up power supply The use of USB or RS232 or Handheld Terminal bu bus amplifiers repeaters and segment couplers can be used to extend the network HART protocol Operational Engineer Operate Configuration Directiv on the Device Level mr Software Asset Vision Basic HART DTM Li Li Transmission Install a HART modem FSK Frequency Shift 2a Ss J Keyed Modem for HART Communication when connecting to a PC The HART Mode
72. omagnetic flowmeter j TEN gt a alow oll a TUR TEN TON TON gt gt Ter gt eon Tem D23 Product coding field number 1 5 6 7 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 nol Flowmeter system optimized full bore integral mount FEV11 Flowmeter svstem optimized full bore remote mount FEV12 x xxx x x lx lx xx xix xx x xixixix x x x Optimized full bore sensor only for use with WaterMaster F FEV18 transmitter remote Options Accessories Configuration lead AC Documentation language German M1 Chinese M6 Italian M2 Swedish M7 Spanish M3 Finnish M8 French M4 Portuguese MA English M5 default Danish MF Norwegian MN Other usage certifications Measuring Instruments Directive MID CM1 OIML R49 Calibration CM2 Verification type Without fingerprint VO VeriMaster V3 Potable water approval WRAS cold water approval CWA NSF 61 meter approval CWC DVGW CWD ACS CWF Without CWY Power supply frequency sensor FEV18 only 50 Hz FS 60 Hz F6 Number of testpoints 1 Point Ti 3 Points T3 Add codes for options 42 DS WM EN Rev U WaterMaster Electromagnetic flowmeter Electromagnetic flowmeter WaterMaster FEF12 and FEF18 Product coding field number 1 5 7 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 Flo
73. r approval WRAS cold water approval DVGW ACS Power supply frequency sensor FER18 only 50 Hz 60 Hz M6 MA MB MF VO V3 CWA CWD CWF F5 F6 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 Approved versions NPT only permitted Add codes for options DS WM EN Rev U 49 WaterMaster Electromagnetic flowmeter Electromagnetic flowmeter transmitter for WaterMaster FET10 and FET12 Product coding field number 1 5 6 7 8 9 10 11 12 13 14 15 Transmitter module FET10 XIXIXXIXIXIXIX xXx Remote transmitter FET12 Design Non hazardous area 1 Hazardous area 5 Temperature range installation ambient temperature range Standard design 20 60 C 4 140 F Nameplate Adhesive Signal cable length Without signal cable Explosion protection Without transmitter only FM Class 1 Div 2 usFMc Class 1 Div 2 ATEX IECEx Zone 2 21 amp 22 ZUD Protection class transmitter protection class sensor IP67 NEMA 4X IP67 NEMA 4X Cable conduits M20 x 1 5 plastic NPT 1 2 in blanked when cable not fitted M20 SWA armored M20 SWA sensor M20 x 1 5 plastic power output Without lt TI gt Power supply 100 230 V AC 24 V AC or 24 V DC Input and output HART 20 mA pulse contact
74. re does not have an earth screw connect the drain wire to terminal SCR Sensor cable connections at transmitter terminal block remote transmitter DS WM EN Rev U 11 WaterMaster Electromagnetic flowmeter Power supply connections AC power supply Power Supply Indicator LED AC Fuse F1 250 mA Type T see table below for suppliers If lil L L1 N L2 PE Brown Blue Green Yellow Internal Earth Screws Can be used as a Protective Earth PE if required by national standards External Earth Screw AC power via a suitable isolator and fuse A gt 4 mm lt 10 AWG Copper Wire Fuse Supplier Fuse Part Number WaterMaster Tx Made In UK QOOVOVOVOVIVIADATATAT Year 2008 ABB B20411 Serial 123456730 Device ID 00260031 Tag 1234567890 Bussmann BK ETF 250 mA Supply 100 230V AC 15VA 50Be C 1234 i Revlslon detalls see label Inside Wickmann 19372 K250mA Supported flles amp hints at www abb com lnstrumentatlon Transmitter Label AC power supply connections DC and low voltage AC power supply Power Supply Indicator LED DC Fuse F2 2 A Type T see table below for suppliers Internal Earth Screws External Earth A gt 4 mm lt 10 AWG Copper Wire A DC or Low Voltage AC power via suitable Isolator and fuse Green Yellow
75. re then NOT available as frequency pulse outputs as shown in Reverse Flow Output DO2 Electromechanical connections and A i n Telemetry Electronic counters connections opposite B Bell and horn shown for example oniv Anv suitable alarm device mav be used for example lamp siren buzzer etc Electromechanical connections Forward Flow Output DO1 Counter Totalizer L1213 415j6 Alarm1 XK XK XX XK 42 41 51 61 DC Supply i i 4 Hevers Flow B 222922222 u sa XX XK XX XX COM DO1 iDO2 Output DO2 FAMA Alarm 2 Counter Totalizer Ger i and or L COM Telemetry Electronic counters connections Note Relay and timer switch shown for example only 14 DS WM EN Rev U WaterMaster Electromagnetic flowmeter PLC interface Current output 4 to 20 ma HART FEX100 variant XXX XX XX 42 41 51 61 Typically 1kQ il 1W DC Supply COM po ey eT i H ii j 31 32 XX XX 42 41 51 61 a Refer to IM WMP for HART Protocol communication details Current output 4 to 20 mA HART FEX100 variant RS485 communications PROFIBUS FEX100 DP and MODBUS FEX100 MB variants XX XX XX XK 42 41 51 61 N N H ka H DC Supply
76. ted aluminium with glass window Paint specification Paint coat gt 70 um thick RAL 9002 light grey Transmitter vibration testing Vibration level 7 m s Frequency range 20 to 150 Hz No of sweeps in 3 orthogonal planes 20 Undetectable shift in transmitter span or zero performance Hazardous approvals HART variant only FM amp FMc Class 1 Div 2 FM listing NI 1 2 ABCD 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 IP67 on DN10 to 32 s to 11 4 in NB FMc listing NI 1 2 ABCD TA DIP II II 2 FG T4 Ta 60C Type 4X IP67 for transmitter and integral mounting Ta 70C Type 6P IP68 for remote sensor type IP67 on DN10 to 32 a to 11 4 in NB FET FEV FEW and FEF DN700 to 2200 27 28 to 84 in NB only Size is dependent on flange specification ATEX Zone 2 21 amp 22 ll 3 G Ex nA IIC T5 Gc ll 2 D Ex tb IIIC T100 C Db TA 20 C to 60 C integral transmitter TA 20 C to 70 C remote sensor IECEX Zone 2 21 amp 22 Ex tb IIIC T100 C Db Ex nA IIC T5 Gc TA 20 C to 60 C integral transmitter TA 20 C to 70 C remote sensor FEW FEV FET and FEF 2700 27 28 in NB only Declaration of Conformance Copies of CE certification will be available on request WaterMaster has OIML R49 Certificate of Conformity to accuracy class 1 and 2 FEV DN40 to 200 11 2 to 8 i
77. v bus options HART 4 to 20 mA PROFIBUS DP RS485 MODBUS RS485 3 configurable pulse frequency and alarm outputs advanced infrared service port supports remote HMI HART cyclic data out and parameter download VeriMaster in situ verification software available as option read only switch and ultra secure service password for total security 4 4 e ety e 8 a liq b he MI Wak xi l ST DS WM EN Rev U 3 WaterMaster Electromagnetic flowmeter OIML MID approved WaterMaster has been type tested and Internationally approved to the highest accuracy class 1 and 2 for cold and hot potable water meters OIML R49 1 Organisation Internationale de Metrologie L gale For full details OIML R49 is available to download from www oiml org Its requirements are very similar to other International standards such as EN14154 and ISO4064 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 11 2 to 8 in NB The approval is for m Class 1 and Class 2 accuracy calibration option m Environmental class T50 for water temperatures of 0 1 to 50 C 32 18 to 122 F Electromagnetic Environment E2 10 V m Any pipe orientation 5 Diameters upstream pipe 0 Diameters downstream pipe Pressure Loss Class lt 0 25 bar 3 62 psi Integral or remote transmitter lt 200 m lt 656 ft
78. water industry The specification features and user benefits offered by this range are based on ABB s worldwide experience in this industry and they are all targeted specifically to the industry s requirements Submersible and buriable 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 NEMA 6P thus ensuring suitability for installation in chambers and metering pits that are susceptible to flooding A unique feature of the WaterMaster sensors is that sizes DN40 to DN2400 11 2 to 96 in NB are buriable installation simply involves excavating to the underground pipe fitting the sensor cabling back to the transmitter and then backfilling the hole The WaterMaster family Overview of the WaterMaster A wide range of features and user benefits are built into WaterMaster as standard E bi directional flow m unique self calibrating transmitter patented for the ultimate in stability and repeatability m OIML type continuous self checking with alarms ensures both sensor and transmitter accuracy m true electrode and coil impedance measurement comprehensive simulation mode universal switch mode power supply options are available for AC and DC supplies m comprehensive self diagnostics compliant with NAMUR NE107 programmable multiple alarm capabilit
79. wmeter system full bore remote mount FEF12 Full bore sensor oniv for use with WaterMaster transmitter remote FEF18 Design Non hazardous areas Hazardous areas DN2700 27 in NB o Bore diameter DN250 10 in DN300 12 in DN350 14 in DN375 15 in DN400 16 in DN450 18 in DN500 20 in DN600 24 in Others XXX 250 300 350 375 400 450 500 600 999 Liner material Elastomer DN250 to 600 10 to 24 in NB Hard rubber DN250 to 600 10 to 24 in NB Other xX NIA Electrode design Standard Others Measuring electrodes material Stainless steel 316 Hastelloy C 22 Super austenitic steel DN250 to 600 10 to 24 in NB Others X NCOM Grounding accessories Standard One potential equalizing ring stainless steel Two potential equalizing rings stainless steel Others oor Process connection type refer to pages 35 to 33 langes ASME B16 5 class 150 langes ASME B16 5 class 300 langes AWWA C207 class B langes AWWA C207 class D langes AS 4087 PN21 langes AS 4087 PN16 langes AS 4087 PN14 langes AS 2129 Table F langes AS 2129 Table E langes AS 2129 Table D langes AS 2129 Table C langes AS 2129 Table H langes AS 4087 PN35 langes JIS G5527 7 5K langes JIS B2220 10K langes JIS B2220 5K langes ISO EN PN6 langes ISO EN PN10 langes ISO EN PN16 langes ISO EN PN25 langes ISO EN PN40

ABB WaterMaster User Manual - Industry Surplus Australia

Contents

Download Pdf Manuals

Related Search

Related Contents