Eシリーズ電磁流量計（分離形）
Contents
1. ue 0 1 2 3 4 010000000000 000000000 0000000000000 ne 5 EEPROM 000 0 62. 24 000000 LJ LJ Lt EJ EJ LE E LE E E AE GOG AGA E EBE A E A G A B GATGHE GO O qm GOE O A E m O
3. 5 0000 25 O00000 ANT FMFr J D U U D FMH 00 000 1000 22 26 000000 1 DC4 20mA 0000 0000 OND 2
4. 25 210 21 DD 26
5. N m 141 0032 www fesys co j p http www fic n amp j p 0 042 585 2800 FAX 0420 585 2810 9 000 120 00 00 50 00
6. e E rr WS TS PR Wa RARUS UR UR Ta SB s e 14 210 2 1 000 00000
7. 3 000 13 SS qr TOSS nnne Kt une nune nne 00000 p 011 0 00000 0001
8. C E submenu enr 5 5 Pimy DDD gt ADHD DATAD STEP STEPO 0 D DD 5 000000 se 5 0000 000 000 gt NoDDD gt 100 gt 101 x x 100000000000 C CE Submenu ENT Operating ees 5 Operating mode mode M muuUt a 0n STEPO D 3 C CE ww 00000000000 U DATA STEPO 0000 ogl 410 D D Nop D l HUU 110000 210000 2 1 000000 0 Ill 2
9. 2 2 00000000000 67 3 AND ACIO0V 0 200 250mA AC200V j 0 100 125mAp 000000000000000 0100000 0200000 030000 040000 0000 000000000 1 D 1 nnn 230 2 D D D
10. 0 0 0 EFEELET EE ECL HE UE UL CE HE TTE ELTE UE TEUER ETT EE EI ET HE EI 24 000 000 000 DU 000 000 000 DU 000 DU 2 00000 5 AN DU 0000
11. 000 sume ENT STEP ENT MAX alarm 0 Error log alarm BUR MA em 000 mum MIN dar 0 ET pt 0000000 ll 000090 13030000000 0 00000000 cud 4 ene 66666 um EUER O 0 0000000 00000 22000000 472
12. cem 58 D S EDO oo zo 5 2 r3 N Ton E ML Ro o To e GIS EJ 9s u Om 5 mgng E 5 57 8 518 E pH 5o 8 gt r3 58 gt EI 50 ea Eke Er um HEEE SHEE oo 9 galis a o S 4 o Ez Ej m oo a nnn m rm pc Ex ooo ra pum o m S oa ca oon m rr rmn 0 2 mmm Cn ni o 00 gu ga cR rnm 25 doc Et Eq cc TELS oy FEE Ll E og maaa d rn e og 20000 Em d pgedoH ign og 20080 En m gt 0 00 po em e o m Ee EI 15 grum a 8 a 2 og
13. 0 0 Store data in external EEPROM 200000 4 15 TAG No 4 15 1 TAG Nol l 00 0 FUJI 11 D D JUD UUDDUUUDDDDDUUBUDDDDofUDDUUU 0000000004140000 UO U off TAG No 02000 SH TAG No ENTO 200000 DATA 65 416 61 e 00000 e 00000
14. 200000 492 Submenu Prog in output function X10 DATA STEPO 200000 410 4 101 1 000000 Submenu ENT Function test ENT lot 000000 DATAE 6 5 ENT 2 RAMI U 1 Fuchon ist Fundiontet STER t gt OOOO 00000 3 NURAM 00 mer nex NURA OOOO 25 00000 4 Programi Submenu Function test STEP EPROM ENT C CE Function test lout 3g Program gt 5 Fuxiontet qj EEPRO
15. 0 D 1000 D 01500 00000000 000000 owi 0000005 0 2500 1001 4X1 000700 D 1000 DUDDUU 000000100 00000000 20 0 000 000 00000000 79 000 x x x 25 C x x x x x A A 25 UT 1 O OJO O O 1 O O O O O O O 1 O i Cu x x O OxX OOO OI x xixix xixixiax o x lt 4q lt lt x x x B
16. 1 5 10 Ez J gt E Lr r3 E mu E o 13 152 00000000000 ELLELELELELELELEL TL TE TET 30
17. Submenu ENT u E ED LH unit Rangeunit Totalizer unit E d m 2 Es C CE DATA ENT 00000000 0000 Pulse factor ENT C CE D DATA STEPO 0 D 00000 o D 0 0 0 DDD RUE unit factor gt unit factor EE c STEPO 0 D 0 SEN HE ENT N unit name 000 ENT C CE iuunauunmnuua z 00000 unit factor unit Itong 10000000 0 0 0 100009 0 000000000000000000 unitfactor 1000000 unit name TON Prog unit with 5 000000000000 Prog unit without Density 0000000000000000 U 1 0g cr gt 000000 00000000 46000 00 4 9999999
18. 1 2 EI 000 000 2 D 3 12 0
19. UJ 00000000 16 30V 000002 O DO00000000000000000000 T t lt une Y 2V0 D e2 DC16 30V 0 22A0 24
20. O0002000000 DATA STEP DATA 36 4 1 2 UU 0 0 ENTO 200000 23 42 42 1 10 Ut 0 QR 000 0P 0 200000 38 43 000 431 Sul Range unit uit patag ST
21. Flow indication 0 0 0 5 STEPO D 0 0 0 Standard T DAT Opposite 000000 aiuuugaggggggmagugau forward 20 00000 forward reversd 20 0 0 Submenu ENT Flow direction operating mode s oc er 0000 0000 0000 Flow direction O 0 0 DATA STEP ENT P STEPI Bl 0 0 D forward Ew y DAT O U 0 0 0000 UUUUU 00 62 Standard Fest 00000 D 4110 0 0 000 63 09700000 9 D HOON ONO 414 141
22. 15 23 0000 ANUB 231 1 45 35 5 10 10 5 10 NI 3 16 2432 FMH 1 euue De npmnune mmn nne E X 1 ooooo H H 105 202 09 Uo onan 0 Hg e peer De 0 inuuuue nue 05 00000 L3 r3 rc L3 L3 L3 Or aon
23. pr EFE E t 0 0 0 1 D D 0 1 4 42 D D D D 0 0 0 0 0 LJ E ESI EI L1 68 nn 0 420 000 00 000000000 200000000000 0000000000 nennugnannnnunenuunun N E 0 0 0 0 0 0 0 0 ZA E B 69 000000
24. row goog 00 ou 0 000000000 Ul 0 000000000 1 4 0 EET EO m z0 r5 151 1 IOD 00000000000000 80 0 1 PH 15 10
25. I 11000000 11 0000 0000 000 000 000 12 000000 9 e 0 000000 0000 Ls qi 0000 e Ls 0 fp 2 3D u uagane nunue u uanane nunnue unggue unun a mu y nune L Ul U
26. 7 8 9 00000000000000 5060H41 A c EEPROMO DO OI ne 10 11 16 17 2021 00000000000000 38 39 4041 42 43 44 45 46 54
27. mnnn Y O0000000000000000000 Y 5 5 YES Y gt 15 v 5 gt NO 9 YES 5 5 YES 5 50 0000000000 p YES gt o lt ps 0000 vV 2 20 000 YES v gt N lt 000000000000000 YES Y A00 J JA FMF
28. 2200000 STEP DATA 42 43 3 00000000000000 9000 D l L 40999609 200000 43 44 00000 441 STE 4 699966 699 D Deemererere 6 eme ENT 200000 45 451 245 200000 45 46 00000 461 0000000 00
29. 20 40A 104 112 50A 119 130 80A 103 163 100A 133 190 82 5 90 110 130 5 5 8 9 JIS10K U 0 3 6 D 58 d 9 5 C 70 po 0 1 JIS75M 0 80A 100A D 152 179 d 78 102 125 140 O UU 0 4 0 5 0000000 81 15A 25 40 50 66 5 87 100 116 100 130 s eo Lr 14 18 20 20 20 22 52 70 85 100 130 155 H 191 213 231 247 287 327 F 62 73 82 90 11 130 00 kg 3 4 6 8 16 17 w12 000 3 T W2 O 20 65 J IS10K 40A 50A 80A 100A 89 104 134 159 42 52 78 102 96 103 118 131 7 0 2 0 2 0 3 0 4 t 2070 000000000 200000000000 82 unun e seg 0000000 G12 67 D 150A 200A 250A 300A W1 170 195 250 250
30. 33 gt QI O Ys vw unit Y Totalizer Y ois Totalizer F Y us Totalizer R Y Tag number Bargraph Y Blanks 3 unit name 45 0 D D Prog protection on off on 4 1 1 PRI 00 Prog prot code 000 999r 30000 000 4 1 2 Language 421 Range u 0 00001 9999999 4 3 1 ml m3 9 kg 0000 s min h 000 100 e 0000 unit factor 0 000010 9999999 0000 Pulse factor 0 0010 1000 pulse 0000 1 000 m 4 3 2 0000 ml m3 0000 g kg 0000 unit factor 0 000010 9999999 unit name 45 O Pulse width 0 10 2000ms 30ms 4 3 2 Low flow cut off 0 00 10 00 1 096 4 3 3 Damping 0 50 99 9990 50 4 4 1 Filter on off off 4 5 1 Density 0 0010 5 0000 g cm3 1 0g cm 4 6 1 0000 alarm 000 0 00 1300 00030 4 7 1 000 0 00 1300 00 000 I out at alarm 3 6mA 4mA 20mA 4mA 4 7 2 Detector e pipe on off off 4 8 1 function P7
31. STEP ENT STEP DU UDUODDoffr2onnagnabpabddbn du d effonn 000000 on 3 6 Adjust 0 200092000000 4 ananin a gos 94 er perd 1 1 ewe o D ENT O DA ENT 51 penenene OrOrOrOror OOOO e en X n eet us nee cO ENT renege exieerg ego DE O n ror r
32. ENTE 0 D 0 DATA STEP ADL 23 0000 0000000 000000000 D T STEP PegProecion DA OFF Submenu 00000000 DATA Totailzer e e Tesizr2oF DATA STEP reset 00000000 ree 00
33. 56 74 75 91 95 96 97 98 0 92 93 94 0 000000 0 n 000000000000 ne 99 70 31D uuuubutllutul 0000 00000 0000 0000 1 DDD Y JUD Y gt AC1000 240V 50 60HzD ine YES j O un 93 v3i nne YES Y 1 11 Bg
34. le lelle lejlellelle lelle z X1 N L S S 000000 00000000000 1000000000000 0000000000000000 3 LI X 4 10 15mm nnne 0000000 24000 000000000000 2335 0800000000000 000000 00000 000 19 2 3 3 20 24 000000 0000 JIS 920 19841
35. 00 000000000000 0000000000 r3 1 c c L4 L4 Lr Lr ca L4 u Lr 000 231000000000 2 2 0 10 20 30 MI M2 10 15 20 2S0 M10 M2 100 0 00000 7061000 100000 LI LI 1 70 mr 0
36. eese 58 4 12 4 12 1 1 2 see 60 413 4131 V 62 4 141 00000000000000 DODDO 64 4 15 TAG No 4151 65 416 161 66 67 67 DODI 67 23 67 22 67 3 68 a ERR ET 70 5 72 VI aln 75 LADIT 75 2 acea 81 10 0000000 LU uti ul 10000 000000 DCO O 20mA 20000000
37. 9 SUS316 000 9 00002500000 00000 c 4 0 000 0000000000000 0000000000000 0000000 000000000 Pti ci 5 o 1 008 SOX lt q OS I 1 1 OOO e m O o lt xoooq lt ooooooooooooooooooqa oo pes SS eo olo 1 Hie x O O x xx x ax x x x qq x lt 4 lt x xx xO x O lt lt q x x SOOM xx x O OO NIN Ed 3 Hr 10 4 41 4 E i p ps e S r3 m EA qd ES EV UE
38. 001 Rm T YES _ NO gt 000000 YES Y O0000000000000000000000000 Y YES X WES 000000000000 Y gt S NO Y gt 0000 0 10000 00000000000 YES Y lt 9 0000000000 YES Y lt gt ES NO Y v lt 00000000 NO YES Y Y lt YES Y ADU unu 000
39. D J 0 0000 D 0gunge une La T 2 Totalizer 0 D ubmenu Totalize STEP 5 00 10 10 Totalizer reset Tetalizer eF M nnn Totalizere 0 0 DATA STEM D 5 Totalizer R EIS 8 T nnnnn nnn 421010600 0100000000000000 20 3000000000000 000000 ENT Totalizer funct i STEP ENT DATA STEP ENT C CE Sem Lem carat e Eos I BB FEF 020 000000000 5 00000000 000600 ENGR Totalizer funct 0 ENT DATAH STEP C CE Totalizer funct Fi U 0 Q 0 ditreso H i 2 mi D xt 3
40. 00000000 4 9 1 FUNCTION 000000 00 uune function X1 4 9 2 NO FUNCTION 000000000000 out 26mA 4 10 1 0000000000 Function test RAM ASIC TINVRAM EPROM PROGRAM DI 4 10 1 U EEPROM 0 00000000000 Ww 00000000 Pulse output 19410850000 e 4 10 1 Simulation 1300 0 1300 410 1 0000000 Totarizer gt F 0 000000 9999998 0 0m 4 10 1 Totarizer funct Standerd differ total Standerd 4 11 1 1st line 0 000 0 00 0 0 00 0000000 0 4 12 1 TAG No 0 0000000000000 uu Display Display 0000 ml 1 m3 B unun g kg 1 T 1 0000 5 0000 unit factor 0 000010 9999999 unit name 41 00000 Display g 0000 ml 1 m3 0 g kg unit factor 0 000010 9999999 unit name 45 O TAG No D Display 0016000000 Display 000 Display 20000 11000000 0000 ml 4 12 1 0000 Operating mode Standsrd Fast Standerd 4 13 1 Flow indication Standard
41. 9 00000 10000 00 000000014000 4 J IS 10K D JIS 75M 0 80 E 00000000 12000 0000000 0013000 D 0000 14000 00000 Tag 0000 1 12345678 2391011213 14 TS LO TM 4 000000006000 TH 3 0 000000000700 00 00000 0000000000000 900 4000006 00000 10000 JIS 10K O00000 0 14000 0 2 4 iii nnungumug 12000 1 G 0000000 o0013000 01 5000 0000014000 Y 00 10 0000 Tag D DDD U1 UDDDDUDUDDUDDDUDDUDUDUDDDDDDU U 12345678 9 10111213 D D 50 0D Er ut es AC100 230V 10 15 9 100000006000 3 BI 2400000 10000007000 At 51 P200 0000000 0000099000 posse DH nnnnnnun 000000000 10000 0 110 13000 000 00 01 0 10m 02 0 1 20m 0 3 0 30m 04 0 40m 50m 0 000000000 EUSI Grati
42. 80 0 SSE n Dl ENT STEP 2ndLine I Ist 2nd lineg Submenu ENT ENT DATA 5 ENT C CE Display Lire DATAD STEPO 0 0 F ga a 7 0 000 STEP 2ndLine 02000 2 Totalize 0 00000 gt 44444440 4444 200000 61 413 4131 20000000 e 000000 Standard 00 Fal 1 DU J3 operating mode operating modd ENT J D D 0 Standaran Fest 0 00000 210 000000 e 000000 Standard 0 0 Opposite 0 0 0 000000 Submenu ENT Flow indication operating mode operati ng mode Flow indication nnng
43. mE E Er Lc m L3 L3 c3 E L3 m I Ed ES ES lt D rr E 000 000 0 0 0 0 0 0 0 0 0 J gt LE 0 XU D D MINI D 0 0 00000000000000 L3 L3 L3 L3 L3 EJ L3 C3 S0000000000 0000 0 4810 00 0 81D Ez E B b ES Lc r3 BL aona ona L3 ETE L3 L3 Lc Lr L3 L3 L3 E rc lt 000000000000 D uuu u 00000000000 000000 NI g function P7 f r opm uunununu C CE 0 0 0000 0 0 0 4 PORRES 9
44. 0000 0 0 16 30 022A 1 D 00000 10000 00 m h HzT 00 3600x m3 P 100pF m 000000 100 127300 27300 Lim vgjiuue 0000 vai ne 23 cce 0000000000600 000470 100 9 00000 0000000
45. D Semp 00000 D A 0 00000000000000 TETUR 00000 CA U UNIES 3A 100A 1 12 0 2000 6A000000 15A0000 3 SUS3168 00000000 15A 300A 9 2000kP UB s 2 e 000000000 30000000000 000000000000000 0000006x 700000 00000000000000 m3 h m3 h 5 IP67 3 0r 0 012 00 0 24 DOOM 1000000 6A 3 O 0 06 00 1 2 15A op 0 3 O 6 0 25A O 0 6 O 12 0 40A O 1 8 O 36 0 50A op 3 0 O 60 0 80A op 9 0 O 180 0 100A O 12 0 O 240 0 150A 4 O 30 0 O 600 0 200A 4 O 54 0 O 1080 250A 4 O 90 0 O 1800 300A 4 O 120 0 O 2400 0 3000 3 6 H 400 0 150A00000000000000 J 250 0 130 130 25 20 10 25 60 75
46. D Submenu ENT Totalizer STEP j OVeflow F C CE Totdlizer reset Ti 2 aree p eR 50 Hl D D O 100000 50 0000 0 09900000000 00000000000000 2000000 59 4 12 4 12 1 1 2 1 ij 190 2ndg lind D EGEE ubmenu STEPD J D Dilay i amp Line pnojnnono gt 2000
47. O m 1 O x x O x x Ox x x x xx x xi IO x I l x I I Ox O xx xx x xx xi x Eum TT E EET ESP E EE a O A s Q p s 4 i Lr 15 OO O O a O Lr L3 euim Ira O O rrr OI O JJI OO O J O O O J J JI D OO O O L O O O O O O O NIAN O OI O O O O O O E O O J J J cm O r OI O O e I SE EILEEN E ETTI I EH ELLIE TEN E OO JJI r OO O OOO O O EO EO O O O J J O O O I O J JI O O OI OI O O O J O 78 000 100 100 100 100 C 00000000 Pt Ir 000000 4 0000 25 C 15 SUS316L 70 70 90 30 C
48. 22 UD 2e 2 o GQEDHUDUBDDHDDHUDDHUD A 000 Prog Protection DATA STEP OOO 110 O O O Svemzeed P 0 0000 e DATA STEP automatic DATA o
49. 2nd Line ENT STEP Submenu ENT ENT DAD 1 ENT C CE 97 unit D DD UU 000 ENT STEP 2ndLine D 90 O0OOOOCOOOOC0COO0O0000000000000 0 0 0 0 43 10 0 0 Tetaizer Totalize gt F J 00000000000 00000000000000000000 Totalize R uU Butt 190 2nd line 0 STEP O O O 00 Totalize Submenu ENT ENT ics E ENT C CE Display gy lstLine Totaizer Ri F gt EX STEP an 0x0 Totaizel 000000000000000 00000000000 432000000000 Ist 2nd line C CE 0 Submenu ENT ENT DATA STEPO 0 0 ENT Display E 1TaGnmbe L 2000 age unun ENT STEP 2nd Line ENT EE ENT Diy gt e DATA STE
50. current output lout alarm 0 SM STEPO 000 J gt 0000 0000000470000 36mA D U 04110000 00000000000000 36 2000000 49 48 00000 481 00000 000 000000 uuu 49 10 U 20u Sent 0 Submenu Detector e pipe ENT Petector epipe STEP Adjust Adjust on Detector e pipe 2000 0Hz 199 ENT DATA 0 STEPO OIN 0 000 2000 25Hz 2000
51. 1 ENT Pulse width J C CE Pulse width STEPO 0 gt 0000 2000 0000 0000000000000000606000 3600 1 000000000000 ml 500 41 02000 007000000 0 0000 41101 00000090000 0 6 9 999999 99 O penenenenene
52. gt 0 00000 ms h gt 0 00000 ms DATA ENTER STEP C CE 000 00000 000 000000 000000 000000 0000 DATA 0 LL LET LL E O O O O e STEP 0 STEP 000000 C CEI HL D HL DO D 000 000 000 m Pp O O EL E O O DD OO FT EP El r ET GE ERT
53. ono FMH FMH 000 000 7 EIEIO 0000 0 16 30 0 22 0 O J C18 30v0 0 0 0 0 0000 DCI 0 20 50 60Hz 000 DU 00 25 018 2 2 D UDDUDD 0 D 15 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 2 SE SE lt 48
54. 0000000 20 O 60 95 RHO 0000 E ES LI 5 LEE EFE E iv LI LI EI U wv 100 2 000000 3 00000000 12 13 14 15 000 0 0 L 24 1 000000 2 00000000 e 34 aee 36 41 00000000000000 411 00000000000000 OOOO 36 412 37 42 421 seese 38 43 000 431 5m 39 432 IDB D B U UO U EU D e 41 433 000000000006060 43 44 D DUE 441 44 45 451 00000000000 45 46 00000 461 D000000 e 46 47 471 47 472 a nth etis 49 48 00000 481 50 49 491 HHHHHBBUHEEBEHB MuR 52 492 uu LEM 54 4100000000 4101 000000000000000 er 55 411 L BLUE 4111
55. F 00000 ENE OE J FMH 0000 1 INF TN1FMFHa UL 1 0 0 00 0 000 0 0 EI E EI Lr E E E E EIE 3 LESE O G O ti 0 0 0 0 0 0 0000 0000 0000 0000 0000 0000 0000 0 0 00 0 00 0 0 D H 0 H 2002 0000 0 0 0 U H El O ol oi
56. M i M MEE ce EVI EELET EE E nett O O O 80 100AJIS 10K0 10000 3iDDutltlututut 1000 Electromagnetic Flowmeter Type FM FZ Output DC mA Power Supply AC V 50 60Hz Naminal Pressure MPa Max Load 0 Max Temp ofMedium C6Ser No lange Degree of Protection IP65 Approx Kg Tag No Mid TK4F9431 Fuji Electric Systems Co Ltd maden Germany F Electromagnetic Flowmeter Type FM Output DC Power Supply AC V 50 60Hz Max Load 0 Naminal Pressure MPa Max Temp Medium No Range 0 Degree of Protection IP65 Mass Approx Kg Tag No Mfd TK4F9431 Fuji Electric Systems Co Ltd 0000 12345678 FMF1 D U FMF J 910111213 14 dedii ARSENE 0005000 D 0 15A 15A 100 0 0 6 00 D C3 Ed r3 r3 0
57. 0 00001 9999999 00 00000 000 00000 L gkg 3A 00 0 012 00 024 6 00 0 06 0 12 15A og 0 3 og 60 40A 0 18 6 360 50 og 30 61 60 0 80A 0 90 00 180 0 100 00 12 0 61 240 0 150 og 30 0 61 600 0 200 og 54 0 og 1080 250 og 90 0 00 1800 300A 61 120 0 00 2400 39 UD minl J DATA STEP 0 0 2100000 DATA O 0 000000 D DDD D D ipenenere enerenenee 6 pe X 10106 609 C Ces 432
58. 20008 DNOS Bia as EX pgomnoggR aQuuse9gououoce s 25 lO iO lai EL E sana EB aGhnua noa unoaH unanunoaguuocuog ELLE pummumingauuugiuduuurnu H 5 pgaaomunmuopzauazamumu mumnmu uguaguuonugvudguu ugdgungSumgg og nguuuonmnuulggguugunnuggdn a aO aaa a ooooogoooonoann jayo ames pjemBmuiumiBuimimn iurmiuuiiuiuunuiuiuueruuogn nunmunuuuuounuuormunuocuuunsctu m rn rnm gaa Gaadi E EL 2E E EH i i E x E pj r3 o H oo HH Ej EX 515 3 m ES i Ej Ed e 3 9 9 9 9 9 9 9 9 9 9 9 9 76 1
59. C Pos CY CY Q ZU CY l 775 gt I CY CY CY r s CY x x ni x nne nnnnnnnne nnnne nnnnnnne au m j E UD a m 3 456 8102 2 3456 810 2 345681 2 3 456 810 2 3 456 810 2 3 4568 10 gt L s 3 0 2 22 lt Ny 4 SW S ES 0 7 0 5 gt i f gt 5 gt mh 10 2 3 456 810 2 345681 2 3456 810 2 3 456 810 2 3 456 810 2 3 2 345681 2 3456 810 2 3456 810 2 3456 810 2 3 456 810 2 345 run nne 000000000 000x1000000000000000000000 1 2 0000000000 80 100A 510 000000000 100 15mm 1 00000000 JS 2 3 0 1600000000000000 4 000 x lU HDI TEC IE x
60. T D 280 330 400 445 gC 240 290 355 400 JIS 10K 8 23 12 23 12 25 16 25 w2 25 28 30 31 zG 148 179 207 250 29 53 79 81 20 65 JIS10K 9 im 150A 200A 250A 300A 378 302 160 185 220 245 0 6 0 7 10 11 t 3 97000 000000 0200000000000 83 00000 uuuue Z 000 1 V9 V8 P7 G2 X2 N L 2 1 25 2 1 15 3 g 2 1 3
61. ol o O ELTE TES BEDA FA E GST LES BRE T DEO ol o al O OL uut 0000 UD UUUUUUUUUUUU e 100 0
62. opposite Standerd 4 13 1 0000 Flowdirection forward forward reverse forward reverse 4 13 1 TAG No Tag number 0016000000 415 1 mr 00 O O H O O mehr 3A 0 05 40A 14 0 150A 120 0 6A 0 2 50A 14 0 200A 220 0 15A 1 2 80A 35 0 250A 350 0 25A 3 5 100A 55 0 300A 350 0 1 35 0 000000000 41 411 999999 6 444 964
63. 0 1 0000g cmT 1 3500g c D d dut enn OU 000000 00000000000000 200000 47 4 71 00000 RN 2179190 00000 C CE IJ aam O 000000000 0000000 D D D 000000000123000 1 D 00000 1 1 00000 00000 D 0000000 1 MAXD DD 0 D MIND D D D 00000000000000
64. 0 ms DATA ENTER STEP L L L lo o o DATA STEP C CE 1 Len 000000000Q900000000000000000000000000 Ibn och oc STEP 000000000000000000000 C 5 5 5 5 5 DATA 2D2U 1242B 25 2U02D2U020 g 000000000 30 2100000000 5 ENT DATA STEPO 00 C CE 4 1 10 9 Prog protection gt ON OFF 4 1 2 gt PP code Prog prot co
65. 00000000 DATA yes ok gt DA e 0000 xpDugnpnupnugunuunuunuunuunuunugpnuanugapnguanaudpuandu 00000000000 B ENTOO DD DATA STEP 28 24 Agg 240 29 MED EIU U LU 11000000 LCDI O O gt F 0 00000 ms h gt 0 0000
66. 0016 r r r roro ern STEP Uu utu 644 666999 99 ENT 06016 0156 eaereyXenene r r 41 100 666669006960 0 3 0 20000 eene enereaerne ener STEP e pe eee 2d 000006 1006 Onn n9 ene 09000999 99 mereri ee 6 6 6 6 9 666 STEP 606 r eqwerinwe ENT OOOO 6 6 6 6 6 6 6 peg pn pne ee e o i 0 OO OU O 200009210000 0 60006 lt DATA ow pw pe wie DATANIN LH 0 0 259410 00 U 0 STEP 25 11 C CE 49 491 99 o L3 Lr ETE ETE aog og Lr EIE L3 Lr L3 Lc ETE 0 0 0000 0 0 47 481 13000 0000 D
67. EPL 000000 DATA ENT Range 0 0 0 DATAN ENT ENT gt Rage 000 0 00000 unit factor 0 Submenu T Rangeunit gt unit fadior paran srEr 000 ENT STEP ENF unit name D D c1 0U ll unit name F 000 ENT C CE p 000000 gt 0000 0000 1 unit facto 0000000000000000 unit name 004000000000000 DU ito 10000000 0 100009 unitfactor 1000000 unit name T H 00000000000000 Prog unit with 000000000000 Prog unit without Density 0000000000000000 U 1 09 000000 00000000 46000 22 D D D 0 00001 9999999 D O
68. M in qn n GL q 0 0 0 0 me S ec EEPROM E UU Ix DUO Submenu ENT Function test STEP ENT unction 000000 Function test lout 1 STEPO D onn off 00000 ENT C CE u l z 8100000000 Submenu ENT Fundiontes STEP ENT Function test lou uu PuseOupu C CE 38 000000 Submenu ENT Functiontest STEP 8 ENT 23456 890ABCDEF Function test gt lout 1 Display gt gt 1234567890ABCDEF H 0 C CE 1030000000000 Submenu ENT Functiontest STEP 95 ENT 0000000000 Function test lout onl of
69. de 0 OLD PP code NEW PP code 4 2 101 9 Language English 446 1 g z Francais Submenu primary Meter size Y Finlandese Cal fact Y Espanol Span Cs i Zero Cs Y Neder lands Short model no Y Dansk Order no Svenska 4 3 10 Range Dentsch 4 3 20 Pulse factor 4 32 Pulse width 4 3 30 Low flow cut off 4410 Damping 4 510 4 Filter 4 6 10 9 Density Y System zero adj manual 4 3 10 9 4 3 20 automatic Range unit Submenu unit 4710 Submenu alarm Error log Clear MAX alarm MIN alarm Help Totalizer unit Unit factor Unit name Prog unit 4 91 9 4 9 10 9 Submenu Prog in output gt function P7 432 492 9 Submenu Current output I Current output 4 10 10 Submenu Iout at alarm function X 1 Zero return Totalizer reset Totalizer stop No Function MAX alarm Y MIN alarm Y MAX MIN alarm Y General alarm Y Empty pipe Detector e ong 0 O 0 Y uuuunnn oe F R signal 0 0 O Flow direction forward reversq No Function gt Tout Function test 4 8 10 Submenu Detector e pipe j Detector e pipe alar
70. f C CE DATA3 120 000000000 Submenu ENT Funciontes STEP110 ENT Ei u gt ok 9005 AMO 10 010000000000000 12000000000000 6 2 10 000000 off 000 Simul ati onl JODO O ENTO 200000 57 411 0000000000000000000600 4111 0x0 0 4 9 20 000 xo
71. g 01001 pr as s quae ve diae XIX x I x q I xw I OO j I x xx x xx xx x x x xix I x x ilO x 1 lt lt lt O O O OO O O O O OO O OOO O O OOO O OOP OP O OO 1 1 L 1 1 l Lr Lb 1 L1 1 L3 1 L3 ooo O assis EJEN p z LES E m Ex m 1 1 1 1 J ESI EJ 1 3 E3 1 L3 0 1 1 J O 1 1 J J J J p J J 1 L1 1 3 J J O p ERT TI TI 1 IE OI OO r O 80 2 0000000 0000000 612 10 2070 00000000 0 20000 6 5 UD
72. m empty pipe Tout at empty pi Threshold Adjust Detector e pipe gt Totalizer gt reset Y Totalizer F Y Totalizer R reset Y Totalizer R Y 5 Prograni EEPROM ext EEPROM Y function P7 Y Pulse output Y display Y function X1 Y Simulation test Y Test Mode Y Overflow Overflow R Y Totalizer funct Standard differ total 4 1210 Submenu Ist line Display Y 2nd line gt Y unit Y s Y Totalizer 1st line multipi gt Q000 Y Totalizer F Y urit Y Totalizer R Y Totalizer y Y Tag number 2nd line multipi Q000 A Totalizer F argra urit 9 y P 7 Totalizer R Y Blanks Totalizer Y Tag number Totalizer F Y Bargrapt Totalizer R Y Off Tag number Bargrapt Off 41310 Submenu Operating Flow direction Flow indication 4 16 1 Convert 4 1410 variant Load data from external EEPROM 41410 Store data in external EEPROM 4 16 1 Software Version 4 15 1 Tag number 4 16 1 Code number
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