取扱説明書 一体形，分離形電磁流量計 MAGFLOW （変換器編）
Contents
1. EEO 10 11 Sint B 1 2 12. N E 4 1s TONOS a xo b xo c d
3. A sz METI HR UTA A mm LaS IS De 10 1 10 10 1 1 N E 4 10s
4. 3 System System Alarm YATA FIA 15 Coil Open 15 Cut the power and T sr 73 E AN EXT check coil amp EX cables y yt 3 3 Fan yi 4 3 1 2345 12345678 Y F F re n 80 Adhesion Wng 80 7 E ALLE 6 34 6 6 5 2 G30 Alm Setting G31 Alm Sig Over
5. a b 0 JIS B0202 G PF E 5 C C8 cs 6
6. C10 Tag No 16 5 2 2 AR sm C11 Flow Damping B20 C20 Measure Mode Enhanced DF X
7. UAE 25 00 FUB 0D 2J A E Te RC ARK URI 5IUS 3 1 2 2 3
8. 4 4 4 4 4A 4 1 4 4 2 1 A B SA SB XEM H 4 105 AN AB
9. D AR aE 1
10. HF1 HF2 6 LN dA SES JA S 9 3 o6 ht EA e OO T Ud c XR GPS A LUC Enhanced DF Standard DF 9 E C21 Low MF l9 022 High MF SAHO 24 4 7 7 7 2 BE LN MAGFLOW_ NITTO FLOW METER mm linch LIQUID LIQUID PRESS MAX FLOW O uguo TEMP POWER SUPPLY SERIAL No WY MAGFLOW FLOW CONVERTER MODEL METER FACTOR L
11. JI zr 1 44 16 TC16678 Ex d IC T6 LC T6 9 1815 E 20 60 C 1 20 50C 2 250V AC 130V DC e C 100 A 10Q 12 DI N x amp E AXFA14C D PELTI V 5a a A 50C 70C 2 12 1 2 12 1 4 IEC
12. E DIO Short F23 DIO Active Mode Closed Short Aet 30 Now Auto Zoro Exacuting AD 30 9 4 7 0 10 1 d Ex F4 10 4 MN E 4 1s
13. J24 T P Damp Select No Damping 0 63 29 B21 Base Flow Unit C40 E C46 Mass Flow Density LESO OPs 6 B22 Base Time Unit C41 m s B23 Flow Span 042 0 32000 0 B21 040 Base Flow Unit
14. 0 EIRA LIANG AL URL http www nittoseiko co TEL 0773 42 3933 623 0041 30 Tel 0773 42 3151 Fax 0773 42 3155 223 0052 6 2 21 Tel 045 545 5326O Fax 045 545 6935 E 465 0025 5 405 Tel 052 709 5064 Fax 052 709 5065 578 0965 XE Bx 1 6 4 rel 06 6745 8361 Fax 06 6745 8391 sc 623 0041 30 Tel 0773 43 15914 Fax 0773 43 1595 812 0897 1 6 46 Tel 092 411 17244 Fax 092 411 9883 8 30 17 00 12 00 12 45
15. LN B32 E10 Pulse Unit B33 E11 Pulse Scale E13 Pulse Low Cut ABC O F20 DO Function F21 DIO Function Fwd Rev Rngs B32 E10 Pulse Unit 2 B33 E11 Pulse Scale E12 Pulse Width B23 C42 Flow Span 1 100m h 1 MI 1 M1 10 Xm B32 E10 k Unit P B33 E11 1 6 2
16. 24V DC 20 150 mA 0 0001 2 pps 20 33 50 100 ms JIS G1 2 O ge JIS G1 2 lo wm pu ES JIS G1 2 O E SUS304 ISUS304 Tag No K 12 5 X 40 W mm RABE N1 5
17. D C 4 1 4 p P A E c pais j ES 12 1 4 DU IEC 1 E IEC
18. 12 A an PF1 2 4 3 1 EG 1 ARA y JIS C09200 AERE E
19. A AN E 4 1s 2 sz LN DI r3 CD L 1 1 1 A
20. 16 JIS C 8305 15 JIS C 8309 24V 4 we A Ad A al L eJ esed 24V 4 iia e AR FM RAE eG E Ml PY 1 4 1 L
21. ES MENS OE MESA 27 h hREZMoT 1 2 WW 2 600V JIS C3307 1994 EREI JIS C8305
22. 3 zu 16 i amp 0123456789 lt gt A B CD EFGH I JKLMNOPQRSTU V MW X Y Z abcdefghij klmnopdrstuvwxyz 9 3 B 78 HZ lEasy Setup B Easy Setup C Basic Setup 6 5 3 1
23. ouv 1 5 M JI F3 Ao 05 ARM DT A EE MF11 PD 12 N xx arid AXFH
24. 2 1 MODEL NO Made in China LOW r FLOW CONVERTER lt vus NITTO SEIKO POWER SUPPLY MAG 2 2 SA 1 0 1 3 2 2 3 O Qe
25. pid 6 P 10 2 2 4 N JI 4 M
26. 8 P23 Software Seal Joker Break P22 New Password Keep LN Jokers a y EPA Joker 6 5 6 5 1 4 VATA IRE a UNIES ASIA VES our
27. AD ss 2 Invalid value Touch any key O C e dec pacco pu Basic Setup C Basic Setup SET C Basic Setup HUIDA SER SET COD SEEN No x 1101 C10 Tag No Fk 5 C C10 Tag No EF C
28. B EEBB 2 AR
29. B21 Base Flow Unit mm 1 Liter Setting Mode E B Easy Setup X 2 y C Basic Setup SET a Cra B Easy Setup ese LN 4 CD BUS 9 0 AAH BLEasy Setup JAB a A 5 furto Zero Exo m d C r3 x2 21 Base F quin A j 1 f A a 2 B21 Base Flow Unit 5 ww LOS B21 Base Flow Unit B21 Base Flow Unit C A SET
30. E Y 1 3 N 10 DI r3 A HER EE
31. MF14 GD 2 5 400nm MFHHIHX AXFA14C D AXF MF14 GD AXFA14C D MF11 PD 250mm MF11 PD 2 LCD 3 PA BB POSSE HHT 2 LCD 1
32. 1994 10 1 b a xo 2 L
33. D 4 5 EL 4 1 1 2 0 HE IEC 79 10 0
34. 15A IEC60947 1 TEC60947 3 DI J N i 4 1 OFF 2 Sg TERMINAL WIRING ONLY FOR REMOTE TYPE 4 4 3 4 4 4 DC DC ECHA IS 1 A FB e DC e AO A L N A PR 24V 2 100V 200V BL 2 A sz 24V 24V 1596 42096 TFTA
35. EDF C31 Nominal Size Unit C32 Nominal Size C40 Base Flow Unit B21 C41 Base Time Unit B22 C42 Flow Span B23 HE os Ju C43 Flow Decimal Pnt B24 C44 Velocity Check m s C45 Density Unit C46 Mass Flow Density C C46 Mass Flow Density B21 C40 Base Flow Unit t ke g 6 B21 640 Base Flow Unit
36. 30m 1 3 B 5m 1m 001005 5m 5m 005 010 1 015 1 MF11 PD 200m MF14GD AXFA14C D 100m SN E 11 B m B OR R0 7 ETS DEWURTIOESGEPUKUET OOpa DC DC 15 mm 50 S cm ele ELC CPU 0 m 2 4 mA Low CPU 25 mA el 21 6 mA
37. 4 5 V 1 25 mm 2 mm 3 A sz 6 J30 J31 4 4 4 5 28 D 1000 C 10Q A 10Q A ss A C 10Q 600V 4 4 4 4 4 6 gt HH
38. 2 2 Ext 2 Ranges 1 1 2 DO DIO 0 Sgnl Lock 1 Ext R Ttl Set I 6 F22 DO Active Mode DO 1 DO Pulse Output E12 Pulse Width 1 ms Clod Omet Ei TO Closed On Oben Off Aot N Open Off en 1 ms 1 ms DO s Open Off Closed 0n Closed On Active Open Off Active Open Off 272 0 x Closed On iz 72 0 x m tk Sg BE T A gt Marn Output H2 Good GER Aianm AR 2 DO DIO 0 Z Alarm Output Warning EERIE E Total Switeh 0 3 IE H LSE SURE Ao HH LL Ala
39. 25C 65 RH Mota 30 70 C 5 80 RH WELO L O 1 RS 2 4 B B BI
40. AN xi B P20 P23 A E Protect Enable BH iX 10 2 2 El P20 Write Protect Enable P20 Write Protect No Protect P20 Write Protect Yes P21 Enable Wrt Passwd SAD NENA O 10
41. 556 T E 1994 MS 1 2 2
42. 2 1 ax HA A E G14 G13 mm ER MA7U 2 l Qu i y ng 1 In JA x A A A ABER toda U i IL E n2 pude 61 T RB i RS EN Ime OU PE A 1 Ou M RT F d re a A p SEES TF kg Liu 6 10 12 08 0 10 0 m ei2lei2 35 9 ELECTO 12 1 1 MO 12 1 D C 4 1 4 12 1 2
43. YES NO 10 5 10 1
44. Warning Output Total Switch 0 0 H L 7 0 HH LL Alarm 0 HH LL 77 A 0 Fwd Rev Rngs 0 0 Auto 2 Rngs 0 M52 wy yy 0 Auto 3 Rngs 0 y3 e an Auto 4 Rngs 0 V M94 wy yy 0 Ext 2 Answer 0 UJ 47 2 cc 0 6 6 85 PE BRAIN PII BRAIN X EB F21 IDIO Function DIO X 9t7 77 W No Function No Function DIO DIO FUNCTION Alarm Output Warning Output Total Switch 0 0 H L Alarm 0 H L eb HH LL Alarm 0 HH LL 77 4 0 Fwd Rev Rngs 0 ML Auto 2 Rngs 0 W M92 vvY yy Auto 3 Rngs 0 V P 98 VI YY 0 Auto 4 Rngs 0 A Aa 74 dd Y YY 7 AO Ext 0 Sgnl Lock I 096 RR Ext Auto Zero I 47 t 037 D Ext Ttl Set I 47 t4tH vt MD Ext R Ttl Set DIVAT X xZtxty HQ Ext 2 Ranges I J1 47 2 XWiz I F22 DO Active Mode DO 7747 Closed On Act Closed On 7 7 Closed On Act Dmt ZONT Z F f DO ACT MODE tee Open Off Act Open Off TIFT
45. mel TH MEME EE Mal ame E ide BRAIN R W K00 IDiagnosis DIAGNOSIS 206 K10 Adhesion Check 7FxJ W No No No ADHESION CHK Yes Yes K11 Adhesion Levell 0 00 100 00 0 00 100 00 IM ohm 0 10 ADH LEVEL1 1 1 K12 IAdhesion Leve12 7 2 0 00 100 00 0 00 100 00 IM ohm ADH LEVEL2 2 2 K13 Adhesion Leve13 7 2 0 00 100 00 0 00 100 00 IM ohm 2 1 00 ADH LEVEL3 3 3 K14 Adhesion Leve14 7 2 w 0 00 100 00 0 00 100 00 M ohm 2 3 00 ADH LEVEL4 4 4 K15 Adh Measure Value 7 Ww M ohm DEMOS ADH MEAS VAL tay K60 Good E SE R CHECK Error 11 M WM O FO T96 aa qw
46. 3 7 N E 4 10s IEC 1 BE URBANA EPIA 8 11 2 1994 1 1
47. D31 TtI User Unit D31 Ttl User Unit 8 FTL RTL DTL BRAIN A30 TOTAL A31 REV TOTAL A32 DIFTOTAL 6 17 sm B21 040 B22 041 B23 C42 101 s 1d1 Id CO EOS B21 C40 Base Flow Unit 1 Liter B22 C41 Base Time Unit iz s B23 642 Flow Span iz 10 B30 D10 Total Unit Unit P B31 D11 Total Scale 0 1 D30 Tt User Select Yes D31 Tt User Unit d1 gd1 1d1 d OO mi Ll 4 E LN F20 DO Function Pulse Output E10 Pulse Unit
48. ESC WT SHIFT Cra SET Yes Setting Mode AN xia ap Do AED AESC 20 SR CEA SIE AM Ux b5 H CDRI v FENTE am 20 X TERCET ET cas 9 7 gt 23532 Setting Mode eS BEasySetuD w C Basic Setup ESC _ AESC SET SHIFT 5 4 5 2 2 5 5 2 1 am zu 10
49. 2 2 HH LL Alarm 0 2 100 3 GELD 4 1 AE eos Ext 2 Answer 0 c lrpos Daly i i PELUCA ABD DE ED 2 DO DI0 F20 DO Function F21 DIO Function F21 DIO Function F21 DIO Function DIO DIO BIO 1 BEAR
50. 1 2 2 20 40C 60C 5
51. DT 9 1 0 4mA sz 30 9 1 9 1 1
52. ID23 45 1 23 45 A az 1 G43 Alm Record2 2 2 641 Alm Recordi G44 Alm Record Time2 2 6 G43 Alm Record2 1D23 45 Ti 23 45 G45 Alm Record3 3 3 6G41 Alm Recordi G46 Alm Record Time3 G45 Alm Record3 ID23 45 T1 23 45
53. HAMATI Ey h X Ext 2 Ranges 1 iX LEX TE Sl X DIO O DI0 DIO I DIO 6 21 ae F30 F41 B23 Flow Span 1 F30 Forward Span2 2 F31 Forward Span3 8 F32 Forward Span4 4 F33 Reverse Span1 1 F34 Reverse Span2 2 F40 Auto Range Hys F41 Bi Direction Hys
54. p NIA x 12 1 2 Cd 12 1 3 Mas E 4 Cas E a b 90 2 0 1mm c 2 2 K 12 1 1 d Z 0 IE E a gu WU
55. I N 11 s sec min h hour d day 1 2 1 urs Duty509 0 05 0 1 0 5 1 20 33 50 100ms 0 0001 10000 pps 1 2 2 year a 4 1 2 1 2 La 1 2
56. Normal Q 30 BE Normal O 83 Fix Cur Wng 6 5 N11 Test Output Value 4 20 ma N10 Test Mode Test 6 N30 Test DO DO N10 Test Mode Test Open Off DO 0pen Off Closed On DO Cl1
57. 0 1 2 HEKE 0 BUS 2 GERE ERA 2 4mA 4mA 21 6mA HOLD 1 2 2 J wes RET TABS EE ID 1 2 Beli Ww w ABA LEO 2 HL HH 2 L LL
58. D10 Total Unit B30 D11 Total Scale B31 D12 Total Decimal Pnt 0 12345678 mm EE NN DUC DUE DUE 6 12 345678 D13 Total Low Cut doc Pope 0 10 1 10m3 h 2 100m h Total Low Cut 396 0 3m h D20 Total Execution
59. a High 10 1 AXA irs High 5 E PRESS mana Low High SORA Lolo Low mA A Low km A A y Lu Ur AST lt ESA NT PO gt Bx AE LC 10 3 10 Low High re IN g 12 OL 1 Enable Protect 10 2 1 10 2 2 Protect O CPU PR mV 2 C507 7 Protect Protect
60. F21 DIO Function Ext Auto Zero D F21 DIO Function AA v FANT F Status Function X4 SET stars Funcion lt 1 F21 DI0 _ Function F21 DI0 Function E CED 4 Y FOIE FIA X Ex gt 12 Ext Auto Zero 1 9 3 pe E ES mmm Hu LS E se a de am F21 DIO Function a a Ext Auto Zero I e A PAD 9 SET Ext Auto Zero SET SET am 20
61. 10 P21 Enable Wrt Passwd ik P22 New Password 6 P22 New Password GNU P22 New Password 8 Enable SET 2 c ebebebes P22 New Password ok occ tt tt wl T p i V NS P21 Enable Wrt Passwd
62. 5 6mA 1096 N xm G21 4 20mA Alarm Out 2 4mA or Less 2 4mA 2 4mA 6 J12 4 20mA High Lmt 54 4 20 Lmt Err 412 4 20mA High Lmt 4 20 mA 120 90 mA 90 18 4mA 90 4mA G21 4 20mA Alarm Out 21 6mA or More 21 6mA 21 6mA
63. F22 DO Active Mode Open 011 7 47147 F23 DIO Active Mode COpen Open 4 20 mA 621 4 20mA Alarm Out X 10 2 1 2 seas A sa PR E a qe 30 Sig Overflow Dose a J YES m E NNNM au e PISO Closed m G33 Off A n M d NO Closed G33 On pi 33 Adhesion Alm ENS Pd Mv CK GE F20 DO Function F21 DIO Function Alarm Output F22 DO Active Mode Open 011 7 47147 F23 DIO Active Mode COpen Open 4 20mA G21 4 20mA Alarm Out k
64. 6 24 1 9 0 HH 2 0 LL 80 H 30 L ELET G10 Low Alarm 30 G11 High Alarm 80 G12 Low Low Alarm 20 G13 High High Alarm 90 96 100 High High Alarm High Alarm Low Alarm Low Low Alarm t F20 DO Function H L Alarm 0 F21 DIO Function HH LL Alarm 0 F22 DO Active Mode Closed On Act F23 DIO Active Mode Closed Short Act 6 2 80 H 20 LL G10 Low Alarm 110 G11 High Alarm 80 G12 Low Low Alarm 20 G13 High High Alarm 110 100 High Alarm Low Low Alarm n e lt DIO X HH Alarm 110 F20 DO Function H L Alarm 0 F21 DIO Function HH LL Alarm 0 F22 DO Active Mode Closed On Act F23 DIO Active Mode Closed Short Act 6 25 3 80 H
65. e ENA J31 Power Frequency J30 Power Synch No J31 Power Frequency 1 100 240V AC 100 120V DC Yes DC No 2 24V AC DC No No J40 Memo 1 J41 Memo 2 J42 Memo 3 1 2 3 16 J50 Software Rev No Rev No 9 KRE K10 Adhesion Check dabat NG 6 Pie E ER B B41 H11 Display Select 2 B42 H12 Display Select 3 Adhesion Ch
66. 5 FAB F20 DO Function DO DO a E SR Total Switch 0 SW IA Jeu Eds tcs D23 Ttl Switch Lower D24 Tt Switch Upper Q DEl atar ew uu33 sqdk dk s H L Alarm 0 H LE REI ZJ G10 Low Alarm G11 High Alarm L HH 612 Low Low Alarm G13 High High Alarm Es TOS MACAO eid 1689 Alm HH LL Yes MM all JE S y gt A E
67. ASA D EH A L E Ext 2 Answer 0 dE deii P POVvVvwZe kmHNucveserymrwWw n5 Total Switch 0 SW HH LL Alarm 0 0 4mA 096 0 B20 C11 Flow Damping LI jo AWATCEAAZBEMEUSS 9 Ext Tt Set D D21 TtI Set Val Lower D22 Tt Val Upper D20 Total Execution Start
68. B BlO Language H30 French INTA PR Spanish TDS RS SY TARDE VIE PA SA B20 Flow Damping C11
69. 1 2 QE E tE ck E EEN A H B 1 2 MFH HHX AXFLILILI 8 amp t PFA Vs m s 0 1 Vs lt 0 3 0 15 Vs of span 0 3 Vs 1 0 5 of span 0 QU IEIROKY 1E Vs E10 0 25 of span GOTH 7r ZR i 0 5 of rate 50 0 1 Vs lt 0 3 0 075 Vs of span 0 3 Vs lt 1 0 25 of span 50 0 5 of rate 50 0 1 of span 20 0 5 of rate 20 HF2 1mm s 20400 EPDM Vs SA m s mm m s 0 1 Vs lt 0 3 0
70. C C TT SA SB Ue e 4 2 1 2 2 10 5mm 100m 80 2 IS 6 3401 A EE qd 72 018 063312 3 7 13 CXUbTETR Y oz
71. 10 2 2 A SM AR sx D LD JI r3 5 1 5 5 1 1 Display Select1 2 Display Select2 3 Display Select3 D A i Ud ao Cu
72. X10 m tod vy 3 100m h 5 1 11 10 xm B30 D10 m Unit P B31 D11 5 B31 D11 0 001 0 01 0 1 1 10 100 1000 B30 D10 Total Unit B31 D11 Total Scale B23 C42 Flow Span PEU ASADOS Tee v B32 Pulse Unit E10 100 1 FU B21 C40 Base Flow Uni t B33 Pulse Scale E11 1 aso 0 AN stm
73. 000000 HATO y Mi 6 i l JU gt HX AE D22 Ttl Set Val Upper 8 2 00 2 99999999 Lo 2 PRL D23 TtI Switch Lower DO DIO Cl1osed 0n F20 F21 99999999 D23 6 6 D24 Ttl Switch Upper 2 D24 2 D30 Tt User Select
74. 100 000 mam EA 100 E DRAMAH 3274m L 0 Fa ID P Fl N En li 4 f ES Ct O ORTARA ES z km mA EXT Dr o E EE rag 16 6 PW ABRE K10 K15 9 2 5 5 2 ae 6 5 2 1 ON dw FrF
75. CE B LN 4 Easy Setup amp B23 Flow Span Eds LO E P B23 Flow Span B TODA A v4 052 A PRE FICA E AAA MT 120 Imin CEELI LT DEE GET 120 l min
76. 6 35 System Alarm MY EEPROM Fault RNR E 12 A D H Fault 12 A D H Fa EE Open Off 3 TS O a pales Mm nm s 23 p 0 05ms 0n 52 ITTL gt 10000p s 11000pps Closed TIL lt O 0001p s 0 00005pps On 4 20 Low Imt JID lt Clos 4 20Lmt Err 4 20 High Imt J12 On i BLU EZRA Closed Multi Rng E bo pod MA e 3 4 On High Alarm G11 Low Alarm G10 gt H L Alarm Hys 614 Wie HL HH LL Set High High Alarm G13 Low Om Low Alarm 612 gt H L Alarm Hys G14 Ck De Base Flow Unit C40 Aa ns Set Err e 2 5096Duty 2 11000pps PLS gt 10000 p s 0 05ms 10000pps 0 1ms 625 5000pps 0 5ms 1000pps
77. 12 E 2 1 CO Kia mi CO Ka mi O r3 gt 3 1 A PR 11 0 100 RH 9596 RHEA E 0o 1a BE C Ba d b 2 UH ox C O d Bii oe U 3 2 2B O 4 O U 2B 3 2 1 2B 4 2 U 2B
78. 6 36 6 5 3 System Alarm EE BRAIN 60 Contact nearest office 144 aUys N lt 10 n 7 nts Y 2 Ne aid t t 7 T0017 eat svp poH CPU OUR i 430 IAF 30973 T Er o RE A YAA EEPROM or service center TEE AIN TT 23 34 ESO MESE Y gt 12 A D H Faul Contact nearest office 12 A D HD 477 3 t3J AN A D p t Y gt gt gt gt i o idi or service center i FE At TUIA IW 44 n Contact nearest office t x4X aJVya TIN A D L Fault 13 A D L Y x ES 3 MM POR Contact nearest office t3 F aUya vA A D A D Z Fault 14 A D Z vi dat x 14 A D Z Fau or service center DAZ AY x At z VA o Xx Cut the power and 15 249 P vty XJ a4 EX check coil amp EX cable MU vt J fa vit 34 TORNO
79. J22 Dead Time N xm TO a 29 Fre 2 E O 1
80. 2 pps 4 7 4 20mA DC am DO 6 Ue y 30V DC 0 2A max 4 4 8 asor GA LEER IS 24V DC 20 150 mA 0 0001 2 pps 20 33 50 100 ms 44 9 EM 4 O A sz B 2000 EUF 100k Q DIO 4 4 10 LN D10 6 O GER
81. 3 x q 10 1 3 10 2 A oz 10 1 2 128 10 1 2 3 10 2 1 CPU High 25mA C1 Low OMA CPU 1 10 2 1 Eli
82. Fwd Rev Rngs O Auto 2 Rngs 0 2 Auto 3 Rngs 0 3 Auto 4 Rngs 0 4 6 4 1 F20 F21 SELEH 1 DIO 0 B23 Flow F30 Forward F31 Forward Span Span2 Span3 1 2 3 F32 Forward F33 Reverse F34 Reverse Span4 Span1 Span2 4 1 2 1 2 3 4 FR BRAIN A10 FLOW RATE 1 F1 1 R1 2 F2 2 R2 3 F3 4 F4 6 1 i aid le 4 E EPA IO lt A II S CNN 100
83. No Function lods Wk ELPA 6 55 pg ee c dudes D23 Ttl Switch Lower D24 Tt Switch Upper UL D AE s o NA HL amp x 4E fit 3 G10 Low Alarm G11 High Alarm L HH 612 Low Low Alarm G13 High High Alarm 1633 Alm HH LL Yes PA Y E E no 2 100 3 1 SE Z 4 1 d my de
84. Start Preset Total D21 TtI Set Val Lower D22 TtI Set Val Upper EF Start Total D21 TtI Set Val Lower ID22 TtI Set Val Upper EF Start Preset Rev 6 F21 D21 Ttl Set Val Lower 8 6
85. B10 seemed 5c c 0v70 X 1 5 8 J 410 4 20mA Low Cut 0 0 4 20mA 096 90 mA 10 5 6mA 10 o m 4mA 1 FE MAS Bx XE B BE 0 7 109 j 1 J11 4 20mA Low Lmt 4 20mA 20 mA 10
86. LOW MF HIGH MF LOW MF EDF HIGH MF EDF 772 a NE MEL SIZE UNIT NOMINAL SIZE C31 C40 Base Flow Unit j j FLOW UNIT m3 H j j kl Kiloliter 8 Base Time Unit 7i d TIME UNIT h h min min s Ta Flow Span AN Y W 0 0001 32000 0 0001 32000 FLOW SPAN C40 C41 B23 Auto Auto Auto AT 0 0 1 1 B24 2 2 3 3 Flow Decimal Pnt FLOW DECIMAL VELOCITY CHK sy m s DENSITY UNID o MASS DENSITY irse USER SPN SEL t C ql MOTTA SER PES pompe e ee m FL USER UNIT dye FL USER SPAN pito LEE SELF CHECK Error SH 6 4 4 D D AB RE RAD BRAIN aE pora a R W Unit P
87. 3 1 4 DT N JI H r3 PINOS IES E J 4 1O 4 1 Ma E 4 1s 50 70 RICE NEST A IO rc VN
88. B42 H12 Display Select3 Off 2 aec XY B50 Auto Zero Exe M10 Execution Now Auto Zero Executing BE M11 Magf low Zero 82 Auto Zero Wng 9 6 14 2 CHE LN FE
89. 32000 4 3 2 Bi 333 33 33333 32000 333 3 ON SSM B24 Flow Decimal Pnt C43 6 12 Autol B23 C42 Flow Span de Flow Span 9 3 9 lt Flow Spanz90 2 90 lt Flow Span S900 1 900 lt Flow Span 0 Auto 6 999999 84 Dis
90. AD aie 20 COSO 30 D AD aie M10 Auto Zero Exe M11 Magf low Zero 82 Auto Zero Wng 9 1 2 6 2E 6
91. M ohm PTa X Level 4 33 Adhesion Alm F20 DO Function F21 DIO Function G34 Alm Adhesion C s Alarm Output K15 Adh Measure Value M ohm euF K10 Adhesion Check No 10 MARE M10 Auto Zero Exe B50 M11 Magflow Zero B50 M10 Auto Zero Exe 11 N N10 Test Mode A PR
92. s E 2 PODARI FACIES SU Electrica Code 2 ZN xs
93. 2 6 4 2 F20 F21 1 DIOfSBE C 0 1 B23 Flow F30 Forward 1 2 FR BRAIN A10 FLOW RATE 1 F1 2 F2 1 R1 2 R2 6 F40 Auto Range Hys 100 6 4 1 F41 Bi Direction Hys
94. 250 450 Q 0 224 FEAF 3 3 mH 15 cm 10k Q at 2 4kHz 1 5 km CEV 11 EEPROM 2 LCD 32X132 X ER HR E AER 2 FAZ ERT LE IC 6E E S IP66 IP67 a 5 6BG3 3 2 9 peu S0 ger a eA 2B JIS G1 2 PF1 2 ANSI 1 2NPT ISO M20X1 5 M4 D 1000 A C 10Q
95. 6 HL X F20 DO Function F21 DIO Function HH LL Alarm 0 812 Low Low Alarm G13 High High Alarm Ea G34 Alm Adhesion TUNES TIE LOSBIBOJ es PAE I D IET Y SIE DIN UC ues G30 G34 6 5 G40 Operation Time 1D23 45 X
96. YES AB C NO 100MQ YES 10 4 10 3 2 x 1 NO YES YES NO YES YES NO YES NO
97. 3 A ES 4 4 1 4 4 2 4 4 2 4 4 2 4 4 4 4 1 4 20mA DC A OL As J 4 4 3 OFF Vs RARA Y Y 4mm
98. A EE 1 SET CE gt 2 No cn T mem SE SHIF X fodpnvbEXMaEIANYRX RLIT _ L_SHIFT FRI ATA FTL COD 2 E a O q F 6H TD am 20 AN ke 1 Touch SHIFT V key 5 3 N 5 DAA YN Yes Setting Mode
99. 10 3 3 START i NO YES Mg YES NO YES YES NO NO YES NO YES YES NO A C B C 100M EX1 C Ri IMQ YES 10 6 10
100. 23 FI 1201 SHIFT 1 2 FI 1201 CEDAA yy SET COD FI 1201 CESSAT YT d UE x 20 SI EA C ESC gt CET 2 Tag No ER PER LT Display Select3 Tag No 6 6 6 1
101. G10 Low Alarm 110 G11 High Alarm 80 G12 Low Low Alarm 110 G13 High High Alarm 90 96 100 High High Alarm 90 HH EI High Alarm l l E 50 lj pos M did p b iH i Ji il li 07 T t DIO ILL Alarm 110 F20 DO Function H L Alarm 0 F21 DIO Function HH LL Alarm 0 F22 DO Active Mode Closed On Act F23 DIO Active Mode Closed Short Act AD xi DO F20 DI0 CIF21 1100 110 6 G14 H L Alarm Hys we S dc W 5 G10 Low Alarm 2
102. 10 1 2 10 1 2 1 O D 3 F IH LETS 10 1 1 10 1 2 2 90 D 2 D 90 2 2 90 10 1 2 zs 10 2 10 10 1 2 3 D
103. 2 0 MENTE e 0D E ii is A ar 3 Ta WIEN AI RO BE ir SA a 3 111 1 MAGFLOW A ag rre
104. Enable EZ JL gt Bx AE aurez 6 10 10 3 10 3 1 YES a gt 6 5 NO NO YES 1 H
105. A FB e 30 30 PES TES 6 2 R W Alk BT200 LETS No 6 1 6 3 1 A A R W A00 Display DISPLAY
106. A ss 4 8 30V DC 0 2A 4 4 11 B BH DO DIO 30V DC 0 2A max 4 4 11 4 LN DO DI0 65 4 4 8 3 AAA 6E 4 4 12 5
107. OFF uM 1 a SN PE NN IARE is m J SES 2 a a HU Af A GE AA MES D o o nm SA SB FETO REAL LC PRE 4 4 5 2 Q II EX1 VET B PE ul LC 4 4 6 4 4 4 7 De DP m MX EG UY O 4 20mA DC
108. TIRAR GN BARDO EEN tact t offi t30 AY Y N EEPROM RO NE 16 EEPROM Dflt A e En M ATT ka e 0 IMEI HAIDER or service center F E AEAN 2 V3 FAA 15 Coil Open Process Alarm BRAIN 60 2 Ege RG gt EV Ma gt Fill flow tube with T a MARA 3 a4 T TTA ddp Toss eiA Chile LT co ATA Pe YE EA gt yd ER Jut Check flow rate and 32 HH LL Alm 32 HH LL 77 E PTET setting value PPT d gt 23 TD rye
109. a ME MAGFLOW MNG30611 13 10 Mem EJFRAA L EIRA E dr ET a 1 1 LL 1 2 2 00 RNN 1 3 ica m qe CS 1 3 2 coy MEI ERO 2 1 2 4 JJ E TER ENS EE 2 1 2 2 LL 2 1 A gel c ERE 2 1 AE A II E A EA EEEE 2 1 O o UE PI II EE TTT 3 1 ora as AA 3 1 2 3 1 o rr 4 1 4 pnmo CO PEBIBIB eb ee wx ed at adt tidurded Xsvdekta ata 6 4 1 20 dm Ho eed A AA au teles ate rat trio abba d 4 2 b A IN 4 3 EE AMT REPETI 4 4 du ISA retos o ec der tS CAN Tu Dou qub 3 4 4 A RG dt Pas e Poi ted est 4 4 a NP ME 4 5 ZA MIR o M P 4 5 DM E CM pR O EET 4 6 AO Lp ee QU DAS id 4 6 E s RM dej ANE E a p CEN 4 9 DARE a BEI A A E AA ntis 5 1 DT ES HU BE BE era a Aio Re olo A HA it aet E 5 2 9 2 CUE RTI 5 3 A c Lc CN NN NER 553 A O ERRORES 555 5 9 232 2 0 8E 3E E A edet dot dtt a t edet 4 Cds 5 5 a URL UD RAE opo SACHE RR REATO EOM ES ESS 5 5 na SUB ADE MESA DE A B 7 5338 SEE OT P ATT ANDO E AA As 5 8 A A o IE Inn E A 6 1 CN a AS A 6 1 IA i i0 EPOD 6 1 0 9 437 as PR ose t A A n 6 2 Dra occ a oci Tre 6 2 OBT A e CE 100 tc 6 2 E dose o LL LaunL ar edid eer ks 6 4 4 DRR DU SARA Bi AA RR CES 6 5 OET EE CX ese IA rd pactio pes dia Nan d vada dne ein
110. max 7500 BRAIN 250 0 450 6 4 4 7 4 20mA DC O A sz 30V DC 0 2A EFE EL EM EM DO DO0 LU o LX SV EM
111. 24V AC 50 60Hz 20 4 28 8V AC DC 24V DC 20 4 28 8V DC lt 2 G14 G13 3 1 2 MFO11 pee e V 1 25 mm 2 mm m 1 9 8 m s AF 500Hz IEC60068 2 6 SAMA31 1 1980 80 ERA L Cv x 10 5 mm 500Hz 30 m
112. HOO IDisplay Set MS DISPLAY SET H10 Display Select1 ta y tvJ7 Flow Rate 31 FR Flow Rate RATHO DISP SELECT1 14 3 Flow Rate FR Flow Rate mA 7 mA FRA B40 Forward Total 14017 4 FIL Reverse Total X yt RTL Dif Total 29 aet DIL H11 Display Select2 La 22 Off Off 2 DISP SELECT2 239 a0 Flow Rate Y 10 20 FR Flow Rate FR B41 Flow Rate mA mA FRA Flow Rate Bar a0 30 77 FRB Forward Total 4020 4 y FTL Reverse Total 02 RTL Dif Total P 2702741 DTL Tag No Tag No Communication ysyy 2 Display Select3 tay ty H11 17 Y H11 Off FRAT B 0 DISP SELECT1 33 30 Display Select2 Display Select2 i B42 Display Cycle tay 400ms INE 0 Language VM j Japanese LANGUAGE B10 M49 IES andy a H60 Good ER CHECK Error 9 J J ETE I y R W BRAIN
113. 100m h 10 1 1 1 103xm3 B32 E10 m Unit P B33 E11 10 3 100m h 5 1 1 1 2 10 xm TT OT B32 E10 m Unit P B33 E11 5 B40 Display Select1 1 H10 1 B41 H11 Display Select2 B42 H12 Display Select3 Z ERT 5 DPED ko TED 5 D N E 4 7 Display Select1 lOff B41 Display Select2 2 H11 2 Off B42 H12 Display Select3 1 B42 Display Select3 3 H12 3
114. 1 100 4 2 B DO DI0 6 4 1 F22 DO Active Mode Closed On Act F23 DIO Active Mode Closed Short Act F22 DO Active Mode Open Off Act F23 DIO Active Mode Open Open Act ZU 6 6 4 1 TE nao TIN No No Function Function E Fwd Rev No Open Rngs 0 Function Closed l No Fwd Rev i Open Function Rngs 0 IU Closed Auto 2 No Open Rngs 0 Funct
115. 3 AC VB mA Tag No MER NAS 2 1 2 0 1 200 0 63 3 2 M1 m kl RAM ue AA s cem impmEHB t ke g m
116. 1 1 1 2 2 2 MF X AXF 2 5 400 mm 25 200mm HF1 HF2 1 ATEOS OR Rs 2009 ON 100kQ OFF 1 4 20 mA DC 750 Q 1 C 1 30 V DC OFF 200 mA ON 0 0001 10000 pps 1 1 30 V DC OFF 200 mA ON 2 1 30 V DC OFF 200 mA ON BRAIN 420 mA DC
117. 0 57 Dens Set Err 72 0 X 300 CAE BE Ze ux E LC Ka C47 User Span Select C48 Flow User Unit C49 Flow User Span C48 Flow User Unit 8 BRAIN A20 FLOW RATE C49 Flow User Span 100 NES 100d1 s 100d1 101 2 B21 C40 Base Flow Unit l Liter B22 041 Base Time Unit iz s B23 042 Flow Span iz 10 C47 User Span Select Yes C48 Flow User Unit iz dl s C49 Flow User Span 100 100 100d1 s LETS FAO E ES E JH EOD ASES 3 DAB
118. 5 SER D Mi0 Auto Zoro Exe Exscution 9 2 B50 M10 Auto Zero Exe 6 M10 Auto Zero Exe aD M Adjustment CES ped AS M IM10 Auto Zero Exe D SET 1 E EN Y Execution CE Execution lt
119. gt B32 Pulse Unit E11 Pulse Scale B33 Pulse Scale E12 Pulse Width ms 7 65 0 50 Duty 3 0 5ms 1000 6 LN X 50 Duty 1 ON F22 DO Active Mode C Closed On Act Closed On E13 Pulse Low Cut DREIE 0 10 1 10m h 2 100m h Pulse Low Cut 39 0 3m h
120. 1 23 45 G41 Alm Recordi 1 ADS ERBEN 13 A D L Fault AD 15 Coil Open 16 EEPROM Df1t EEPROM 18 Power Off ms RARA EAO luu AN sg 30 Sig Overflow G31 Alm Sig Over C7 7 Yes El w 31 Empty Pipe G32 Alm Emp Pipe C7 7 A Yes ZER LELOA 33 Adhesion Alm G34 Alm Adhesion Yes G42 Alm Record Time1 G41 Alm Record1
121. Gr 1 J23 Pulsing Flow J24 T P Damp Select RE J30 Power Synch ES J30 Power Synch Yes No A PR DC
122. BODIES qe wee uua sro MI cU io F 1994 1 JIS BO202 G PF ESA JIS C3401 1994
123. dg ves AIEO G32 Alm Emp Pipe G33 Alm HH LL HH LL F20 DO Function DO HH LL G12 G13 F21 DIO Function DIO G34 Alm Adhesion F22 DO Active Mode DD0 G41 Alm Recordi G43 Alm Record2 2 F23 DIO Active Mode DIO G45 Alm Record3 3 G47 Alm Record4 4 G21 4 20mA Alarm Out 1 4 20mA en EL AN TE mes em AE EEE wu a UA Open 0mA o er Vy wg 5 en PE da pue eee G21 E F20 DO Function F21 DIO Function Alarm Output
124. 0 00005pps D10 D11 BREED vids LC IZ IN Ur 4 20 Low Imt J11 lt 4 20 High Imt J12 1 2 3 4 High High Alarm G13 Low Low Alarm G12 gt H L Alarm Hys G14 Base Flow Unit C40 9 amp 5 5096 Duty 2 11000pps 0 05ms 10000pps 0 Ims 5000pps 0 SERRAT 1000pps 1ms 500pps 20ms 25pps 33ms 15pps 50ms 10pps 100ms 5pps 0 00005pps TS MAA F HFl HF222388 68 3 l7 Measure Mode C20 Ehhanced
125. ile e 6 23 6 4 2 Put D10 0 DIO 1 1 Open 2 Open 1 Closed 2 closed Open 2 Closed X No Function 2 DIO No Function X DIO I DIO F20 DO Function F21 DIO Function F23 DIO Active Mode DIO Closed Short Act Open Open Act F22 DO Active Mode DO Closed On Act Open Off Act 1 No Function Fwd Rev Rngs O Ext 2 Answer O 2 Ext 2 Ranges l
126. 1 u T m Unit P B30 Unit P BRAIN k Unit P M Unit P D10 Total Unit n Unit P TOTAL UNIT u Unit P m Unit P Unit P k Unit P M Unit P Pulse s Pulse s D11 Total Scale 032000 032000 D10 0 4 1 TOTAL SCALE B30 B31 D12 Total Decimal Pnt TL DECIMAL VSUAWTW SI D13 Total Low Cut th n m 07 100 396 ELE 0 TOTAL LOWCUT D20 Total Execution W Start TOTAL EXEC Preset Total at TL SET VAL L vt 6 7 6WD citi TL SET VAL U 2 54 Colo eiui TL SWITCH LO 6 n 6 ies amaw lee 1 1 PO PP lites est TL SWITCH UP 039 ph RO t D30 Tt1 User Select MM No B oo TL USER UNIT 44 R Good 6 5 EUR CHECK Error HA 6 5 5 E E E ET Dr
127. mm JIS B 0401 IT18 12 A AXFA14C D Br 12 A Merlin os JI ZEE r3 12 1 AXFA14C D 1985 1 2
128. 0 10 3 3 19 imos Jt D 100 225 3 0 6 1 10 IC 2 1 3 4 3 63 2 2 0 10 1 1 1 nk
129. 3 G47 Alm Record4 4 4 6G41 Alm Recordi G48 Alm Record Time4 G47 Alm Record4 ID23 45 1 23 45 4 7 HAB H10 Display Select1 B40 1 1 H11 Display Select2 2 2 H12 Display Select3 3 B42 3 H20 Display Cycle H30 Language
130. C SM 1 2
131. le 3 10 10 IF40 1 F40 E ia F41 6 4 1 se F40 Auto Range Hys F41 Bi Direction Hys 2 B 2 E LPPIMERS D 1 0 6 4 2 F22 DO Active Mode Closed 0n Act F23 DIO Active Mode Closed Short Act F22 Open Off Act F23 Open 0pen Act
132. 4 2 2 g o6 5 o12mm EG EU e10 5 ge11 5mm EP 06 012mm 0 5 2 5mm FRU RR 0 5 1 5mm 85 MEE 4 2 3 A B SA SB C 2 BRUT RIN 4 2 4 Y IBEX 4 3 JIS CO0920
133. DEJE LT J20 Flow Direction Reverse Q F20 DO Function F21 DIO Function Fwd Rev Rngs 0 J21 Rate Limit O Q 6 29
134. E 0 2 SET 120 r 1 L L Lj E 1 LL en B23 Flow Span pe En a E Ar XN o1 por 1 SE A B23 Flow Span 100 l min 1200000 l min Ang 0 00001 32000 B23 Flow Span 100 l min 0001 0 l min Hng 0 00001 32000 5 3 3 CG10 setting Mode bi gy Setup Satting Moda Tag No FI 1101 FI 1201 9 8 o CED SM MM BLT A TE 20 Cu B EN Out of range Touch any key
135. LES Cu AI v 4QOBRRLIwvgIECS VIvVES lt gt 2 1 Liter 1 Liter CD B SET ai 20 SET TN A 5 3 2 B23 AMB BEasy Setup Pr 10 Language 20 Flow Damping BRO A AR SET P B23 Flow Span X1 100 l min 00100 l min Ar gi6 00001 32000 00 4 B23 Flow Span 140 l min 00030 Tmin Rng 0 09001 32000 SHIFT f a O F p Mul X X Po AA 4 en m ll v 5 7 Flow Span 100 l min 120 l min o
136. A ES gt AUX 2n eran PA PA etiem 4 20 LOW CUT 4 20 LOW LMT dM Low 4 20 HI LMT X E Pp 9r mms p p e eeRmhT FLOW DIRECT Reverse mmm poo pee te POE me RATE LIMIT DEAD TIME 2 e IRSE PULSING FLOW PARO Yes Yes 4M n o O m JA TH BRAIN PAR R W n E BRAIN AX A J24 IT P Damp Select AT W IDamping XE wg Pa Damping T P DAMP SEL No Damping III p J30 IPower Synch ES W No No es POWER SYNCH Yes Yes J31 Power Frequency F vw R W 47 00 63 00 47 00 63 00 Hz 2 50 00 POWER FREQ i Power Synch YES PowerSynchzNO J40 Memo 1 W ASCII 16 ASCH 16 A E jl MEMO 1 mi er pr eee eee MEMO 2 ees APP MEMO 3 ewe ew o p Lo ldegsveERC SOFTWARE REV Rev No SE iso dew E l1 l BE 5 SELF CHECK Error 10 K K
137. FEAR 7 5BG4 1 5 BRAZE GK7 enu ERAR 2 1 1 O LJP 2 4 G14 3 1 T DC 4 1 JF3 2 G14 G13 TIS G1 2 11 B 05 TER
138. 6 4 1 6 G 6 5 G10 Low Alarm Low L 2 2Y CE 0 110 G11 High Alarm High ERE H 11096 Lew G12 Low Low Alarm Low Low LL O EME 110 G13 High High Alarm High High FEER HH 11096 LN 1109 110
139. 80 Adhesion Wng 80 F VE BBLCSEGVY E MEN Py Y sd IM E Syet 82 Auto Zero Wng 82 4 b tn 43 iS a DP gt 108 LLE m TR 8 EEN NES N 83 Fix Cur Wng 83 334 42 a SS NN ue gt 84 Disp Over Wng 84 t39V AA 743 REINO PR 757 2 A CASE S 90 Disp SW Wng 90 E SW 543 SW 6 6 fN xu BIO IST RUSSE 72 48Bdd Q0 A MF14 GD voor ON NTO FLOW MEER SIZE l Imm inch LIQUID C31 Nominal Size Unit O uewp mi raH 3 C AMB TEMP SERIAL No A 2 METER FACTOR L H C32
140. B22 C41 Base Time Unit N an 20 mma DAT 2 Wi D C 108 1 5 2 0 0 1 10m s C44 Velocity Check Velocity Check
141. OFF F23 DIO Active Mode DIO 7 7 Closed Short ActICl1osed Short7 7 Closed Short DIO Closed DIO ACT MODE It Open Open Act lOpen Open 7747 Short F AA Open 0pen FWD SPAN2 VIV C41 FWD SPAN3 224 C41 FWD SPAN4 224 C41 e REV SPAN1 224 C41 TOM REV SPAN2 222 C41 AUTO RNG HYS fr BI DIREC HYS tA7J7A SELF CHECK Frror 7 G 6 RTA EY e NA G00 IAlarm T7 EITA mm T LT 0 1 E G10 Low Alarm Low 7 110 110 110 110 110 dua A O P LL Br u TR A A AA HIGH ALARM mm qtue qum A RE LO LO ALARM 7 Ar HI HI ALARM TIA 10 G14 H L Alarm Hys H L 7 07 10 0 10 5 H L ALM HYS G21 4 20mA Alarm Out 4 20mA77 A 2 4mA or Less 2 4mA th Sow 21 6mA or 4 20 ALM OUT Mo
142. OFF 10 A X 1 18N m ON B 40 60C 2 0 100 95 20606 50C S an e 1 gt ACER 100 240V AC 50 60Hz al TER 42 80 264V AC m um 24V AC DC DC JIS G1 2 100 120V DC EE 90 130V DC a deu 2 N AC
143. o RTRA DORE TA gt 14 cic EE 14 SHIFT ec x 55 DD Cnm CCOO 3 N 6 P
144. 0D 00 00 99999D 23 59 ALM TIME 1 Timel 2 G43 AIm Record2 Alm Recor2 ALM RECORD2 BRAIN G22 4 20mA Burn Out 4 20mA y 4 20 BURNOUT A 1m W JUS z Amm iie amp BRAIN RT Z O G34 lAlm Adhesion ALM ADHES ION Z O G44 Alm Record Time2 Alm Record ALM TIME 2 Time2 0D 00 00 2 99999D 23 59 3 G45 IAlm Record3 ALM RECORD3 Alm Recor3 G46 IAlm Record Time3 Alm Record ALM TIME 3 Time3 OD 00 00 99999D 23 59 3 G47 Alm Record4 4 ALM RECORD4 Alm Recor4 G48 IAlm Record Time4 Alm Record ALM TIME 4 Time4 0D 00 00 99999D 23 59 4 6 5 G60 SELF CHECK 6 8 8 H H TS M aM c oW ua E c aca 9
145. A10 110 0 110 0 110 0 110 0 96 M LATE DI A20 FR 999999 999999 0 3 FLOW RATE 999999 999999 A21 IFR 2 40021 600 2 400 21 600 mA 3 FLOW RATE mA A30 IFTL 0 99999999 0 99999999 B30 0 7 ISS TOTAL D10 A31 RTL 0 99999999 0 99999999 B30 0 7 KESTOA REV TOTAL D10 A32 DTL 99999999 99999999 B30 0 7 T DIF TOTAL 99999999 99999999 D10 DIH A60 R Good 6 5 SELF CHECK Error HA 2 B B Easy Setup 1 GS MSIE e RT qu amp 38 BRAIN RT 50H igi gie e S nul 4 8 iB BRAIN BOO Easy Setup UAE EASY SETUP B10 Language LANGUAGE r4 Japanese ETA EAT D ARV ES H30 PAIE a B20 Flow Damping YI 0 1 200 0 0 1 200 0 3 0s FLOW DAMPING C11 B21 Base Flow Unit FLOW UNIT i i i i C40 m m B
146. DATE MODEL I NITTO SEIKO Made in China V N asos fid 527727518 POWER SUPPLY AMB TEMP DATE SERIAL Nol Oo II lt sNITTO SEIKO Made in China C A6011 SERIAL No NO NO0 O METER FACTOR C23 Low MF EDF EDF Enhanced DF C20 Measure Mode Standard DF C23 Low MF EDF C24 Hi gh MF EDF Enhanced DF 6C21 C24 4 NES 6 6 C24 Hi gh MF EDF Enhanced DF
147. PF1 2 4 3 2 EU 2 zz FAROZEDCIZET 4 3 3 EP 4 3 3 4 3 4 A V Y PRR OLGEN V RAN ae F 4 3 4 4 4 4 4 4 1
148. 15 Vs of span 0 50 25 400 0 3 lt Vs lt 1 0 5 of span 0 25 of span 50 0 5 of rate 50 HF2 1mm s ELTON 207C c 107C 20 C 5C 10D 5D Ss 310 1 0 1 of rate 1 m s 0 05 of rate 0 5 mm s 1 m s MF X AXF 12W 1 100WQ 500V DC 100MQ 500V DC 20MQ 100V DC 20MQ 100V DC MEE 1 1400V AC 2 1400V AC 2 160V AC 2 350V AC 2 N E 4 1s l
149. BRAIN cil BRAIN M00 Adjustment Lx t ADJUSTMENT M10 Auto Zero Exe Y No Execution No Execution AUTOZERO EXE Y yug Execution Y a9 AW SETT RI 5 3E TA B50 M11 Magflow Zero Ya R W 99 999 99 999 99 99999 999 0 000 MAGFLOW ZERO M60 Good 77 IE cs CHECK Error 12 N N glo y E a a R W BOE a NOO Test M TEST N10 Test Mode Normal aUy Normal TEST MODE Y yay Test AM N11 Test Output Value 10 110 10 110 0 TEST OUT VAL N30 Test DO DO W Open Off Open Off Open Off DO TEST DO Closed On Closed On HEX XE Pulse Pulse Test DIO O FANDIO 0 Input Mode Input Mode Input Mode DIO O TEST DIO 0 Open Of f Open Of f Closed On Closed On N32 Test DIO I FANDIO 1 Open
150. DF 3000 Imm Level 1 lt Level 2 lt Level 3 Level 4 232 29 TIL 1225 F30 F34 G12 G14 BREED vig LC IZ IN C40 C45 04623 BREED vids LC ZEN VII BE10 Ell E12 HET UTA Ur 287 R 2C20238 Jf 287 A 2 32239808 gt KI K12 K13 K14 SS Warning 3 3
151. Nominal Size T Hd O OORE DAE C d NITTO SEIKO Made in China E _ C21 Low MF C22 High MF C23 Low MF EDF EDF C24 High MF EDF EDF METER FACTOR 6 39
152. OF MF14 GD AXFA14C D mm nr Lo RE 243 5 30mA DC 12mm 5mm 2 8kg MFO11 2 L mm LIMETE MF011 0 LO000 L 4340 AMA 11 6 e 7 SEE G14 G13 mm M y pl O y S iei ES i O MIDA D O B Hu Lo 3 kg 8 0 10 0 16 8 10 addi AS 10 0 012 0 12 0 VM 16 10 12 ini LTTIT2 6 D Pt ye
153. Open L2 DIO I TEST DIO I Short Short e N60 Good T CHECK Error 13 P P O O x am are mp BRAIN 9 BRAIN Protect 7 P10 IKey Code Key Code 07 9999 07 9999 eme mm rum LII B P20 Write Protect N T ARA No No uA vem o Men 1 Enable Wrt Passwd 3 ASCHE 8 ASCI 8 ENABLE WRITE 2 d eS DES U UA P2 P22 New Password YY NA ASCH 8 ASCI 8 NEW PASSWORD Ma TEM P23 Software Seal Break Break Keep oker SOFT SEAL Keep Keep Break 6 5 El o SUE CHECK Error 6 11 6 4 1 B Easy Setup 1
154. ors r P M SORA LAS sa ra V3 ME FIE Check signal cable 30 zaa AY 39 Y Mt F yf O BT and grounding THU 3 Fatt TIA 6 37 Setting Alarm BRAIN 60 50 Span gt 10m s 51 Span lt 0 1m s Check parameter C40 C41 and C42 Check parameter C40 C41 and C42 50 40 Y gt 10m s 51 3 Y 0 Im s 52 TTL 10000p s check parameter DIO lo 2I000057 and D11 53 TTL lt 0 0001p s Ec d DIO lose 0 0001p s 54 4 20 Lmt Err Check parameter Jl led is and J12 55 Multi Rng Err 56 H L HH LL Set 57 Dens Set Err 60 PLS gt 10000p s Check parameter F30 to F34 Check parameter G10 to G14 Check parameter C40 C45 and C46 Check parameter E10 and E12 ELI 55 s dope 56 H L HH LLt 74 17 body TA EA 60 WA gt 10000p s Check parameter E10 Ell and E12 Check parameter E10 Ell and E12 Check parameter E10 Ell and E12 Check parameter E10 Ell and E12 Check parameter E10 es 65 PLS gt 15p s Ell and El2 65 VA gt 15p s 66 PLS gt 10p 8 OPES 2 lt 5p S 70 PLS lt 0 0001p s 71 Meas Mod Set Check parameter E10 Ell and E12 Check parameter E10 Ell and E12
155. uae imd f g 1 12 h i 3 MRKAR ze rd PL 12 1 3 2 2
156. 11 Total Scale 99999999 T 0 99999999 D13 Total Low Cut F20 DO Function F21 DIO Function Fwd Rev Rngs e B31 D11 230 001 0 01 0 1 1 10 100 1000 1 100m3 h 1 M 1 Ml 10 xm B30 D10 k Unit P B31 D11 1 x10 me 2 100m h 10 1 1 1 210 Xmm TT OT B30 D10 nm Unit P B31 D11 10
157. 2 Ims gt sho umm Closed On i al O1 O1 O1 A P c 5 PLS25p s 20ms 25pps 2 33ms Hs 15pps 2 50ms PLS gt 10p s OpsD 100ms HESS 5pps uU 0 00005pps m lt HFL HF2 Closed E i gt y be Det Measure Mode C20 On i 9 Ehhanced DF Nominal e S Closed i amp XE a a 7 y FH CA Closed 73 IAdh Set Err Level 1 lt Level 2 lt Level 3 lt On ye Level 4 i 7 J2J5507 Open Ee im 73 s Off ds ly E F20 DO Function F21 DIO Function Alarm Output F22 DO Active Mode Open 0ff 7 Z7 4 7 F23 DIO Active Mode Open 0pen 4 20 mA 6G21 4 20mA Alarm Out
158. 22 Base Time Unit TIME UNIT mn i C41 B23 Flow Span Y E AT B21 0 4 FLOW SPAN B22 B21 B22 C40 C41 C42 6 2 BRAIN Total Unit TOTAL UNIT Total Scale TOTAL SCALE Unit PULSE UNIT Pulse Scale PULSE SCALE O Display Selectl DISP SELECT1 B41 Display Select2 DISP SELECT2 z Gl 2 Display Select3 DISP SELECT1 O Auto Zero Exe AUTOZERO EXE B60 SELF CHECK B24 IFlow Decimal Pnt FLOW DECIMAL BRAIN BA 4 VA Unit P n Unit P u a u Unit P m Unit P m Unit P Unit P Unit P k Unit P k Unit P M Unit P M Unit P Pulse s Pulse s jnit P Init P nit P lnit P nit P Init P Pulse s Pulse s 07 32000 13 3 Flow Rate 11 3 FR Flow Rate FR Flow Rate mA 17 mA FRA Forward Total 24417 4 v FTL Reverse Total JT 1 4 2724 RTL Dif Total 3J 29 ay t7 DTL Off Off Flow Rate 3 FR Flow Rate FR Flow Rate mA mA FRA Flow Rate Bar a0 30 77 FRB Forward Total pa FT
159. 3096 G1 1 High Alarm 28096 G12 Low Low Alarm 22096 G13 High High Alarm 90 G14 H L Alarm Hys 5 100 90 75 High High Alarm High Alarm Low Alarm 35 30 20 iE Nh Vi Low Low Alarm I t MA F20 D0 Function H L Alarm 0 F21 DIO Function HH LL Alarm 0 F22 DO Active Mode Closed On Act F23 DIO Active Mode Closed Short Act G21 4 20mA Alarm Out zu gx He Y B B 2 4 mA 4 0mA MA E O 21 6mA or More 21 6 mA G22 4 20mA Burn Out CPU CPU d High 25mA C1 Low 0mA AN xm CP
160. Check parameter E10 Ell and E12 Check parameter C20 66 WA gt 10p s 67 VA gt 5p s TON VA lt 0 0001p s 12 b By 72 Size Set Err Check parameter C32 72 2J974 17 73 Adh Set Err o ME MI 03 245 vay tyT423 34 8 C40 CAL C42 7137 2 CA0 C41 C42 7137 3 fa NA D10 D11 7137 A fa M 32 A D10 D11 7137 3 fa NA J11 J12 TUI FIY HA 33 4F30 7F34 G10 7 G14 TU vVIlE GM NIG C40 C45 C46 TUM fav ITA N 733 E10 Ell E12 TUM d FIYI IDA es ENS RIS ES 7137 2 E10 Ell E12 7137 3 fa 33 3 E10 E11 E12 7137 X9 fa 33 3 E10 E11 E12 7137 3 fa ElO Ell BU2 7137 3 fa 33 3 E10 E11 E12 7137 A fa 2 E10 E11 E12 7137 3 fa 33 3 E10 E11 E12 7137 3 fa 33 4 C20 7137 3 fa n 2398032 TU D vk 33 3 K11 K12 K13 K14 740 A Fayth vy 6 38 PASARELA E C40 CAL C42 HET Sap LC ESN v J JI Y D verd PISADO 05m s 11000pps
161. E00 Pulse m N LE PULSE SET DET E10 Pulse Unit AYA jn1t P jn1t P EJOLA PULSE UNIT Jnit P Jnit P rt P Ja bsp Init P Init P Init P LP Jnit P Jnit P Pulse s Pulse s E11 Pulse Scale N 2 0 32000 0 32000 E10 TOTAL SCALE B32 B33 E12 IPulase Width MANN W 5096 Duty 5096 Duty 5096 Duty PULSE WIDTH 0 05ms 0 05ms 0 1ms 0 1ms 0 5ms 0 5ms 1ms 1ms 20ms 20ms 33ms 33ms 50ms 50ms 100ms 100ms B32 E13 Pulse Low Cut n 07 100 07 100 396 0 PULSE LOWCUT E60 R Good 6 5 SELF CHECK Error 6 F 1 La xum er x HB 415 ATH oy aam a en velo BRAIN F00 Status Function STATUS FUNC F20 IDO Function DO W No Function NE Output DO3 NEN DO FUNCTION Pulse Output
162. L Reverse Total ykm RTO Dif Total Payet DTL Tag No Tag No Adhesion Check F v3a 7 47vv v Communication ysyy 23 03 taty tv27 B41 B41 3437 t np No Execution 7 3J yH Execution Y y20 AN 6 3 30H nn i JL Y Display Select2 Display Select2 4 RB iB X Auto Ck C43 1 D10 1 D11 1 E10 1 El1 1 H10 Flow Rate 2 H11 Off 3 H12 No Execution A 6 5 Ma 3 C C M A T 5888 Moda mU MILI BASIC SETUP Ic m lorem ll m TAG NO FLOW DAMPING B20 MEASURE MODE Enhanced DF
163. U 10 2 1 G30 Alm Setting G31 Alm Sig Over CAS DT OD OS NS y TIA ELE UTE G32 Alm Emp Pipe G33 Alm HH LL LL NNMUI
164. eck 4 B 3 4 B 10mm 307 S cm 15mm 10 S cm Level Level Level Level K11 Adhesion Level1 1 Level 1 M ohm Lows K12 Adhesion Level2 2 Level 2 M ohm Lada K13 Adhesion Level3 3 Level 3 M ohm Ls X Level 3 80 Adhesion Wng F20 D0 Function IF21 DIO Warning Output Leve1 3 K14 Adhesion Level4 4 Level 4
165. ion gt Zi Closed No Auto 2 put Open Function Rngs 0 yp Closed Open Auto 3 Auto 3 E v Closed Rngs 0 Rngs 0 Open Open Open Auto 4 Rngs 0 Auto 4 Closed Open Rngs 0 Open Closed Y Closed Closed Open i Open Auto 2 i Open Closed Rngs 0 Closed Open Closed Closed Open Open Auto 2 Rngs 0 Fwd Rev Rngs 0 Zi Closed Open Closed 217 Closed Closed 1 Open X No Function 2 DO DIO No Function X D10 0 DIO M e 6 22 F20 DO Function F21 DIO Function F22 DO Active Mode F23 DIO Active Mode DO Closed On Act DIO Closed Short Act Open Off Act OpemOpen Act 1 No Function
166. osed On Pulse E Pulse Set X Opps Open 0Off D0 N31 Test DIO O DIO ST FAN AAA AMA DIO N10 Test Mode Test JL N32 Test DIO Input mode DI0 Open Off DIO C1osed 0n Input mode N32 Test DIO I DIO DIO N10 Test Mode C Test DI0 Open p10 Short 12 P P10 Key Code
167. p Over Wng B23 C42 Flow Span 1000 m h 1000 mh 1000 m h 9 7 B30 Total Unit D10 IU XU 100 1 FU B21 C40 Base Flow Unit n U u U m U k U M U B31 Total Scale D11 1 TO LT 6 LN B30 D10 Total Unit B31 D
168. re 21 6mA or Morel21 6mMY eni 6 7 E T 4 eo High TS CPU 4 20m Low con AA es pa E c bcm Aw vM 0 Alm Setting ALM SETTING Twv a AE ues G31 IAlm Sig Over ALM SIG OVER G32 Alm Emp Pipe A m W INo ALM EMP PIPE Yes e Md G33 Alm HH LL Alm HH LL W No ALM HH LL Yes IR No Yes Alm 7 vta7 No No Yes Yes e I qu E eee G40 Operation Time ANDY 0D 00 00 0D 00 00 EDT OPERATE TIME 99999D 23 59 99999D 23 59 Alm Record1 Alm Recordl 10 uP Fault 10 74 07 wtyM q ALM RECORD1 EEPROM Fault 11 EEPROM 41 39 A D H Fault I2 A D H 4Y 3 A D L Fault 13 A D L 44 3 A D Z Fault 14 A D Z 4Y 3 Coil Open 15 1414 yty EEPROM Df 1t 16 EEPROM Power Off 18 Power Off Inst Pwr Fail 19 Inst Pwr Fail WDT 28 WDT Sig Overflow 30 aJl37773 Y4Y 30 Empty Pipe 31 Adhesion AlmI33 G42 lAlm Record Time1 Alm Record 00 00
169. rm 0 HH ILL Open Off wa Rey Rngs 0 lmw EF Rev G i Pulse Output 1 de i X Auto 2Rngs 0 Auto 3 Rngs 0 Auto 4 Rngs 0 Ext 2 Answer 0 iX Closed On Active Open Off Active F23 DIO Active Mode DIO 3 DO DI0 0 Total Switch 0 Closed Short Act Ic Open Open Act Closed On Open Off dL EE lt gt T DOR n UEM T oe a Alarm Closed On Active Open Off Active Warning Output Good Warning Total Switch 0 3 BEIER 4 DIO DIZ 096 Signal Lock I LARA E OS Short Fwd Rev X Auto 2 Rngs 0 Auto3Rngs 0 Auto 4 Rngs 0 Open Ext 2 Answer 0 iX i pr LECS GU a DIO 1 Short Active Open Active 0 Sgnl Lock 1 4
170. t 6 6 OER E A A A RM EE 6 6 D GIRH ASS T v SD gt 6 7 8 MEE A A E A A iaa 6 9 9 J J 6 9 10 KER CAS D ica 6 10 y WEB AS ATI O A Pi 6 10 42 E o A bRESPRTRedo IE aga 6 11 ODD SMA o B eet rib Ra DEC det 6 11 6 4 A ss 6 12 BER Sp i i bed 6 12 ARA EN A T ETS 6 15 SED A ts aiii 6 16 AB VA CN 6 18 a A t e Cb mee ete bdo td 6 19 OE ANON do A NN Ne 6 24 C HE S eas A cow dava quidalce i 6 28 8 J 6 29 0 MAH ea E RETE 6 31 10 MAR 6 32 DAS ld A 6 32 As a SS T TI 6 33 A AAA 6 34 A A Oo 6 34 ECO IP PI EERREEENE 6 35 0 6 37 A A SS 6 39 7 RE 8 RE o id is ratio De e a 9 1 9 1 A a 3 E BE A A 9 2 NT As A CPP 9 3 e SR 10 1 NNI A 10 1 11 E ON PE 10 1 EE ON EA CE CA E T ES EE RE EEA 10 1 10 2 10 3 KM INE NDA TE UTE 10 3 A TU EA TOE Ek 10 3 103 SR i RARA 10 4 E und i Ni i T EAT TAT 10 4 E ER RE i Ei 10 5 10 3 9 al A E a 10 6 ME Coo i II 11 1 IAN A i 12 1 PAM AAA A A A T 12 71 1 1 O On 1 2 1 2 AO IS sn A A OS 1 A A O A Dc ee OR pa adeo dedeti i v Een 1 5
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