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1. 2 2 2 1E6C1 01 CO 3 1 s 10 60C AM11 DL 0C 5 95 RH 3 2 2B
2. 2 1 3 6 Ay a AM11 AM11 AS DH DB AM100D AM200D AM300D 1 2 AM400D AM500D A AM11 DL AMS
3. gt Rl 7 0 gt IM 1E6C1 01 1 1 1 k cw H 721
4. AN AMLILILID IM 1E6D0 01 AN
5. Fig3 6 sps G PF 3 3 6 ECG I lt DO G2 PF12 3 3 7 ECU 2 Fig3 8 cps lt X5 G4 PF94 GUz PFY75 3 3 8 G 4 PF 4 ECW 3 3 3 9
6. 2 IS 3401 JIS 3312 6 5 12mm BCG ECW 7 5 12mm 0 5 2 5mm2 mm 3 3 3 Fig3 3 2 eps Me 3 3 3 AM11 1 AM100D 200D 300D 400D AM11 8 eg AM011 2 Gs EE j Pe _ SA SB Fig3 3 3 eps 3 3 4 2 AM500D 6958666119586 AM11
7. 110 I10 N N M50 KEY 55 M50 KEY M50 KEY 55 55 N 1 N10 TEST MODE N10 TEST MODE TEST TEST N11 OUTPUT VALUE 1 OUTPUT VALUE m 96 0 110 2 DH DL DB AM11 DH DL S3 S4 AM11 DB S3 AUX S4 PAUSE START RESET
8. E12 PULSE LOWCUT C JJ 30VDC 200mA P P 50 DUTY 0 5 1 20 33 50 1007 0 0001P S 1000P S 3 3 3 2 3 3 lJ 3 ee 5 LILILIm 9h 10 E10 RATE UNIT E11 PULSE RATE B51 DSP PULSE PROVIDED E10 P RATE UNIT RUNIT P cm 10 B51 DSP PULSE PROVIDED E10 B24 FLOW SPAN
9. D A C 3 3 2 1 AMO11 3 3 1 AMO11 2 2 10 5mm
10. OPEN EX1 EX2 11mys 0 05mys P SPAN gt 1000p s 50 6DUTY 1100p s 0 5ms 1000p s 1ms 500pys 20ms 25p s 33ms 15p s 5 50ms 10p s 100ms 5ps 0 00005p s 1100p s 0 00005p s MULTIRANGE ERROR 1 lt 2 lt 3 4 B C SIGNAL ERROR EEP
11. rJ gt 30V DC 0 2A max AM11 PULSE OUT PULSE OUT 3 3 14 Co HB Ay 200Q 3 3 15 AM11 AS A S 30V DC 0 2 A max 3 3 16 IM 1E6C1 01 3 3 6 DC DC 1 Ay P
12. 35 4 35 7 4 2 A 24VDC _ 3 Ay 24VDC 24V DC 106 3 8 pe Bi 7 78 04 18 1 r 43 24 2 1 1 R 11 15 1 O 0 20C 7 m 6 24 26 4 28 SURE HE E V 20 21 2mm 2 1 25mm 2 IM 1E6C1 01 4
13. A10 FLOW RATE SETTING 0 6 L ADJUST A11 FLOW RATE 0 06 m3 h A60 SELF CHECK 3 6 ED x 5 6 2 BT200 IM 1E6C1 01 5 5 6 3 _ BT200 1 0 9 _ 7JL 772 FO A7 7 1 x J D SHIFT 5 SHIFT 8 J B U V m A B SHIFT 5 SHIFT 7
14. Z 3 3 9 IM 1E6C1 01 3 3 5 CO Ma ill 1 3 3 10 3 3 11 3 3 12 3 3 1 AM11 AS N C EX1 SUPPLY EXCITER J OUT Fig3 12 eps 3 3 10 AM11 AS AM11 DH DL I elelelelelele EI OR 54 53 STATUS IN L pi S OUT L ALM EX1 EX2 S2 52 51 2 L EXCITER J L cun Sui STATUS OUT Fig3 13 eps 3 3 11 AM11 DH DL AM11 DB m RESET START PAUSE 53 LL AUX Lis OUT LALM x LG EX1 EX2 82 52 51 LL SUPPLVY I LExCITER L cun L_ PRE 1 END j 3 3 12 AM11 DB 08 5 Fig3 14 eps 3 3 1 STATUSOUT 81 AMLI DHDL STATUSOUT 55 AM11 DH DL 4 20mA DC STATUS IN AMI1 DHDL EXCTER EX1 2 STATUS IN S4
15. PRS 2 2 2A 250V 1 Q L sss 1 E vi 1 1 IM 1E6C1 01 2 3 25 65 30 70C 5 80 L L uz kL 2 4
16. 400 mm 300mm 2000 ON 100kQ OFF 4 20 mA DC 0 1kO 30 V DC OFF 200 mA ON 0 0001 1000 SS 30 V DC OFF 1 mA ON 30 V DC OFF 200 mA ON AM11 AS BRAIN 4 20 mA DC 250 600 0 22 3 3 mH 15 cm 4 10 kQ at 2 4 kHz 2 km CEV EEPROM
17. 1 18N m 10 60 C AM11 DL 50 F APO S 95 RH AC 80 264 V 47 63 Hz DC 21 6 26 4 V DC 100 130 V DC 24VDC 400 300 gt 200 21 6 _ 24 20 26 4 28 2mm2 lt 1 25mm2 FO1 EPS IM 1E6C1 01 1100 F 8085 Fi 80 264VAC 100 130VDC 21 6 26 4V DC JIS G1 2 PF1 2 ANSII 2NPT DIN Pg13 5 ISO M20X1 5 EE o To5 EPS DC C Tick
18. Zero 3 100Q 10 7 4 IM 1E6C1 01
19. BT200 6 1 1 110 ZERO TUNING L10 ZERO TUNING ENABLE ENABLE L11 MAGFLOW ZERO AUTO ZERO S E L11 SET 2 3 2 AUTO ZERO 4 111 MAGFLOW ZERO 30 61 2 DH DL DB
20. G21 INT T LMT 1 MODE1 0 G31 INT T LMT 2 MODE2 OC G41 INT T LMT 3 MODE3 G51 INT T LMT 4 MODE4 0 9999 A20 TOTAL 9 G22 1 G32 2 G42 3 G52 4 smo 2 8540 10 G22 PREBATCH1 MODE1 4 ATCH m xE G32 PREBATCH 2 MODE2 08150 0 G42 PREBATCH 3 MODE3 _ 952 PREBATCH 4 MODE4
21. 0 0 4mA RESET START PAUSE 4 2 IM 1E6C1 01 4 20 mA MV 1 CN Q J i 0 12 0 BRAIN 1100mm O O 1 OOOOOOOQOQQOOOOQOOOOOOOOS LOOOOO I I I IOOOOOOOOOOQO TO02 EPS
22. 7 2 1 START LED N ES YES NO 7 Y NO YES YES A B NO 100M Q YES NO u YES _ 6 2 3 1 NO YES NO YES 7 2 IM 1E6C1 01 7 22 START
23. N11 OUTPUT VALUE N10 TEST MODE TEST w SHORT 15 51 53 5 SI 3 AUX SHORT SHORT N16 51 54 PAUSE SHOHT N17 SI START SHORT N18 SI RESET SHORT DB gt 1651 54 SHORT DH DL gt 3 S1 S2 N11 OUTPUT VALUE N10 TEST MODE TEST b Si N12 SO S1 END NORMAL NORMAL ON OFF N13 SO S2 PRE N14 ALM OUT AM11 DB 7 1 IM 1E6C1 01 7 7 2
24. 1 1 YES Sa YES Eo NO YES NO NO 3 100Q YES YES 5pS cm NO u YES
25. _ B53 DSP OTHER PROVIDED 4 C41 ALM OUTPUT 2 4mA OR LESS 2 4mA OR LESS 2 4mA OR LESS 2 4mA 4 0mA 4mA 21 6 OR 21 6mA 5 7 IM 1E6C1 01 5 5 5 5 4 20mA B53 DSP OTHER PROVIDED 8 2 72mA RBS S 2096 20 100 4 20mA A10 FLOW RATE 11 FLOW RATE 5 5 6 AL AL yy ON OFF TWS E49 ALARM SELF CHECK L HALARM ties Us ALARM 110 110
26. 5 1 IM 1E6C1 01 5 7 5 2 AN 4 20mA 20mA 108 1 5 2 0 0 1 10m s B40 VELOCITY CHK B40 VELOCITY CHK 1 0 05 0 1 30m3 h 30 00m3
27. 11026 5 m Eso Sta RX 110 110 5 5 57 C40 F DIRECTION NORMAL 5 5 12 REVERSE 5 5 13 5 8 IM 1E6C1 01 5 5 8 7seg LED AM11 AS LED1 LED 4 M41
28. 30000 4 4 4 3 0 30m3h B22 FLOW UNIT B22 FLOW UNIT B23 TIME UNIT B23 TIME UNIT B24 FLOW SPAN h B24 FLOW SPAN 7 3 3000 m3 h 1 2 NAMSH 6 SET SHIFT INC DEC INC B22 FLOW UNIT SET SHIFT DEC SHIFTI SET SHIFT INC DEC m3 km3 10 X m3 3 m 1 cm3 10 2Xm 3
29. 2 SINGLE RANGE EXT 2 RANGES 2 EXT 3 RANGES 3 EXT 4 RANGES 4 h E23 REV RNG SEL lt NO FUNCTION SINGLE RANGE EXT 2 RANGES 2 EXT 3 RANGES 3 4 RANGES 4 b E40 REV SPAN1 1 E30 FOR SPAN2 2 E41 REV SPAN2 2 E31 FOR SPAN3 3 E42 REV SPAN3 3 E32 FOR SPAN4 4 E43 HEV SPAN4 4 1 H2LL US 3 4 1 A10 FLOW RATE SR RIE RI SG 1
30. DISPLAY ENTER 1 3 3 3 V gt F1 F2 F4 5 19 IM 1 6 1 01 5 7 BT200 AN lt BT200 5 50mm B10 TAG NO A DISPLAY B SETTING L ADJUST M OTHER B19 MAGMETER ADMAG mm
31. C13 T USER UNIT PROVIDED AMI11 DH DL AM11 DB C14 5 5 10 B53 DSP OTHER PROVIDED h 4 b E55 APPLICATION PULSATION NORMAL PULSATION IM 1E6C1 01 5 5 5 11 M10 L10 BE4 M10 TUNING INHIBIT ENABLE ENABLE INHIBIT 5 5 12
32. C10 F USER SEL PROVIDED CH FUSER UNIT C11 kg C12 FUSER SPAN 40000 0 11 FLOW RATE 40000 0 kg C10 F USER SEL E PROVIDED C12 B24 FLOW SPAN 100 11 FLOW RATE C11 A11 FLOW RATE 40000kg 2 88 2 C14 T USER UNIT 20 TOTAL 24 T SET VALUE E51 TOTAL SWITCH F10 REV TOTAL F11 DIF TO TAL G20 BATCH SET 1 G21 INT T LMTl G22 PREBATCH 1 023 PRED l G24 LEAK DETECT 1 G30 BATCH SET 2 G31 INT T LMT2 G32 PREBATCH 2 633 PRED LEAK 2 034 LEAK DETECT 2 640 BATCH SET 3 G41 INIT T LMT3 G42 3 G43 PRED LEAK 3 G44 LEAK DETECT 3 G50 BATCH SET 4 651 INIT T 4 G52 PREBATCH 4 653 PRED LEAK 4 GS4 LEAK DETECT 4 B53 DSP PROVIDE C13 T USER UNIT PROVIDED Y C14 T USER UNIT 53 DSP OTHER PROVIDED
33. h F4 B24 FLOW SPAN Z Siti bae Ku uC Ca e ss B22 FLOW UNIT B24 FLOW SPAN B24 FLOW SPAN m3 30 0 1 0000 m3 h B23 TIME UNIT h B24 FLOW SPAN 30 0 IHOME SET EE ONS ETE Er l cLR F4 ENTERH 2 ENTER F4 0 30 0 IM 1COAI1 01 5 21 1E6C1 01 5 7 3 BT200 400mm
34. SS 0 4mA 0 3 4 ON 0 5 5 15 AM11 DH DL S3 5 5 4 5 5 16 AM11 DH DL Se2 ON _ 999999 5 54
35. H 5 13 5 B53 DSP OTHER PROVIDED 20 0 SIGNAL w S3 0 E22 E23 3 4 E20 NO FUNCTION B53 DSP OTHER PROVIDED E20 INPUT FNC EXT FOR PRESET C24 T SET VALUE S3 E22 E23 3 4 E20 NO FUNCTION B53 DSP OTHER PROVIDED E21 OUTPUT FNC TOTAL SWITCH b 4 E51 TOTAL SWITCH S2 ON E22 3 4 E23 NO FUNCTION E21 NO FUNCTION IM 1E6C1 01 5 5 5 4 VA V V SAC HN V V NVY VA C NI
36. LCD 5 M41 FLOW DISP FLOW RATE FLOW A10 FLOW RATE 11 FLOW FLOW RATE A20 FOR TOTAL BLANK BLANK AM11 DH DL LED2 fT LED 6 M40 M41 LCD M40 FLOW DISP1 FLOW FLOW FLOW RATE A10 FLOW RATE 9208 9 TOTAL En A11 FLOW RATE PE 20 FOR TOTAL FOR TOTAL F10 REV TOTAL FOR TOTAL F11 DIF TOTAL FLOW RATE 22 FOR REV TOTAL BLANK DIF TOTAL BLANK AM11 DB LED2 LED 5 M40
37. 5 5 1 n UNITP 10 x UNIT P 105 x UNIT P 10 x UNIT P 1x k UNITP 103 x M UNITP 10 x PULSE s 100 1 E11 PULSE RATE 10 LUNIT P h 4 E12 PULSE LOWCUT 3 E13 PULSE WIDTH E11 E10 E12 0 0 100 E13 P s 50 DUTY 1000P S 0 0001P s 0 5ms 1000P s 0 0001P s 1ms __ 500P s 0 0001P s 20ms 25P S 0 0001P s 33ms 15P s 0 0001P s 50ms 10P s 0 0001P s L 100ms 5P s 0 0001P s 5 5 1 UNIT P 1E6C1 01 5 5 2 1
38. 0 9999 A20 TOTAL 10 ses G23 F 1 933 2 ER E G53 4 G23 PRED LEAK 1 MODE1 O G33 PREDLEAK 2 MODE2 misma 043 PREDLEAK MODE3 D IL IL G53 PRED LEAK 4 MODE4 fP 0 9999 4 20 TOTAL 5 27 IM 1E6C1 01 5 11 Zx gt x 5 B54 DSP B
39. L DC 50 00Hz B40 VELOCITY CHK 1 00 50 DSP TOTAL 5 7 5 BT200 B32 FREQUENCY NOT PROVIDED PTI EE 5 5 5 22 BX B32 47 00 63 00 Hz 50 00 Hz BT200 IM 1E6C1 01 5766 N 1 2 3 5 2 10 FLOW RATE 11 FLOW 5 1 AM11
40. lt 1 1 G20 G25 2 G30 G35 3 G40 G45 MODE 4 G50 G55 7 G20 1 G30 2 G40 ena 3 G50 4 LED M40 BATCH DISP BATCH SET e29BAYCHSET1 MODEI TOTAL 930 BATCH SET2 2 LED LE G40 BATCH SET3 IaMODE3O CE G50 BATCH SET 4 MODE4 0 999999 A20 TOTAL C20 C21 5 26 IM 1E6C1 01 5 8 G21 1 G31 2 G41 3 G51 4 DATA SET 2
41. BT200 IM 1 0 11 01 BT200 BT200 RESET START PAUSE 5 6 1 BT200 AM11 BRAIN 4 20mA DC DC AM11 DH DLDB 5 6 1 BT200 4 20mA DC 5 15 1 6 1 01 5 5 6 2 BT200 BT200 5 6 2 B1200 gaA TERMINAL A DISPLAY B SETTING L ADJUST M OTHER 2 X8 HOME ON OFF ENT BT200
42. 3 4 B53 DSP OTHER PROVIDED B53 DSP OTHER PROVIDED E20 INPUT FUNC g E20 INPUT E20 INPUT FUNC EXT AUTO ZERO EXT AUTO ZERO Q 4 L L10 ZERO TUNING L10 ZERO TUNING ENABLE ENABLE S3 30 E22 E23 3 4 E20 NO FUNCTION 62 1 AN60 SELF CHECK ERROR INC DEC 6 1 IM 1E6C1 01 2
43. r BEES CE i PARA DATA Ll 16 2 eDATA SET SET SHIFT INC e BATCH RESET SIART PAUSE 4 1 1E6C1 01 4 6 LED 7 6 LED 4 6 LED 4 4 2
44. 2B IS G1 2 PF1 2 ANSI1 2NPT DIN Pg13 5 ISO M20X1 5 M4 0 6GY3 1 2 0 2 5Y8 4 1 2 JIS C0920 NEMA4 1000 D 10Q C LED 7 6 2 1 LCD 16 2 0 1 100 L m
45. 2 INC DEC SET SHIFT INC DEC B24 FLOW SPAN j 20600 mn SET SHIFT INC DEC 100 gt B24 FLOW SPAN 4 000 0 h INC DEC 3 ISET SET SHIFT p 2 2 1 2 4 4 IM 1E6C1 01 4 4 24 4 2 3 SET SHIFT DEC B24 FLOW SPAN 00 m
46. RESET 0 F30 BATCH SUM 0 F30 BATCH SUM SET 2 BRAIN BT200 F30 ENTER 2 0 0 F31 BATCH CYCLE 0 14 14 F31 BATCH CYCLE 0 F31 BATCH CYCLE SET 2 BRAIN BT200 1 ENTER 2 0 0 13
47. SHIFT INC B20 SIZE UNIT mm SET SHIFT INC DEC B21 NOMINAL SIZE INC B21 NOMINAL SIZE 100 00 mm B20 mm SET SHIFT INC DEC SHIFT B21 NOMINAL SIZE 94 IL SET SHIFT INC DEC B21 NOMINAL SIZE INCI DEC SET SHIFT INC DEC B21 NOMINAL SIZE SHIFT 0000 00 mm SET SHIFT DEC B21 NOMINAL SIZE INC I DEC SET SHIFT INC DEC SET 2 3 2 SET SHIFT INC DEC B21 NOMINAL SIZE SET 1 0050 00 2
48. s min hour day mm 63 Duty 50 0 5 1 20 33 50 100 ms 4 LED LCD R1 SET L 5 ICE OFF
49. C24 IM 1E6C1 01 5 F10 REV TOTAL F10 REV TOTAL SET 2 AM11 DH DL A20 TOTAL F10 REV TOTAL GS MA DIF TOTAL SET 2 F10 REV TOTAL AM11 DH SET 2 DL C24 SET VALUE 0 A20 TOTAL A20 TOTAL SET 2 F11 DIF TOTAL B25 DAMPING asha 3 0 8 0 1 100 0 Z 09 63 2 5 5 4
50. 030 00 ms B24 FLOW SPAN SET 2 3 30 00 2 5 3 IM 1E6C1 01 5 5 3 METER FACTOR 400mm L H 2 5S00mm L L 1 2345 1 1234 L B30 LOW MF HH B31 HIGH MF 300mm H 2945 H 1 1234 1 L 1 2345 SET SHIFT INC
51. F11 A20 F10 1 F11 DIF TOTAL 0 999999 1 1 1 1 1 1 1 1 I 1 60 SELF CHECK GOOD HBL ERROR F30 BATCH SUM 0 999999999 1 i 1 I I I I 1 1 t 1 t 1 1 t 1 I I R 1 BATCH CYCLE 0 30000 0 0 W B I R 9 4 IM 1E6C1 01 NO RAW S HIBA 000 BATCHFNC i G10 BATCH INHIBIT ENABLE B ENABLE G11 BATCH SPEED LONG w B BATCH G12 EXTPAUSE W B PANEL SWITCH WiB G14 1 FRACTION RESET wi x PRESERVE G19 BATCH MODE MODE 1 1 Wi B G20 BATCH SET1 o 999999 0 3 B MODE1 G21 INITTLMT1 0 9999 0 3 1 Wi B MODE1 G22 PREBATCH1 0 9999 0 3 W B i MODE1 G23 PREDLEAK1 0 9999 0 3 w B MODE1
52. SHBL 20 C13 C24 C60 E00 E21 E51 E60 F00 F10 F11 F60 E00 E13 E60 E00 E22 E43 E60 C00 C12 C30 C60 E00 E20 E49 E50 E55 E60 i A20 C13 C24 C60 F00 F30 F60 G00 G14 G19 G60 IM 1E6C1 01 9 1 t I 1 iR S H B L I 1 STD FUNCTION R SHBL SHBL A11 FLOW RATE F USER SEL NOT PROVIDED PROVIDED HBL F USER UNIT ASC II 8 100 A11 C11 F USER SPAN 0 30000 PROVIDED PROVIDED PROVIDED A20 TOTAL USER SEL T USER ASCII8 UNIT B22 FLOW UNIT UNIT n UNIT P PULSE S u UNIT P m UNIT P UNIT P k UNIT P M UNIT
53. DEC 3 h B24 FLOW SPAN SET 2 100 0 m3 h 10 SET SHIFT INC DEC SET SHIFT DEC INC DEC SHIFT SET SHIFT DEC L ID C30 4 20 LOWLMT SET 2 2 20 0 4 5 IM 1E6C1 01 5 5 AN 51 SIZE 50mm 50 mm 20 SIZE UNIT mm B21 NOMINAL SIZE B21 NOMINAL SIZE 50 0 mm lt re INC B
54. B SETTING ENTER B20 SIZE UNIT mm B21 NOMINAL SiZE B21 NOMINAL SIZE 50 mm ss 30 0 ENTER ENTER F4 B19 MAG METER ADMAG B20 SIZE UNIT mm B21 NOMINAL SIZE 50 0 mm DATA DIAG ES F4 5 20 B19 MAGMETER ADMAG B20 SIZE UNIT mm B21 NOMINAL SIZE 100 0 mm B21 NOMINAL SIZE B21 NOMINAL SIZE 100 0 rara ENTER IM 1E6C1 01 5 5 7 2 BT200 30m3 h
55. F2 5 17 1E6C1 01 5 Q 1 Fl CODE amp gt m 2 DISPLAY B SETTING L ADJUST COPY DATA DEL 1 Fl F 1 3 NO OK _ PARM
56. 4 AM11 DH DL DB BTD 5 6 4 1 AM11 AS FLOW LED 5 s PARAVDATA 16 2 SET SHIFT INC DEC AM11 DH DL FLOWDISP T nar LED usut AA2 SET SHIFT DEC AM11 DB sazz gt EE 07 LED h N FLOW Z 4
57. A DISPLAY B20 SIZE UNIT B SET TING L ADJUST B21 NOMINAL SIZE M OTHER 100 0 mm B22 FLOW UNIT rd ENTER ENTER B SETTING B22 FLOW UNIT B21 NOMINAL SIZE B22 FLOW SPAN B22 FLOW UNIT 100 0 mm m3 I B22 FLOW UNIT m3 fs ENTER B23 TIME UNIT ENTER F4 B23 TIME UNIT B23 TIME UNIT B22 FLOW UNIT h B24 TIME UNIT B24 FLOW SPAN 1 0000 4 ENTER ENTER 2
58. YES 5uS cm 7 3 IM 1E6C1 01 7 2 3 START YES gt YES NO YES 9 YES NO NO YES NO NO NO A C B C 100MQ EX1 C 1MQ YES AM012
59. gt AM11 DB LED G10 BATCH INHIBIT A DATA SET SHIFT INC AM11 DB RESET START PAUSE AM11 DB 4 2 1E6C1 01 4 LED 4
60. 8 ll idj3l2lio PRSC R W 5 5 H AMI1 DH L AMII DL B AM11 DB 9 1 1 1 6 1 01 DISPLAY FLOW 108 0 108 0 FLOW RATE 32767 32767 999999 GOOD ERROR SELF CHECK 1 1 I 1 I I I TOTAL I 1 1 t 1 i I t i I 1 MAGMETER ADMAG YEWMAG CALIBRATOR B20 SIZE UNIT mm mm B21 NOMINAL SIZE 0 1 3000 0 1 100 0 B22 FLOW UNIT km 108 m3 I liter cm9 10 2x m m B25 DAMPING LOW METER FACTOR 0 1 100 0s B30 I 1 I I I t I I I I 0 0100 3 0000 HIGH B31 FREQUENCY 47 00 63 00 VELOCITY CHK 20 000 m s iNOT PROVIDED 1 1 1 OT PROVIDED E 1 NOT PROVIDED DSP PULSE PROVIDED iPROVIDED NOT PROVIDED iPROVIDED PROVIDED
61. DC 1Smm S0 S cm 200m ELC 2 1 0 14MPa Rc1 4 PTI 4 1 4NPT A D 1 5L min 2 3 4 AS NZS2064 8 3 AM011 9 AMIL L 200 300 400 sHLH C M4 M4 AMSL
62. LED ALM C41 ALM OUTPUT 2 4mA 4mA HOLD 21 6mA HL ALARM leooD ON LlEEPROMFAULT 1 1 1 1 LZD FAULT 1 1 1 r SPAN gt toms 1 1 1 1 1 1 1 0 1 1 1 r LlP SPAN gt 6001ps 1 1 1 1 IT sPAN gt 1ooogs 1 r 1 IT_sPANzeoootpgs 1 1 f tf MULTIRANGE ERRORI 1 1 1 t SIGNAL ERROR t LEEPROMDAMAGE_ 1 1 1 1 1 r 3 B C
63. M41 LCD M40 BATCH DISP BATCH SET SET FLOW TOTAL H O BATCH SET 10 FLOW RATE BLANK 11 FLOW M41 FLOW DISP A20 FOR TOTAL G20 BATCH SET FLOW RATE FLOW RATE BLANK FOR TOTAL BLANK LCD 999999 999999 LED F EF G 99999 999999 1 5 9 IM 1E6C1 01 5 5 5 9 1 A11 FLOW B22 1 20 mh 2 kg h 100 40000 kgh C11 FUSER UNIT kg C12 F USER SPAN 40000 B53 DSP OTHER B53 DSP OTHER PROVIDED PROVIDED
64. AM IM1E6D0 01 IN 3 3 1 IN RG 50 C 70C s 16JIS 8305 1S JIS 8309
65. AM11 AS DB 7785 IM 1E6C1 01 IM 1E6C1 01 14 ej ua s 1 1 1 1 129 12 1 2 13 2 2 1 ll 251 20 u L uy LS y 2 23 i lk 2 2 24 a unu Q 2 9 uno 3 1 3 1 3 1 ee 3 1 um ia ma 3 3 3 3 1 3 3 3 32 3 3 3 3 3 AM11 a 3 4 334 3 5 A 3 6 3 3 6 DC i 3 8 4 kk 4 1 4 1 EER 4 1 42 4 3 4 2 1 4 3 Sis 4 3 423 4 4 424 4 5 5
66. AMIIDHMDL L S1 S gt SUPPLY NO G END S AM1I DB L AMI DB PLSOUT P RESET AMII DB ALM OUT START AMIIDB LA L TBEEBI2 AM11 DB AUX AM11 DB Tab 3 1 2ps 3 6 IM 1E6C1 01 2 4 20mA DC max 1kQ BRAIN 250Q 600Q 3 3 13 e Ay
67. DATA SET B54 DSP BATCH PROVIDED 1 BATCH CYCLE J U IC 0 30000 5 29 DATA SET ATCH F30 BATCH SUM LILILILJLJLILI 0 9999999999 A20 TOTAL 0 gt DATA SET B53 DSP OTHER PROVIDED 20 INPUT FUNC EXT SUM RESET S3 F30 F31 0 IM 1E6C1 01 6 6 1 0 4mA
68. 1 0 0001P s 1000P s 999999 0 18 5 5 162 999999 C22TOTAL LOWCUT eg AMII DH DL F10 REV TOTAL FI1 DIF TOTAL 2 C23 TOTAL SET INHIBIT A20 TOTAL r sta 8 5 6 5 LILIL Im3 1 5 Hiter C21 TOTAL RATE B50 DSP TOTAL B50 DSP TOTAL PROVIDED
69. t G35 SHORTAGE 2 MODE2O 4 20mA 045 SHORTAGE 3 MODE3O Chen A20 TOTAL gt SS SNORTAGE 4 PO U RESET 0 9999 9999 9999 20 TOTAL lt G20 BATCH SET G25 SHORTAGE 1 _n 0 0 3 LEAKAGE DETECT BATCH SHORTAGE G25 5 28 IM 1E6C1 01 5 13 F30 BATCH SUM 20 TOTAL
70. 6 2 DATA SET PRESERVE RESET RESET PRESERVE G14FRACTION PRESERVE RESET DATA SET 6 4 G19 BATCH MODE 4
71. ADMAG Vs m s 0 1 0 3 0 15 Vs of span 0 3 1 0 5 of span 5 15 9371 05 ofsp 0 25 of span 50 0 5 of rate 50 0 5 ofrate 50 0 5 ofrate 20 1 10 0 3 25 400 1 10 T03 EPS m s 1 10 500 1000 0 75 of span 1 10 0 5 of span 0 3 1 0 75 of span 1 10 0 5 of span 0 3 1 1 Vs of span 1 10 T0202 EPS 1100 2000 2200 2600 0 1 of flowrate 1mmys 28 W AM 100 500 DC 1 100MO S00 V DC 20MQ 100 V DC 1500 VAC1 1 1 OFF 10 8 2 500 1000mm
72. 2 L Bl 2 A DISPLAY B SETTING L ADJUST M OTHER B SETTING B25 DAMPING 3 0 sec B30 LOW MF 1 2345 B31 HIGH 1 0000 H B31 HIGH FM L 5 7 4 BT200 Ay B24 FLOW SPAN 1 0 m s B25 DAMPING 3 0 sec B30 LOW MF 1 0000 EA E EZE ENTER B30 LOW MF B30 LOW MF 1 2345 ENTER ENTER F4 5 H B30 LOW 1 0000 ENTER B30 LOW MF 1 0000 1 2345 2345 KEOTE
73. 3 1115 5 2 6 5 72 MS Fig3 1 eps 3 1 3 1 IM 1E6C1 01 2B 4 2B 2B 3 2 2B 3 3 3 2 G 2B Z Fig3 2 eps 2 2742 4 R8 R10 4 5 C8 Fig3 3 eps IM 1E6C1 01 Il 3 3
74. AM11 DH DL 4 S3 S4 3 3 2 B52 DSP MULTI PROVIDED 4 S2 E20 INPUT FNC NO FUNCTION ON 2 4 E22 FOR RNG SEL 2 2 S1 ON 3 3 4 5 5 2 _ 2
75. 1 DATA SET w G10 BATCH EN 854DsPB ABLE INHIBIT DATA SET 54 DSP BATCH ATCH PROVIDED G10 BATCH ENABLE ENABLE ENABLE INHIBIT 2 G11 SHORT TIME BATCH DATA SET B54 DSP BATCH PROVIDED w G11 BATCH SPEED SHORT TIME BATCH LONG TIME BATCH ONG TIME BATCH SHORT TIME BATCH L 400
76. 2 11 3 SA SB Fig3 3 4 eps 3 3 5 IM 1 6 1 01 3 3 4 JIS C0920 1982 1 _ JI S C0920 1982 2
77. B30 MF en NIT 8 INC INC DEC 4 3 IM 1E6C1 01 4 2 3 ws 4 SET SHIFT INC DEC 4 100 0m7h 200 0m3h 1 ISHIFT B24 B24 k u SPAN 100 0 gt L 100 0 m3h 9 RJ BE ISl PH Z V 8
78. OPEN 2 SHOHI _ F1 1 R1 1 F2 2 R2 2 FS 3 R3 3 w F4 4 R4 4 IM 1E6C1 01 5 5 5 13 AM11 DH DL 100 S1 S2 3 5 3 3 5 4 5 5 3 B52 DSP MULTI a PROVIDED 1 orF 4 SINGLE RANGE AUT 2 RANGE
79. ON OFF SLOT _ GO STOP __ __ UTIL BT200 P00 PON POFF 5 18 IM 1E6C1 01 5 6 4 BT200 5 BT200 WELCOME BRAIN ID BT200 ENT KUY ED ON OFF ON k Please wait ENTER 01 MODEL 11 1 02 03 SELF CHECK GOOD ENTER A DISPLAY B SETTING L ADJUST M OTHER jca ENTER 0 6 A11 FLOW RATE 0 06 A60 SELF CHECK GOOD ENTER m h 0 6 A11 FLOW RATE 0 06 m h A60 SELF CHECK GOOD DIAG F4 ENTER
80. 5 1 cl 5 1 5 2 D82520 5 2 5 4 54 5 4 55 5 5 9 002 5 5 5 6 5 53 yal aa a a a gaa uQ 5 7 5 54 5 7 5 55 WAG Itie 5 8 5 56 7 5 8 FD No IM 1E6C1 01 14th Edition Jan 2007 YK All Rights Reserved Copyright 2000 Yokogawa Electric Corporation 5 8 5 5 8 7seg LED aii 9 10 5 5 10 5 10 S 5 11 5 5 12 DR 5 11 5 5 13 AMI11 DH DL 5 12 5 5 14 09 AM11 DH DL 5 13 5 5 15 5 13 5 5 16 AMII DH DL 5 13 5 6 BT200 DH DL DB 02 5 15 5 6 1 BT200 5 15 562 BE200 OT 5 16 5 63 BT200 5 17 564 200 u u n
81. Vv V V AV v VC 159 V AV C H x C DH gt ololololololololo lk sa PN XX x S XIXINI OIOIOIOIOIOIOIOIO 0 5 55950 O1IOIOIOIOIXIXIXIX xIXINIx OIolol SN 0 x O O o o xN x Ezming7us olo x x X 5 14 IM 1E6C1 01 5 5 6 BT200 DH DL DB ADMAG 5
82. 2 AUT 3 RANGE 3 JAUT 4 RANGE 4 g E23 REV HNG SEL EE NO FUNCTION 2 SINGLE RANGE ask Spa h LU AUT 2 RANGE 2 E30 FOR SPAN2 E40 REV SPAN1 2 1 E31 FOR SPAN3 E41 REV SPAN2 3 2 E32 FOR SPAN4 4 2 B24 FLOW SPAN A10 FLOW RATE 2 015 51 F1 1 1 1 2 2 u 3 3 4 4 4 5 12 IM 1E6C1 01 5 5 14 0 AM11 DH DL
83. G24 LEAKDETECT1 0 9999 0 3 999 B MODE1 G25 SHORTAGE 1 0 9999 0 3 9999 Wi B MODE1 G30 BATCHSET2 0 999999 0 3 Wi B MODE2 G31 INITTLMT 2 0 9999 0 3 B MODE2 G32 PREBATCH2 0 9999 0 3 Wi B MODE2 G33 PREDLEAK2 0 9999 0 31 0 W B j MODE2 4 LEAK DETECT 2 0 9999 0 3 1 9999 wi MODE2 G35 SHORTAGE2 0 9999 0 3 i 999 i MODE2 G40 BATCHSET3 0 999999 0 3 MODE3 G41 INITTLMT3 0 9999 0 3 B MODE3 G42 PREBATCH3 0 9999 0 3 0 MODE3 G43 PREDLEAK3 0 9999 i 0 3 0 Wi B MODE3 G44 LEAK DETECT3 0 9999 00 3 9999 i Wi B i MODE3 G45 SHORTAGE3 0 9999 0 3 999 Wi i MODE3 G50 BATCHSET4 0 999999 0 3 0 B MODE4 951 INITTLMT4 0 9999 0 31 B MODE4 G52 PREBATCH4 0 9999 0 3 0 B i MODE4 G53 PREDL
84. NOT PROVIDED PROVIDED DSP MULTI DSP OTHER 1 PROVIDED NOT i PROVIDED DSP BATCH PROVIDED ROVIDED i 0 0100 3 0000 4 SELF CHECK i I I I I I 1 E I I 1 1 I I i 1 1 1 1 1 1 1 I 1 1 1 1 1 1 1 1 1 1 1 1 1 i I I 1 I 1 I 1 1 1 1 1 1 1 1 I 1 9 2 1 S H B L W SHBL Wi SHB 9 iSHBL iSHBL i SHBL i SHBL SHBL i 6 2 1 I I SHBL SHBL B20 mm SHBL 1 SHBL B22 B23 1 Wi SHBL DL 1 DC Wi SHBL AC 7 1 Ri SHBL m s
85. PROVIDED 20 UNIT m C20 B24 FLOW SPAN 10 5 5 1 n UNIT P 10 x gUNITP 10 x m UNIT P 103 UNIT P 1x k UNIT P 103x M UNIT P 109x PULSE s 100 1 w C21 C20 C21 TOTAL RATE 5 m UNIT P COS TOTALLOWGCUT 39 0 100 A20 TOTAL A20 u mim C23 TOTAL SET ENABLE C24 0 A20 TOTAL SET 2
86. 2 2 2 1 MODEL NO aj Fig2 1 1 eps MAGNETIC FLOW CONVERTER AM1 0 SUFFIX SUPPLY YOKOGAWA Made in Japan Fig2 1 2 eps
87. 200m 80C Ay 3 3 2 3 3 2 3 3 IM 1E6C1 01 A SA SB A B C SA SB
88. DIF TOTAL DH DL FOR BLANK TOTAL 00 55 TO SNF s 55 N SELF CHECK i GOOD ERROR 7segLED I I I I t I 1 1 I f i I I I I I I u I 1 1 1 1 1 t i I I I 1 U I _ NO RW SHBL N00 TEST iSHBL Eg EN N10 TEST NORMAL NORMAL W SHBL N11 OUTPUT VALUE 110 110 0 W SHBL N12 5051 NORMAL 51 DB END ON NORMAL W HBL OFF SO S2 PRE NORMAL ON S2 DB PRE OFF NORMAE NORMALI W ALM S3 DB AUX R irS4 DB PAUSE START SI S3 AUX R SI S4 PAUSE SI START PESET SI RESET I I I I I I I 1 1 t 1 1 1 I 1 1 1 1 t I 1 1 E 1 1 t t t 1 I 1 SELF CHECK R 1 1 1 1 1 1 1 1 1 1 I I 1 I I I I 1 1 I I 1 1 1 9 6 1E6C1 0
89. LONG TIME BATCH 80ms SHORT TIME BATCH 13 3ms 3 PAUSE PAUSE G12 EXT PAUSE ENABLE RESET START DATA SET B54 DSP BATCH PROVIDED G12 EXT PAUSE ENABLE INHIBIT iNHIBIT ENABLE 4 G13 PANEL SWITCH ENABLE DATA SET 54 DSP BATCH PROVIDED G13 PANEL SWITCH ENABLE ENABLE INHIBIT ENABLE IM 1 6 1 01 5 25 5 5
90. NR u y ky zh 2 SET SHIFT INC DEC B22 FLow UNIT SET 2 3 2 P 6 5 2 5 2 IM 1E6C1 01 5 _ 2 IINC B23 TIME UNIT SHIFT INCI DEC B23 TIME UNIT 23 TIME UNIT m3 SET SHIFT INC DEC 2 3 INC B24 FLOW SPAN SHIFT 1 0000 m h B24 FLOW SPAN INCJI DEC 0 0000 SHIFT B24 FLOW SPAN INCI DEC 0 3000 ms B24 FLOW SPAN SHIFT 0 3000 m B24 FLOW SPAN DEC
91. 1ADMAG x
92. BT BT AM11 IM 1 0 11 01 BT200 B19 MAGMETER B20 SIZE UNIT B21 NOMINAL SEIZE B22 FLOW UNIT B23 TIME UNIT B24 FLOW SPAN B25 DAMPING B50 DSP TOTAL B51 DSP PULSE B53 DSP OTHER C10 F USER SEL C11 F USER UNIT C12 F USER SPAN C13 T USER SEL 14 T USER UNIT 20 T RATE UNIT C21 TOTAL RATE C22 TOTAL LOWCUT C23 TOTAL SET C24 T SET VALUE C30 4 20 LOW LMT C40 F DIRECTION C41 ALM OUTPUT 5 23 E10 P RATE UNIT E11 PULSE RATE E12 PULSE LOWCUT E13 PULSE WIDTH E49 H ALARM E50 L ALARM IM 1E6C1 01 5 5 8 AM11 DB AM11 DB START PAUSE RESET RESET START PAUSE AUX 4 LOAD PRE END L
93. DEC B30 LOW INC B30 LOW MF 1 0000 SET SHIFT INC DEC SHIFT 1 0000 SET SHIFT INC DEC LOW INC 1 2000 SET S I NO B30 LOW MF SHIFT 1 2000 SET SHIFT INC B30 LOW INC 1 2300 SET SHIFT INC DEC SET 2 30 LOW 2 H B31 HIGH MF 5 4 A DC B32 FREQUENCY B32 60 00 47 00 63 00 Hz 50 00Hz 5 4 IM 1E6C1 01 5 5 5 5 1 1
94. P PULSE s TOTAL RATE 0 30000 I TOTAL LOWCUT 0 100 INHIBIT ENABLE TOTAL SET T SET VALUE 0 999999 4 20mA 20 100 4 20 LOW LMT NORMAL NORMAL REVERSE 2 4mA OR LESS 2 4mA 4 0mA HOLD 21 6mA OR MORE GOOD ERROR F DIRECTION ALM OUTPUT SELF CHECK I I 1 L 1 1 1 I 1 1 1 I 1 1 1 i t 1 1 t i I 1 t t t I f t 1 I t 1 I I 1 1 I I 1 1 i t 1 1 t I i I I 1 I I 1 I I I t 1 I I 1 I 1 I I 1 t t i I I t I I 1 i 1 I 1 1 1 1 9 3 x IM 1E6C1 01 9 FRAW 1 OPTIONAL FNC R SHBL 1 1 1 10 I I NO n UNIT P PULSE s P oHBL u UNITP UNIT B22 FLOW m UNIT P UNIT I UNIT P k UNIT P PULSE s E11 PULSE RATE
95. 00D B AMLJLILIDC DN IM 1E6D0 01 1 2 IM 1E6C1 01
96. 1
97. 1 30000 HL 3 43 SPAN4 10 0001 30000 HL 1 E49 ALARM 110 110 0 110 SHBL E50 L ALARM 1 110 110 0 110 SHBL HL 1 1 z SHB I l t 1 1 1 1 1 1 1 1 t 1 I 1 t 1 1 t t 1 1 i I t 1 I t t 1 1 I t 1 1 1 1 I I 1 1 t f 1 1 I I t I I I I t 1 I I t 1 1 I 1 1 1 I 1 1 1 I 1 I 1 1 1 W W W W W W W W 1 1 l r APPLICATION NORMAL PULSATION SELF CHECK GOOD SHBL 1 I I 1 1 I t i t i 1 1 1 t 1 1 I t I I I 1 1 1 I 1 1 1 1 1 1 t t 1 Wi HL i I 1 i 1 I 1 I t I I t I I I 1 1 1 I I 1 I i 1 i 1 I 1 1 1 I ERROR 1 I I I 1 I 1 1 NO FRAW S HBL F00 OPTIONAL DSP RI HBL ec CE F10 TOTAL 0 999999 Wi HL
98. 1 0 30000 0 4 WiSHBL E12 1 PULSE LOWCUT 0 100 3 i Wi SHBL E13 PULSE WIDTH 50 DUTY INPUT NO FUNCTION 0 SIGNAL EXT AUTO ZERO EXT FOR E20 I E21 OUTPUTFNC NOFUNCTION NO HL TOTAL SWITCH jiFUNCTION 1 1 t t 22 FOR RNG SEL SINGLE RANGE SINGLE Wi HL I I 1 1 I EXT 2 RANGES RANGE EXT 3 RANGES EXT 4 RANGES AUTO 2 RANGES AUTO 3 RANGES AUTO 4 RANGES t 1 E23 REV RNG SEL NO FUNCTION 1 1 SINGLE RANGE EXT 2 RANGES EXT 3 RANGES EXT 4 RANGES AUTO 2 RANGES E30 FOR SPAN 2 0 0001 30000 1 FOR SPAN 3 0 0001 30000 32 FOR SPAN 4 0 0001 30000 f 1 I I t 2 8 4 1 2 HL HL HL HL 40 REVSPAN1 0 0001 30000 E41 REV SPAN 2 0 0001 30000 E42 r REV SPAN 3 0 000
99. 4 4 2 4 21 4 1 No B23 LIL _LI1g II Wh A 4 1 A B C N 9 A B B B24 B25 AM11 4 2 2 3
100. ATCH LEAKAGE DETECT G24 LEAK DETECT 1 G24 F1 G34 HLHLILI G34 LEAK DETECT 2 MODE2 2 G44 3 654 4 MODE3 G54 LEAK DETECT 4 MODE4 u 9999 9999 0 9999 A20 TOTAL A B B C 12 Peere BATCH SHORTAGE G25 1 G35 2 G25 SHORTAGE1 MODE1 LILILILI G45 3 G55 4
101. EAK4 0 9999 0 MODE4 G54 LEAK DETECT4 0 9999 0 3 999 Wi B MODE4 G55 SHORTAGE4 0 9999 0 3 9999 Wi i MODE4 9 5 IM 1E6C1 01 9 9 RWiS HMB L ADJUST R SHBL SHBL ZERO TUNING INHIBIT W MAGFLOW ZERO 100 00 100 00 000 SELF CHECK GOOD R ERROR SHBL SHBL 1 1 I I I 1 1 1 I I I I I 1 1 1 1 i F I 1 I I I I I 1 1 1 1 1 1 t t l 1 i I 1 1 f t I t I I I RW IS H B L TUNING iINHIBIT ENABLE FLOW DISP1 DH DL FLOW RATE BATCHDISP DB FLOW RATE FOR TOTAL REV 1 DIF TOTAL DH DL DB BLANK BATCH BATCH SET SET DB ENABLE DH FLOW RATE 7segLED 1 1 I 1 1 1 I I 1 I FLOW DISP AS FLOW RATE AS FLOW DISP2 DH DL FLOW RATE FLOW DISP DB FOR TOTAL RATE REV TOTAL DH DL
102. ED PRE END 2 5 8 1 LED 5 8 1 1 a 7 M sa 7 5 2 ON RESET OF STARHT OFF a ON _ PAUSE OFF PRE END 1 3 i i i i li 7 1 lt I OFF 5 8 1 5 24 1 6 1 01 5 5 8 2
103. ILA B MS M4 mm max 200 m 8 amp 0 30m 2 Al 2 D1 2 5A 1 1 1 1 S G1 2 JS G12 G3 4 PE3 4 G3 4 PF3 4 ECW 3 7 5 IM 1E6C1 01 SIGNAL CUROUT EX1 EXCITER Ex2 SUPPLY PLSOUT 2 ALM OUT l 4 20mA DC 280 AM11 AS LED 1 31 31 31 31 STATUS OUT 7 81 END S1 STATUS OUT S2 PRE S2 STATUS IN 53 AUX
104. ROM DAMAGE NOVRAM SRAM EEPROM EEPROM DEFAULT EEPROM HL ALM SET ERR 5 E49 H ALARM E50 L ALARM lt 5 BATCH SHORTAGE LEAKAGE DETECT SIGNAL OVERFLOW 6 2 IM 1E6C1 01 71
105. S9 54 STATUS IN PAUSE START RESET S4 COM AM11 DB AM11 AS 1 10 36 2B 195 126 5 8914 198 5 A ECW 110 120 274 5 5kg mm fkg IM 1E6C1 01 9 9 AM11 3 AS DH DL DB No
106. au as Sua 5 19 57 BE200 U Deu ban asua qaqas 5 20 5 71 5 20 5 7 2 BT200 kkk 5 21 573 BT200 5 22 5 7 4 BT200 5 22 5 7 5 BT200 5 22 5 23 58 AMI1i DB 5 24 5 8 1 5 24 5 25 bu Sir 22 awa 221 6 1 Qn OS u Tu uu w 6 1 611 6 1 612 DH DL DB 6 1 62 JPPES ib 3 6 1 T P F yusa au susu u uuu 7 1 Tt 9 u SRE 72 7 2 u Su uu Su n 7 2 fn O Wein uu uu aaa uuu kus 7 3 7 2 3 7 4 8 8 1 utu asua 9 1 IM 1E6C1 01 1

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