User`s Manual ダイアフラムシール付 差圧・圧力伝送器 EJ
Contents
1.2. F9347YA 50A 2B F9347XA 80A 3B Ga F9145YN lt x a
3. 1 1 5VDC 4 20 mA DC F0204 ai 2 4 DCS IM 01C26H01 01 lt 3 gt 3 1 3 EJLI118J EJLI438J
4. BT200 1 52 2 BRAIN 216mA
5. en
6. 6 5 1 10N m
7. 6 2 30 2 lt 6 gt 6 2 BRAIN TERMINAL
8. EJX118J 52 53 EJX438J S2 53 EJA118J 51 EJA438J 51 HART E IM01C26T01 06JA FoUNDATION F IM 01C26T02 01 EJX EJA EJX118
9. 1 2
10. 2 XR T 1 EE TT 100 1 0 Fp 27 kPa abs UE E 01 FF 0013 IB 1 1 HL 001 50 0 50 100 150 200 250 300 350 F1017 ai 10 4 4 100 4 10 27 a kPa abs 1 01 0013 oo 50 0 50 100 150 200 250 300 350 F1018 ai 10 5 NN I 80A 50 IM 01C26H01 01 lt 10 gt 10 5 10 3
11. 8 4 5 2 600V UIS C3307 3 TIIS 50
12. gt 2 2 H 1 2 a H
13. 31 EASY EU SET kPa atm NI min MPa kg h Nm3 h mbar t h Nm3 min bar m3 h m m3 min mm l h kg m3 l min g cm3 k h k min NI h 32000 32000 LRV 50 URV 50 lt gt i 50 ewem 2 OK SET I33 ENGR LRV 50 M FEED No 9 lt gt sgr 50 T34 ENGR URV MK DEL CLR ESG is OK ENG
14. 7 F0511 ai 5 11 5 gt 5 4 5 5 D 100 C 10 3 A
15. 5 8 F0508 ai 2 5 gt 5 3 5 9 2 1mm
16. C20 PRES 32000 nl 32000 0 100 A11 PRES 1 456 kPa C21 C22 2 5 PRES 110 a A10 OUTPUT 0 100 4 LICC iL 33 4 ENGR PRES 30 a a A16 ENGR OUTPUT FL 20 5 m3 min i A17 ENGR EXP x100 D30 SP 32000 32000 SF _ A21 SP 4 000 MPa LL ME D31 A D33 D34 SP 10 110
17. 25 65 40 85 30 lt 80 0 100 RH 2 3 IM 01C26H01 01 2 4
18. A 10 250 10 60 1 07 B 30 180C 15 60 10 2 0 94 C 10 310 10 60 1 09 D 20 1200 10 60 og 90 192 E 50 100 40 60C 1 09 1 10 gt 250 4 10 60 3 104 1 07 2 10 310 10 60 SN 1 09 4 10 100 10 60C 3 10 5 1 07 600 mm 600 mm 1
19. E 2 4 FT T FT EJLI438J Il EJLI118J 10 6 80A 50A 10 10 EJX118J 40A 10 12 10 7 10 13 10 14 EJLI438J 0 10 8 EJX438J 0 10 9 F1004 ai IM 01C26H01 01 EJ 118J 10
20. ir a 2 D 7 ee 3 1 1994 3
21. 500V DC 100V DC 500V AC 100V AC SUPPLY OFF ON 20M O 100kO 1
22. 1 0 00 20 006 11000 3 oO OY CN LINEAR ZERO LINEAR O10O10O1TO Wl NORMALREVERSE NORMAL 0O 10 W 4degC 20degC 68 0degF 4degC 1OIOIOIO 2 50 110 00 2 50 O1O1 1O 2 50 110 00 110 O1O 1 1O NORMAL REVERSE NORMAL O1O1 1O HIGH LOW HIGH O1O a f BURNOUTDIR HOLD BURNOUTDR O1O O O GAUGE ABSOLUTE ee GAUGE ON oO OO D30 0 10133 MPa 1O WI 32000 gt 32000 ooMPp OI OIO 32000 32000 ol O O lt 4 ol lolS 0 00 100 00 sec 2 00 sec 1O HIGH LOW HIGH 1O degC K degC OOTO TO OFF ON C30 0 00 0 49 OFF OO ET sec 1 NO YES NO IO 8 OO Wl 8 OIOIOI RIBREAKKEEP IKEP 0 0101 D60 SELF CHECK R A60 O1O1O E AUX SET 2 2 E10 TZEROCMP NIION II pbhtcqc OF HO1O191 E11 TEMP ZERO
23. DPharp 0 25 00 kPa 13 50 kPa 13 83 kPa 25 00 kPa 13 50kPa 000 kPa F0737 ai 7 6 IM 01C26H01 01 7 BRAIN TERMINAL BT200 gt 7 16 A 13 83 kPa J11 P ZERO ADJ J12 P SPAN ADJ J15 P ZERO DEV J16 P SPAN DEV Siig ZERO AD AI rm 2 a 13 50 kPa 13 5000 kea F0738ai
24. 3 J5 5 7 3 3 15 D57 NEW PASSWARD 4 1234ABCD D57 NEN PASSWORD 1 234ABCD 1234ABCD 2 CODE CAPS CER ES8C D57 NEN PASSWORD OK 1234ABCD D55 WRT PROTECT
25. 50A 2B 6 1 F0601 ai 50A 2B F0602 ai 6 2 1 2 BRAIN TERMINAL BRAIN TERMINAL SUPPLY BRAIN TERMINAL 5 3 3 3 BRAIN TERMINAL BRAIN TERMINAL 7
26. P 7 17 2 5 110 0 01 P718 P 7 18 ll JJ 1 Neo millll 0 J P 7 19
27. R W 4 MWP m MWP 1MPa No 1 FTP TL W 16 wl Oo ololo wl Oo ololo wl Oo ololo WI oloI6 M26 RSISOLMATL EE M27 PROCONSIZE i Slele SISIG Wo wl i ololo wl Oo ololo wl ololo wl Oo ololo wo ololo wo ololo Reo C R E W Ae0 GOOD O1O19 1 1 A60 GOOD O 0 a Ww A60 4 Pe0 SELFCHECK _R A60 T CHARACTERIZR T10 5S CENABLE W
28. i b 3 3 eee a 2 Ni 600V JISC3307 C 1994
29. A 1 TW 10 200 TW C 2 D K1 K5 50A 2B HW TW UW 5 m 1 2 A B C 276 NW0276 C 276 1 SUS304 ASTM grade 304 SUS316 ASTM grade 316
30. IS C8305 d 3 a 7 b
31. A IM 01C26H01 01 N
32. 1 1 i lt 1 gt 1 2
33. lt 2 gt 2 2 2 5 we
34. 10 10 D11 LOW CUT MODE LINEAR ZERO LINEAR LINEARY ZEROY 50 50 th 20 7 LOW CUT 20 5 20 LOW CUT 20 0 A 50 50 9 LINEARY ZERO 50 50 LOW CUT 20 L LOW CUT 20 20 0 0 0 06 50 9
35. nn PO Yo 1o2 mm ds h mm h 0 h mm h gt 0 h mm P Paabs PO AB C D E 2 8 3 4W 5m 6790 3190 a 6 10m 10030 3520 cE 5m 6790 3190 6 10m 10030 3520 5m 3190 6 10m 3520 5m 19150 6140 MM 6 10m 8290 5m 9620 3620 6 10m 4210 5m 9540 4750 6 10m 6050 1 2 4 2 8 3 4W 1 5m 2570 320 9 6 10m 4680 530 GE 5m 2570 320 6 10m 4680 530 5m 320 3 6 10m 530 1 5m 10220 2050 MM 6 10m 3450 1 5m 4270 570 1 7 eo 01 ds At25C 10 1 103 ds
36. 8 NICE NR 300mm 1mm HIGH LOW
37. EJL 118J EJ 438J IM 01C26H01 01 No 2004 10 2 2008 2 1 1 7 9 5 7 13 15 A11 7 18 22 10 2 10 1 10 5 10 6 10 11 10 13 10 14 3 2009 9 1 1 HART 7 10 7 3 3 5 10 1 10 2 10 1 HART 10 5 10 12 10 2 HART 10 13 10 14 10 3 DG6 CA 4 2010 3 3 2 3 3 4 10 4 10 6 10 8 102 10 13 10 3 M8W MBW M8E M8Y 10 16 10 4 5 2012 6 EJA J E X 1 1
38. MW gt gt N gt es 8 2 F0802 ai 8 2 IM 01C26H01 01 lt 8 gt 8 3 8 2 LCD CPU 1 JISB4633 2 1 2 SB4648 2 2 5 3 4 1 1 2 17mm 1
39. 1 2 9 FMEDA Failure Mode Effects and Diagnostic Analysis FMEDA report PFDavg Safety Integrity Level SIL 2 SIL3 PFD 8 factor 2 10 PFDavg 1 2 10 50 FMEDA 50 50
40. 4 1 F9350SV 100 Xx 120 xX t4 5 80A 3B GB F9970XF 100 X 120 x t4 5 80AGB F9350ST 70 X 90Xt4 5 50A 2B F9970XD 70 Xx 90 X t4 5 50A2B F9346ZH 60 X 75 X t45 40A 1 1 2B _ 40A 1 1 2B F x X 4 9970XB 60 X 75 X145 mw SUS316 PTFE K1 K5 IM 01C26H01 01 4 5
41. 2 0 4 0 4 2 saa SET C30 AMP DAMPING 00 sec 004 00 Fa OK SET C30 AMP DAMPING 4 00 seo FEED NO OK F0716 ai 10 D50QUICK RESP 05 NSR gt D50 QUICK RESP OFF 0 50
42. A A a a hh 438 50mm 42 104 HIGH LOW 4 2 _ _ DP 4 1 42
43. P7 20 P 7 21 IM 01C26H01 01 7 BRAIN TERMINAL BT200 gt 7 7 7 3 2 A DISPLAY A10 OUTPUT A11 PRES A15 OUTPUT mA A16 ENGR OUTPUT A17 ENGR EXP A20 SP 96 1 A2T SP A30 CAPSULE TEMP A60 SELF CHECK C BASIC SETUP C10 TAG NO C20 PRES UNIT C21 PRES LRV C22 PRES URV C23 PRES POINT C30 AMP DAMPING C40 OUTPUT MODE C60 SELF CHECK T PRES ZERO ADJ SPAN ADJ ZERO DEV SPAN DEV SP SP ZERO ADJ 1 22 SP SPAN ADJ 1 25 SP ZERO DEV 1 26 SP SPAN DEV 1 OUTPUT 4mA PUT 20mA TEMP WH DAT LOC DESC ZERO ADJ LEAR ADJ ELF CHECK RN 1 B SENSOR 1 B10 MODEL B11 STYLE NO B20 PRES LRL B21 PRES URL B22 P MIN SPAN B30 SP LRL 1 B31 SP URL 1 B32 SP MIN SPAN 1 B60 SELF CHECK D10 LOW CUT D11 LOW CUT MODE D15 H L SWAPY1 D16 H20 UNIT SEL D20 OUT LIMIT L D21 OUT LIMIT H D22 REV OUTPUT D25 BURNOUT D26 ERROR OUT D30 SP UNIT 1 D31 SP A
44. IM 01C26H01 01 8 gt 8 5 8 5 8 5 2 WV lt RI ED MI 9 8 5 1 8 5 3 RC
45. 2 438 3 118 10 2 2 0 JIS SW SE SY JPI W TW UW SW SE SY ANSI W TW UW ANSIB16 5 j SUS316 SUS316 ASTM grade 316 SUS316 PTFE A SUS316
46. J 32000 32000 C20 100 000 kPa G12 PLO AL VAL Lo W 32000 32000 C20 100 000 kPa ololol G20 SPALMODE Lo W INHIBILHLALDETECTLO AL INHIBIT la DETECT HI LO AL DETECT G21 SPHILALVAL Hi W 32000 32000 D30 G22 SPLO ALVAL Lo W 32000 32000 D30 000000MPa _ 1o G30 TALMODE Hi Lo W INHIBIT HI AL DETECT LO AL INHIBIT ololol DETECT HI LO AL DETECT G31 THI ALVAL Hi WT 50 130 120 degC 1 1 1 G32 TLO ALVAL Lo WT 50 130 40 degC 1 1 G50 AUTO RECOVER W OFF ON ON 1 1O 1 G60 SELF CHECK R A60 CN ON NE H AUTO SET H10 AUTOPLRV
47. YES YES YES F0806 ai NO 8 2 NO YES NO F0807 ai IM 01C26H01 01 8 gt 8 7 8 5 3 8 3 BRAIN TERMINAL GOOD AL 01 01 P SENSOR ERR OFF
48. MENU A DISPLAY B SENSOR TYPE C BASIC SETUP D AUX SET1 E AUX SET2 G ALARM SET HOME SET ADJ ESC PARAM A10 OUTPUT lt All PRES 0 0000 kPa lt A15 OUTPUT mA 4 000 mA lt DATA DTAG PRNT ESC 7 communi PARAM Al10 0UTPUT All PRES 0 0000 kPa A15 OUTPUT mA 4 000 mA F0760 ai 7 4 2 BT200 MENU A DTSPLAY B SENSOR TYPE C BASTC SETUP D AUX SET1 E AUX SET2 G ALARM SET HOME SET ADJ ESC ENTER 0 ERD 9 PJX B11 8TYLE NO SN 6 B20 PRES LRL 98 07 kPa DATA DFAG PRNT esc F0761 ai IM 01C26H01 01 7 BRAIN TERMINAL BT200 gt 7 22 7 5 3 7 5 1 NRpyusr BT200 1 CA ERRATIC PRECORD M MEMO E RECORD T CHARACTERTZR 1 BT200 HOME SET ADJ ESC
49. E F0301 ai 3 1 _ 1 Ws mm OO DON YOKOGAWA H BO H LlHlL D 2 1 10 2 HIGH LOW 2 BRAIN HART D E J
50. Safety Instrumentation System 1 1 1 gt 1 1
51. i J11 PZEROAD W 32000 32000 J09 000000kps O O1O J12 PsPANADJ W 32000 32000 J09 100000kpa O IO1OI J15 PZERODEV W 32000 32000 J09 000000kpa 1OIO1O J16 pSPAN DEV W 32000 32000 J09 100000kpa 1O1010o J20 ADJSP _R J09 O11 O01 J21 3 W 32000 32000 J09 000000MPa O J22 W 32000 32000 J09 O O J25 W 32000 32000 J09 000000MPa J26 W 32000 32000 J09 000000MPa 0 J40 W 10 000 10 000 0 000 SIOIG J41 W 10 000 10 000 0 000 OIO1O J R D40 IOde9C_ O19191 J50 MW 8 OO J51 ADJDATE Wl 16 OIO OI 02 MW 1 16
52. SUPPLY OFF 10mA ON OV 1 lt 2 gt 2 3 2 9 3 TIIS IEC 556 1 2
53. US 9 N
54. IM 01C26H01 01 gt gt gt 0 100 x F0747 ai 5 SET T11 NUM OF POINT 5 5 2 en se 0 OF POINT OK 1 FEED NO OK F0748 ai X1 Y1 12 14 F221X1 12 gwgm ol209 2 F4 OK T23 Y1 14 swrea 10 00 OO 2 ra ON PT21Y T22 X1 a 12 00 T23 Y1 14 00 DATA DTAG PRNT ESC F0749 ai R10 C8 lt TNEIBIT gt ENABLE lt ENABLE gt 2
55. 75 kPa Gi HI AL VAL 75 EN kPa 2 CODE CAPS CLR ESC Rss HI AL VAL OK 75 0000 kPa AL35 PHI F0752 ai 22 AL EJX E50 DO SELECT E51 DO SIG TYPE 21 High Low K40 DO TEST ON OFF IM 01C26H01 01 CPU
56. eo 0 a my HG M8Y IM 01C26H01 01 10 gt 10 16 JIS 10K 2 MPa T51 JIS 20K 5 MPa T54 JI5 40K 10MPa 6 T57 EJ 118 ANSI JPI 150 3 MPa T52
57. 1 100 1 T 10 3 i kPa abs 27 0 1 50 0 50 100150200 250 300 350 F1002 ai 10 2 5 D E a a 1 IL 100 51 10 kPa abs 1 01 50 0 50 100 150 200 250 300 350 F1003 ai 10 3 1 C 2 10 2 W 50A 2B 40A 1 1 2B
58. 10 1 FoUNDATION IMO01C26T02 01 Ns EJX118J M 2 100 kPa 100 100 kPa H 10 500 kPa 500 500 kPa EJX438 A 0035 3 5 MPa 0 1 3 5 MPa 016 16MPa 0 1 16MPa 0 16 7MPa 01 7MP 1 IEJA118J M 25 100 kPa 100 100 kPa H 25 500 kPa 500 500 kPa EJA438J A 2 006 3 5 MPa 0 1 3 5 MPa s 2 046 16MPa 0 1 16 MPa 046 7MPa 01 7MP 2 4 20mADC 2 36re216A 25 110 D E HIGH 110 216mADC LOW 5 G2mADC 105 lt 42VDC TIIS 105 lt 32VDC
59. Joker BREAK KEEP Joker 20 0 100 9 T10 SC ENABLE INHIBIT ENABLE AL60 SCCFG X Y
60. 1 Eu JISC 0508 4 EC61508 4
61. BRAIN TERMINAL communication error SELF CHECK ERROR C60 SELE CHECK ERROR communication error DATA DIAG PRNT ESC FO603ai 6 3 BRAINTERMINAL 1 IM 01C26H01 01 67 No F0604 ai 6 4 BRAIN TERMINAL 7 5 2
62. HOLD D26 ERROR OUT es BURNOUT DIR lt BURNOUT DIR gt lt HOLD gt gwgm 2 SC F0730 ai 13 E30 BI DIRE MODE 0 50 12 mA C40 OUTPUT MODE 0 50 50 1009 0 0 10kPa LRV OkPa URV 10kPa Roar DIRE MODE 8 OFF SaorE gt 2 10 0 10 kPa 0 50 100
63. SR LSS SBM OK 10 0000 kPa 0 01 OO mr 10 kPa BE 10 0 kPa 9 30 kPa a 30 15 kPa ESC gt2rP SPAN AD 30 30 1500 kpP 2 DEL CLR ESC SET
64. U U lt F0202 ai 2 2 2 gt 2 1 2 1 10 rmaswrren oo MODEL EEE EN W 5 EE Et SUFFIX MWI Madi J YOKOGAWA 688 1888750 Japan F0203 ai 2 3 2 2 2 3 1
65. F0606 ai 6 6 IM 01C26H01 01 BRAIN TERMINAL BRAIN TERMINAL J11 P ZERO ADJ ENTER 2 0 4mADO 0 0 ENTER J11 ii ZERO ADJ Lewen 2 0 0 0 4mA DC 000 0 ChR se F0607 ai 6 7 BRAIN TERMINAL 3 0 2
66. A Be Oe G1 2 1 LE G3 4 1 5 G 1 2 2 1 6 G3 4 2 1 Te 1 2NPT 2 1 A G 1 2 2 SUS316 1 Be G3 4 2 SUS316 1 Cr 1 2NPT 2 SUS316 1 De Ne D SUS304 2B L K SUS316 2B L N FF 1 B IM 01C26H01 01 EJ 438J
67. 4 20 mA 75 kPa OFF E50 DO SELECT lt TirBrT gt PRES 6 ENTER 2 ON SET E50 DO SELECT FEED NO OK 851sDO STG TYPE ON WRN TA OFF WHEN ALARM gwen 2 lt OFF WHEN ATARM gt ESC sa OK Vv SET E51 D0 SIG TYPE OFF WHEN ALARM FEED NO OK F0753 ai IE51 DO SIGTYPE ON WHEN ALARM High 5 5 On Off ow
68. 1 2 2 6 58 59 5 11 2 7 IM 01C26H01 01 2 8
69. Na ti i a at 20 gt 40 OO 60 iri OR i 5 RR
70. 6 gt 6 4 F0609 ai 6 9 6 5 2 10N m A 1 FT F0610 ai 6 10 IM 01C26H0
71. V A oe F0306 ai IM 01C26H01 01 4 gt 4 1 4 4 1 2 4 10 d A d 104
72. BRAIN 0 5s 45 ms 001 EJ 118J BRAIN 05 16MPa 01 16 MPa 0 5 16 MPa 0 16 MPa abs 360 ms
73. P7 9 4 20mADC 0 00 100 00 P7 9 P7 10 0 0 5 P 7 11 4mADC 20mADC 32000 32000
74. HC 105 32V DC 6000A 1 Xx 40 us 1000A 1X40 us 100 A IEC61000 4 4 IEC61000 4 5 105 30VDC 120 mADC ma AL Low 0 2VDC K1 K5 67 FEP TF1 20 150 0 2MPa 9 80 100 V CPU Low 5 3 2 mA C1 H 9 a 3 8 20 5 mA
75. BRAIN TERMINAL 5 3 7 5 5 6 a No i F0805 ai F0804 ai 8 4 IM 01C26H01 01 lt 8 gt 8 6 0 100 BRAIN TERMINAL
76. SUS316L SUH660 A LLCKKKKG GL Be Oe G1 2 1 lt LOE G3 4 1 lt 5 G1 2 2 1 6 G3 4 2 1 7 1 2NPT 2 1 A G 1 2 2 SUS316 1 Be G3 4 2 SUS316 1 Cr 1 2NPT 2 SUS316 1 De Ne D SUS304 2B L K SUS316 2B L 1N F
77. BT200 0 0 0 0 BT200 4mA 7 BRAIN TERMINAL BT200 gt 7 15 A11 52 kPa 2kPa A11 50 kPa 52 kPa
78. FMEDA 1 2 11 1 2 1 2 12 1 29 1 3 1 3 1 JISC0508
79. HIGH 11096 C1 LOW 596 D25 BURNOUT HIGH H C1 D25 BURNOUT LOW F0729 ai IM 01C26H01 01 12 D26 ERROR OUT 2 HOLD BURNOUT DIR CPU H 110 5 D25 BURNOUT 1 8 5 3 ALO1 CAPERR AL02 AMPERR
80. 7 13 11 CPU 7 13 12 7 14 13 7 14 14 7 14 15 4 20 mA uur 7 15 16 7 17 17 7 17 18 7 17 19 7 18 20 7 18 21 9 22 ALEJX 7 19 23 7 20 IM 01C26H01 01 24 7 21 BT200 721 74 1 7 42 7 21 75 722 74 84 1 84 2 CPU 8 4 85 8 5 8 5 1
81. 03R008 P LRV ewer 2 kPa se ESC ON SET H10 AUTO P LRV 0 5000 kPa FEED NO OK PARAM 0 98000 kPa H11 AUTO P URV 30 500 kPa H20 AUTO SP TRV C21 C22 DO ME F0733 ai IM 01C26H01 01 2 0 30kPa 10kPa 10kPa He wsm 2 30 kPa a 10kPa ESC 6 URV lrF4 OK 10 000 kPa FEED No OK H10 AUTO P TRV H11 AUTO P URV 10 000 kPa
82. CODE ER Ee F0710 ai IM 01C26H01 01 7 2 4 1 2 4 PRINTALLDATA 10 3 7 2 ae 1 7 BRAIN TERMINAL BT200 gt 7 5 7 3 BT200 7 3 1
83. SUS316L ASTM grade 316L UW 2 50A 2B 50 IM 01C26H01 01 10 gt 10 12 40A 11 2B 9 TTT W 8 1 10 2 102 HM EJX118J DMSCG 912DN WJ18B2SW30 BA25 EJX438J DASCG 912DN WJ18B
84. 30 Tag No P7 8 TagNo 16 P7 8 4 20mADC 4mA DC 20mADC 32000 32000
85. 4 4 44 1 4 4 442 4 4 4 5 4 5 46 4 5 4 7 4 6 5 5 1 52 2 5 1 53 5 1 5 3 1 kL 5 1 5 3 2 9 2 5 3 3 BRAIN TERMINAL 5 2 5 34 5 2 5 3 5 EX Aisinitiees 5 2 nH 5 2 541 go 5 3 542 5 3 5056 0 K 56 5 7 ura 5 5 6 6 1 62 7th Edition June 2014 KP All Rights Reserved Copyright 2004 Yokogawa Electric Corporation IM 01 1 C26H01 01 7 63 0 a 6 3 64
86. 16 1 2 3 4 A BICD 17 D3 Pa 1 2 3 4 ABLCD 18 2 E Y 19 K1 K5 IM 01C26H01 01 10 4 EJL 118J lt gt lt 10 gt 10 17 178 124 i 47 UZ
87. or F0303 ai IM 01C26H01 01 3 gt 3 2 E 3 ul EJX118J 3 3 0 CPU BRAIN TERMINAL D25 D55 H 2 1 10 2
88. 3 BRAIN 3 6 mA 4 BT200 99 IM 01C26H01 01 1 gt 1 2 6 1 2 7 1 1 2 8
89. IM 01C26H01 01 2 2 1 2 2 1 ll i RID Ss S es U 2 U F0201 ai 2 1
90. BRAIN TERMINAL BRAIN TERMINAL L 8 4 IM 01C26H01 01 6 4 6 5
91. 5 1 2 3 BT200 1 2 1 1 gt 1 2 4 1 1 21 6 mA 3 6 mA E 1 2 5 se
92. F1012 ai EJ118J LL LLT YY J1 JIS 10K J2 JIS 20K ANS 150 ANSI 300 PS RRS Rs JP 150 Pe SE CE JP 300 Win 100A 4B 80A 3B S25C BB SUS304 4 Cre SUS316 5 Te ANSI 2 ee Ye SUS316L7 SUS316 SUS316 6 SUS316L SUS316L7 UM Te X23 50 mm 3 X2 100 mm 5 eeeeeeeen X2 150 mm 7 10 250 10 60 B
93. JIS 50202 G PP 5 TITER A FI EN ve a a 3 ei 0 WE gm 6 I 1994 10 00 PU UN 2
94. 1 Safety Instrumented Systems SIS 1 1 1 2 1 2 1 2 2 1 2 2
95. 0 1994 2 en a b EX B03
96. A 166 42V DC 250 6000 10 1 BRAIN 2 km CEV 022 uF 3 3 mH 15 cm 2 4 kHz 10k O EJX118J GS 01C26H01 01JA EJX438J GS 01C26J03 01JA EJA118J GS 01C32H01 01JA EJA438J GS 01C32J03 01JA 40 60 30 60 20 60 TIIS 10 3 0 1009 RH 40 2 7kPa abs
97. 10 8 BNaBrg OK FEED NO OK F0750 ai 7 19 7 BRAIN TERMINAL BT200 gt 21 G10 P AL MODE G11 P HI AL VAL G12 P LO AL VAL 8 3 HIGH SET 6810rp ar gong L TNHTBTT lt INHIBIT gt HI AL DETECT lt HT AT DETECT gt lt LO AL DETECT gt lt HI LO AL DETECT gt ggn 2 ESc a SET G10 P AL MODE OK HT AT DETECT FEED NO ESc F0751 ai HIGH
98. 30 180C 15 60 Cs 10 310 10 60 D lt 20 120 10 60 E 50 100 40 60 ena 10 250 10 60C es 10 310C 10 60 4 10 100 10 60 Cn EE 2 2 3 1 1m 2 2m 3 13m 4 4m 5 se Sm 6 6m 280n FIM 8 8m 9 19m A 10m 1 10 2 10 2 2 D 3 4 SUS304 ASTM grade 304 5 SUS316 ASTM grade 316 6 SUS316 ASTM grade 316 7 SUS316L
99. F0401 ai 4 1 IM 01C26H01 01 A 44 F0402 ai 4 2 A F0403 ai 4 3 4 gt 4 2 4 3 44 45 50A 2B 600mm 600
100. W 32000 32000 C20 000000kga elolol H11 AUTOP URV W 32000 32000 C20 100000kPa elolol U 0 II Un H20 AUTOSPLRV W 32000 32000 D30 0 00000 MPa H21 AUTOSPURV W 32000 32000 D30 EE CO let LL H60 SELF CHECK R A60 DISP SET LCD D 0 _ 0 0 DISP OUT1 LCD 1 W 0 PRES ENGR PRES SP PRES olololo 11 1 DSPOUT2 ICD 2 WlpREe ppFcr ENCR PBFEGGD 1 DISP OUT2 LCD 2 W PRES PRES ENGR PRES SP olololo 2 13 120 LINEAR SQUARE ROOT I21 PRES RESO W NORMALHIGHRESOLUTION NORMAL OIOIO IO 30 ENGR UNIT W 8 1 1O 1O 6 ee x10 X 100 X1000 O
101. 3 3 6G F0515 ai 2 02 MM BRAIN D M15 SOFT REV 5 gt 5 5 a I41 POWER ON INF N OFF IM 01C26H01 01 6 6 1 EJL 118 BRAIN 6 1 EH438 BRAIN 6 2
102. SUH660 9 ene snes ss Oe G1 2 1 2 ee 1 2NPT 2 I G1 2 2 1 1 2NPT 2 1 Ne G1 2 2 SUS316 1 Cr 1 2NPT 2 SUS316 1 D 1 N B SUS304 2B J SUS316 2B N te
103. C21 PRES LRV C22 PRES URV F0731 ai 7 BRAIN TERMINAL BT200 gt 7 14 20mA 100 LRV URV a 4mA 100 20mA 100 Low Cut LRV URV 4mA 100 F0732 ai 7 5 14 H10 AUTOPLRV H11 AUTOP URV C21 PRES LRV C22 PRES URV 1 0 30kPa 0 5kPa 0 5kPa
104. Oo 10VDC 0 002 of rdg 1dgt 3 MT220 1 10kPa 0 10kPa 0 015 of rdg 0 015 of FS ee a 10 OkPa 2 0 2 ofrdg 0 196 of FS 2 130kPa RR 25 130kPa 0 02 ofrdg a a i 0 25kPa 5digits 80 OkPa 0 2 of rdg 0 196 of FS NR me 9 d 0 02 ofrdg 3digits 0 100kPa 5digits 80 OkPa 0 2 of rdg 0 196 of FS A 4 3000kPa 0
105. F0410 ai 4 10 lt 4 gt 4 5 4 6 2 2 1 5N m 5 F0411 ai 4 11 _ IM 01C26H01 01
106. RANGE AL 31 31 SP OVERRANGE SP_RNG AL 35 35 P HIGH ALARM P HI AL 36 36 P LOW ALARM PLO AL 37 37 SPHIGHALARM SP HI AL 38 38 SPLOW ALARM SP LO AL 39 39 CT HIGH ALARM TMP HI AL 40 40 CT LOW ALARM TMP LO AL 50 50 PILLEGLRV PLRV AL 51 51 PILLEGURV P_URV AL 52 52 P ILLEG SPAN P SPN AL 53 53 P SPAN ADJ P ADJ 53 P ZERO ADJ AL 54 54 SPILLEGLRV SP RNG 54 SPILLEG URV 54 SP ILLEG SPAN AL 55 55 SP SPAN ADJ SPAD 55 SP ZERO AD AL 60 60 SCCO
107. 100A 4B mm D C qg d t 9 n h j k A JIS 10K 1 18 0 8 19 96 05 JIS 20K 24 0 8 23 96 05 JIS 40K 36 0 8 25 96 05 ANSI 150 228 6 190 5 55 23 9 1 6 8 19 1 96 05 ANSI 300 254 200 2 155 31 8 1 6 8 22 4 96 05 JPI 150 229 190 5 155 24 1 6 8 19 96 05 JPI 300 254 200 2 155 32 1 6 8 22 9 05 80A 3B t f3 4 n gh k A JIS 10K 18 0 8 19 25 27 71 05 JIS 20K 22 0 8 23 25 27 71 05 JIS 40K 32 0 8 23 25 27 JIS 63K 40 0 8 25 25 27 ANSI 150 23 9 1 6 4 19 1 25 27 71 05 ANS 300 28 5 1 6 8 22 4 25 27 71 05 ANS 600 38 2 64 8 22 4 25 27 JPl 150 24 1 6 4 19 25 27 71 05 JPI 300 28 5 1 6 8 22 25 27 71 05 JPI 600 38 4 64 8 22 25 27 50A 2B D gC 2g d lt t f 34 n h k JIS 10K 1 1 16 0 4 19 25 27 JIS 20K 61 18 0 8 19 25 27 JIS 40K 61 26 0 8 19 25 27 JIS 63K 61 34 0 8 23 25 27 ANS 150 61 19 1 1 6 4 19 1 25 27 ANS 300 61 22 4 1 6 8 19 1 25 27 ANS 600 61 31 8 64 8 19 1 25 27 JPI 150 61 19 5 1 6 4 19 25 27 JPI 300 61 22 5 1 6 8 1
108. 50 100 C 40 60 1 1 1 10 250 10 50 1 1 4 10 100 C 10 50 O1O A O10 2 2 O10 1 1m 6 6m 1O 2 12m 7 7m OO 3 3m 8 8m O10 4 4m 9 9m 1O 5 5m A 10m 1O IM 01C26H01 01 lt 10 gt 10 13 100A 4B 80A 3B B 438J E 3 EE F1011 ai EJLH118J _ ga 438 E
109. F0406 ai F0407 ai 4 7 IM 01C26H01 01 4 4 4 4 1 48 F0408 ai 4 8 lt 4 gt 4 4
110. 2 4 SUS304 ASTM grade 304 5 SUS316 ASTM grade 316 6 SUS316 ASTM grade 316 7 SUS316L ASTM grade 316L 8 3 80A 3B 50 ul IM 01C26H01 01 10 gt 10 14 ll 100A 4B 80A 3B EJL118J TTTT TTTT Y W
111. 2 ALARM AL 2 1 10 O AU 2 EJA gt F 3 SUPPLY 3 3 CHECK 2 1 2 10 0 F lt 10 gt 10 21 EJX F1016 ai IM 01C26H01 01 lt 1
112. 75 5 gt 5 1 4mm 5 3 F0501 ai 5 1 5 3 1 DC AC SUPPLY F0502 ai 5 2
113. J55 EXT ZERO AD 11 P ZERO ADJ J12 P SPAN ADJ J15 P ZERO DEV J16 P SPAN DEV ENABLE 10 30 kPa s K EC a NN 2 BNABLB gt INHIBIT 9 94 kPa 2 a m Ma 10 F0739ai a 1 2
114. P 7 13 BT200 P 7 13 4 20mADC P 7 13 20mA DC P 7 13 CPU CPU 4 20mADC P 7 13 IM 01C26H01 01 7 BRAIN TERMINAL BT200 gt 7 6 4 20mADC P 7 14 CP
115. BT200 7 1 BT200 7 1 2 lt gt 0 2400Hz 1 lt gt 1200bps lt gt 05V 250 2mA Rc R Rc R 2Rc 250 6000 0 22F GS F0702 ai 7 2 IM 01C26H01 01 7 BRAIN TERMINAL BT200 gt 7 2 7 2 7 2 1 BT200 BT200 7 3
116. M SF30 ENER UNIT M M_ 2 CODE CAES CHR ESC JBBS ra OK _ FEED NO OK amp 5 1 3 ENGR LRV 134 ENGR URV ENGRPRES L CD 4 30 ENGR UNIT 31 EASY EU SET ENGR PRES 6
117. 2 5 1 5 1 ____ mm PPP G11 8 10 16 8 10 G12 G2 1100 16 10 12 O01AM G21 10 12 122 10 12 G3 4 121 14 22 12 14 G9601AN G22 141 16 22 14 16 O 6
118. 4 20mA 20 4mA 5 OUTPUT NORMAL aa lt NORMAL gt lt REMERSE gt ENTER 2 F0727 ai 7 BRAIN TERMINAL BT200 gt 7 13 10 D15 H L SWAP p15 H L SWAP Een EI F0728ai 11 CPU D25 BURNOUT CPU HIGH LOW CPU 3
119. 5 5 0 On Off F0754 ai 7 BRAIN TERMINAL BT200 gt 7 20 23 E10 T ZERO CMP E11 TEMP ZERO K K X E10 T ZERO CMP E TZERO CMP ON OFF ON mk ON SET E10 T ZERO CMP 5
120. UW 34 C 2 A 3 S25C 0 A 4 ANSI JPI SUS304 f t 3 IY 5 1 Y I Ke NN 1 m a ngh 9 f EE 930 7 I 80A 3B 50A 2B 40A 1 1 2B 9 6 K1 KS 11mm 7 2 0 D C g t A nh 3 4 2 n h c a gt X2 1 1 2 50 La ls 3 4 100 4 Y 5 6 150 30 7 Y YY F1015 ai IM 01C26H01 01 lt 10 gt 10 20
121. 1 2 16mm 1 12 55mm 1 8 4 1 8 3 N 2 CPU ICD CPU LCD LCD CP F0803 ai 8 3
122. 2 BRAIN HART D E J BO WR 509058 EJX438J 3 4 E F0304 ai BO Hl L H 2 HIGH LOW WR 2 Elople lllo NO YES C1 C2 L E 3 4 3 2 E J55
123. 4 gH 03 1 a F0705 ai 1 20 ei W mg IC er g er 8 lB EE F0706 ai F2 F21CAPS Boy ly2 ur C2 rr Srcd B o F0707 ai 7 BRAIN TERMINAL BT200 gt 7 3 F1 SG5mm F1 CODE
124. CPU IM 01C26H01 01 8 4 2 CPU CPU 8 3 CPU 84 1 8 3 CPU 8 3 2 2 CPU CPU 5 5mm
125. amp S 1 gt Vm a red F0708 ai 2 MENU A DISPLAY B SENSOR TYPE C BASIC SETUP D AUX SET1 E AUX SET2 G ALARM SET HOME SET AD ESC lm F4 F0709 ai 7 1 ADJ CAPS caps CODE CLR DATA DEL 1 DIAG ESC HOME NO OK PARM SET SLOT UTIL CO
126. 2 J1 JIS 10K OO J2 JIS 20K O10 TA a ee JIS 40K O A ANSI 150 P1 JPI 150 OS VI ANSI 300 P2 JP 300 O10 4 100A 4B 1O 3 80A 3B OO S25C BB SUS304 4 O10 CC SUS316 OG 1 ee ANSI O10O 2 O10 SE SUS316L7 SUS316 SUS316 6 O10 Oe O10 Te X2 50mm 1O 2 2 50mm 3 X2 100 mm 4 X2 100 mm 5 2 150mm 6 2 150 mm A 10 250C 10 60 1O B 30 180C 15 60
127. 51 kPa abs 0 013 kPa abs 10 2 10 3 10 4 10 5 2B IP66 IP67 IM 01C26H01 01 lt 10 gt 10 2 EN61010 1 EN61010 2 030 2000m 330V 2 Indoor Outdoor use 10 1 a CN 80A 3B JIS 10K 20K 40K 63K 2 50A 2B ANSI 150 300 600 40A 1 1 2B 1 JPI 150 300 600 JIS 10K 20K 40K 2 100A 4B 9 A ANSI 150 300 JPI 150 300 JIS 10K 20K ANSI 150 300 2 3 5 12050 D 80A 3B JP 150 300
128. 002 of rdg 10digits 80 OkPa 0 2 of rdg 0 196 of FS 0 130kPa abs 0 03 of rdg 6digits 7674 2 200kPa 0 05 of F S 00396 of setting 25kPa 6919 NN 0 133kPa IM 01C26H01 01 8 3 8 1 5 1 2 0
129. A20 SP 0 52 9 6 CN F0722 ai IM 01C26H01 01 10 DISP OUT1 LCD 1 010 RTS OUT1 ll lt PRES PRES lt PRES lt ENGR PRES lt SP WY gwrgm 2 sm OK SET 10 DTSP OUT1 PRES FEED NO OK F0723 ai I11 DISP OUT2 112 DISP OUT3 I13 DISP OUT4 4 L CD L CD 1 L CD 2 L CD 3 7 BRAIN TERMINAL BT200 gt 7 12 30 ENGRUNIT
130. SUS316L ERP678 Wi SUH660 9 Te lt Ome G1 2 1 2 1 2NPT 2 LCCCCEKSXYE G1 2 2 1 Tue 1 2NPT 2 1 A G1 2 2 SUS316 1 CI 1 2NPT 2 SUS316 1 D Ne B SUS304 2B J SUS316 2B 1N E 5
131. OFF gwrgm 2 lt N gt SET E10 T ZERO CMP ON F4 OK FEED NO OK F0755 ai E11 TEMP ZERO K 1 K hXB spanX 100 B A span IURV LRV h EJ118J EJH438J EJ 118J F0756 ai IM 01C26H01 01 lt 7 BRAIN TERMINAL BT200 gt 7 21 EJ 438J h F0757 ai 1 K
132. 72 kg 80AJIS10K 5m 123 kg 100AJIS10K 5m X2 100mm 7 6kg 80AJIS10K 5m 127kg 100AJIS10K 5m X2 100mm 600 _ 10 5 0024 SN SN tw HART 0 A R 10 5 166 25 2 42 E V F1001 ai 10 1 IM 01C26H01 01 lt 10 gt 10 4 A C B FF MO
133. BRAIN TERMINAL MENU sa SNIGOR ER DiAOX SET1 6 E AUX SET2 G ALARM SET HOME SETI IADJI IESC PARAM A10 OUTPUT 0 0 LCD _ D 008 kPa 3 21 X8 400 ma DATA DIAG PRNT ESC ENT BT200 POWER ON OFF F0703ai 7 3 BT200 IM 01C26H01 01 7 2 2 1 FO704ai
134. CPU 8 4 8 gt CPU CPU CPU CPU 7 CPU 2 8 4 1 A 2
135. C21 C22 0 0 MPa DATA DTIAG PRNT ESC F0734 ai 15 4 20 mA 0 1 2 H J11 P ZERO ADJ J15 P ZERO DEV J55 EXT ZERO AD
136. E 1 2 7 MPa B IM 01C26H01 01 10 gt 10 10 80A 3B 50A 2B Bi438 W 3 F1009 ai 3ls EJL118J _ TE meeSS2ASISSSUeo ga E438 I WW J1 JIS 10K O10 J2 JIS 20K Ol J4 JIS 40K 1O J6 JIS 63K Ai A
137. Low 59 3 2 mA C2 38 20 5 mA High 110 21 6mA C3 10 A1 Tag SUS316 Tag N4 11 CB Descriptor Message 2 CA 3 bar bar D3 14 DG6 M2W M8W 16 M5W MBW Wh 6 M2E M8E
138. R 32 A20 sP 1R 100 1100 6 A21 SP R D30 CRS A30 CAPSULE TEMP R D40 OIOIOI A60 SELFCHECK RIl 83 OIOIO B SENSORTYPE B10 MODEL 2 R O O11 B11 STYLENO 1R B20 PRESLRL R C20 B21 PRES URL R C20 B22 PMINSPAN RI C20 B30 SPLRL R pson B31 SPURL TR 1 ol o B32 SPMINSPAN R D30 ol o B60 SELFCHECK RI Ae60o GIIO C BAsICSETUP C10 TAGNO W 16 C20 PRESUNT W kPa MPa mbar bar atm Pa hPa C21 PRESLRV W 32000 32000
139. lt 10 gt 10 8 EJL 1438J Xe F1007 ai EJX438J EJA438J D 4 20 mADC BRAIN EE 4 20 mADC HART CCPCPPPPPPPPP PP 4 20 mADC HART5 HART7 EF FoUNDATION 2 2 EJX438J EJA438J Be 0 035 3 5 MPa 0 06 3 5 MPa B 0 16 16 MPa 1 046 16 MPa 1 S 5 C seeeeeeeeeeeeeeeees SNB7 1 G
140. 1 5 RN H H IEC 556 6 ta 1
141. CAP ERR ON 01 CT SENSOR ERR _ 01 C EEPROM ERR EEPROM AL 02 02 AT SENSOR ERR AMP ERR 02 A EEPROM ERR EEPROM 02 CPU BOARD ERR AL 10 10P OVER SPEC PRESS AL 11 11 SP OVER SPEC ST PRSS AL 12 12 CT OVER SPEC 50 CAP TMP 130 AL 13 13 AT OVER SPEC 50 AMP TMP 95C AL 30 30 P OVER RANGE
142. EJ 118J 16 2 kg 80AJIS10K 5m 21 8 kg 100AJIS10K 5m X 2 100mm 190 kg 100AJIS10K 80AJIS10K 5m X2 100mm lt 10 gt 10 3 16 8 kg 80AJIS10K 5m 22 2 kg 100AJIS10K 5m X2 100mm 194 kg 100AJIS10K 80AJIS10K 5m X2 100mm EJLI438J
143. IM 01C26H01 01 5 3 2 CHECK A SUPPLY 10 AL CHECK A SUPPLY F0503 ai 5 3 5 3 3 BRAIN TERMINAL 0 1 BRAIN TERMINAL SUPPLY BRAIN TERMINAL EE K F0504 ai 5 4 BRAINTERMINAL 5 3 4 CHECK A SUPPLY
144. J09 ADJ UNIT A10 OUTPUT J10 ADJ PRES PARAM A10 OUTPUT a 0 0 A11 PRES A15 OUTPUT mA DATA DIAG PRNT ESC F0605 ai 6 5 BRAIN TERMINAL 2 1 0 0 J55 EXT ZERO ADJ ENABLE 7 001
145. 8 5 8 5 2 8 5 85 3 8 7 9 Sshasasessiesskeesasiissetaetessiaei 9 1 MO SNSis sissss66sstsasitsste6saGeuei iii 10 1 0 NN 10 1 UP 0 PH 10 5 1035 EK 10 15 104 1 6 10 17 1 1 1 1 1 1 1 1 2 1 2 1 1 2 2 2 1 2 4 125 LA 1 26 1 2 7 128 1 29 NO Pi 2 IM 01C26H01 01 1 DPharp
146. ctR Esc ACTIVE OK SET K10 OUTPUT X 50 00 ACTIVE FEED NO OK F0744 ai IM 01C26H01 01 1 BT200 OFF K45 TEST TIME 10 10 30 i D 202 M15 SOFT REV 2 0 3 6 RA ma ok 19 D55 WRT PROTECT D56 WRT ENABLE D57 NEW PASSWARD
147. 0 00000 kPa MPa DATA DTAG PRNT Esc F0712 1 ai FEED NO Eg F0713 ai kPa MPa atm mbar Pa bar hPa IM 01C26H01 01 7 BRAIN TERMINAL BT200 gt 7 9 C21 PRES LRV C22 PRES URV 1 0 30kPa 0 5kPa TE21 PRES TRV 0 5 0 kPa arms 2 DEL GR SO TE21 PRES LRV OK 0 5 kPa FEED NO OK PARAM C20 UNTT ek PR kPa C22 PRES ORy 30 5 kPa DATA DTAG PRNT
148. a 50 kPa 2 kPa 15 0 kP i A11 9 F0735 ai BT200 J09 ADJ UNIT A10OUTPUT J10 ADJ PRES 0 4 mA 0 A11 PRES 0 03585 kPa 0 03585 kPa RO DY 0 0 00000 kPa 2 a 86 Trp ZERO ADJ 0 00000 kPa OK FEED Ro OK 0 00000 kPa 0 F0736 ai
149. em I her oniection cioimae No NO rr VEE C20 PRmS UNTT DPh 0 060600 a RM pn 7 arp DATA DIAG PRNT ESC De NO TAG NO F0712 2 ai COR a 03 SELF CHECK OO 2 AiDISPLAY LC C20 PRES UNIT C BASTC SETUP SET ER 00 I I EO HOME SET AD ESC IEND C SETTING C BASTC SETUP D AUX SET 1 E AUX SET 2 even 3 kPa MPa T G ALARM SET 2 SET IN PT HOME SET ADJ ESc ae MPa lt ar gw gwzgm 2 uto C10 TAG NO SB C10 TAG NO 8 ESC C20 PRES UNTT kPa a SET a C21 PRES LRV C20 PRES ONIT OK
150. 0 100 100 0 0 6 25 25 56 25 100 lt 8 gt 8 2 8 4 1 2 0 7N m
151. 1 2 ON RE Ri 0 RN A RL IEC 79 10 1 0 0 1 2 2 2 ea ei 2 I EE Ra
152. 5 6 mm 110 H 1 lg He Vie e 2B L 6 2B L a 191 97 F1013 ai IM 01C26H01 01 lt 10 gt 10 18
153. 2 GS01C26T02 01JA EJX GS 01C32T02 0 JA EJA IM 01C26H01 01 lt 10 gt 10 7 EJX118 T F1006 ai EJX118J D 4 20 mA DC BRAIN E eee 4 20 mA DC HART ME 2 100 kPa 10 500 kPa s RE RE S a ORPREPHHPHPPPPHPPFFPPPPEP C J SNB7 1G SUS316L Caco SUH660 A
154. 4 a BT200 p12 BRROR REC 2 R P14 ERROR REC 3 DATA DTAG PRNT ESC P10 ERROR REC 1 AN o P12 ERROR REC 2 1 P14 ERROR REC 3 2 1 P16 ERROR REC 4 3 4 WELCOME BT200 1D BT200 cvor 5
155. CPU WR BO WR C1 C2 L E 2 Elole lo BRAIN TERMINAL D25 D55 NY Ab ES E J55 F0302 ai 3 2 3 1 YY A
156. gt 10 6 EJ 118J T TIITTT TTTI F1005 ai EJX118J ecceeeeeeeeeeeeeeoeoeoeeeeeeeeeeeee EJA118J D 4 20 mADC BRAIN EE 4 20 mADC HART CCCPPPPPPPPPPPP 4 20 mADC HART5 HART7 FE FoUNDATION 2 1 EJX118J EJA118J Meeeeeeeeeeeeeeeeeeeeeeee 2 100 kPa 25 100 kPa H 10 500 kPa 25 500 kPa S seeeeeeeee eee eeeeeeeeee 5 Ce C J eeeeeeeeeeeeeeeeee SNB7 Gini sss na sms SUS316L
157. 5 4 5 7 7 6 7 3 2 141 K45 7 9 5 17 18 9 3 9 4 10 1 10 17 EJA 6 2012 12 4 3 1 2 4 7 20 1 2 4 10 1 10 16 1 2 4 7 2014 6 1 2 1 5 1 5 5 7 1 5 1 5 3 1 5 2 7 1 BRAIN 5 3 5 4 5 4 2 10 2 10 1 10 21 IM 01C26H01 01
158. ENTER UTIL PARAM FUNC 01 MODEL 1 MENU 8 EJX Fa ESO 2 UPLOAD TO BT200 02 TAG NO 3 DOWNLOAD TO TNST YOKOGAWA 4 PRTNT ALL DATA 03 SELF CHECK GOOD OK HOME SET ADJ ESC 5 WA HOME SET ADJ MENU MENU MENU A DISPLAY C BASIC SETUP J ADJUST a B SENSOR TYPE D AUX SET 1 K TEST C BASTC SETUP E AUX SET 2 M DEVICE TNFO D AUX SET1 G ALARM SET P RECORD E AUX SET2 H AUTO SET T CHARACTERTZR G ALARM SET I DISP SET HOME SET ADJ ESC HOME SET ADJ ESC HOME SET ADJ ESC ENTER ENTER ENTER PARAM PARAM PARAM i A60 SELF CHECK C60 SELF CHECK J60 SELF CHECK GOOD GOOD GOOD PARAM PARAM PARAM A16 ENGR OUTPUT C22 PRES URV J12 P SPAN ADJ 0 0000 mmH 100 00 kPa 100 000 9 A17 ENGR EXP C23 PRES POTNT J15 P ZERO DEV PARAM PARAM PARAM A10 OUTPUT C10 TAG NO J09 ADJ UNTT 0 0 YOKOGAWA A11 PRES C20 PRES UNIT J10 ADJ PRES 0 0000 kPa kPa 0 02563 A15 OUTPUT mA C21 PRES LRV Jll P ZERO ADJ 4 000 mA 0 00000 kPa 0 04792 DATA DTIAG PRNT ES8C DATA DIAG PRNT ESC DATA DTIAG PRNT se ENTER a a YOKOGAWA BT200 PO00 BT200 YOKOGAWA
159. 1 3 2 FMEDA Failure Mode Effects and Diagnostic Analysis SIF Safety Instrumented Function SIL Safety Integrity Level SIS Safety Instrumented Systems SLC Safety Lifecycle IM 01C26H01 01 gt 1 IEC
160. 60 SELF CHECK Cc22rmeee OR DATA DIAG PRNT ESC NO Pb 3 Oo CGR CHECK Sa NO ERROR a a NO 83 F0763ai YOKOGAWA F0764 ai 7 8 IM 01C26H01 01 8 gt 8 1 8 8 1 8 1 SDBT SDBS 4 20mA DC 3 2792 2 2500 0005 3W UE TT 2501A
161. P2 eo JP 300 QO P4 JPI 600 olo Bo 40A 11 2B OIO AA S25C O10 BB bt SUS304 1O SUS316 6 1O Te ANSI 1O CCULLLMLLELMM 1O SW et SUS316L SUS316L7 O10O 2 3 eee R 1 4 4 SUS316 4 1 4NP SUS316 Ce R 1 4 4 SUS316 De 1 4NP SUS316 0 O10 A 10 250 10 60 1 1 B 30 180 15 60 1 1 D 3 20 120 10 60 O1O E
162. 4 gt 4 7 84 F0412 ai 4 12 4 6 IM 01C26H01 01 5 5 1
163. P PR 5 DE 6 W 1 2 4 7 0 1 2 4 8 90 9 HIGH 110 21 6 mA DC DD E J MO SW SE SY HW 11 D 12 EJ 13 MWP 14 EJ 15
164. 0kPa 096 A MT220 Ax 7674 fg EE F0801 ai 8 1 0 50 100
165. 2 SET J16 P SPAN DEV 0 13000 kPa OO FEED NO OK F0742 ai 17 J56 CLEAR ADJ S556 CLEAR ADJ lt gt PRES BN 2 se ON SET J56 CLEAR ADJ FEED NO OK F0743 ai 18 K10 OUTPUT X 3 6mA 25 21 6mA 110 12mA 509 Ki0 0OTBOT x 50 096 ms ggg 2
166. 50 F0719 ai 7 4 10 20 LINEAR ZERO 0 CUT 20 2000 _ gw7ga 2 cu se OK 20 00 D11 LOW CUT MODE FEED NO OK hi CUT MODE lt TINEAR gt ZERO lt ZERO gt 2 OK P ARAM D10 LOW CUT D11 TOW CUT MODE ZERO D15 H L SWAP NORMAL DATA DIAG PRNT ESC F0720 ai 4 4 20 496 LINEAR 0 ZE
167. ANSI JPI 300 8 MPa 6 T56 ANSI JPI 300 7 MPa 18 T55 ANSI JPI 600 16 MPa 6 T58 A JIS 10K 2MPa T51 3 JI5 20K 40K 63K 3 5 MPa T53 ANSI JPI 150 300 600 A Ot N2 19 T53 MPG 10 JIS 10K 2MPa NE T51 JIS 20K 5 MPa T54 JIS 40K 10 MPa 6 T57 JIS 40K 7MPa 8 T55 JIS 63K 16MPa 6 T58 N ANSI JPI 150 3 MPa T52 ANSMJPI 300 8 MPa 6 T56 ANSIJPI 300 7MPa 8 T55 ANSIJPI 600 16MPa 6 T58 1 G1 2 G3 4 0 1 5 6 2 TS G Ie 2 AB 4
168. N EE C 10 F0512 ai 1 lt gt lt gt 5 12 F0513 ai IM 01C26H01 01 5 6 G00 p_ E 105 00244 BRAIN HART 9 5 0 105 166 252 42 F0514 ai 5 13 5 7 ss eT Dn In TI I Ed CR RAHIN
169. 4 5 nn 10 2 10 3 10 4 10 5 25 TW 80A 2zW H 10 200 50A 2B 40A 1 1 2B T1 10 2 ELI1 18J EJL1438 50 I
170. EJ 438J lt gt mm 110 54 12 2 5 a Y mn amp a J 5 4 1 gt B 0 a 2B 3 60 5 2B L 2B 60 5 p el 10 3 Ne 5 eo 6 S L Y 88 146 97 ly 97 65 2B 6 L 2B 60 5 142 Pk 5 6 9 amp se 1 eo O 0D Q Y
171. F0717 ai 9T20 p DISP MODE SQUARE ROOT gwrgm 2 lt LTNEAR gt lt SQUARE ROOT gt ESC SET 20 P DTSP MODE OK SQUARE ROOT FEED NO OK F0718 ai 5 D10 LOW CUT D11 LOW CUT MODE D10 LOW CUT 0 20 10 C40 OUTPUT MODE LINEAR 20 DISP MODE SQUARE ROOT 2 02 1 1 109
172. O 1O1O1O C22 PRESURV W 32000 32000 O1O1O1O 3 C30 050 000 100 00 sec D50 40 OUTPUTMODE W LINEAR SUQAREROOT LNEAR IO IOIO C60 SELFCHECK RI Ae60 oo oo 1 R W R W 2 MWP MWP 1MPa IM 01C26H01 01 9 gt 9 2
173. W 99 999 99 999 degC 0000 degC O1O19 E30 BIDIREMODE WOFEON SS OF IO1O191 E50 DO SELECT 4 W INHIBIT PRES SP TEMP INHIBIT PRES SP PRES TEMP O1O1O SP TEMP PRES SP TEMP E51 DO SIG TYPE 4 W OFF WHEN ALARM ON WHEN O a ONWHENALARM ALARM NII E52 DOUTPUT M RIOFEON OF JOIO1I9 E60 SELF CHECK R A60 CC NOD ES G ALARM SET G10 PALMODE Hi Lo W INHIBIT HI AL DETECT LO AL INHIBIT ololol DETECT HI LO AL DETECT 1 R W R W 2 MWP MWP 1MPa 3 1 10 4 EJX IM 01C26H01 01 lt 9 gt 9 3
174. 32000 32000 130 000 QOIOIO IO UDB 32000 32000 130 10000 olololo 0 4 1 1 1 1O wlorEoN oN IOIOIOIO ON OFF ON ololo l60 SELF CHECK R A60 OO OO J ADJUST J09 ADJUNIT W PRES UNIT PRES UNIT O1O1O 1 1 R W R W 2 MWP MWP 1MPa IM 01C26H01 01 lt 9 gt 9 4
175. OK J12 BEAN AD FEED NO OK EE 30 kPa gt 30 0000 kPa 30 0 kPa F0740 ai ESC 7 7 F0741 ai IM 01C26H01 01 J15 P ZERO DEV J16 P SPAN DEV 7 BRAIN TERMINAL BT200 gt 7 17 16 J21 SP ZERO ADJ J22 SP SPAN ADJ J25 SP ZERO DEV J26 SP SPAN DEV 10 30 kPa J15 P ZERO D
176. OO W INHIBIT ENABLE ENABLE ololo Wl PRES SP420mAAL O00 J60 SELF CHECK R A60 ololo K TEsT K10 OUTPUTX W D20 D21 000 ololo K40 DOTEST3 wlofkov ofF IOIOIO K45 TESTTIME W OUTPU X DO TEST 10 mn O1O1O1 10 min 30 min 60 min 3 hour 6 hour 12hour K50 WI 0 K60 R A60 M EE EE 16 16 QO QO QO R W R W MWP MWP 1MPa EJX IM 01C26H01 01 9 5
177. 0 0 2m 0 8 m X100 400 BRAIN TERMINAL J11P ZERO ADJ ENTER 2 6 gt 6 3 iap ZERO ADJ J11 0 0 000 0 RE 4 SET 3 J11 P ZERO ADJ 4096 ONON am 2 40 10 4mA DC Me F0608 ai 6 8 BRAIN TERMINAL 4 6 3 1 2000
178. 100 00 ON 0 00 100 00 4 C40 OUTPUT MODE 1I20 P DISP MODE 4 3 IM 01C26H01 01 7 BRAIN TERMINAL BT200 gt 7 10 0 MODE A gt SQUARE ROOT lt SOUARE ROOT gt ewren 2 SC oeoe om OK SOUARE ROOT FEED NO OK
179. 3 h 3 m A span 15 kPa K 3 x0 00745 15x100 0 149 0 149 gwrsm 2 OK SET E11 TEMP ZERO 0 000 degC 00 149 CLR ESC SET E11 TEMP ZERO 0 149 degC FEED NO OK F0758 ai 1 2 URV LRV K E11 TEMP ZERO A B AC 12 4 8 kPa 0 00745 0 00853 001422 0 00736 mbar 0 07453 0 08532 0 1422 0 07355 B atm 0 000074 0 000084 0 000140 0 000073 3 B span
180. 3000kPa CPU CPU CPU 8 2 8 1 5 130KPa abs
181. 97 97 F1014 ai IM 01C26H01 01 lt 10 gt 10 19 EJLI118J EJL1438J lt gt mm 0 1 2 3 4 A B C D t 25 1 n h 34 gt _ Q 1 Q Y _Y OO JO 1
182. A 3 10 250C 10 60 1O B 30 180 15 60 1O C 7 10 310 10 60 1O D 20 120C 10 60 1O E 50 100 40 60 1O 1 13 10 250C 10 60 50 14 1O1O 2 13 10 310 10 60 50C 14 O10 4 13 10 100C 10 60 50 14 1O 1O A O10 2 2 1O 6 1 1m 6 6m 1O 2 12m 7 7m 1O 3 3m 8 8m 1O 4 4m 9 9m 1 5 5m A 10m O10 EJX118J DMSCG 912DN WJ13B2SW00 BA25 EJX438J DASCG 912DN WJ13B2SW00 BA25 IM 01C26H01 01 10 gt 10 11 1 4 6 7 9 10 2 Se 14 E 10 2 10 2
183. P 10 P 16 c gymn P 16 P 14 CSE Oh ewer 6 NM a 2 GOOD BT200 P10 ERROR REC 1 swrgm communication error SW SDBERROR REC 1 5 EN 8 5 3 F4 EsC lt 36 w itrsersy gt Esc F0762 ai lt gt ES EE 1 gwrem 2 2 P10 P16 RM DPharp AG NO F0764ai YOKOGAWA 03 SELF CHECK a a a a 2 RNN F2 DIAG a1 ERES ray
184. SUS304 100 10 3 SUSF316L 1 SUS316L 1 C 276 1 SUSF316L ASTM grade F316L SUS316L ASTM grade 316L 2 C 276 ASTM N10276 C 276 SCS14A SUS316 SUS316 N4 P X2 LCD IM 01C26H01 01 200ms 000 10 m 0 00 100 00s
185. User s pp Manual yp EJLI118J EJ 1438J IM 01C26H01 01 vigilantplant r NNN NII EE i FOR THE DGITRL yoRLD IM 01C26H01 01 7 YOKOGAWA EJLI118J EJL 14368J ee 1 1 1 1 1 2 12 1 2 2 ee 2 1 2 1 2 1 2 2 2 3 24 2 5 26 2 7 28 29 3 3K ae 3 1 1 4 1 42 4 1 4 3 4 2 44
186. _ JISB0202 G PF 4 _ ISC3401 1994 EX B03
187. ASTM grade 316L EJX118J DMSCG 912DN EJ1WB2SY01 BC25 K1 K5 2 DO HH HH IM 01C26H01 01 lt 10 gt 10 15 10 3 TIIS TIS 1 Ex do IIC T4X JIS 20 60 G1 2 1 G11 8 12 2 G12 G3 4 1 G21 10 16 2 G22 a MA P X2 SUS316 SUS316
188. I33 ENGR LRV M I34 ENGR URV 50 M DATA DTAG PRNT ESC F0725 ai IM 01C26H01 01 7 D40 TEMP UNIT degC D40 TEMP UNIT A30 CUPSULE TEMP J45AMP TEMP deg C SET D40 TEMP UNIT F0726 ai 8 D30 SP UNIT D33 SP LRV D34 SP URV SP SP D37 SP SELECT HIGH LOW 9 D22 REV OUTPUT 4 20mA 20 mA
189. INHlBIT ENABLE INHIBIT O1O1O1 To en CC W 000 100006 a i ES wlooo 100 00 da W 10000 MGMS iss IM 01C26H01 01 lt 9 gt 9 6 1 No 1 4 W FlPlL 38 xg 9 X W 000 100 00 90 00 ololo 139 yg 3 9 Wlooo lt 10000 _ 9900 OIOIOI T40 XEND FIX R 1000 olo101 T41 YEND O R 1000 6 OIOIOI Te0 SELFCHECK RI Ae0o IoOlOIOI 1 R W R W 2 MWP MWP 1MPa IM 01C26H01 01 lt 10 gt 10 1 10
190. 1 IM 01C26H01 01 a NO 5 10
191. 1 H21 AUTO SP URV 1 H60 SELF CHECK CHARACTERIZR T10 5 C ENABLE 11 NUM OF POINT T20 X START FIX T21 Y START FIX T22 X1 23 Y1 24 X2 25 Y2 26 X3 27 Y3 28 X4 29 Y4 30 X5 31 Y5 32 X6 33 Y6 34 X7 35 Y7 36 X8 37 Y8 38 X9 39 Y9 T40 X END FIX T41 Y END FIX T60 SELF CHECK DISP SET DISP OUT DISP OUT2 DISP OUT3 DISP OUT4 P DISP MODE PRES RESO ENGR UNIT EASY EU SET ENGR EXP ENGR LRV ENGR URV ENGR POINT BAR INDICATR POWER ON INF 60 SELF CHECK F0711ai IM 01C26H01 01 7 BRAIN TERMINAL BT200 gt 7 8 O 7 3 3 sm TAG NO FIC 1a ER i ER YOKOGAWA o OKOGA 0 a FOKOGAWA DIAG 60 SELF Eg FTKOGAWA COD
192. 1O C 10 310 0 60 1O D 2 20 120C 10 60 IO E 50 100C 40 60 1O 1 H 10 250C 10 60C 50C 1 1O 2 2 H 10 310 10 60 50C 1 1O 4 10 100C 10 60 50 8 1 1O B O10O 2 2 1O 3 1 1m 6 6m 1O 2 2m 7 7m O10 3 3m 8 8m O10 4 4m 9 9m OTO 5 5m A 10m O10O EJX118J DMSCG 912DN EJ14B2SE02 BB25 EJX438J DASCG 912DN EJ14B2SE01 BB25 1 10 2 10 2 2 D K1 K5 3
193. 4 4 2 H KSS _B NN i F0409 ai 4 9
194. 8 5 3 8 53 8 No lt 5 6 NO YES YES 5 3 NO lt YES 3 9 YES YES O NO NO
195. F0506 ai 5 4 IM 01C26H01 01 5 4 1 DPharp 2 5 6 10 1 gt F0507 ai 5 7 5 4 2 1 JIS F8801
196. YES FEED NO OK F0745 ai 7 BRAIN TERMINAL BT200 gt 7 18 D56 WRT ENABLE 10 NM 10 1234ABCD SET 1234ABCD D56 WRT ENABLE 1234ABCD sven 2 CODE CAPS CLR ESC OK SET D56 WRT ENABLE FEED NO OK D57 NEW PASSWARD 8 D58 S0FTWARE SEAL Joker
197. 1 01 7 BRAINTERMINAL BT200 0 1 DPharp BRAIN BRAIN TERMINAL BT200 CENTUM CS TAG NO BT200 BT200 IM 01CO0A11 01 BT200 DPharp 2 BT200 BT200 BT200 F0701 ai 7 1 BT200 7 BRAIN TERMINAL BT200 gt 7 1 7 1 BT200 7 1 1
198. 2 7 MPa 2 GS 01C26T02 01JA IM 01C26H01 01 10 9 lt 10 gt EX438 1 F1008 ai EJX438 D 4 20 mA DC BRAIN Eee 4 20 mA DC HART lt 0035 35 MPa BB 0 16 16 MPa 1 CC S a Csi is es taisei C J SNB7
199. 24 J50 ADJ WHO J51 ADJ DATE J52 ADJ LOC J53 ADJ DESC M17 M19 MEMO1 3 16 2004 10 21 PARAM 50 ADJ WHO 51 ADJ DATE 52 ADJ LOC DATA DTIAG PRNT Ese SET 10 21 2004 J51 ADJ DATE gwygm 2 MM DD YYYY 10 21 2004 CODE CAPS CLR ESC F0759 ai 7 4 BT200 7 4 1 BT200 7 DATA 10
200. 2SW30 BA25 2 3 D K1 KS5 4 5 SUS304 8 7 SUS316L 8 ASTM grade 316L 1 ASTM grade 304 6 SUS316 ASTM grade 316 ala EJL118J cE 3 O77 WM ii 5 Sen J1 ooo JIS 10K J2 oe JIS 20K QO J4 JIS 40K 1O AT1 ANS 150 1O A2 t lt ANS 300 1O A4 ANS 600 1O P1 eo JP 150
201. 6 4 6 5 6 4 6 5 1 Ei 6 4 6 5 2 EEKKEKKRKRRRKRAOROonhhohho 6 4 BRAIN TERMINAL BT200 7 1 7 1 BT200 7 1 7 1 1 1 7 1 2 1 7 2 BT200 7 2 1 7 2 2 72 3 7 2 4 7 5 7 3 BT200 7 5 7 3 1 7 5 732 7 7 733 ee 7 8 1 Tag No 2 3 4 7 9 5 7 10 6 7 11 7 7 13 8 7 13 9 13 10
202. 9 25 27 JPl 600 165 1270 100 61 31 9 64 8 19 25 27 40A 11 2B n h k JIS 10K 0 4 19 27 30 JIS 20K 0 4 19 27 30 JIS 40K 0 4 23 27 30 ANSI 150 1 6 4 15 9 27 30 ANSI 300 155 4 114 3 86 44 20 6 1 6 4 22 4 27 30 ANS 600 1554 1143 86 44 28 8 6 4 4 22 4 27 30 JPI 150 127 98 6 86 44 17 6 1 6 4 16 27 30 JP 300 155 1143 86 44 20 6 1 6 4 22 27 30 JPI 600 155 114 3 86 44 28 9 64 4 22 27 30 1 UW 34 2 3 S25C f 0 4 ANSI JPI SUS304 f IM 01C26H01 01 EJX EJA EJX lt EJX gt SUPPLY 6 CHECK
203. CHECK 4 20mA DC 5 gt 5 2 10 O AL CHECK A SUPPLY F0505 ai 5 5 5 3 5 EJX AL ALM A SUPPLY 5 6 7 3 3 21 22 30V DC 120mA max 2 5 6
204. E CAPS CLR ESC p CHECK GOOD EN Op 9 k Mdm 9 0 1 Tag No C10 TAG NO TAG NO KERR ENTER TAG NO iii Pe co pa Cr Ec Spr C10 TAG NO 16 No a OFF FIC 1a swap orr Ao 1 EE Fs QO ovor BT200 ON lt When power is off gt DPharp TAG NO FTC 1a WELCOME DPharp BT200 Pi RG GR OK 8
205. ESC F0714 ai 2 0 30kPa 10kPa 223BRES URV 1 0 30 kPa 10 2 BE RA Ee SET C22 PRES ORV OK FEED NO OK i a NT C21 PRRS rRV C22 PRES OR 10 kPa DATA DTAG PRNT ESC F0715 a 32000 32000 4 20 mA I c 0 gt 100 3 C30 AMP DAMPING 2 0
206. EV 0 04 kPa J16 P SPAN DEV 0 03 kPa 10 kPa J10 ADJ PRES 9 94 kPa 0 06 kPa 0 04 kPa 0 04 0 06 0 02 S919 PDZRROLDEV 0 02 0 04000 kPa 2 SET J15 P ZERO DEV 0 02000 kPa ON FEED NO OK 30 kPa J10 ADJ PRES 30 15 kPa 1 _ 30 00 30 15 wx 30 00 aE x URV LRV Ul 30 00 10 00 0 1 2 0 1 kPa 0 03 kPa 0 03 0 1 0 13 ET 16 P SPAN DEV 0 13 0 03000 kPa ee
207. G SLCTYI D32 ATM PRESS 1 D33 SP LRV 1 D34 SP URV 1 D35 SP POINT 1 D36 SP DAMPING 1 D37 SP SELECT D40 TEMP UNIT D50 QUICK RESP D55 WRT PROTECT D56 WRT ENABLE oo S D57 NEW PASSWORD D58 SOFTWR SEAL D60 SELF CHECK K10 OUTPUTX K40 DO TEST 2 K45 TEST TIME K50 TEST KEY1 K51 TEST KEY2 K52 TEST KEY3 K53 TEST KEY4 K60 SELF CHECK E AUX SET2 E10 T ZERO CMP E11 TEMP ZERO E30 BIDIRE MODE E50 DO SELECTY2 E51 DO SIG TYPE 2 E52 D OUTPUT 2 E60 SELF CHECK DEVICE INFO SERIAL NO MFTR DATE EXTRANO SOFT REV RAIN REV EMO1 EMO2 MEMO3 ISOL MATL FILL FLUID GASKET MATL PRO CON MATL D VENT MATL PRO CON TYPE RS ISOL MATL PRO CON SIZE NUM RS RS FILL FLID RS TYPE S CODE 1 S CODE 2 MS CODE 3 M53 MS CODE 4 M54 MS CODE 5 55 MS CODE 6 60 SELF CHECK G10 PALMODE G11 P HI AL VAL G12 PLO AL VAL G20 SP AL MODEY1 G21 SP HI AL VAL 1 G22 SP LO AL VAL 1 G30 T AL MODE G31 THI AL VAL G32 TLO AL VAL G50 AUTO RECOVER G60 SEL P RECORD P10 ERROR REC 1 P12 ERROR REC 2 P14 ERROR REC 3 P16 ERROR REC 4 P50 REC CLEAR P60 SELF CHECK 2 EJA H AUTO SET H10 AUTOPLRV H11 AUTO P URV H20 AUTO SP LRV
208. NFIG ERR SC CFG AL 79 99999 99999 OV DISP IM 01C26H01 01 lt 9 gt 9 1 P a L 03 sELFCHECK R GOOD CGI A DISPLAY A10 OUTPUT R 25 110 ololo A11 PRES _R C20 oo A15_ _R 36000 21600mA A16 ENGR OUTPUT _R 30 A17 ENGR EXP
209. NSI 150 P1 JPI 150 1O A2 ANSI 300 P2 JPI 300 1O LV ANSI 600 P4 JPI 600 1O ene 80A 3B 1O 2 50A 2B OO S25C 1O BB SUS304 10 OO Crue SUS316 11 Olo 1 ee O10 ANSI SW 2 1O SW SUS316L SUS316L 12 1O HW C 276 8 C 276 9 O10 TW 7 7 O10 UW EJ 118 80A O10 2 Oe O1O Te R 1 4 3 SUS316 2 1 4NP SUS316 A R 1 4 3 SUS316 Bt 1 4NP SUS316 0
210. PY FEED LIST PON POFF ON OFF PRNT GO STOP BT200 P00 IM 01C26H01 01 7 BRAIN TERMINAL BT200 gt 7 4 3 7 2 3 WELCOME UTILITY BRAIN TERMINAL im TD BT200 2 SECURITY CODE 3 LANGUAGE SELECT BT200 ID _ check connection 4 LCD CONTRAST 2 h ENTER k 5 PRTNTER ADJUST 6 1 4 3 OTII FEED W 4 LCD 5 BT200 P00
211. RO LH IM 01C26H01 01 7 BRAIN TERMINAL BT200 gt 7 11 LOW CUT 4 LINEAR ZEROY 20 eo 1 201 4 0 1 A F0721 ai lt gt ZERO 20 00 10 F0721 02 EPS 6 5
212. U P 7 14 12mA DC 4 20mADC P 7 14 20mADC DPharp 0 _P7 15 BT200 P_7 17 P 7 17
213. mm 600mm 4 3 2 3 4 F0404 ai 4 4 IM 01C26H01 01 4 gt 4 3 U 50A 2B F0405 ai 4 5 600mm 600mm 600mm
Download Pdf Manuals
Related Search