VL100-MF21 FA-M3インターフェース 取扱説明書
Contents
1. FL100 VL100 6 9 IM VL100 01 4 MF X Y ERR rowmcy 5 lt 9 6 3 X Y RYD2. MF gt MF 4 17 IM VL100 01 gt MF 0O 0 0 2 MF 1 0 0 3 MF 0 0 MF 0 00 DT1 2 0001 O1 DR1 2 0002 02 DT1 DR 1 2 0201 MF 1 1 MF 1 00 DT1 2 0001 01 DR1 0002 02 DT1 DR1 0201 I0001 DT
3. MF ON 1 lpslpils AD AD AD 1 DO byte D1 byte DO DO 1 D1 D1 1 RS 3 2 IM VL100 01 3 3 1 MF 2 1 IO 1 16bi t F
4. X Y 6 6 IM VL100 01 gi MF MF X Y 2 4 1 4 MF 6 7 4 1 6
5. 1 5 5 MF 2 1 1 6 S ERR REST 1 5 88
6. IN 6 4 MF IM VL100 01 2 RDY MF X Y MF ER R MF X Y ER R TX RX MF 6 5 IM VL100 01 X Y
7. 1 2 X Y FL100 7 3 2 3 FL100 8 9 4 FL100 8 ie ne 6 3 FL100 2 10 6 FL100 17 7 8 2 9
8. WM A1 IM VL100 01 A2 4
9. MF gt MF IM VL100 01 gt MF 0 0 0 2 MF 1 0 0 3 MF 0 0 MF 0 O0 DT1 2 0001 01 DR1 2 0002 171 02 DT1 DR1 2 0201 MF 1 1 MF 1 00 DT1 2 0001 01 DR1 2 0002 171 300 IMF 0 310 OUTPUT 2 400 00 NOFORMAT 0001 320 OUTPUT 2 400 01 NOFORMAT 0002 330 OUTPUT 2 400 02 NOFORMAT 0201 340 CONTROL 2 12 0 350 CONTROL 2 13 1 360
10. READ SL n1 D k SL n 1 100 1EF D 1 E D B k w or d 1 0 2 gt M F 0 0 2 O0 O9 IOO0O01 lt 1IOO10 4 7 IM VL100 01 3 191413121110 9876543210bitNo LSB 300 301 302 3ED 3EE 3EF
11. O MF M F MF MF MF MF 3 5 IM VL100 01 1 a MF 1 M F MF 1 0 MF 1 0ms M F 3 0m s xn n M F MF
12. 9 1514131211109876543210bitNo LSB 612 jololololololololololololol S I E D Z SL READ SL 8614 D 1 D I E D B SL 1 2 0 3 0 7 4
13. 0C 55 2096RH lt 9096RH 30 lt 70 C 1096RH lt 9096RH A2 IM VL100 01 A2 1 1 ee 1 2 1 2 pp 1 3 1 3 1 4 1 4 1 5 u 2 1 3 1 3 1 3 2
14. 4 29 IM VL100 01 4 2 16 ololololol soo BAL ololololil so1 DT1 2 3 D771 ololol1lol So2 DR12 3 5DR71 ololol11 0 3 DD1 2 DD71 olol1lolol 0 4 DD1 2 DD71 ololhlolhl so5 AT1 2 4 5 6 AT71 loltllolso6 AR1L2 AR71 loltl1l1lSo7 ltlololol sos _ oltlololll soe PT2DT71 1lol1lo soA 1loltl1l soB 1 1 olo oc SL6 ltlol1lsoDp S04M ltl1lllolSOE SLD II1ISoF SL6 gt MF 0 0 2 00 DT1 0001 01 DR1 0002 02 DT1 DR1 0201 310 OUTPUT 2 400 00 NOFORMAT 0001 320 OUTPUT 2 400 01 NOFORMAT 0002 330 OUTPUT 2 400 02 NOFORMAT 0201 2 4 0 DAT 310 FOR SLV 00 TO EF 320 ENT
15. 2 1 PLC ON DI1 DT NN ll DIE HI ON 2 ON WF21 ON 3 ON DIE ON ON L1 L2 L3 2km 5 3 IM VL100 01 1 RDY R D Y 2 TX TX MF 2 1 1 5 3 RX R X 1 5 4 ERR ERR MF 2 1
16. MF MF An y 8O R R 8O D An y 1 1 R 2 S 0 2 A0 A2 DO O0 D1 D2 2 RS 1 t 2 34ms T 2 34ms x 2 1 1 3 1 IM VL100 01 3 2 MF V ITY L INER
17. 4 15 IM VL100 01 gt MF 0O 0 0 2 MF 1 0 0 3 MF 0 0 MF 0 O0 DT1 7 2 0001 02 DT1 DR 1 2 0201 MF 1 1 MF 1 O1 DR1 7 2 0002 02 DT1 DR1 2 0201 10001 MOV 0001D0001 DT10 MOV 0000p0002 LO DT1 DR10 MRITED0001 2 400 3 MEFE MRITH 8611 7N 0 MRITH 1 2 612 1 7 LVX1 MRITBS8002 2 610 1 0 MOV 0000D0004 7 DT19 9 DT1 DR10 9 MRITBD0004 39 40 3 9 MFE WRITEH 1 38611 7N 1 WRITE 1 3 612 7 14 WRITE 8002 3 610 1 Y 9 4 16 IM VL100 01 8
18. SLVSTAT 310 STATUS 2 65 MFSTAT IMF 320 IF BIT MFSTAT 1 THEN 330 STATUS 2 SLVSTAT 340 ENDIF 0 0 3 1 ON 310 STATUS 2 65 MFSTAT IMF 320 IF BIT MFSTAT 2 THEN 1 330 OUTPUT 3 1 1 ON 340 ENDIF 0 0 3 2 ON 310 STATUS 2 65 MFSTAT IMF 320 IF BIT MFSTAT 3 THEN 330 OUTPUT 3 2 1 ON 340 ENDIF 4 25 IM VL100 01 3
19. M F MF MF MF MF MF IM VL100 01 BAS I C DT 1 DR MF 2 DT1 00 DR1 O 1 100 DEFINT A Z 110 MF 120 MFSLOT 2 130 ASSIGN MF21 MFSLOT 140 M F 150 MFSTAT 0 160 WHILE NOT BIT MFSTAT 0 170 STATUS MFSLOT 65 MFSTAT 180 END WHILE 190 MF 200 OUTPUT MFSLOT 400
20. AN 6 35 MX 6 35 MAX oH lt 2 CPEV S CPEE KPEV S KPE 0 9 0 7 5mm NS 3 qo VITY LINER bed ea 5
21. 3 MF MF MF MF gt MF 0 0 2 MF MF DO001 lt DO0 0 0 8 10001 READ 2 613p0001 8 4 19 IM VL100 01 4 2 BAS I C FA M3 BAS IC STATUS 000 0FF 100 ENTER 1FF a 2FF 300 OUTPUT 3FF 4FF 500 5FF 01 STATUS 0F EE ER EE EE EE ET CONTROL OR STATUS STATUS ON INT OFF INT 4 20 IM VL100 01 FA M3 BAS IC
22. 4 13 IM VL100 01 lt gt M F 0 0 2 MO35 Fes 10001 9 0 10001 X00201 10002 X00201 0 I0001 ss 10002 3Y 10002 X00201 YY 10003 X00201 0 10001 0 10002 X00201 10003 X00201 0 4 14 IM VL100 01 7 MF 151413121110 9 8 7 6 5 43 2 10bit No LSB 611 lololololololololololololo
23. CONTROL m 11 1 m I STATUS STATUS m 11 1 m I 1 1 MF 0 2 3 MF 4 a 2 1 0 bit No LSB olol1 MF 0 b 2 1 0 bit No LSB ol1lol
24. MF 0 1 0 1 1 1 b MF MF MF 1 MF MF M F MF t h th 0 M 90 M 9 0 1 4 5 80 1 4 5 F 1 42 3 F 18 6 7 i 5 HF
25. 0 1 d 0 1 4 40 IM VL100 01 gt MF 0 0 2 150 ON INT 2 1 0 GOSUB MFRDY 300 CONTROL 2 11 8002 310 WAIT 1 500 MFRDY 510 OFF INT 2 110 520 RETURN 150 ON INT 2 1 1 GOSUB SLVERR 500 SLVERR 510 STATUS 2 SLVSTAT 520 FOR I 0 TO 15 1 530 FOR J 0 TO 15 540 IF BIT SLVSTAT I J THEN 550 DP HEX 1 16 J 560 ENDIF 570 NEXT J 580 NEXT I 590 RETURN 150 ON INT 2 1 2 GOSUB IFERR6 500 IFERR 510 DP 520 RETURN 150 ON INT 2 1 3 GOSUB MULERR6 500 MULERR 5
26. m n I 1 0 2 MF 3 MF MF MF MF gt MF 0 0 2 MF MF MFSTAT 310 FOR MF 0 TO 7 320 STATUS 2 14 MF MFSTAT MF 330 NETX MF 4 39 IM VL100 01 1 1 MF 1514131211109876543210bit No LSB jx xj x xjxjxjxjxjxjxjxjxl 0
27. 151413121110 9 8 7 6 5 4 3 2 1 0 bit No LSB 12 CONTROL CONTROL m 12 m I STATUS STATUS m 12 I m 1 0 2 0 7 MF O MF gt MF
28. RITE SL Bel S I E D Z SL LREAD SL 8611 D 1 _L D I E D B SL 1 0 2 0 7 MF 0O MF gt MF
29. ERR ERR ER R ERR ERR MF 2 1 2 1 IM VL100 01 3 3 1 MF 2 3 4m s MF
30. IM VL100 01 9 4 151413121110 9876543210bitNo LSB 13 ololololololololololololo CONTROL CONTROL m 13 1 m I STATUS STATUS m 13 Ii m I 1 2 0 3 0 7 2
31. 1 4 5 IM VL100 01 gt MF 0 0 2 MRITRS8002 28610 1 3YY 10001 X00201 10002 X00201 0 DO001 DOO15 X00202 LREAM 2 600DO001 19 O0 0 3 1 ON X00203 Y00301 0 0 3 2 ON X00204 Y00302 O 4 6 IM VL100 01 2 Dl 876543210bitNo LSB 100 101 102 1ED 1EE 1EF
32. 3 2 3 3 3 3 3 4 3 5 FA M3 4 1 4 2 4 2 BAS I C 4 20 5 1 2 1 5 2 3 5 3 1 6 1 2 6 3 NE 6 12 M1 IM VL100 01 M1 F M3 VL100 MF 2 1 OF A M3 MF 2 1 F A M3 M F 2 1 O O 16 F A M3 MF2 1 READ BASIC ENTER mn MRITH BASIC OUTPUT mn VITY LINER 1 0 1 6 0 1 IM VL100 01 1 VL100 MF2 1 MF 2 1
33. gt MF 0 0 2 310 CONTROL 2 11 8001 320 STATUS 2 65 MFSTAT 330 IF BIT MFSTAT 0 THEN 320 ENDIF 340 STATUS 2 65 MFSTAT 1 350 IF NOT BIT MFSTAT 0 THEN 340 ENDIF 310 CONTROL 2 11 8002 320 STATUS 2 65 MFSTAT 330 IF BIT MFSTAT 0 THEN 320 ENDIF 340 STATUS 2 65 MFSTAT 1 350 IF NOT BIT MFSTAT 0 THEN 340 ENDIF 310 CONTROL 2 11 8004 320 STATUS 2 65 MFSTAT 330 IF BIT MFSTAT 0 THEN 320 ENDIF 340 STATUS 2 65 MFSTAT 350 IF NOT BIT MFSTAT 0 THEN 340 ENDIF 4 34 IM VL100 01 8 MF
34. S I E D Z SL n 2 400 4EF k w or d 1 0 2 MF 151413121110 9876543210bit No LSB 3 4 10 IM VL100 01 4 2 16 ololololol soo lololol so1 DT12 3 DT71 olololtlolSO21DR12 3 5 DR71 olololtl1 0 3 10D1 2 DD71 olOI1IOlO S 0 4 01 2 DD71 ololtlol1l SO5 ATL245 6 AT71 lltlol soelAR1 2AR71 ltltll So7 _ hlololol so8 hlolohl soglPI2DT1 hloltlol soAlPR2 3DR71 hloltl soBl ol1ltlolOl SOC1SL6 ltltlol1l op sl4 ltltltlOlSOE1SL5 _ 1 oltlttl1lSOF SL6 gt MF
35. 10002 MF 10003 ET 10001 RST 10001 MOV D0001 MOV DO002 SET 10003 RST 10002 SET 10004 RST 10003 MF 10004 RST MF 10005 RST X00201 X00201 10006 10005 10004 10006 10005 10001 lt 10006 4 4 IM VL100 01 1 MF MF 614132It1HOH918171615141312111 X X o1 XHHH16 2 3 1
36. RR FUNCTION M F21 SS TERMINATOR EN 7 O ERR ERR ERR E RR RON ON OFF X X Y Y SG 1 5
37. 0 0 2 00 DT1 O001 01 DR1 000 2 02 DT1 DR1 0201 MO35 i 201p0003 2 4 0 D0001 DO240 10001 4 11 IM VL100 01 5 T 1514131211109876543210bit No LSB 600 DFDBODDd BOAD90807D605D4D302D100 7F 16 601 higfon ohh A gn esh naiho S602 9 d se00 60D DD 5bD 1bd SSOE O 1 1 READ SL n1 D k
38. 1 0m s MF 30ms xn n MF 0 1 0 1 b MF
39. IM VL100 01 gt MF 0O 0 0 2 MF 1 0 0 3 MF 0 0 MF 0 MF 1 1 MF 1 300 IMF 0 2 00 DT1 171 0001 02 DT1 DR1 0201 SE IS SI DR 1 0002 02 DT1 DR 1 0201 11 310 OUTPUT 2 400 00 NOFORMAT 0001 320 OUTPUT 2 400 02 NOFORMAT 0201 330 CONTROL 2 12 0 340 CONTROL 2 13 1 350 CONTROL 2 11 8002 360 IMF 1 370 OUTPUT 3 400 01 NOFORMAT 0002 380 OUTPUT 3 400 02 NOFORMAT 0201 390 CONTROL 3 12 1 400 CONTROL 3 13 1 410 CONTROL 3 11 8002 IDT 1 IDT 1 DR 1 0 1 ID R 1 IDT1 DR1 0 1
40. 0 1 M 20 M 7 20 0 1 4 5 0 1 4 5 F 2 3 6 7 F 2 3 6 7 MI 0 0 A5MF 0 0 3 8 IM VL100 01 C 0 7 MF O 0 7 MF MF gt
41. O MF 1 MF 2 0 MF 1 MF 3 0 MF 1 4 0 1 5 O 1 6 0
42. ON FA W39 OFF WF0CPU 88 XNNNNN 15 3 1 0 1 16 8 0 16 EF 16 7 LX lt 01 80 EF X 80 EF X 2 7 EF X 01 X 80 X EF nu fn S ERR REST OFF 6 1 IM VL100 01 2 7 201 80 EF 1 6 7 LXEF 1 6 7 01 80 EF 7 LXEFM 3 7 EF 0O1 XX 80X OiX 80 ON S ERR REST OFF 3 7 6 gt FO 6 2 IM VL100 01 6 2
43. 2 1 0 bit No LSB ol1lo 0 MF c 2 1 O bit No LSB 1lolol MF
44. SL n 1 600 60E D 1 E D B k wor q 1 0 2 1 0 3 MF 0 4 1 5 0 1 MF 1 gt MF 0 0 2 MF DO001 DOO15 X00202 LREAD 4 600DO001 1
45. gt MF 0 0 2 100 DEFINT A Z 110 ASSIGN MF21 002 IM VL100 01 2 MF MF 151413121110 9876543210bit No LSB klxfkfkfklkl xlxlxlxl ll YX Q YX STATUS MF STATUS m 65 1 Ri m I 1 0 MF 1 MF 2 0 MF 1 MF 3 0 MF
46. 0 MF 4 33 IM VL100 01 c 2 1 0 bit No LSB 1lolo MF
47. S 1 E D Z SL n 2 300 3EF k w or g READ SL nt D k SL n 1 300 3EF D I E D B k wor q 1 0 2 0 0 0
48. Al TA D RAE TR IM VL100 01 1 2 VL100 MF 2 1 1 2 km 4 km 12 km 12 8 2 4 0 3 840 2 4 0 2 34ms 16 2 34ms 1 2 3 840 2 4 0 16 3 840 2 5V FA M3 5V 500mA 1 5VA X Y FG DC500V 30MQ 3 00 55 C 10 90 RH 4 180g 1 1 3 IM VL100 01 1 3 VL100 MF21
49. 4 8 IM VL100 01 gt MF 0 0 2 0 0 ON FFFF MRITRSFFFH 28300 1 2 4 0 D0001 DO240 10001 REAM 45300D0001 249 4 9 IM VL100 01 4 MF LA LA AN 9876543210bitNo LSB 400 401 402 4ED 4EE 4EF READ SL n1 D k SL n 1 400 4EF D I E D B k wor q WRITE
50. 4 FUNCTION 3 5 6 7 6 12 IM VL100 01
51. MF MF 3 9 IM VL100 01 4 FA M3 1 1 6 2 Any gt 001 002 003 004 005 006 007 008 009 Cc P U H AHy 101 102 103 104 105 106 107 108 109 gt 2 601 602 603 604 605 606 607 608 609 4 1 IM VL100 01 4 1 FA M3 RW 4 10 i 613 4 19 620 4 2 IM VL100 01
52. 1 4 0 1 5 0 1 6 0 1 4 24 IM VL100 01 gt MF 0 0 2 140 CONTROL 2 11 8002 150 WAIT 500 500ms 160 STATUS 2 65 MFSTAT IMF 170 IF NOT BIT MFSTAT 0 THEN 180 DP MF NOT READYI 190 SITOP 200 ENDIF
53. FL100 VL100 6 10 IM VL100 01 5 Pu WEL et 5 lt 9 6 3 S ERR REST 6 11 IM VL100 01 6 3 MF 2 1 1
54. RA KM 876543210bitNo LSB 100 00 100 01 100 02 100 ED 100 EE 100 EF ENTER ENTER m 100 n NOFORMAT I 00 lt EF m n I 1 0 2 MF 0 0 2 0 0 OA DAT 310 FOR SLV 00 TO 0A 320 ENTER 2 100 SLV NOFORMAT DAT SLV 330 NEXT SLV 4 26 IM VL100 01 4 151413121110 9876543210bitNo LSB 300 00 300 01 300 02 300 ED 300 EE 300 EF OUTPUT OUTPUT m S300 n N
55. A 1 0m 6 3 5 2 X X Y Y SG 1 IM VL100 01 1 ON OFF 2
56. MF MF 0 0 0 3 7 IM VL100 01 2 a MF MF MLF M F
57. User S Manual VITY LINER VL100 MF21 FA M3 YOKOGAWA IM VL100 01 2013 02 8 V L 1 00 MF 2 1 VL 100 MF 2 1 VL100 VL100 FL100 FL100 Du 1
58. 1 A 0 1 0 1 YX 3 0 1 ON INT GOTO ON INT m 1 n GOSUB CALL MF b it No m n O OFF INT OFF INT m 1 n ee it No m n 1 0 2 bi t a MF 0 1 b MF 0 1 C
59. FA M3 MF MF MF MF MF 4 3 IM VL100 01 DT1 DR MF 2 DT1 00 DR1 0 1 0001 0002 0003 0004 0005 0006 0007 0008 0009 0010 0011 0012 0013 0014 0015 0016 0017 0018 0019 0020 0021 0022 0023 0024 MO35 MF 10001 X00201 MF
60. SERR REST FUNGTION TERMINATOR a OFF mm 1 4 IM VL100 01 1 4 1 FA500 MF 1 1 MF 1 2 MF 2 1 MF 2 1 5 0 0mA FA M3 1 5 IM VL100 01 2 RDY 2 SEE TX RX ERR
61. 3 MF 0 4 1 5 0 1 MF 1 4 31 IM VL100 01 gt MF 0 0 2 MF SLVSTAT 300 310 STATUS 2 65 MFSTAT IMF 320 IF BIT MFSTAT 1 THEN 330 STATUS 2 SLVSTAT 340 ENDIF 350 4 32 IM VL100 01 7 MF 4 f 151413121110 9 8 17176543210bit No LSB 11 Llolololololololololololol CONTROL
62. FL100 VL100 1 MF 2 1 2 3 4 5 6 3 IM VL100 01 1 MF 2 1 RD Y 0 MF X 0 1 MF MF
63. SH A07 99 VSNFA05 90 0940 2 94 W5 Wi6 Wi7 IM VL100 01 3 6 c 0 7 MF O 0 7 MF MF gt
64. 00 NOFORMAT 01 210 OUTPUT MFSLOT 400 01 NOFORMAT 02 220 MF 230 CONTROL MFSLOT 11 8002 240 MF 250 WHILE BIT MFSTAT 0 260 STATUS MFSLOT 65 MFSTAT 270 END WHILE 280 1 MF 290 WHILE NOT BIT MFSTAT 0 300 STATUS MFSLOT 65 MFSTAT 310 END WHILE 320 330 I0 340 ENTER MFSLOT 100 00 NOFORMAT DAT 350 OUTPUT MFSLOT 300 01 NOFORMAT DAT 360 GOTO I0 370 END 4 22 IM VL100 01 1 ASSIGN ASSIGN MF21 m ns rs ID m MF CPU ASSIGN
65. ERR S ERR REST 2 FUNCTION Bs Ch ay gt RN 1 eo gr 2 1 FUNCTION C BLD ao AX x 4 Ss 3 MF 2 1 F M3 CPU FUNCTION es po A
66. IM VL100 01 3 S ERR ADDR MF X Y S ERR ADDR 4 1 4 4 1 6 6 8 IM VL100 01 5 lt 9 6 3 OR
67. M 3 M F 2 1 READ FA M 3 MF 9 READ BASIC ENTER m Nn BE Em 3 3 IM VL100 01 2 MF 2 1 1 O 1 16 bi t F A M 3 M F 2 1 WR I TE FA M3 MF NRITH BASIC OUTPUT mn 2 3 4 IM VL100 01 3 4 1 MF 2 MF
68. FA M3 VITY LINER VITY LINER FA M3 VITY LI NER 1I O FA MS3 ON OFF 1 1 IM VL100 01 1 1 FA M3 MF 2 1 BAS IC IO 16bit 1 FA M3 FA M3 LULU dt LILI II II II II Lu LIN HI mews TP i dN TR LTD LILI II Y LA_I II Lu FL LLLLTT A R
69. 10 DP 520 RETURN 4 41 IM VL100 01 5 5 1 MF 2 1 FA M3 F M3 M F 2 1 lt gt MF 2 1 MF 2 1 MF 2 1 5 1 IM VL100 01 5 2 1 M3
70. 19 7 DR10 DT1 DR10 2 2 amp MF WRITE _ 9 48611 1 7 0 WRITE 1 2 612 1 7 21 9 MFE WRITE 1 38611 7 1 WRITE 1 3 612 1 1 MRITBS8004 398610 0 F 1 0 4 18 IM VL100 01 9 MF MF 4 1514131211109876543210bit No LSB 613 1 614 615 616 617 618 619 61a 1 2 4 0 1 X 0 1 29 20 1 READ SL n1 D k SL n 1 6 13 61a D 1 E D B k wor q 1 0 2 MF
71. 4 0 DAT 310 FOR SLV 00 TO EF 320 ENTER 2 300 SLV NOFORMAT DAT SLV 330 NEXT SLV 4 28 IM VL100 01 5 MF Ac EAA 876543210bitNo LSB 400 00 400 01 400 02 400 ED 400 EE 400 8EF ET OUTPUT OUTPUT m 400 n NOFORMAT I 2 00 EF m n I ENTER m 400 n NOFORMAT I Is 00 EF m n I 1 0 2 MF 151413121110 9 876543210bit No LSB 3
72. 9 4 12 IM VL100 01 6 MF 9 1514131211109876543210bit No LSB 610 lolololololololololololol NRITE SSL RI S I E D B Z SL 1 1 2 3 MF 4 a 2 1 0 bit No LSB olol1 MF 0 b
73. CONTROL 2 11 8002 370 IMF 1 380 OUTPUT 3 400 00 NOFORMAT 0001 390 OUTPUT 3 400 01 NOFORMAT 0002 400 OUTPUT 3 400 02 NOFORMAT 0201 410 CONTROL 3 12 1 420 CONTROL 3 13 1 430 CONTROL 3 11 8004 02 DT1 DR1 0201 IDT 1 ID R 1 IDT1 DR 1 0 1 IDT 1 ID R 1 IDT1 DR1 0 1 IM VL100 01 1 0 MF MF 151413121110 9876543210bitNo LSB 14 15 16 17 18 19 1A 1B 2 2 0 7 X X 0 1 7 X 0 1 9 2 0 1 STATUS STATUS m 14 ni I 1
74. ER 2 400 SLV NOFORMAT DAT SLV 330 NEXT SLV 4 30 IM VL100 01 6 151413121110 9 8 7 65 43 2 10bit No LSB 01 DDGDh 85DD3251D9 fy AG 02 DIGNBWAW9I97WSIMW3I2TO 03 PE 99 82150 sop DCA tk soE DD 5b1b soF DE 9 O 1 STATUS 1 STATUS m 01 n I 1 6 1 6 m n I 2 STATUS mi I a i m I 15word 1 0 2 1 0
75. OFORMAT I ser 00 lt EF m n I ENTER ENTER m 300 n NOFORMAT 1 00 lt EF m n 1 1 0 2 0 0 0 4 27 IM VL100 01 gt MF 0 0 2 0 0 ON FFFF 310 OUTPUT 2 300 00 NOFORMAT FFFF 2
Download Pdf Manuals
Related Search