"取扱説明書"
Contents
1. 37 38 DT AMBI CORD NON C 1 AI2. Am 3Fe 2 1 e 0 1 W 20 3 0 0 A rg OD L 8 5 AI 0 EC LL Mg 0 Iie El 0 ZH 2344 2 ER
3. 2 44 I
4. LSI A 10 C 10 50 C 50 10C 0 C 10 C 50 C
5. 2 12 0 0 EY 1 2 TIME ey 2 s 1 OS EE 1 3 4 GV GV 2
6. II etc IH 7 IS
7. 4 14 2284 55 8 1116 2632456490 F No p 38 2 3
8. 1 PS A 5 a amp a b C 35 ANALYZE
9. F No FNo F No 1 142 284568 1116 2232456490 0 4 0 4 3Se 2 ed 0 0 1 2He 3 4
10. gt 1 60 F2 8 1 1 5 0 5 0 FNo 3 GV
11. 10 407 10 I 10 5 HI 270 AMBI CORD NON C i J 5
12. S eS 2 A a 0 Sh MBP 2 AMB1 Wi 9 0 EE IS 2 7 2 5 34 2 HH IS p 42 gt
13. 1 5 2 A 2 2 TIME GV GV 2
14. NONC A 2 MULTI NON C IME 30 1 1000 o NORM
15. IV a GV c d _ 2 AMBI CORD NON C
16. 3 AMBI CORD NON C MULTI FNo FNo ExIN ExIN 0 1 ExIN EV AV 10 B 1 P13 P20 P14 1 142 284 588 1116 22324564 90 4 2 284 See 11 16 22 32 45 4 90 Co wg Eu i ON rT gg 0 gt
17. 4 ON ON 9 2 4 14 358 4 56 8 16 a 45 64 90 ME UU I ISO 1 3 1 3 ISO 6400 IS08
18. 4 CORD NON C 25 Z0 CONTRAST F No NORM F No MULTI
19. ON ON P 41 P 41 1 3 F No P29 _ FNo ExIN P36 9 2 0 0 RE i RE ee 3 1
20. CONTRAST o NORM FNo SINGLE NON C TIME 30 gt 1 1000 FNo F No 0 7 90
21. 2 S IHI S IHI p 34 S IA H II p 34 2 1
22. 2 P21 P27 0 P22 3432 1 WO 1 e 2he TY TIME Ng 5 ae hn p vonc SO 5 GV 1 3 rt Pe i i i Q 3 fe eh lsO ev h f1 NONG 5 Ek gt 2 gt P24 0 n Ne AMBI AMBI lt gt lt gt 1 3 P25 4 2 0 4 hs 534 2 9 G LR 3 J 5 5 cokp gt IPo 2 2 5 5 caorD Se pu XP LU un fi Nuh Ne MULTI lt gt lt gt
23. S S S 0 FF No rf LMB 7 ie FN hg Bt 0 i 20e 3 4 Me 5
24. F No F No NORM MULTI AMBI TIME 30 1 8000 20 FNo 5 1 14 2 264 568 1116 22324564 90 1 14 2 28 4 58 8 11 16 22 32 4564 90 mm3 AMBI 9 JH F5 6 0 3 RESET
25. 4 0 0 1 0 4 S 0 1 e IHNIANIS
26. 3EV ZEV e 270 270 2610 0 0 2 Q ON 8
27. TIME ER ws 30 1 1000 1 14 2 28 4 56 8 11 16 2232 4564 90 1 ME 4 FNo F5 6 CORD NON C 2 X M
28. 10 H 10 Je IR IR DR 1000 amp 9000 amp 7000 DR 1000
29. 173 IS0 100 80 1 3 1 3 ISO 100 120 4 e F4 0 1 1 142284 568 141622324584 90 AMBI 7 17 TO A A 1 F No F No NORM MULTI CORD
30. 30 1 8000 FNo F No 0 7 90 1 30 F8 5 0 5 hie 35e 2 Si 0 hie 2He 3s4 0 5 F5 65 F5 6
31. 2 2 TIME ExIN 7 FNo 2 1 14 2 284 55 8 11 16 22 32 45 64 90 2 F No 1 2 1 4 0N
32. 1 Ni A mm IR DR 1000 B 6V 4LR44 4SR44 P 41 3 A 3 K 2 NON C eo
33. TIME s 30 1 1000 F No tM 28 56 8 11 16 22 32 4564 90 F16 e 2 RESET 56 EE 45 64 90 7CO A com eS 7 EE 14 2 284 568 116 22 32 45 64 90 TE Pe ibs CORD MULTI CORD SR
34. CORD RSS TIME 30 1 1000 FNo F No 0 7 90 i hogse 2 lt 1 s 0 a 1 125 F4 4
35. S Al HI 114 US 32 45 64 90 lt 3e4 ANALYZE ON FNo ExIN TIME GV MULTI
36. YES YES Z1 A ZZ A 1 po CONTRAST F No NORM F No SINGLE CORD TIME
37. 0650 2 4 1 10 980 2 2 10 2 950 1 30 4 390 2 4 26 6 2Z1 2 17 1 6 420 5 9 FS 7 460 3 18 28 KS 5 920 165 1 9 730 9 7 4 760 1 2 5 2 4 812 2 2 2 1 ee 10 00 18 00 10 00 18 00 9 00 17 30 TEL TEL TEL TEL TEL TEL TEL TEL TEL TEL TEL TEL EE TEL TEL 03 3356 6281 03 3545 3531 06 341 6501 06 201 5816 011 281 66666Q 022 261 3431 _ 025 244 71884 0263 36 61884 045 314 9221 054 251 7301 052 962 67610 0762 60 5911Q 082 223 250109 0878 51 62
38. 1 142 284568 1116 2232456490 8 FNo AMBI tl 31 MM 1 2 IA AI 2 0 2 F No
39. IR DR 1000 ge 9000 Z 7000 IV IV WC 5 nae nse ee es 5 0 9 ENUSSOUW Net hs 10 GV 2Y a a 11 13 1 ee 14 22GCCRY RAR SN dE 18 CE TS ie 21 I 22 II eter 25
40. IH 0 1 Ex IN H wase 2 1 0 1 2rr de4 ME 4 1 7 ISO EE TT PU i lu DL Nn CL gS 2 1 GO 1 2He ME 7 i AMBE ISO uf 7 Lt ExIN 2 3 2 0 S
41. ON 2 2 1 ma jeslilslslselsl4ls A 39 NN 6 ExIN GN ExIN GN 1 14 X X2 2 8 m 1 14 IS0100 1m ExIN 10 o 36 ISO100 m
42. 1 gt 9 0 1 2 ME gp nn AMBI 9 A350 2 0 1 es 0 1 TIME AMBL 2 lt DAD I Ma
43. ON 2 Avaf es2 ie 1 ei0 0 Trm phs EE 1 60 F22 1 1 60 F 8 2 1 60 F16 4 2 we 0 1 He 8 gt ON F No ExIN ON ON F No 2 ON 3
44. IS0125 1250 S0 120 1200 1 2 40 10 T 10 5 5 3EV 2ZEV ND
45. ExIN 10 o 2600 lx lx 2 5X27 2 5X1024 2600 T 1 ON po 3 IS0100 ExIN x ExIN lx ExIN ExIN ExIN 10 2 10 2 2900 lx ExIN x lx ISO0100 150000 180000 190000 200000 220000 230000 250000 270000 290000 310000 350000 380000 400000 430000 460000 500000 530000 570000 610000 700000 750000 810000 860000 930000 990000 1100000 1100000 1200000 IR ew 9000 w 7000
46. e NON C RE 1 14 2 284 56 8 11 16 2232 4584 90 d oe F No 1 1 NON C 1 14 2 2B4 568 11 16 22324564 90 GBD Pe FN SB ss F5 6 0 5 RESET 19 Hl ll B
47. eNON C w J NS 4e3 e 2 2He 3 9 2GV 1 125 F4 2 1 4 2 1 NONC 1 NONC Z4 B CONTRAST F No NORM
48. ND ND 3EV 2EV 3EV 2EV 12mm _ 40 5m TTL 3
49. F No SINGLE AMBI FNo e F No 0 7 90 1 30 4e3 lt 2 2 PO He 00 7 A Me i CONTRAST o NORM F No MULTI
50. 1 2 lt gt P16 14 2 284 56 8 11 16 22 32 4554 90 f 14 2 284 55 8 14 16 2232 4564 90 TIME 3 1 FNo n AMBI a 1 FNo 5 AMBi 59 so 5 1 l lt gt lt gt 1 AG P18 a 14 2 28 4 56 8 1116 22 32 45 84 90 1 142284588 11182232456490 CO 5 CS ps i JE0 8 j 155 cow iO 5 10 _ MULTI a SE J 9 Metl lt gt lt gt 1 1 2 GV
51. 1 1 3 1 2 3 0 5 0 1 P27 GV V 1 GV GV
52. I TTL TTL W 1I 43 i 1 2 20 C 55 C
53. 30 1 1000 FNo F No 0 7 90 1GV 1 125 F4 1 1 2 1 4 CORD NON C A 2
54. 2 lt 1142284 568 11162232456490 TIM 5 fl ne A 2 E 1142284 568 1 3 7 Re 30 2 ON lt 1 gt 1 2 1 1 2 8 ON ON Mg EE 1 60 F16 0 1 60 F 8 0 2 gt 2 PE 2 ON 1 es 0 1 2He S394 3 TME UL 2 ON 1 EE Fe OU Dn 1
55. gt gse 2 s 0 1 ere EC GV 0 1 2 F8 2 GV GV 1 gt 43 2 0 Hs 20e 3e4 TIME rr Ou F5 6 1 60 1 2 1 1 4 2 gt TIME rf F5 6 1 60 2 1 4 2 a RO 1 256 17128 1764 1 1 16 178 1 4 6 16 64 128 256 eS
56. DR 1000 4LR44 4SR 44 R m DR 1000 1 NON C IR i DR 1000 2 DR 1000
57. 10 FI 0e90 0 9 0 1 C 330 C 250 FNo F0 7 F90 0 9 0 1 ExIN 15 9 45 6 30 1 8000 1 180 8 12 16 18 24 32 64 ISO 8 6400 1 3 0 9 10 1 GV 8 8 1 F No F1 0 90 0 5 4 0 4 0 1 4 4 3 3 gt 4 1 2 2 3 1 Ni Cd 1 6V
58. 7 1 NONC 1 NON C CONTRAST F No NORM F No MULTI AMBI TIME
59. NON C 30 1 1000 F No F No NORM A SINGLE F16 0 2 1 164 2 284 858 11 16 2232 456490 No AMBI AMBI TIIME
60. 8 9 5 Se SO GV OF FNo 4 3 F No F No GONTRAST 1 125 120 1 30 S 1 30 m OISO GV GV
61. ee 1 Li 0 1 ew 2 TIAAE Time 7 FN 1 14 2 284 56 8 13 16 22324564 90 LL AMBI 7 ON ON 2 S HI
62. 0 7 0 8 0 7 0 2EV 0 7 0 8 0 1 5 10 1 m
63. 2 9 sar Re i ae hat 2 i Oe 1 RN Sh H EC rr LL HI 0 FNo Ou 25 PE A 1 DHe Sd gs 3 aw 2 A 2 0 8 6 gig 1 1 2He 3m 3
64. S H Z9 NORM a ON E 2 1 i 1 142 284 568 11 16 22324564 90 9 Mg 1 te 2 284 568 1116 2232456490 b En E Ll 2 0 F No
65. 1 15 A 2 F No A F No NORM SINGLE NON C ce 9 NON C EE F8 0 5 CO On 0 5 du 3 NON C 1 NONC e 1 IME
66. GN m 1 14X1 m x2 1 14X1 m Xx2 1 14X1 m X32 6 0 F No GN FNo XgX 6 IS0100 1m F16 0 3 20 ISO100 m 0O 1 14 1 18 3 1 26 4 1 31 5 1 36 6 1 40 _ 7 1 45 8 9 1142 284 56 8 11 15 22324566 90 TME 1 17 FNON C GN m 16X1 26X1 m 20 m 40 AMBI ExIN ExIN 1 Llx 2 5X2ExIN 0 2 4 6 8 10 12 14 16 ExINJ
67. 3 1000 30 1 8000 F1 0 lt 90 0 9 ExIN 0 14 9 E ON E NM 41 42
68. 16 11 3 4 4 ie 172 8 iA 7 7 NM 3 1 16 11 1 A emer 14 B 16 II A tee 18 eee 20 ee 21 I A ese 22 B eee 24 IT A em eS 25 ee 27 SA M P14 A A 14 A 1 F No SINGLE CORD
69. 30 gt 1 8000 16 B 2 We til o NORM SINGLE AMBI TIME 1 8000 8 12 16 18 24 32 64 7 180 180 lt gt 1 3
70. F8 1 F5 6 F8 1 1 60 F5 6a 1 125 F5 6 1 2GV F5 6 1GV F5 6 27 28 EN EC 29 ee NR 32 ee 36 38 39 em 40 ere 40 eroseeereereeee 41 42 2
71. 29 A SN RR NG ER RS ETS 32 36 em T 38 hheeotievnesveezes NN 39 to 40 eR CEE ER 40 4 1 42 RR ER Ci NN CE EE 42 CR NR RAR 44 i 44 P9 P 30 MR 3 a S A AMBI CORD NON C
72. 39 092 441 6121 9223 8048 11 M9304 A19
73. 4LR44 6V 4SR44 1 10 C 50C 20 C 55 C 0 7 0 8 0 1 68 X153 X28 mm 200g lt KS IS0 100 rT Ei 3 3 Nr nl or 45 160 3 17 5 3 104 5 11 13 1 530 1 11 4 7 541 2 4 9
74. NON C TIME 30 gt 1 1000 e F No F No 0 7 90 eNON C es 0 e200 8 4 be Ll 0 1 eH 4 1 125 NE
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