取扱説明書
Contents
1.2.
3. lt gt gt gt gt iij lt 0 V X WS 94 0 MIE SD PRSDS PMID SM KS SI DAM Se gs 1
4. B 1
5. 28 MR NE
6. 10 lt 30C
7. 1 4 4 V 9TART 1 10cm 3 40cm s 40cm s
8. 95 95
9. QQ 0 24 2
10. 08 0G0 4A 4A 2 3 7
11. 42 42 3 3 5 1cm
12. 3 4 4 58 BB A 3 25 59 3 4 4 3 26 A 06 ED a 2 2 gy L3 3 13 4 4 14 1 5 ma 9 6 Le Wa Ni B
13. 95
14. NJJ 105 1 1 1 1 1 1 5 300mm 6 2 6mm
15. JBRC 1 92 8 1 NJJ 105 5 300mm 6 2 6mm
16. I A A A BB 3 27 63 3 4 7 3 2 8 1 6PRCS 2 4 3 6 PRCS a es TL IEIEIEIEIIEIEIEE A
17. 29 3 1 1 3 1 3 1 2 AC 0 50 45 lt 8096 6 OFF
18. CF ENTER 4 ENTER ENTER 3 3 4 CF
19. 2MB 3 7 CF 12CF CF 12CF CF
20. A B A
21. 49 1 3 1 5 yam os ok os ok 0 595o josok B 0cm 0 8 0 6 0 4 0 2 0 mm 0 8 0 6 0 4 0 2 0 0 8 0 6 0 4 0 2 ET Et os C hz C RAR 0 5 AEEE Cl 3 15 2 1OMARK 1OMARK 1 oleo ol i IE ER RE
22. 95 5 1 5 2 88 5 3
23. CF lt ENTER gt 52 1 3 20 ED 0 1300n 8 B 2cm mmm 0 4 08 0 0 9750m 5 7cm SI Er ws a 3 0285 4 0 2 2 6 7 3 20
24. g h 1 i
25. A ENTER gt ENTER gt 1 ENTER gt 5 ENTER 3 22 4 4ET 5 7cm W U 4 0 2 lo8 0M 0 9750m 5 7cm SS RE a SRSRESRE SR CO LI 40 2 40 57 2 3 23 3 4 2 4
26. 175mm 40m 175mm x0 23 2 D lt 175m L 40m a D 175m LSD x0 23 8 95 95
27. 5 1GB 15m 50 PC 6 IrDA 7
28. Transcend TS1GCF80 NJJ 95A 95B NJ 95A 95B NJJ 105 2 1 a 2 68 b
29. WV 38 3 2 3 A A 10cm O A 2 1 A 1 2 5 A 2 10cm 10cm 3IGAIN A Tl 12 2 1 A Tl
30. START START 5 OUTPUT 3 1 3 1 AC 3 1 AC AC DC AC 3 1 AC
31. Windows MicrosoftCorporation gt SS SS NS NS Q QO DC AC
32. 82 3 10 1 BP 3007 BP 3007 1 5 1 3 1 2 0 3 3 6 116 OFF 0 3 36 3 3 37 A
33. 6 93 4 5 1 6 PRCS 2 4 3 6PRCS
34. 3 10 2 BC 3008 2 3 2 3 5 3 6 DIP NJJ 105 DPU S445 DIP 89
35. 1OMARK 5ENTER cm 8 a ud II a P00 Hn EE ES w oa w 40 i 2 EE 3 18 5 5
36. 4A 4 19 2 3 8 No No No No No 4A y 2 3 9 DATA D
37. ls 0K 0 1975m MO 5cm 08 0 0 8975m Pe 8cm II DG Za 3 n a MR CO GO ET lt ima nls nl a 2 1 0197 105 12 o265 ss oss7 sw 4 o47 st 5 0595 mr 6 oa ww w 3B IS 8 3 40 2 IIGCI 2 3 19 ls 3 3
38. Om 0m gt A ys 3 3 4 2 3 18 1 4A y
39. OMARK X 0 5mm 2 7 25 75 X 1 002 1 0025 A ED 5 A 3 1 1 080X MI Mb ES SSDS ES 29 a Cn 22 15 SS co 0 7 TEM gt Hi a gt I L
40. 0 5m 3 7 2 CF AY ENTER CF CF 4 ENTER ENTER CF 3 3 1 62 mm 041317 003 D10 11 05 09 39 TB041346 003 2010 11 05 09 46
41. c AC 6 OFF AC AC AC IAC AC DC AC AC dd AC 116 OFF AC AC AC DC I8AC 31 3 3 4
42. d 5 ENTER J 5 ENTER e 4SET ENTER 9 6PRCS 56 ez 2K MM 7 1Y 1 BEE as 6 b c
43. 5ENTER 3 2 5 AY 5ENTER 3 gt 3 4 3
44. 8 15m 9 10 4 2 11
45. B BA B BA B A B 3 1 0 B 49cm 15m B A A 32 5cm B 15m BA A BA B BA 1 4BET 2 4A 4A B B A
46. B1230450 001 L__ No 2 2 A B C T B d 12CF 3 0 CF 3 7 CF DATA02 TB041317 003 TBU41346 003 2010 11 U5 09 39 U10 11 U5 09 4 3 3 0CF 73 2MB CF
47. Y 4 gt 3 4 3 4 2 II 2 3 16 A y 4A 2 3 17
48. 3 5 Transcend TS1GCF80 NJJ 95A B NJJ 95A B NJJ 105 8 NN
49. 4A A 6 2 3 2 2 7 A gt 4
50. Se 4A gt 2 3 25 NRN y A Pie O 2 1 J A J 1 2 2 1 A 1 2
51. 4 2 86 V C m s V r C 3 x 108m s 6 11 D T DD VT m 2 4 2 1 0 5 lt 30cm 6 2 6mm 175mm 40mm 175mm x 0 23
52. 4A 2 3 21 y 4A gt 2 3 22
53. 10 30C CHARGE 3 38 85 4 4 1 4 1 1n 10 1 4 1 4 2
54. 3 4 10cm ENTER 5IENTER 6 2 MI 7 OUB cm A 3 9 _ 41 3 3 3 3 1 ei BA
55. 12CF 3 6 2 3 7 4 2 91 CF 1 DATAO2 IB0U41317 003 2010 11 05 09 39 03 2ZU10 11 U5 09 46 1 2 3 9 2 4 3 1 4 gt 5ENTER
56. 2 2 1 2 4 1 7 8 9 2 3 5 10 11 2 4 1 2 3 6 2 m cm mm in s 2 3 5 12 3 3 2 4
57. 4 9RTART 2 6 15m 2 3 8 3 IHS 3 8 B B BA 2 3 3 2 5 3 4
58. A 2 2 A 12 2 43 3 3 3 3 1 1 1 a B 4A s 2 1OMARK
59. AC 30 ai 3 2 I6 OFF 2 2 b 3 3 Ii6 OFF 2 3 2 3 3
60. 1mm 2mm 75mm 75mm 75mm 75mm 175mm 40mm B BA 1 1 LNo 40cm s rm 42 1GB 200 15m 1 2
61. 95 95 S SS Q Q SS
62. 4 5ENTER 3 9 B BA 1 5 9START 2 15m 2 40 3 4 3
63. 1 2 3 4
64. 3 37 BB BP 3007 NJJ 95 DPU 3445 83 B A 3 37 84 3 10 2 BC 3008 BC 3008 BP 3007 0 2 5 1 a 3 3 8 1 b AC AC
65. 130UTPUT 30 OFF ON 130UTPUT 130UTPUT No 13 10m W W W 6 3 6 2
66. gt JRC NJJ 105 DC04 NJJ 105 2012 1 gt
67. ENTER ENTER ENTER 3 3 5 CF ENTER DATAO2 TBU41 0 11 05 09 39 TB041 317 003
68. 3 4 6 1 6PRCS 2 AY 3
69. B A 14 5 3 3 2 6 3 3 3 7 4 X Y 8 9 10 2 3 11 11 6
70. 56 3 4 3 58 60 62 3 4 6 62 2 4 7 64 5 65 26 WMA CANMUANMMYS ES 66 1 6 1 66 3 6 2 68 Vi 3 7 CF 74 3 7 1 1t 75 3 7 2 75 3 7 3 i 78 3 7 4 78 375 oeooororooooeontoeene Sn 80 0 0 UNIDNSM0OMUCUMNUEANMUO MSNMMMMa2Me eee ss 9 1 3 9
71. 4 3 4 32 X 33 8
72. CF 3 7 2 haracter Mode 1 0 0 012 01 05 10 35 TA 0 0 0000m 2 mm Yi cm panese DA 0 00000 91 1 DUOT Tm lt lt E am gt WN 0 x hs RU lt ENTER gt 1 ENTER 2 6 2 3 1 B 1 2 3 1 2
73. ENTER 8 DATAO2 DATAO2 TBU41317 0U3 2010 11 05 09 39 TBU41317 003 2010 11 U5 09 39 TB041346 003 zU10 11 05 08 46 TB041346 003 2U10 11 05 08 46 DATA02 DATAO2 TB041317 003 TB041346 003 DATA02 2010 11 05 09 39 3 34 9 3 7 5 DATA DATA10 CF
74. 12 13 1 2kg 14 1 5 AC 1 3 1 NJJ 105 1 2 1 2 li5 1 6 BP 3007 1 BG 3008 1 72YWD0018 I 1 TS1GCF80 1GB 72WD0027 1 DC12 NJJ 105 57 5G20 NuJ105 1 2 1 3
75. 35 4 3 6 3 6 36 3 2 3 2 1 16 ON 5 1 3 7
76. 4 3 6 2 2 3 12 W W W 6 30cm W 20cm W 10cm W 4A 4A 2 3 13 Im cm mm in
77. 1 1 4 k 1 7 8 14 15 21 22 lt 28 29 lt 35 36 lt 42 4A ENTER 3 1 4 001 DATA08 BB041317 001 08 0 X cm 9 cm 45 ie ww5
78. A A gt 2 3 23 8 4A 4A gt 24 2 3 24
79. 2 1 A 2 8 A 2 8 1 A A 4A gt 4A ys miccsofl won m 0 3 0 2 0 1 RA 0 3 0 2 0 1 1
80. 0m 3 3 5 2 3 29 14 1 3 4 1 lt 7 8 14 15 21 22 28 29 lt 35 36 lt 42 3 3 3 26 2 4 CF 12CF CF
81. 1 1 3 2 4 a b 4ET 4RET c 6 PRCS 4A
82. 5 6 7 3 4 1 1 4RET 4 SET 2 6 PRCS 3 4
83. 24 821 NARO 24 2 3 22 24 2 3 23 24 25 2 3 25 Nd RE A NE ce Nb ae 2 MS2K OR 25 2 3 26 25 25 2 3 28 26 2 3 29 26 2 4 CF 27 90 EDNENMR200 EN MS NN WERE NEAR Sat 28 3 1 30 3 2 37 3 2 1 37 3 2 2 37 3 2 3 39 3 2 4 30 9 5 U 0TNNNNSAN TDNns ret 40 3 TI 42 3 1 42 3 3 2 43 3 3 3 DEAD SE CS ENG WW ALSO a 44 49 3 52 02 NMUORKONEMMIG3MERR MGS ee te 55 55 3 4 2
84. 75 100 50 759 25 50 0 259 096 3 7 AC AC AC AC 8 3 2 2 1 4 14 V 2 9RTART 1 B 10cm 3 40cm s 40cm s
85. 0 3 5 34
86. 3 40cm s 40cm s 4 4 IOMARK 5 9RTART 2 15m 2 39 3 2 5
87. 75mm 75mm 75mm 75mm 175mm 40mm 2 5mm 15m B BA TFT 640 x480 2 0 lt 20 0 0 1 40cm s 42 IrDA 1GB 200 15m 0 50 C AC 1 5 149 WW x 147 x 216 mm 1 2kg 93
88. cm mm in 4A X Y 4A ys ON OFF 2 3 14 Character Mode Character Mode Character Mode Character Mode 4A ys 4A y 2 3 15
89. 1 2 HEX 0xOD 0x0A 2 3 a 4SET CF CF x b No No No c 130UTPUT
90. 3 2 5 5 3 2 3 6 3 2 4 7 8 9 2 3 11 10 3 4 1 2 3 10 13 2 2 2
91. 4 6PPRCS 3 2 7 62
92. MM 0 6075m we ol a 1 NM 1 RE 4 6 17 A ES 5ET A ES 5ET d e 3 2 4
93. 4A Y T ET EE 30 A 2 7 17 2 3 3 B A 4A gt 44 B B A B BA B BB A A BB 3 3 1 2 3 4
94. 6PPRCS 55 3 4 2
95. 6PPRCS 4A 1 5 ENTER 3 2 5 4 5ENTER 4
96. BHT IR IrDA IrDA DIP DIP NJJ 105 DPU S445 DIP OFF DPL S445 NJJ 105 NJJ 95 NJJ 95 DIP NJJ 105 DPU S445
97. OUTPUT OFF ON OUTPUT OUTPUT OUTPUT CF CF 0 OFF ON 0UTPUT OUTPUT
98. 2 4ET A 2 2 A A ENTER gt
99. 90 6 5 3 0 95 9 1 QO 7 1
100. a No No No b CF 46 c d X X e Y Y
101. Y END OxOD 0x0A OXI1A OxODIOxOA 0 c 1 1 769 1 768 769 AO Bit MSB 0 AO Bit6 0 AO BitD 1 0 AO0 Bit4 1 0 AO Bit3 0 AO Bit2 0 AO Bit1 0 AO BitO LSB 0 1 2 3 FF 1111 1111 40 0100 0000 768 1
102. 4 4RET BA A A B BA 3 10 BB BA 42 3 3 2 A A A 2 1 A 1 2 5 A brel 10cm 10cm MM
103. FF 6 RES 22 mn pp RE FE RE OO EC MO10 1170514 110 DATA PRE ED FU Character Mode Japanese RS NO 3 32 3 7 3 CF 4 ENTER 4 ENTER 3 3 3 ENTER DATA02 TB041317 1 2010 GNP 0 09 39 2010 5 09 46 ENTER 3 33 3 7 4
104. Y X 0 5mm 2 7 25 75 X 1 002 1 0025 0 X 2 3 27 2 3 4 3 2 3 10 15 2 3 4BET 2 6 4ET
105. Y 1 7 6 42 ENTER 1 7 1 8 14 2 15 21 3 22 28 4 29 lt 35 5 35 42 6 1 7 1 3 12 7 42 42
106. 12 1 A 3IGAIN 3 3 2 2 3 26 3 2 4 1 14 14 9TART 1 B 10cm
107. 4A y 2 3 19 A 4A gt 23 2 3 20 B 4A
108. 1 2 MNJJ 105 2 2 1 NJJ 105 le_ Me lt DD ED ED NA CD Gy 9 2 2 1 6 PRCS IrDA 8 START 12 CF CF OUTPUT 2 2 AC 11 2 2
109. 81 3 10 82 3 10 1 BP 90 83 3 10 2 BC 3008 i 85 86 86 4 NE NA SE 87 5 1 88 88 Neesse 88 NNONWUNNANOOOUNOUAOU DON RR Ye 90 5 NE EEE SR EE 0 1 37 2 SE 11938 02 7 1 02 WUNNNNNNNIMNRNIMUNMMNIVUUUePMNouee ests 02 0 NAMNPWM este 03 CN F NIA O05 CRESS ED ER ER RE 93 8 2 BP 3007 4 94 8 3 BC 3008 cn 04 9 05 VIIl Am F mm F BA
110. 3 3 2 CF 3 4 2 3 2 NoO A Oharacter Mode
111. 3 26 60 1 6PRCS 2 4 3 3 26 A 4 5ENTER 3 26 5 6PPRCS 4A
112. 4 2 3 2 130UTPUT 130UTPUT OFF ON
113. CF CF ATA02 TB041317 003 2 TB041346 003 ENTER lt ENTER 3 31 5 CF 2 YES 3 2
114. 512 1 12 2 3 512 768 OxABC 0xDEF gt 0xAD 0xBC 0xEF 1 0xFF 1 768 x 1 1 2 a b
115. CF 8000 8000 8000 CF 8000 CF 5 CF CF Transcend TS1GCF80 4 3 7 1 CF 4 3 3 0
116. OUTPUT 3 1 3 1 NJJ 105 NJJ 105 NJJ 95A 95B 2 3 7
117. 0 5m 2 3 8 11 2 1 2 2 AC
118. 270 75 108 19 25 OI 252 00 108 18 75 230 75 108 21 25 213 25 109 17 50 3 195 00 108 18 25 174 00 109 21 00 1 3 14 48 3 3 4 42 100m 75mm
119. X unit m 0x0D OxOA X mor cm or mm Y Y unit cm 0x0D 0x0A Y cm or mm Search PRCS INT disp color Monochrome1 0xOD OxOAj disp direction normallOxOD 0x0A disp mode BA OxOD 0xOAl 69 3 1 2 2 2S 1 1S A AS 1 1S 2 2S 2 2D 1 1D A AD 1 1D 2D 2 INT USER 0RG SUB MAN AVR PRCS INT OxOD 0x0A _ Peak_MAN Peak_SUB Gain AS OxOD 0x0A Peak_USER Peak_INT Peak_AVR 1 X MarkX1 3 OxOD OxOA es 1 li MarkX n 2997 0x0D OxOA n X n 42 MarkYn 508 OxOD 0x0A n
120. 8 2 BP 3007 1500mAh 7 2V 0 lt 40 C 10 60 C 38 x 70 x 20mm 103g AC100 240V 50 60Hz DC8 4V 0 6A 0 35 C 56 x 107 x 44mm 120g 94 9 TEL 0422 45 9015 95 160 8328 4 30 16 03 6832 1740 03 6832 1841 5 1 1 0422 45 9111 0422 45 9110 181 8510
121. C 13 10m W W W 2 3 11 fh Y
122. DIP Default IrDA 66 16 128 64 1 W W vV 3 1 1 3 0UTPUT 0m
123. Ox0D CR Ox0Al LF Ox1Al EOF 3 1 3 1 NJJ 105 Measurement Data OxOD 0x0A X Data Size 3000 0xOD OxOAj 1 lt 6000 Y Data Size 512 Ox0D 0x0Al 1 512 X Scale Distance 0xOD OXxOAj Distance Time 20 0 20 Scale Range 6ns 0x0D 0x0A 4ns 6ns 8ns WF 4nsW 6nsW ESnsW INT USER 1 Color1 2 color2 3 Color3 1 Monochrome1 2 Monochrome2 nomal invert B B BA BA amplitude offset 0x0D 0x0A abs offset X
124. 5 1 6 7 8 0K 2 08y5m IO8m W 5 z b ZN 4 U NN 9 2 NN 78 10 CO 5 3 11 4 12 5 79 C 13 6 EE ET 0 9 0 108 300 A 2 5 1 2 3 6 m cm mm in s 2 3 5 4
125. 8 MI ER 2 AEEE 10 EE 3 16 15 2 50 3 oo 0 2 _ oo 0 2 _ IE 2 2 ER 9 3 5 _ 5 6 _ 1 40 40 2 2 3 17 4
126. RS lt gt 4A PE 2 3 27 y ENTER ENTER ID 2 3 28 Om
127. b 5 3 4 3 3 2 5 A 20cm 1 6 PRCS 2 4 3 3 25 A 4 5ENTER 3 25 B 5
128. 6 3 6 1 1 4 RET 2 IrDA IrDA 100 150mm 15 3 130UTPUT Om 0s No DIP
129. 7 CF 2 2 3 10 4 4 gt a Im b 4ISET d 4 1m e 4SET
130. A A B 3 28 64 3 5 3 2 9 3 2 6 BA 3 3 1 A A lt 10mm 9 4 wd 200mm 200mm 200mm 8 3 29 65 9
131. 1 1 2 8 18 2 3 5 2 5mm 50ms 4A y A y 3 6
132. 1 2 3 1 3 3 3EESERE Sg 257 92 SS RSS GS 8 5 A SR A EE DE 6 5 7 2 9 22 MNO VON EA 8 2 2 12 i SE EN 12 2 2 2 0 14 0 Si 16 7 16 2 3 2 17 2 3 3 18 18 19 ON Rs 19 2 3 7 19 20 2 3 9 20 21 21 2 93 12 Ns 22 2 3 13 22 TA ChAT CT MO EE RR KS Sea es 3 22 EC A ER 99 2 3 16 23 23 00 BOK 23 2 19 NN 0 MD ED 93 VI 2 3 20
133. 346 003 2010 11 05 09 46 ENTER ENTER DATA02 DATA02 DATA03 3 35 80 3 8 116 OFF 3 9 81 3 10 SS
134. AC AC 3 3 8 2 CHARGE c CHARGE 1 d AC 0 35 C 45 9096 24
135. 1 3 BP 3007 al CBK 154 8C 3008 59 AC CB JPO5 DPU S445 TP341 AC PW D0940 AC CB JP04 0 BP L0720 CBK 254 PNC L07 AC CB JP04 PP 3007 NJJ 105 I OS 1 us NJJ 95 DPU 3445 1 4 NJJ 105 1 1 1 1 1 5 1 2 LA _ Os OE a Ne ED N08 lt J Ce esy 216
136. ATA02 DATA10 10 10 A 4A DATA DATA02 DATA10 DATA DATA02 lt DATA10 10 DATA DATA02 DATA10 10 DATA DATA02 DATA10 9 3 6 3
137. I A 1 1 2 45 3 SET MARK 4A lt ENTER gt 1 1 A 3 13 001 DATAO8 BB041317 001 08 0 X cm Y m P cm 29 001 DATAO8 30 BBO41317 001 08 0 om a 001 DATA08 Cc 08 0 BBO41317 001 08 0 132 155 25 lt ENTER gt k 4 lt ENTER gt 1 3 13
138. lt ENTER gt ii ENTER gt 1 lt ENTER gt RR 1 lt ENTER gt 3 2 1 53 3 5 ENTER 5ENTER 5ENTER IE lt ENTER gt ik ENTER gt 1 ENTER gt
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