NJJ－95A - 鉄筋探査・配筋探査の株式会社計測技術サービス
Contents
1.2. B
3. AC 2
4. 86
5. lt gt CD 1 2 3 4 5 RE EE SnNSNERES 7 8 9 11 12 SR DEC EN EG TR CE ERS CD CD 1 RT RR TP SM 52 9578 RS CS ER PE CD wm 3 7 tt lt
6. AC 7 7 2 104 1 12mm RS 232C IrDA 5 lt 4 0 160x89x29 5mm 250g 71 3 OFF
7. O D a 9BTART b 1 B BA c 3 13 5ENTER
8. 2 Q
9. 86 69 4 1 DPU 3445 10A DPU 3 445 10A 3 9 1
10. gt 0 3 1 3 31 10 10 10 ad 2 30 0 1 2 3 Cm Cm ns 4 1 10 2 a i 4 30 30 8 1 2 3 ns 3 13 3 3 7
11. 3 3 2 130UTPUT 3 OUTPUT OFF ON
12. 3 3 2 130UTPUT 130UTPUT OFF ON
13. BB B 3 1 5 36 3 5 1
14. 3 3 6 BA 3 6 1 A 2 OD l 1 317 60 40 O 10mm 3 22 mm 49 3 9 IrDA RS 232C 3 9 1 IrDA 1 ET
15. 53 RS 2326 3 1 RS 232cC 3 2 3 1 RS 2320 Xx 8 1 1200 2400 4800 9600 19200 38400 57600 bps S 3 2 RS 232C JIS CD DCD I RD RxD I SD TxD O ER DTR O SG GND DR DSR I RS RTS O I I CS CTS CI RI olvODIOI INDOINI 54 3 a
16. b c 1 2 HEX Ox0D 0x0A 57 5 NEC PC 9801 N88 BASIC PC 9801 PC 9801 1000 SAVE NJJ95A BAS A 1010 3 1020 NJJ 95A 1030 1040 CONSOLE 0 25 0 1 1050 SCREEN 3 0 0 1 CLS 3 1060 FILE REC DAT
17. 37 5 ENTER 38 3 6 3 6 1 B BA BA B BA BA BB 3 1 6 50cm 15m BA A 33cm B 15m BA A BA
18. 74 7 IrDA 1 1 130UTPUT 2 0m O s 3 No 3 9
19. 4A gt 3 3 8 4A _ gt 32 3 3 9 No No No No A No
20. 4A 5ENTER c d 3ns 6ns gt 3 7 1 A B 3 21 48 3 8 3 2 2
21. 86 6 1 6 2 79 6 3
22. 1 10 1 5 1 5 2 4 5 2 77 vV V m s C 3 x108m s 6 10 T D T m 2 5 2 1 O 0 5 20cm 6mm 80m 10mm
23. PC 3 3 13 4 _ ys YES NO 34 3 4 3 4 1 AUTO A AUTO 10cm AUTO AUTO 2 1 AUTO 1 2 5 AUTO 2 10cm
24. 2 1 OMARK 1 7 1 OMARK 40 XY 1 53 3 17 41 3 7 5
25. B A BA B A
26. 1 1 5 lt 200mm 6mm 7 2 BA B B 1 5m 150 B 1 5m 150 IrDA RS 2320 PC RS 2320 4
27. 10 C 30C a I 3 28 66 3 2 8 3 13 2 BC 3008 W1 BC 3008 W1 BP 3007 A1 0
28. 3 1 3 1 AC 3 1 AC AC A C 3 1 AC 3 13 2 BC 3008 W1
29. 8 SS JyA 73yy1 3 4 24 2 3 5 25 3 2 16 ON 5 1 4 3 7X B
30. 3 12 64 3 13 Q
31. 3 3 7 3 3 START START B 3 3 5 80 OUTPUT 3 3 11 3 9 2
32. 130DUTPUT 0m O s No 0 m
33. 0 m 3 3 2 75 4 2 AC AC PW 3 0 09 W AC 1 AC AC100V 240V DC9 3V 3A 0 4 0 128x49x25 4mm 200g 2 AC 4 5 1 OFF 2 AC AC AC 4 5 2 3 AC
34. 1 1200 2400 4800 9600 19200 38400 57600 17 D 9 DOS V 130UTPUT
35. 130UTPUT 30 OFF ON 130UTPUT 130UTPUT 51 3 9 2 1 4SET 6 2 17
36. b 4 2 c gt d 6 PRCS 3 1 9 7 7 7 2
37. CF ENTER 64MB 40 62 TO 20Ue ce0 19 49 URER 1 19 49 ENTER 2 NTER SS OSD 3 26 63 3 11 6 OFF
38. 3 1 2 0 3 2 7 16 OFF 0 3 2 7 3 3 2 8 A
39. A B 1 3 20 46 3 7 4 3 7 5 6PRCS A 6PRCS 3 2 1 A 6PRCS
40. 10 8 1 5m 9 10 7 11 12 RS 232C
41. 2 IrDA IrDA 50mm 500mm 15 I30UTPUT 0m 0 s No 50 0Om
42. B 1 NJJ 95A
43. 2 gt 44 ny 0 A B 3 19 45 3 7 3 3 2 0 a 6PRCS 9 b 4 c 6IPRCS
44. 6 IrDA IrDA IrDA 50 500mm 15 1 OFF 2 3 D OFF
45. 3 1 3 1 2 A C AC100V 0 50 C 45 lt 9096 16 OFF AC 22 al 3 2 1 2 2
46. 86 1 Q Q Q Q 1 QO Q Q AC
47. 3 3 10 a 1m b 3 9 c 4A d gt 1m 33 3
48. Q SS Q Q Q Q gt 86
49. 95A 10V 5 200mm 6mm 8 Om bmm 60mm 15m B BA TFT 640 x480 1 5m 4 0cm s 7 IrDA RS 232C 0 C 5 0 C AC 1 5 BP 3007 At1 14900x147 x216 30 D m 1 1kg 7 84 2
50. 1 3 6 100 759 50 259 0 6 AC AC AC AC 3 2 1 3 7 3 8 26 3 3 6 7 3 2 3 3 6 3 5 3 5 3 3 11 3 7
51. B BB A B BA B B A BA B 3 6 1 29 3 3 4 2 3 1 1 A 3 1 2 A
52. 4 3 2 1 A 5ENTER 3 2 1 BB 6PRCS 47 5ENTER 3 5 1
53. 42 3 7 1 tt 42 3 7 2 44 3 7 3 Pe 1 46 3 7 4 47 3 7 5 t w 47 3 8 49 3 9 50 3 9 1 IrDA 50 3 9 2 52 3 9 3 287 7 22 255NS 0 53 3 9 4 tt 59 3 10 CF 61 3 10 RE COR SR TR RR RF RE Ol REN 61 3 10 2
54. TE Xu 3 1 1 3 12 3 3 5 B BA 5mm 50ms BB BA 4A gt 30 3 3 6
55. 1 2 NJJ 95A 14 mm 15 2 2 1 NJJ 95A 16 2 1 GAIN SET ENTER PRCS START MARK
56. 86 86 65 3 13 1 BP 3007 A1 BP 3007 A1 9 0 1
57. 2 10cm 10cm 3AIN AUTO 1 12 2 1 AUIO 11 2 2 1 AUIO 3 6 3 3 1 7 1 1 X Y 4
58. 30UTPUT 30 OFF ON 30UTPUT 130UTPUT 52 3 9 3 RS 232C RS 232C 2
59. c d 3ns 6ns 3 7 5 43 3 7 2 a 6PRCS
60. 10cm 3GAIN AUTO 1 12 2 1 AUIO 12 2 1 AUIO 3GAIN 3 6 2 3 5 a 9BTART 1 B 1 0cm b 1
61. B BA 1 OMARK B c 9RTART 1 5m 2 3 1 4 35 3 14 B B5 B A 3 3 3 5 1 3 7
62. B BA d 9BTART 1 5m 2 3 7 1 3 7
63. a b c d 3 7 1 3 1 8 A 321 A B 3 18 42 a 6PRCS 9 b c 3 1 8 A d 5ENTER 3 1 8 e
64. AC a 4 2 A b 4 2 1 OFF 2 4 2 oj AC 1 AC 2 AC 4 0 72 1 4 3 A
65. 1 4 1 14 1 70 4 1 1 ON OFF ON POWER OFF 2 FEED 1 POWER ON j ERROR IrDA IrDA 6 2 7 8
66. 2 5 1 1 3 2 9 1 2 AC AC AC CHARGE 3 2 9 2 3 CHARGE 1 4 AC
67. 7 ERROR FEED 1 73 OFF 5 4 4 1 2
68. 2 1 2 1 2 3
69. 6PRCS 5ENTER 3 5 1 4 5 ENTER
70. 2 b G 3 2 3 2 3 3 c AC 1 OFF 2 AC AC AC 3 16AC AC DC 4 AC AC
71. OUTPUT OFF ON 0FF ON 0UTPUT OUTPUT OUTPUT OUTPUT 0UTPUT OUTPUT
72. 4 _ 4 28 3 10 3 3 3 B BA B 50cm 15m B A A 33cm 15m A
73. BB BA a 4ET b 4 B B A c 4RET B BA Bm B BA 3 16 BA 39 3 6 2 A A A AUTO 2 1 AUTO 1 2 5 AUTO
74. 86 82 8 1 8 1 8 2 83 1 N JJ
75. AO 59 1 4SET CF 4 CF HJ O No No No 3 30UTPUT B1230450 001 No 2 2 B C T B 4
76. 1 2 1 2 2 CMZ 103 9 CMZ 103 10 AC t AC7 92 CBD 1485 AC 7 CBD 1485 9 ty CBK 54 AC CBK 54 9 BP 3007 A1 9 7ZBMD0001 TP451C 3 10 5ZPFU00001 DPU 3445 10A 7HPMD0001 RH 48 00 7HZMD0001 9 IFC 001K 7ZCMDO120 AC7 PW 3009 W 9 7EPMD0003 BC 3008 W1 9 7ESMD0001 AC CB A01 J1 AC7 4 7ZCMDO121 12 1 4 NJJ 95A 1 1 1 1 13 1 5 2
77. 4 5 1400m PC 6 IrDA CMZ 103 IrDA 50 500mm 15 7
78. 0 35 45 lt 9096 2 4 10 lt 30 C 3 29 68 4 86
79. 3 2 3 3 10 2 CF 4 ENTER 3 2 4 ENTER 3 2 4 61 3 10 3 CF A AY 4 ENTER
80. 2 3 144 C216 144 0x000 OxABC O0xDEF OxAD OxBC OxEF 1 OxFF 1 216 x 1 56 dj 1 ACK Ox06 gt lt AOCK lt ACK 1 gt lt AOCK 2 gt 4 lt ACK n gt 4 a
81. dh AC 1 116 OFF AC AC 2 AC DC 23 3 3 4 3 5 SDCFB
82. DC 4 5 3 4 AC AC ww 3 Ai AC 4 5 AC AC AC 76 5 1 5 1
83. Orr Or 0 0 OTT I 0 0 rb Cr 7 2 61 3 10 3 RR RE NE A RNN RR RE A CR RS 62 3 10 4 62 3 11 64 3 12 2 0 0 0 0 2 DE 64 3 13 OO SE nbs 65 3 13 1 BP 3007 A1 oo 66 3 13 2 BC 3008 WT1 68 4 69 4 1 DPU 3445 10A 70 4 2 AC RR Nt a EG Ne OE eR NE NC NEE DRE EE 76 5 76 5 1 77 5 2 78 6 79 6 1 79 6 2 CT CR 2 202 8 0 P1 2 1 2 3 79 6 3 80 7 EO DS A EE EE I EO EN EO REE SR 82 8 RE EE EE NE WE ER EE SE ES 83 8 1 83 8 2 I NE RE ER RIE RR RL CE CE RN NR RS 83 9 001 2 Oe 0 rr Or 0r 718 0 OF PF 84 10 CR ts 86 A
84. 13 14 1 1kg 15 1 5 AC 11 1 3 1 NJJ 95A 1 1 1 1 NJJ 95A BP 3007 A1 CBK 54 AC CB AO1 J1 MPXP31640 SDCFB 64 101 00 64MB MPBX36499A 9 2 9 7 2
85. 6cm 2 78 86 86
86. 3 3 5 XY 3 6 3 3 3 5 fl _ 7 Hi 3 3 6 3 6 3 3 7 3 3 11 27 3 3 4ET 3 9 4ET 32 1721 2 3 9 3 3 1 4 3 3 2 3 1 0
87. 4 ENTER a 2 5 ENTER ENTER ENTER 3 25 3 10 4 CF ENTER ENTER ENTER 3 2 6
88. CF 3 2 3 CF 3 10 CF 1 3 2 3CF 60 3 10 CF CF CF ENTER CF CF 3 10 1 CF 4
89. BP 3007 At1 1500mAh 7 2V 0 40 cC 10 6 0 C 38 2x70 5x20 5mm 103g 3 BC 3008 W1 AC100 240V 50 60Hz DC8 4V 0 6A 0 3 5 56x107x44mm 120g 85 10 160 0023 10 1 1 1 TEL 03 3348 3853 FAX 03 3348 3935 http www jrc co jp 86
90. 33 11 0 338 81 7 6 3
91. 1 4 3 A 2 ON w 4 3 B 4 3 C 4 3 D oo 3 4 3
92. A CF OUTPUT 17 2 2 14 15 16 POWER ON OFF 17 RS 2 3 2 C 18 19 3 17 19 2 1 2 2
93. 1490 NEXT Y 1500 NEXTX 1510 CLOSE 1520 LOCATE 40 14 PRINT HIT ANY KEY 1 1530 IF INKEY THEN 1530 1540 1550 END 1560 1570 DEFCLR 1580 IF DT gt 1536 THEN CLR 7 1590 IF DT lt 1536 AND DT gt 1024 THEN CLR 2 1600 IF DT lt 1024 AND DT gt 512 THEN CLR 3 1610 IF DT lt 512 AND DT gt 0 THEN CLR 6 1620 IF DT lt O AND DT gt 512 THEN CLR 4 1630 IF DT lt 512 AND DT gt 1024 THEN CLR 5 1640 IF DT lt 1024 AND DT gt 1536 THEN CLR 1 1650 IF DT lt 1536 THEN CLR 0 1660 PSET XMAX X 1 Y1 CLR Y1 Y1 1 1670 RETURN 3 9 4 3 9 3 3 3 9 3 4
94. 3 ns 20 lt 20 55 1 X 1 Y n X n 7 n Y EOF c 1 1 217 1 216 217 AO Bit7MSB 0 AO Bit6 0 AO0 Bit5 1 0 AO0 Bit4 1 0 AO Bit3 0 AO0 Bit2 0 AO Bit1 0 AO BitO LSB 0 216 1 143 1 12
95. 0 21 3 1 1
96. 1070 LOCATE 1 13 PRINT FILE 1080 1090 OPEN COM1 N81XN AS 1100 OPEN FILE FOR OUTPUT AS 1110 LOCATE 1 1 1120 1 1130 INPUT A 1140 PRINT 2 A 1150 MKF 0 1160 IF INSTR A Data Size 0 THEN XS VAL MID A 14 1170 IF INSTR A Y Data Size 0 THEN YS VAL MID A 14 1180 IF INSTR MarkX 0 THEN MKF 1 MNOHMWNO 1 MKX WNO ALWID A 10 1190 IF INSTR MarkY 0 THEN MKF 1 MYNOMYNOr1 MKY ONO ALWID A 10 1200 IF MKF 0 THEN PRINT A 1210 IF A END THEN L2 1220 GOTO 1 1230 2 1240 FOR 1 TO MNO 1250 LOCATE 40 1 PRINT USING Wark iMKXOD MKY D 1260 NEXTI 1270 IF XS gt 638 THEN XMAX 2000 ELSE XMAX 638 1280 WINDOW 0 0 XMAX 1 143 1 1290 VIEW 0 250 639 394 1300 LINE 0 0 XMAX 1 143 1 7 B 1310 1320 FOR 0 TO XS 1330 LOCATE 1 14 PRINT X 1340 INPUT 1 ATB ATB VALC amp HTATB 1350 PRINT 2 ATB ATB 1360 Y1 1 1370 FOR Y 1 TO YS 2 1 1380 INPUT 1 DT1 58 1390 INPUT DT2 1400 INPUT 1 DT3 1410 DT1 VALC amp HTLEFT DT1 1 DT2 1420 IF DT1 gt amp H800 THEN DT1 DT1 AND amp H7FF ELSE DT1 DT1 2048 1430 DT2 VALC amp HTRIGHT DT1 1 DT3 1440 IF DT2 gt amp H800 THEN DT2 DT2 AND amp H7FF ELSE DT2 DT2 2048 1450 PRINT 2 DT1 1460 PRINT DT2 1470 DT DT1 GOSUB DEFCLR 1480 DT DT2 GOSUB DEFCLR
97. 2 0x0D CR 0x0A LF 0x1A EOF NJJ 95 A Measurement Data OxOD 0x0A Date 2000 12 31 0x0D 0x0A Time 23 59 0xOD 0x0A Data 99 0x0D 0x0A X Data Size 2000 OxOD 0x0A Y Data Size 143 0x0D 0x0A X Scale Distance OxOD 0x0A Y Scale 99 0xOD 0x0A X Scale Adjust 5 OxOD 0xOA MarkX01 9999 0xOD 0x0A MarkYO1 9999 0xOD 0x0A 0 MarkXOn 9999 0x0D 0x0A MarkYOn 9999 0x0D OxOA END 0x0D 0x0A Ox1A 0x0D 0x0A 0 lt 99 1 lt 2000 1 143 Distance Time 3 gt
98. 3 11 Ge IrDA PC PC CF CF 4 gt 3 9 3 3 12 PC 1200 2400 4800 9600 19200 38400 57600
99. NJJ 95A gt JRC NJJ 95A DC01 NJJ 95A 2003 1 gt
Download Pdf Manuals
Related Search