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ー)000m対応地下水の地球化学特性調査機器 (高温環境型) の製作

1. 150kgf cm SERIA ty
2. 3 2 2 3 2 3
3. Q PNC ZJ7411 96 002 1 000 PNC ZJ7411 97 002 1 000m 3 D JNC TJ7440 98 010 Vol 1 1 000m
4. h E e e 2 892mm 800mm 1 400mm 22 8mm 1 140 m 12 a b c
5. 3 8 3 1
6. 1mm 2 mm 2 4 4 2 4 5 2 4 1 2 4 6 RAR
7. 2 1 5 2 1 1 1 1 2 1 12 2 1 1 3 a 20 140mm D 10mm 60mm b A
8. O k i y BER RAILVRAEUXAKL F T sag O Z 9 9 x X 6 4 8 205 Zes 4 8 1 Bie 7 2 MEELESSIR LT SELEERES i
9. 6 4 7 8 k 4 34V 24V 212 X 4 1 2kgf cmz 6kgf cmz A vy B
10. 1 2 9 12V AA gt 2 83 JE J Q
11. 2 1 5 a b c 500m 10 000 mm 500m 1 68mm 86mm 2 2 11
12. 8 2 3 1 5 o 1 5mm 9 0mm 4 0 um 2 00pm 3 2 1 3 2 2
13. 5 6 CRT 4 82 7 1
14. b d 22 28mm e f g h 5
15. 2 2184 AER LE Lid DCE UNK 2400 5 77 8 AC100V DACI OOV EL 7 Z JL OA HCR UNA 243 5 77 8 e i ABIRE VFR 7 28 M NPC 187 77 RS 485 J Sci 5 3 1 gt AC100V Dc 12V 24V 7 7 5885 7 V
16. A 3 gar zy E n ESE Z2OEDERHSEDE b Hil 8 79 zu 88 3 1 3 1 1 21 3 1 1 2
17. E5 1 12 2 5 1 6 ar m Kor p SKEM EC mjel it 123 7 1 5 1 3 2 _ 5 1 1 4 ERRE 12V 24V 5 1 3 AE cH Rr EE rM vex os 888
18. DPVB 7 5kW DS 7005R a 3 AC200V 50 60Hz c 0 3 27m min 1 000kgf d 70 e f 3 600 kg 4
19. 240 6 4 20 1 2 1 T HPSW 1 2 A _ o 617mx1 o L 0 50mx4 o o EEE amk lssmss S Pam eo o SKE 1 o L 04 onma T sommxsss o T CC C T g am G8 o L 1 ls NO EE paea vk ossmuuE 1
20. 188 6 2 6 1 6 1 1 6 1 1 5 5 kgf cmy 6 2 1998 9 26 1999 1 25 w 1998 9 26 10 9 Q2 1 1998 10 12 11 27 2 2 1998 11 30 R 12 18 QE E 1998 11 30 R 1999 1 22 19
21. 6 CR 7 71 3 2 2 1 1 2 2 1 2
22. 2 150kgf cm 187 5 4 6 Do 1 D D 2
23. 0 5m 10 0m 0 5 mm 2 1 2 69 9mm 58 kg SUS329 69 9mm x SE het Hm il its e 4 8 603mm _ 515mmx 1 T 3 000mmx 1 1 2 000mx 12k E 1 000mmx1 9 808mm 500mm x 4 2 450mmx 1 843mm x 1 T En N tla 3t 88 1 ER M SUS329 Iu 9 100 130mm _ 75 100mn p PR IR nk 2H 1 500mm 20 kg ATLAS SUS304 di WS 30 kg cz x 8 a 180 a m Fo EL Ra nr TUSCH Wm 5 W L BE c 8 315mm 500mm 5 kg 7 kg SUS304 xat gt Ji V i 2 i 0 I Ft lt N m
24. 1 0 78 12 0 19 0 2 3 3 B 2 3 5 2 3 1 2 3 2 2 3 4 euo Un d 2 3 2 l X J I MO s as Dn e
25. BAT 5 100kgf cm 150kgf cm2O 1 kE R iC DERE
26. B 7WC 150kgf cm
27. amp 3 3 2 4 1 100mm 20mm _ amp 2mm 100mm A JE lt 2mm 95 mm B 3 3 1 96 3 3 3 1 3 3 3 833 2 3 3 3 70 A08E 2 1 D WSB 2 7 07 4 O ee 4 0 4 mm
28. O FC 300mm J 500mm DC 20Mbps 17 4342mm 12 0mm 8 5mm TOED100 TORX100 FC SAP B 5 4 SAA 2 64 O4 oe RS 485 Hoo o gt M 3274 5 ER E 3XERG 2
29. RS 485 5 1 27 2 5 1 1 2 F 5 12 ka sk penc E dy gt 8 nt m dia m Es mj id JE m 15 1 5 1 2 8 OPEN 12V 24V CF 1 28 2 5 1 3
30. 1 5m 7 27 2 2 1 6 2 1 1 4
31. 1 STEP 17 D Q 6 4 1 8 236 6 4 18 1 2 1 68 QR E CBS F H xb rad ag bssmxx rs orars EX 1 1 A osimxm re tamxt A 1 0515mxf Es
32. 1 5 B 3 4 2 99 100 PAVESE 13 4 1 101 di Ip LE n m 1 ur R7 on 25 gt J Wu z le z 4 ct SMS L L gt SA t lt b H Do 1 iN Z d h E dE Lors 3 S dd MJ a n H D LI f om rus S W p x 4 nr w wx A AX F 3 98 4 F d 7v PAPA P 2 M 2 lt Ey 2 w i 2 d S P 4 Wi j CEP A N IE LN n e aa mm H3 4 2 4 2 3 2 5 6
33. 86 o L F 3 1 1 2 2 3 5 3 3 4 4 5 5 _ 6 0 6kgf cm 6 lt 7 8 9 0 0 5kgf cm 2 104 9 2 27 2 4 1 11 4 6 12
34. 20 2 m min 7 3 7 4 4 0 5 2 1 1 D FE 3000 7 5 L KALAREN RKE P
35. Eu S ES 5 1 _ 9 k cS4 mosse 2 A R 2 106 5 1 1 3 m E K sss 8 0kgf cm 12 1 5 0kef cmz 2 150kgf
36. 510m 2 5 2 1 REl5b 2 4 155 5 2 1 mesa m 32 32 m m o so _ TUE ER m 1 05 1 07 etu DELI EIE IT 37 0 26 37 0 258 A m 1 8 ne X Ou F x 4 TI E 8 m o3 os X m 24 24 B m ra 19 x 4 Tm E amp m os
37. 6 4 20 2 2 2 0O867mxik o B 0 843mxf o 9 45mx1 o plu zoomia 1 0 4 a umm 9 _ SONT M REN MORE el Oo c E TA Si tiu tpe o J 325 amp Hy 3 amp 8 538 amp gt 2 e H X M
38. a 800mm b 790kgf 2 2 000kgf 5 000kgf 1 c 2 000kgf d CRT
39. C LE x 7os amp STEP 6 194 5 00m eg FaR 11 Om BH 1 Bl6 4 3 195 6 4 1 RETOR 6 4 1 1 2 158 Samui T nn O ERL R amp v JaBESz AERE 6 4 1 2 2 298 O sxBE Ru O ETT
40. RS 485 9 A mo RS 485 12y 29 1 12V 12V 24V7fe 1 gt s BIS aspa RS 485 18 488 js A PT lt a M a rea SEXT el A e 8012 1 21 mm xe L TER 556 zT EE s i 2 1 22 44 200 mm 1 283 45 b 2 1 1 5 2 1 1 6 CPU
41. C 6 4 1 1 227 EJ kgf cm B 6 4 1 1 2 1 30 40 50 _40 5 6 70 80 228 p C TL ZZ Z A 5 amp K 6 4 1 5 6 4 15 1 yr ansia dd D MES gom Re NM ER MEE 8 01 2 ON IE B ON NoA B ON BRE ERE Rd Wa 5 229
42. 2 1 5 2 KES 150kgf cm 150011 25mm 1 019mm 1 120mm 28 x2 1 6 a nannan 642mm 545mm t 2 505304 0 8m 12 283 24V 298 RS 485 483 1 1 8
43. 90W h UTC EZ i 1 100 j k 32 2 1 7 E lt 1 378mm 595mm t 2 5mm SUS304 25mm LA SUS 20 2 2 EI 0 8m Q 12V 2 24V 2 15 485 488
44. 2 4V 4A 1 2V 2 A 2 24V 4A 12V 2A 181 3 1 0 1 Q 1 1 0 2 1 0 5 3 3 1
45. DIEA m o 24V 12V
46. 0 20 4A 12V 24V 5 1 15 125 5 1 7 E SEC xx 25 15204 ss s pamm x amp 88 pamm oru x x Lamm ori 2 3 38 28 Lamm ori 58 am mama o dee o s P md J mne persi 8 Em 98 328 E 7 28 Tacas 0 388 1 8 8 S G mee pee 7 728 1 8 E s s ss M ome 7 88 Eum do 126 9 1 5 1 1 6
47. RS 485 2 1 15 MU RS 485 DNYMM 2 4 246 c 2 1 16 BY 1
48. 100kg 63 5kg 5 2 22 176 17 1 5 2 2 3 15 2 15 5 1 Bl5 2 23 177 18
49. 50 5 40 4 mm a M NUAAMANNAA UN ami NNN NTA Y 4 Yaa K 4 tS MEE eere tit x nQaAa HE ES B 1 A NA 222222 TOLL EE F din mm q c0 j o Meme tod SS mA y Sasa i SaaS N SERES C Er R RS OE SS Sr p ES NC aL a NS um 5 z 2 2 4 2 2 2 5 2 2 5 2 2 3 2 2 4 2 2 3 A B A 1
50. 90mm 8 15 1 57 H2 2 5 58 amp 2 2 4 Sa pa SS 3 000kg DC 2 5 7 5kW 200V RRR JIS C 0920 5 40C 95 22 8mm 0 000
51. 2 B B B 2 1 8 B a B 69 9mm 60 3mm 2 1 2 10 9 808mm b B c B 9 d
52. c 4 gt F O KB 252 4 s 2 B 283 3 1 4 4 1 2 8 3 3
53. CRT 3 2 3 2 1 100m DC12V DC24V DC 12v DC 24V DC12V 10YV 36Y DC24V 22V 72Y 100V
54. 5 1 5 2 10 500mm 80 150kgf cm 3 A TR TT Z i on os gt 2 3 150kgf cm2 80 C 019429 2 GG 39 20 5 2 10
55. 2 5 1 2 10 9 5 1 2 eria s per perpe c 2 1 10 10 10 10 10 10 amp _ eo 2 25 nb Kg jio 10 10 amp ioliololiolioliolioltolio e 112 m KA lt 45 1 3 pal Hs 8 12V 24V 28 B lt El5 1 4 B 113 5 1 2 1 1 Bb k Z t 2 WE PAS O 2 R 5 1 5 2 5 1
56. 6 4 7 6 4 7 1 2 1 nts n 289 Eg U 3516 8 rr ORAY dk dk n E um AUN Bi K 2 2 LER s EBE BE E ES Ik OAM hO 1 H dk h 204 9 5 9 12V 22V 24V 26V
57. lr 6 4 6 2 BENE 2 288 TIS S wissmmoEwSS mena _ O WeRUBESSRINCOERSR 1E 203 8 HE S TEP 8
58. NQ 8 000kg 22ton 2 8 000ks 1 5 12ton
59. 196 3 STEP 3 Q 80m 7 kgf cm hog 6 5 0 kg f cm eo 6 4 2 6 4 2 1
60. 1 1 2 V 2 4V 1 2 V 2 4 V 1 2V 2 4V 2 1 2V 12Y 24VvV 2 4 V 2 2 4V 4A 1 2V 2A 1 1 2V 2 4V
61. 1 5 2 1 5 CPU CPU Loes 12V 24V 2 15 2 169 11 1 5 2 1 6
62. D i A dj Hi Xk Xk 3k H ak ym ter HI en nb 6 4 5 2 2 2 Db IF s 8t di EX E J jer 7mE 1 0 zs Db H ui 202 7 STEP 7 6 4 6 6 4 6 1 2 1 S WISEREOESUR wa az MU NN
63. BERE RR O 2 5 1 1 7 78 Y aX 8 Y XX a 8 R R 2 1 UOS iria yo 127 RS 485 5 1 16 60 60 50 50 E s 30 30 75 20 20 0 5000 10000 15000 20000 25000 0 5000 10000 15000 20000 25000 DICERE UIRGO ESSE C n x GO053 19008 8576 19 1 0 4205 98l 762 2 p Eu j I ud bl
64. oo pe 219 ee 294 ER ERE VEN dS RR TERRE RICE YR 228 IIR III 9239 2 1 2 1 1 3x2 1 2 x2 1 3 Xx2 1 4 x2 1 5 2 1 6 2 1 7 2 1 8 2 1 9 2 1 1 2 1 1 2 1 1 2 1 1 2 1 14 2 1 15 X2 1 16 2 1 17 8 9 G N e 2 1 1 2 1 1 2 2 1 2 2 2 2 2 3 x2 2 4 2 2 5 2 2 6 2 3 1 2 3 2 2 3 3 2 3 4 2 3 5 2 4 1 3 1 3 1 1 3 2 1 ell 3 eee 5 6 dba 18 Iren 18 eee 22 Eh 29 LAER eee 33 el 35
65. 2 m min E J4 616 S t Ol 1 V rr rSh d tW 808 6 LE 000 000 009 006 009 005 06 O LO st N N A gt N A K 38 s 578 ms 05 mm E 1 6 15 Ll9g 1 081 072 Us TK Bini d 3 x 4 gt PF g JE L E a P mm A 2 1 7 6 9 293 Ad S L 2 000 900 X4 A mm E 2 1 8 B 317 2 1 2 5 2 1 9
66. 5 1 13 mcm 2 dg E D N D d nb JE ERE SEE E Db gt op z 42 16 BERRE 1 5 1 2 9 5 1 1 4 5 1 14 8 BV P2 i Eat BV 1 BV 2 YL yy yay SEU E ER RE E d I ZZ IA NER DT al FERNER ANZ 95 1
67. 68 66 L 244 86 84 1 244 ik 20 E2 1 4 12 L 315 28727 d 4 _ 2 q 5 213S 1 hl LED 500 68 86 1 000 68 86 mm 2 2 1 6 1 A A
68. HK BB ee No 091 M 0059 Uo COMMERCIAL PROPRIETARY JNC TJ7440 99 002 AUGUST 1997S Groundwater Sampling System Recovers Uncontaminated Samples from 1 000m Depth Yukifusa Nakashima Yukio Sakai and Masayasu Sasao Abstract Two sets of a groundwater sampling system have been manufactured which was developed to collect uncontaminated groundwater samples from depths down to 1000m at temperatures up to 70 C The system which operates in a borehole employs two packers to isolate groundwater at the sampling depth The samples which are collected by the batch method re
69. 2 179 3 1 D MS DOS 2 4
70. 4 1 1 000 4 1 4 1 1 4 1 2 6
71. 2 AO qua dui ER H 7 a A B 58m 1mm b A 2 c 300mm 180 d A
72. 186 5 4 3 186 4 4 Ass 187 5 4 5 ee aaa ukasa ale 187 5 4 6 IB e emen 188 6 o n e IIIA ARI n 189 6 1 n e IIIA S344 189 6 9 RR I Pd e ER eee DS 189 6 3 kx urs CR RU S ss ER Ere E Rc Susa aQ q e RD 191 6 4 CR a RS VEE 192 6 4 1 V A s e a E LII LIT 193 6 4 2 e I Hl HII I rrt 208 6 4 9 e l2 1 236 mb 2 1 El2 1 1 2 1 2 2 1 3 2 4 2 1 5 2 1 6 02 1 7 2 1 8 El2 1 9 2 1 1 0 2 1 1 1 El2 1 12 2 1 1 3 Ej2 1 14 El2 1 15 El2 1 16 BEla2 1 17 El2 1 18 E j2 1 19 2 20 2 21 12 1 22 2 1 2 3 Elag 2 1 2 2 2 2 3 2 2 4 012 2 5 2 2 6 012 2 7 012 2 8 012 2 9 42 92 1 0 42 92
73. 2 2 12 7 7 5 2 6 5 2 6 Q sevsin _ Is sm s DN er se gt S m gt ZEN LER IC LEER 3 2 11 31 166 8 7 2 L X RISE 1 5 2 1 3 352747 3 JES
74. 2 OS 3 7 3 filis F 7
75. No1 2 ON 9 MESI QoAB ON MM EN E AET 211 2 STEP 11 6 4 6 4 o 12kgf cm 2 8 sec 6 kgf cm 12 kgf cm 6 kgf cm2 1
76. 1 2 PR 5 4 3 68mm 86mm 1 68mm 86mm 2 68mm 86mm 186 5 4 4
77. 5 1 8 B 2 p s gt L CENE mimm ME Lon Db op jop R a og w Db nb LEE nb D dE Db uir nun z E 133 13 1 5 1 2 6 3 fr LEUR k O amp amp l vx C gt Z Z HOTE 8H 27 ZE DAR l k L gt Z Z k RB O 2 5 9 1 1 SL 1344 5 1 9 1 2 1 2
78. S979 2 i 2 2 13 273 E 2 2 2 12 74 2 3 2 3 1 2 3 2 2 8 1 2 3 1 ud 77 a CRT
79. 1 6mm 15 0mm c 2000kgf 3 3 5 280kgf 45 2 380kgf 0 3 790kgf ds d OE 2 5mm 22 8mm e Zk 8
80. 6 4 11 2 5 221 4 STEP 13 D Q STEP 14 S TEP 10
81. 1 Q 2 5 1 Q 4 5 24V 2 180 5 3 2 1
82. 2 BV 2 3 ON OFF 47 c 0 3V 2 1 1 7 2 18 B 16bit AD
83. Sci 2 3 1 did B L714 100 23 600 173 675 13 175 5 68 56 L 3 000 xn 1 500 bd kie E cos k Wm m y 2UU CN RK T L 70 100 4100 130 CERA BARERA Tei ey wp 1 E E F cr 8 5 8 mm me oe e d e ee a a a aee a a aa e a a e a a T o THVATh y 2u m r u 1 J T E l 4 _ i X A Va St x Lg
84. 6 4 1 1 5 0kgf cm C 6 4 9 060 6 4 11 1 2 1 3 RERO ERE EE ME ECEE 3249 525 255215 nm t nd c dg c l o2 x6 4 11 2 2 2 sean 2 53 6 78 106 108 90 130 A 0 4 0 5 0708 09 10 1112 11213 DE 5 ma MAM 309 30 44 251 cae 2s Lan san new xX0 089 218 kgf cm 1 Natio Jue S GINE s AAEH 0 500 1000 1500 2000
85. 2 183 2 m rmexEmoRREHS 3 11 5 3 2 1 AC1 0 OVERLABAEE 1 2V 2 4V M
86. D MS DOS 2 4 1 Q D FUERO VH BUE ZUM THR 2 5 3 4 1 1
87. Db 201 6 STEP 6 Q 200V 2m 10m 15 6 4 5 a 6 4 5 1
88. 3 JIS JIS C1604 0 1000 3 d JIS 0 15C 1 mA como 5 0 150 D 20 3 100m 1 000m 830C 15
89. 0 2 2 3ton 1 5 2 7 5m 2 ARRE 2 7 159 2 5 2 2 5 2 8 amp BEREE 1 2ton 0 296 8 0 5 0 32 0 429 4 4ton mm mm
90. v ford PE 4f 2 C f 2 C t I sect 000 01 006 xS OA 2 E067 6 y rdi E2 1 2 68 86 1 3 10 2 2 1 4 Eg a E b c
91. X NA E5 1 10 120 2 5 4 5 1 4 T Y Hut jh 0 1 0 1 dh nb di Db a n _ 2 1 1 0 1 0 _ ES x 0 1 0 1 2 amp 2 3 2 8 A A kaot kO amp k3 gt k FO A 2 FE hoot nb nb 28 5 Bb up nb WRR Ib ub nb nb nbinb RI inb up 95 95 ut ub nb ne Db b pi ub de 5 zi d nb nb ub 0 us
92. 2 158 68 mm 1 1665m teeem tlee aum B ROBULZONURUKS 0 45mx1 0 450m 50mX4 050m umuszommae 4 300mx1 3000m OmU smmxzs sm wAi HRAm22vs umxik sm mxxm 199 amp 6 4 3 2 2_ 258 E e ez yza reom nasos 4 exi au 2 00mX1 200m oN MOEA 0 ea EEE wm 0 em o
93. H 7 gt 7Z oa O x H FI EE jH ad Dp 238 2 ST 18 Q O 8 3 Tes 6 4 1 9 gt 6 4 19 1 o xeu xe p mku r me 4 9 OR
94. 129 eu EE E du Rs b SE RA 129 130 e n sellers 130 131 ee 132 re 132 El5 1 265 BEl5 1 26 Boc b 27 5 1 28 5 1 29 H5 1 30 Bio 1 91 j5 1 32 95 1 33 El5 1 34 Bl5 1 35 Bj5 1 36 Elo c1 37 B5 1 38 El5 1 39 5 40 5 41 5 1 4 2 5 2 1 5 2 2 5 2 3 El5 2 4 El5 2 5 5 2 6 5 2 7 5 2 8 5 2 9 El5 2 10 5 2 11 Ej5 2 12 El5 2 183 5 2 1 4 5 2 15 2 16 El5 2 17 wis KFE 133 uL SCRI ATA RUE V 134 141 142 ww 143 6 144 BY P 1
95. 0 4A 23 9V 10sec ai ED MOM E ss i 0 90056 aa usa 0 89 Jy W 1A 24V 10sec HI HI HI 234 7 STEP 16 STEP 4 D x PASO 2 4 Z F2 2 OU l i gt gt Z
96. 4 STEP 20 5249 7 2 1 RIMOR STEP 1 2 SOI A STEP 2 3 S EpP 3 4 STEP 4 5 5 5 6 STEP 6 7 STEP 7 8 STEP 8 9 STEP O 10 STEP 10 11 S TE P 11 12 12 13
97. INC TJ7440 98 010 Vol 2 1 000m JNC TJ7440 98 010 Vol 3 1 000m Yo1 1 2 3 4 5 6 7 SI 1 kgf cm 2298 066 5Pa 9 80665kPa 1 kgf 9 80665N 2 2 1
98. 1 1 38 1 1 Hl B H T B B B BB nb lt n Db 1 2 4 1 HAIRY p RES vT Do 2 4 2 MA 85 2 4 3
99. 2 i 18ton Blbc2 2 153 4 15ton 5 1 5 2 3 18ton 2 18ton 1719 2 ARRA 3 7 X lt ATI AA TALARA v 7 AS v Z AP 2722552 qq c c T P x Z 22222 M 25 A Zr
100. 2ton 2 2ton 1 0ton aog 2 8 Us2t 2 17 171 13 20m min 1 5 2 18 2 2 19 41 39m min 27 15m min
101. 5 4 2 i 543 5 44 109 5 1 HAH 5 1 1 1 1 5 1 1 50cm 8 0kgf cm 12 2 68mm 12 6 5kgf cm2 t 5 0kgf cm2 12 86mm 2 2 68mm 86mm 5 0kgf cm
102. H HIE M 5 cm 3 4 1 3 4 2 1 E mui 2
103. SL 271 QE 9 STEP 8 T39LTACdA04BNL NE STEP 4 A w2 L ATAOKR STEP 10 8 a YES STEP 11 STEP 12 STEP 13 T STEP 15 YES STEP 14 LRT YES STEP 16 STEP 17 5 18 T amp STER 19 Ezg 6G 4 1 192 gt gt ORA COURSES gt WP 6 4 1 1 STEP 1 1 031m TORI 6 4 2 lt 3 C 4 4 27 TRALEE 1 031 m m 0 00 31 00
104. ide 5 1 15 mes mnogore a 149 MEF L OS AS 5 1 40 2 EM 2 2 XU OK LB ce o eo e yan t eo o EAk e e e 0 2 4 guam 8 10 12 0 2 4 h 8 10 12 2 158 E 2 Ej kelam N o 9 2 8 10 12 2 4 8 10 12 o o e t 8 10 12 0 2 gu 8 10 12 0 2 4 Ej5b 1 41 8462 IEE 150 18 1 5 1 4 2 70C
105. 0 5 GREN l ooo 16 2 5 2 8 100m 0 33 5 2 8 5 900 00 800 000 700 00 600 00 500 00 100 00 m 100 00 100 00 100 00 100 00 100 00 100 00 2 1 100 21 100 11 100 28 100 32 100 17 100 24 m 900 00 800 000 700 00 600 00 500 00 100 00 m 100 00 100 00 100 00 100 00 100 00 100 00 2 254 SE m 100 14 100 26 100 19 100 23 100 33 100 22 170 12 1 0ton 1 5 2 1 7
106. 5 2 11 2 5 2 5 5 2 5 TT o 22 80 22 60 22 90 22 75 22 75 22 70 25 Imm 22 75 22 70 22 80 22 80 22 80 22 90 25 163 7 1 5 2 1 2 12V AVA B GR E B S
107. 166 5 2 7 167 5 2 8 170 26 11 189 6 2 1 eR S 190 6 4 10 2 1 196 6 4 1 2 2 eerte 196 6 4 21 2 1 197 6 4 2 2 2 2 197 X6 4 83 0 2 1 199 6 4 3 2 2 2 B 9 200 4X6 4 4 D0 2 1 201 6 4 4 2
108. 4 3 1 9 4 84 2 4 2 4 1 2 4 7
109. RA A TR OT OR ara RT TITER RAI TIT TTT TR QS RT RI RT DN EI RRR NA EET INDE OX TT etree 5 1 42 2 5 1 1 6 70 5 5 1 16 151 5 2 DB 1 EA ETT T DRE 1 5 2 1 0 29ton 3 2 28ton 22ton 0 28 t
110. B N META i mm 5 2 1 152 2 1 2 3 12ton 1 5 2 2 18ton
111. RY JRE GRY SL ABE ET A KOER m m T 1 33 Jy hp 1 32 09 ol 0 23 9V 10sec IA 24V 10sec x5 IE 0 23 9V 10sec 36V H ni H os 233 6 4 16 2 2 254D rar PA 6 mmn 36V 30V 0 5A 23 9V 10sec 24V 10sec
112. 4 1 3 4 1 4 BER E 4 E 102 4 1 sr L Li e b t Li b P 4 4 nta t 24 44 PITT t t 9 12 10 a 4 LI t t t 1 o 1 t ur qur HH LES ERBEN 1 ue x 110 20 28110 203111 10 20 30 edana
113. I 12 1 0ton _ j 13 20m nin 14 15 16 7 G wamu suma 8 108 5 1
114. 155 e 157 ee 158 159 EET 160 162 163 165 eee 166 167 een 168 169 UR UO RON Sa cR ae a ES 170 171 El5 2 18 5 2 19 El5 2 20 5 2 2 1 Bil5 2 22 El5 2 283 5 2 24 5 3 1 5 3 2 6 3 1 6 4 1 El6 4 2 6 4 3 6 4 4 6 4 5 6 4 6 6 4 7 Rl6 4 8 6 4 9 6 4 10 6 4 11 6
115. 2 1 5 0 kg f cm 6 4 2 2 2 2 Emi 5 0 kg f cm 2 dida eM E Q E 197 4 STEP 4 6 4 4 il fel li B
116. 118 2 5 3 5 1 3 Cro ro ers e cres mors Ero w Dre re esl diu imb pb 3 ME nb DP Db Db nb nb 3 u gt 1 Jen d P P di P o m D ob nsn n zi ut b HP ui m di np n Db ai 119 4 1 5 1 1 0
117. gode ul 6 4 11 1 pa qui 5 traut EUM 5 220 6 4 12 2 4A 24V 60sec 2 2 1 2 23 9V 60sec x f E
118. 1 5 2 2 1 U 2 or 2 1 175 16 5 1 5 2 22 Li 100kg 63 5kg 2 2 _ 100 kg 63 5 k 2
119. 2 83 4 w DEO 2 3 4 2 3 1 Ach 5ch ch 4ch 2ch 2ch 1ch ich D 2ch D ich ch 2ch 2ch 2ch jgR ich 1ch 8 2 3 5 2 3 5 24 55 83 2
120. 2 1 11 20 80C ik D 3B E RT BE SB Et I 268 180 C 2 2 2 2 1 12 4 SU9 lt ge a 3 4 b C Ox v2737v7 EX B 90 B Ius amp 548i KE BE 239 0 532 5 c DC24V 6 d 1 90 4 40 e f 2
121. 2 183 2 Y 3 2dB km 5 2 7 CU Gasp asun AR Eka Ls m erum _ BEN Na 7 2 MW s TBI Hl 167 9 1 5 2 14 150kgf cm 60 El5 2 14 2 MERT 60 150kgf cm 168 10
122. 6 4 1 7 6 4 17 1 REB 2 198 m TIAS iis B zw PT E MN Qyr L Zkv4a M vt TS 0 E B dus IRSE 235 6 4 3
123. 6 4 12 231 80 30 ON K 201 17 tH RUN 2 1848 RPP 10 FN 76 EIT R 0f 74 10 72 0 2 6 8 10 12 44 T p l 95 2 2 N 877 gt Ele 4 12 232 kgf cm kgf cm 6 4 1 6 Us 6 4 16 1 RENE 2 198 Sat IR FIM DUET E E 36V 1A 24V 10sec ERIE
124. D DC k AD A D 48 i 2 1 17 BV P1 16 bit 2 ch BV P2 A D Sch BV 1 4 ch 1 ch 5 TECTA E BV 1 l 7 H H gt d gs B o N o o o o o Jo i x r 6 ch Jin pa 1 ch X 4 4A D
125. 1 5 2 2 4 2 5 2 24 178 5 3 5 3 1 1 CPU
126. 107 5 1 2 3 s cue 22ton 1 7 2 5 lt cma rus X 3 12ton T 4 15ton 2 GHEERIEX US ESO TOU AELS 1 2 15 C 3 2 3ton
127. c A 0 5mm 5 d 4 e 2 amp 2 1 5 1 034mm 595mm se 4 aa aaa 999 44 4444444444944 RRNA tne 2 5mm 0 8m 12V 2 24V 2 RS 485 418
128. mo e 230 MB 6 x 3 AC100V WS ox s S HE 3 77 NFC N PC 6 et tm mm a Tw t Lb ub a J bl xs Si B 4 I2 3 1 77 2 3 1 1 4A 2 3 5
129. 1 OABacy MABZSVS e rs zz _ oo O 2 7 9 O m 8 i H FI rl HI H axi I Fi H Dp 237 6 4 18 2 2 2 668 mm jemx9 cun aen onmis ix gt isum Ees A pemx1 E a B 0 843mxf i 7 7 i ostmxik 2 amp Wmxmik __ rg 1 rs _ 1 z Q
130. 1 160kgf cm 2 ix 1 EE BV 2 1 1 1 s X JENERE e 10 3V 16bit A D 3 0 3 10bit A D sk 1 150kgf cm 150 A425 1 3k 150kgf cm2 PGR 150KA VS 2 412 D C12V 10 10m A 10 2 mm Waaa i aa i 3 mm AA 16 5mm D C500V I C 100M Q AA 1 eder 0 J T NERA RENS D P ir NS AEG 5505 PU 05 oL 3m _ _ 0 DULL ERROR RR ERRORES Me NE NEN cL MON A amp 35mm 2 1C 50 150 C R903 JIS 61604 2 lc 50 150 C R903 JI S C1604 12V 24V 1 zo B bod EOKE R
131. _ 22ton jg 3 51 Ww EN H b al B 012 2 1 9 69 97mm L 500mm x 2 L 1 000mm x 2 L 2 000mm x 2 3 000mn 330 52 1 2 2 a S 05329 b
132. ym ve L EI M imp ade Er wmm 139 5 1 11 2 2 2 Q SN OUS 7 ik E ME ea T J 204 24k gt 20M ek 20M 20k 5k gt 20M 15k BEN gt 20 gt 20 24k gt o 10 gt o 20k gt o gk 14k 24k gt 20M 20M 204 sk gt 20 14k gt 20M EIEE 24k Ham em I 105k A N e B gt kh D HL ne 2 ggg c z P gt T gt 20M Do gog 220M 220M 220M BH REISEN LN Lin gog HH e x N e 5 I U ce EISE 1 1 N n e x M e 1 gt i D gt 2l BH gt gt 10M 9 E5k 14 E5k gt 10M 5 5k 20 5k 1 gogg ALL nr mf fe a a 140 14 BERE 1 5 1 2 7
133. 2 2 7 65 WA LE 1 qp SUS304 1 SUSSO4 2 W zz L6 8 L2 505304 595304 14 151 lt p A A _ M N 2 2 66 2
134. P 2 2 gt oe em 0 500 1000 1500 2000 G 4 9 219 60 2500 2500 FLAE H kgf cm AAEH kgf n 6 4 1 2 6 4 12 1 2 188 sto nn 4A 24V 60sec 1 1A 23 8V 60sec 38V Z TESI PES
135. 5 A 9 ON OFF E 2 La By 2
136. 163 2 5 2 4 150kgf cm 80C 5 2 4 wm Y Esa 3 22 64 22 60 22 e x 3 8 22 20 22 28 22 24 164 6 1 5 2 1 1 200m 200m
137. 5 1 24 fa P PE B zz ur ALIM 74 S B BEl6 1 23 RS 485 mm mm GOo64 _ 51444 09434 ss lt gt Ia gt ERRENA ER HSHA B 8 1 24 132 12 1 5 1 2 5 B 5 1 25 2 5 1 8 A B
138. 1 2 3 2 2 1 2 2 1 2 2 2 2 2 2 3 000mm x 330
139. 2 2 201 6 4 5 1 2 1 202 6 4 5 2 2 2 202 6 4 6 2 1 203 6 4 6 2 2 203 6 4 71 2 1 204 6 4 7 2 2 204 6 4 81 2 1 206 6 4 8 2 2 2 207 6 4 90 2 1 210 6 4 9 2 211 6 4 10 2 1 eee 216 6 4 10
140. 3 18mm 4 Omm FH 200kgf cmy 270kgf cm SIE 200kgf 36 g m 40 C 100 C i BR ud W x xm CER RIH E Uds A B x 4 2 4mm e s axsvtm 5 ure ns gt 24m P r SE Rr T 2 3 4H CU C C Pepa L9 B 28 AE dis MR Hit 2 5 680 T nda Bss 3 5 24 680 Mull BER C HaT 4u B25m du j sex Sols 2 3
141. 3 3 O SERERE 3 e m VUTILJU VA FS LRH 0 24V 4 A 12V 2 A 1 0 1
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143. 92 ESG3 2 i1 93 Ea 2 2 94 3 3 3 3 1 3 3 1 3 3 1 3 3 2 A 4 3 3 2
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147. FS 1mm 8mm BETO Es nmm 3 2 2 24 3 3 3 97 D T El3 3 3 98 3 4 1
148. 4 500kgf 400mm 7 595kgkm 59db km 0 85 e YJ IN va 100MHz km 0 85 A 19 11 km 5F8 B SEER 9 119 Z km l E FH C 1 000V 1 27 000M km 20 SES Rn Um 3r LI 3 55mm 505304 H km s 30kg O E amp 4 ts To 800mm 59 09 2 2 6 SS OOO 96060 5 6807 M 2 5 6807 2 8407 3 RU t i Omm Ld C U29272 lion i 6 B A 137 0 26mm 7 A 37 0 26mm 8 SUS tom t 1 05mm 12 A S Z 9 8 Z oa 4 9 Z Z Z gt Z 2 z B 2 L EC SO SP I SE cp 1 x 5 EE 2 2 5
149. 5 1 2 111 5 1 1 EJ Z JL Z 2 LL 2 P Z V WI FE SY ES s m 2 N atu amp 100cm 9 T Z 8 6 K 100cm 9 6 8 mm 50cm 1 ti K 3 1 5 3 A 2 4 1 5 1 4 B
150. 1 RS 485 1 2V 24V 2 2 1 CD A D 25 2 0 0 V
151. 20C 100 ETFE EFN 2 k Am 150 A B 2 2 A B 2 4m A B 4 G 1 6 50 125 3002 PFA a 50 gm 125gum PFA
152. RG 77 7 9 ae 2 9 eagra dt F82 E 3 100V T CRT 2 RGB
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154. 2 1 3 2 1 4 2 1 1 0 2 1 3 100ml min 1 500mi 2 1 4 2 1 7 SUS304 2 945mm 2 1 6 t E mm BH or P Z El jor HR SUS304 Ym gt m Ho 1 945mm 2 1 5 SUS304 h n 18 7 279m 8 629mm 0 621 02 862 1 26 0T 7 Lud 5 4
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156. 06 97 cx 98 100 101 110 eee Row ANC URS CR RR ES T 111 113 eee 113 mW SOBRE e nth hh err 114 Bk uo ayy qaq 115 116 e III 117 ee 118 I 120 se 122 ore E Lax OST pass 123 a Roa E Ron VR NC Pu ROS wata ea 124 124 Ld d uh 2 30 125 RTT PEN EROR 128 128
157. 13 14 S TEP 1 4 15 STEP 15 16 STEpP 16 17 S TP 17 18 SEP 18 19 STEP 19 20 20 21 STEP 21 7 1 700m 7 00m 150cm 243 7 2
158. 1 1 lt gt ARLATA 1 3 R El2 1 9 19 r ap um s ss UD G G G 4 UID Q Q d s Gum x G G G G S Q m s s G Q Q s 10 Pod R cs lt m 5 AW is dip um 3 A ARD CUR G Gb emp G dum enm s GR QUA AUD dub aum dum Gum Gum lt lt lt 5 Z L am am d e xm d UR AP 4 n s S m m m BV 2 BV BEBj2 1 10 20 Fira b 1 gt F 2 k gt F 3 TE 3 1
159. 10 2 5 4 5 150kgf cm 1 D 150kgf cm
160. 24 FA 2 3 5 RS 485 1 000m 32 2 i CRT RGB
161. 86nm _ 55 12 mt 1 105 5 1 000m 150 kg cn p n E Wed e 0 70C Mu
162. H10 1 1 10 20 3i Jess Jes 1 3 4 Joea t d 1 20 3l 3 LT LT ILI 5 838 H 103 4 2 1 2 m B ESky khk 2375mm AA asss OOOO 18 2 65m 0mx 9 0 5wx1 ME 968 8 03p 2 1 i DC E i iis9m EE D ii EE d s EE A s n Fagcazvk mreana JUv5 mWNE 3 1 tK C C CC C C 18 8 mmm AE 18 Hi 1
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166. 104 m META 68m L8 86m Eu 4 86m rus A 127 ASH S EUNT TM 8 Ls E z Sui qoe E RS 4 2 2 2 ESSET mA gt wi S X UA LATARBRUSR 86m 118 Eo 0 0 E 1 o PE AG E 7 68m
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168. as D ERE 200 5 STEP 5 Q 6 4 4 6 4 4 1 _ 2 1 E E O 6 4 4 2 NERE 2 28 O d et D Ed 8 i
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171. 29 1 C SW 2 1 14 30 AZ 7 v E s E lt x ri lt x lt IN EK LO bA GG 080 1 891 xg 3 2 1 7 2 1 1 6 b c 1 2 1 1 7
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173. D 3 7727212255 2 A 22 an T o y e ATUS T 7 2 lt 2e CN 2 2 mU L 2 A gt Z 222222 NO SC 525 Y R VA 5 s e PP I uy 8 2 ov 2 e 1 2 fere d EU 22 s x 18 t on Elb 2 3 154 5 2 2 1 9 10 22 1 1 5 2 4
174. Lui 160kgf cm 1 8 DC24V 90W 44mm LE P 32mm Mee AA REPRE 2 100mm TTT TT TT a 49ml died T 4 L a eee ITPRO 8bit H8 534 Clock 19 6608MHz aa OO 1 BY 1 2 1 K TIE cc MENT ty MAER 2 C 50 150 1 50 1505 ju 12V 24V 1 E m s C w isi HH i I ERES s E c EU F U lt is
175. Nal 2 ON OFF No1 2 ON OFF No1 2 ON OFF 2 OFF Cl ERmUSERLEUIT EUVR gt L flt epp ie EB 207 6 4 2 1 STEP 10
176. SA ES oS 2 5 110 2 1 5 2 150kgf cm 24 NICE 160kgf em 24 150kgf cm 2 5 1 1 86mm 68mm 150kgf cm 24
177. pw xw pm _ Fam es x me le 2 c 25 D s Dm o le w om 2 sow 11 xw xw j mw pw j xw xw as gt 1 m gt pow m Ex o sw om w z Ee Ow ome s z sbara lI P pm p J I J LE per m xw eon IEE o om voc onn 2 span j J T mb lie J rw w ww Dre ies om sem s eem om ses e HF 1 3 EPP N ND TANE 1 3 BCA S n RB S eli IF ER 1 3 135 5 1 9 2 2 2 Q HA HL x x L 1 T J me ie xw T m gt Dm M LIECINCNE ec ow c w gt n wl om ma ww im am a span J J a pm m i
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179. 1 116 0 1 2 3 h 200 180 N 160 amp 140 R 120 100 0 1 2 3 4 5 h 0 1 2 lt 200 S bis EEZYkgf cm a 160 E 140 120 Hi 100 3 h 5 1 8 117 1 COVZUMEBIERIBBUEEXOBERES5 1 9IqT TARE 12V 24V vt I 0 1 d GREC e 9
180. A B 6 470 qa SAIFI H 715 525 709 525 17 500 728 700 722 700 H I ww 47 711 800 7 00 B A n mame GRE VW ZR i 10 000 di a VS B 4 4 mm 2 258086 198 6 4 3 6 4 3 1
181. ns E 2 1 2 1 HAH Pape 1 2 2 1 1 2 1 2 1 2 2 1 1 2 9
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183. 2 3 8 a b 2 B P1 BY Pz2 c 2 1 9 d e f 2 1 1 8 g
184. 24V 10sec 4A 24V 60sec 2 24V 90sec 50 mm 4 amp L GESEK 206 6 4 8 2 mman 2 25 m j uL JE 1 24V 10sec 0 3A 24V red 24V 60sec 0 8A 24V o QA 24 90sec 50 0 3A P 90sec KEO EREA 50 mm
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186. IE m E E 1 33 J9 My P A 216 6 4 10 2 MEAE 2 298 o 38V o y 7 EERE rm Eo 24V 10sec 0 8A 23 9V 10sec Rb UN s WE T a 4 24V 60sec 0 8A 24V 60sec 0 4 23 9V 10sec 1A
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188. 1 D 2 2 1 D MS D OS 2 182 3 1 D
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192. RERO OD rE Eski MERR n x kgf cm 000459 0 01532 1 00000 27 04 2 5528 2598 lt gt 3 10909 5020 tg404 7537 6l 2750591 12620 a 7 32285 148 59 I Bf 2793ql 12846 S 21g7B 100 76 10 1655821 76 03 11408 12 2 _ 5751 25 391 2 2 1 21 130 150 125 100 kgf cm 0 10000 11635 51 34 16846 7520 22378 _ 10050 f 6 27663 12475 32811 146 94 7 27631 8 22356 10 16697 1 11484 5069 100 5 20000 30000 40000 150 125 100 kgf cm 0 10000 _ 22435 _ s 277811 12558 8 21745 12431 91 22301 _ 10 15758 7542 _ 13331 50 41 r 0j 12 5803 2501 131 351 0 08 r MJ El5 1 22 131 20000 30000 40000 0 00459 1 65651 1 0000 ux 2 11 1 5 1 2 3 3 2
193. 30 9 3 m min 13m min 35 GL 709m D H L TOM REL E B p i 7 gt 5cm 6 4 5 6 4 9 208 EH kgf cm kgf cm 80 100 100 200 300 400 500 600 Cm DM NN ky Eh 200 300 400 500 m Ble 4 5 209 700 800 30 40 2
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195. 6 4 1 0 6 4 10 1 38V 1 Eo ORISI 1A 24V 10sec RS AED IE 1 23 8V 60sec 4A 24V 60sec 4 0 9A 23 9V 10sec IA 24V 10sec _ 36 0 5 23 9V 10sec Nr m
196. HORRORE 160kgf cmz 1 ZEN NOS SIL xx W OPE cr 1 080mm 1 s s T 150kgf cm DC24V 8W 1 MASER EN lt iig 45mm gt x amp 200mm 245 8 eee aa aa wawas T T T s _ 0 16bit A D 77728 BAREH 0 3V 10bit A D X 4 7kQ 2 C 50 150 12V 24V 1
197. 1 000m 45 70 4 2 X E 5 2 10m B 6 2
198. 2 2 3 5 6 4 1 3 6 4 1 0 O 222 6 4 13 1 kg f cm cc kg f cm EE ps 2 8645 66 5906 49367 49000 6234 4 3 74 704 49426 430 4 na 7042 6256 49454 48650 5 mne 6083 49250 4600 o Ul EET 6 71 58 7047 8258 49400 48630 7 71 52 7045 6552 49506 47680 8 na 703 8256 49419 48630 9 na 7034 6 4959 48340 10 7130 7020 6242 440 48570 uj ro 7024 6211 49513 46250 5431 08 5277 50 6 4 13 2 LAREJ kg f m me 7 1 6916 6042 430 48310 2 6
199. 6 4 15 2 2 298 NON ma CH m 230 6 iv Z Hm88 STEP 15 STEP 14 D 4
200. 80 1 1039 E 2 QS 3 OHK 2 3 3 EI amp 2 3 3 0 1 2 3 o0o0 o6ocojeoeoooeoeo 4 RS 485
201. THETA b 0 15mm 1 8mm c 2 4mm d PFA e 5 A B 1 3 62 b A B 1
202. 2 1 2 1 2 1 9 2 1 3 2 1 4
203. OJP 700 600 500 400 200 700 200 0 99714 52 6978 WREEK 0 19758 I x 0 9998 ag etn 62 363 HARFER ug K l ER x 1 dr c amp 2 REME 5 1 36 jx e o eco br Ur 10 700 200 700 200 0 999134 RR 51 B28305 AH BE 0 197412 RI t n 0 9984 HERR 0 1938 a i H tu 2 2 1 Bj5 1 37 BV 2 vids e C e ti ETE TEES 0 1948 0 9944 c Ja e CC e e DEALER 00545 Z26036 n x x lt e CC 8 e 200 300 400 500 600 700 Haeo MEREEN 80 C A a o gt gt e e 0 5000 10000 15000 20000 UKER lt gt n x 7650 __ 356 2 6562 404 1055 495
204. 2 1 2 1 3 a b 4 75mm 130mm Z gt Z O E 68mm 86mm 2 1 500mm c AYACHADHER ERORERCUOERERODSXBTACET d S TT SS N e RAERB OKBRERI VACUA AT 1 f A g h
205. 2 2 6 2 2 9 2 2 1 0 2 2 6 S CR DC 7 5kW 200V 0 3 27m min Wu JIS C 0920 5 40 O 90 lt O 80 67 A E n 1 mm Z 88 68 i U E2 2 29 858 RS 485 H B E2 2 10 69 1 S
206. 20m min or Wi R 5 2 18 172 m min E 5 2 19 173 100 1300mm 1200mm 1100 1000 900mm 800mm 1300mm d 1200mm 1100mm 1000mm 900mm 800mm 14 1 5 2 2 0 200m 80m 20m 2 MRI ELERU Wa D t i t Pe EF G h 45 IE 2 L Z or 5 2 20 174 15
207. 24V 10sec 0 90 Js Hy 217 3 STEP 12 0 4 1 4 30 260 40 6
208. BN E 137 5 1 10 2 2 2 y F LE EE apata L DEGERE Saw E HH LAN e als c J Ju e gt RE Eb ell KS ape p m xm aw omi Ger w m w 1 DEJE m m mW S i 10 TEN i T I DETECTEN m on rem on em 35 miaka BE ajg PHI 138 5 1 11 1 2 1 lt aja di gt gt 20M xw P mpm s gt EI gt a gt o am i r oom 48m pm ac pom DR sa t gt z 25m gt o gt 28k gt qo Fe gt x M om _ 5 amp mom pom pue sm 0 9 a span J T epa a T apoa s o Jj J T gt gt gt 1 1 gt om om 1 1 m EXEC RB Rb ell E BS HA 28k afa ER am
209. _ of igl 2o sof nd 9 2o sj s s29 5800 2500 Cs 372 2 8300 esoo 4200 5A L 3 10800 92 00 8400 4600 s sj 448 41 125 00 11700 108 00 9500 9000 ssl jos 495 _5 15000 140 00 135 00 120 00 11000 16 118 so lt 181 18300 18000 165 00 160 66 15500 80 128 72o 3 20500 211 00 190 00 200 00 17800 153 goo sl 232 00 20300 170 00 160 00 ca 195 seo 2 24300 23000 201 00 19500 250 1000 ZE Okgf cm2 H 10kgi em2 1 d E 20kgf cm2 E 30kgf om2 EE 0kgf cm2 H E 10kgf em2 UN NEM NND 20kef cm2 30kgf cm2 Pu 40kgf cm2 X 40kgf cm2 0 20 40 50 80 100 96 2 1 2 2 5 1 14 124 8 1 5 1 1 5 2 5 1 7
210. 2 1 O 2 14 3 16bit A D 1 16bit A D DC24V 90W DC24V 6W DC24V 6W DC24V 6W DC24V 8W 4 1 2 10bit A D 9 2 i bit A D JK IB tu BEER 1 1 1 1 i6bit A D DC24V 6W 2 1 1 2 10bit A D 1 42 mu e UR TS RS 485 INR 24V
211. 6 150kgf cm 6 T 05 121 1 5 114 200 190 180 170 E 160 ty 150 R 140 H 130 120 110 100 h C m DH 4 h 5 1 6 115 2 1 5 1 7 h DIS 2 5 1 8 150kgf cm2 6 L7 az220m8 dens
212. 68rm 86mm 150kgf om 2 4 2 E tw lt 541
213. om ipe n 2 ee odes Elb 1 17 128 10 _ 1 1 1 8 1 9 150kgf cg 2 5 1 20 lt 2 2 El5 1 18 0 WEGE 12V 2
214. os m 24 1 2 E m 0 15 ois em DELE 8 1 8 1 80 oO 8 m 24 24 EE 4A 4B 3F 4A 4B 3F m ass wes e 8 m 150 150 1 E m s 158 mes 2 E 4 amp m 6 160 ase mes _ 2 2 37 _ x __ BA ET 7 ABE m 25 ze _ m 227 227 se 156 2 15 1 5 2 5 510m 3 399V 4A 11
215. 11 2 2 12 zz YA ere 4 ener 7 yan ee III 9 10 IH 12 e MI 13 exe 15 A 16 17 ADRE 19 eo 20 aa ky E NT 23 ee III 24 ew 25 lt 30 kazy pOK eee 31 34 e I 35 eMe 36 e 38 c HII 39 eI 43 eI 44 EEEE E SS A Se a Oe E E RNs 45 uy low a k S Su ADI o A A eS 52 RA T v Q S s t D 54 E m IUE S MELLE ULL LLL ILL 55 9 E ES ud RR eM uS
216. 29 2 5 38 0 3 9 143 80 80 70 70 60 60 g 50 p 50 gg 40 ad 4 30 BE 30 20 20 10 10 0 0 200 300 400 500 600 700 200 300 400 500 600 700 tlt HERRY 48 652 0 9937 2 1 1 3O HEBREED MEERN MERRI G2015 524saB E REER n x wh 7 8 8 e 10 200 300 400 500 600 700 200 300 400 500 600 700 paw n x 01917 466 09958 E 02033 52 959 0 3986 lt gt 2 1 2 2 5 1 31 BV P1 144 tn e CC 3 30 30 20 20 10 10 0 0 200 300 400 500 600 700 200 300 400 500 600 700 more demum _ ___ 09997 n 62032 S2 amp M os597 a 2 1 5 1 32 B P 2
217. 36 37 eee 40 eee sad eig s 40 88 MBA c8 cc c3 RR eee 41 ee XM 42 ee 46 37 47 a a 49 eee NE ibu dala E 49 I O P 50 5 SEN REE DTE 51 eeeee e 32e 57 eS 59 Iber PESE EHI usu kamuu 61 IIIS 67 Wes ME eee vA RARE EA E qa ipsu i is eos oae S 16 82 eee Kou RE 83 eee 83 EE eee e wese B5 88 ellen 89
218. U gt T j E 5 226 5 STEP 14 9 20m 20m
219. 12 70C 70 4 1 Wx2nvs2BERE 2 4 _ 6 7 8 0 10 11 12 13 14 15 16 07 48
220. 2 oo v om 12 0 23 EXER EEE 161 4 s o 1 5 2 9 4m 800mm 90 1m 500kgf d 800mn KRENETE Bl5 2 9 2 Z v p fE 2 3 10 000 5 2 3 90 1m J 500kgf n km 162
221. 4 12 E EE 172 S E 2 E E 173 SS SR 174 ee 175 176 ait ais 177 178 185 eel 185 e M Ree 191 192 JLEAMEBESAER ee 193 195 198 209 y 835EEZ B SABIO Znu Tx M 213 1 llle 214 2 221 e rtt n 215
222. 4 i1976 87 5 _ 14564 688 h l 165222 782 IN 5 1 39 17 1 1 40 150kgf cW 12 2 poo M erm JL Bs Lad 150kgf o 12 bond
223. 9 _ evcen a b 82 1 1868 36 4 1 1 2 4 4 2 1 1 9 a 2 2 2 0 2 1 10
224. E3 1 2kgf on 2 X 1 N O o YES 6 kgf cn 2 G 4 6 4513 kgf cm kgfcm 9 NARED 0 50 100 150 200 250 300 350 400 C AREH N anae o DEM 4 0 0 50 100 150 200 250 300 350 400 450 El6 4 7 1 214 C BE CC 40 30 20 0 50 0 50 Po EZ 4 0 Cvm DAP AOI T Apt jim ms 100 150 200 250 100 150 Ele6 4 8 4 0 200 250 300 2 215 300 350 350 400 400 450
225. J V S mm ws Ej2 3 2 79 2 3 5 2 1 2 3 1 1 a 3 b
226. contained such that the in situ pressure and gas content are preserved and maintained as the samples are brought to the surface The sampling system consists of 1 the down hole components 2 the relay components and 3 the surface control components There are three major down hole components 1 pair of packers isolate the borehole section to be sampled 2 the stacked sampling assembly comprising the pump the sampler and the docking unit listed from top to bottom continuously evacuates water from the isolated borehole captures and encapsulates the samples and provides the mechanical mating toe the packers and 3 the guide unit is used to guide the stacked sampling assembly down the borehole and into the docking location at the packers The samples are retrieved by physically raising the stacked sampling assembly to the surface i The two major relay components comprise a specialist winch using hybrid cable and a casing system The bybrid cable was developed to perform four functions 1 provide the physical means to lift and position the stacked sampling assembly 2 provide electrical power to the stacked sampling assembly 3 relay instructions and data between the surface contro umit and the stacked sampling assembly and 4 provide a passage to the surface to evacuate water pumped out of the borehole The resultant cable has a drain hose in the center Around this are arranged 3 optical fibers and 8 power cables This core i
227. 1 13 h 5 lt 1 10 i 2 1 13 TEET 41 5 2 1 2 1 TONERS MS a 2 1 2 2 1 OO
228. 104 SGP 8 254 2mm TH 35 DTE WE seg A EN ES 842 SGP 204 7mm _ EI 302m P E E a EE E E 808 28 E 6 FSGP 154 2mm T D 6805 23m 1031 100ASTPG 370 SCH40 102 3mm TLE1 1031m 6 4 2 193 2 STEP 2 6 4 3 D 7 K REL D 10m e
229. 4V 5 1 19 129 RWE 71 kef cm2 0 10000 20000 30000 40000 6004590 01523 2 1 000000 n x ilol 35 21 ss9o 2547 o mg 5 22159 161 60 32492 148 35 148 95 6 27458 125 89 10041 16 16376 osoa 49941 13 14 150 125 100 kgf cm 0 10000 20000 Heit 30000 40000 ATER n kef cm 0004583 0362154 1 000000 0 004583 _ 1 C oj 035 2592 4 16454 25771 8 2208gl 101 60 sl 2709o 12445 8 21382 12589 glj 21823 10041 1o 16287 7507 1 82 4994 5 2544 13 5 035 14 2 1 150 125 kgf cm 0 10000 TT n x u 1 ooo 6 27469 126 02 7 82589 149 57 81 27609 125 631 9 2189 1574 23 3 7691 51 61 2788 5081 150 125 100 75 50 J kgf cm 25 20000 30000 000459 0 03535 i 2 2 40000 63 30 HE tt MOD 0 10000 20000 30000 40000
230. 9 ten 6 4 9 1 mWHAHLATAONA SSSITEOTREEORE 2 198 eat e EUN 700m Sues kunaq No1 2 ON 5 Na 9 E 210 X6 4 9 2 REAN 2 29 BERS EERE E ee KCN MEM 700m me seen
231. 922 6075 425 seo preesse d 3 4 6999 6 61 42 488 84 48 60 kue MERERI 6 700 61 76 49233 410 7 6998 61 47 49213 46750 8 6996 6893 61 50 491 83 48009 699 65 61 33 C peu 491 28 10 6991 6921 324 491 36 46870 11 6985 6055 6089 49217 48 20 12 6829 6 49 68 48460 13 699 6875 6079 49244 47920 14 6986 6936 2097 49 66 40560 EMEN 223 kef om2 kgf cm C6 Ele 4 10 224 6 4 1 4 6 4 14 1 2 porte 7 52 s 23 9V 10sec IE 0 23 9V 90sec 4A 24V 90
232. 98 12 16 17 B 6 2 1 189 6 2 m S li HOTEL Bep p I ELE MESES cki TI LET LIII T zs d Eel ET E T TI E di L LLLLLTHULLLLI LL ses EG den Ii LL I TT TT T TI ee I Ill T I T T lli sk LL EL LIC _ IM m O m el 11 IIIIlIIIII zk TTLLITITTLITLLLLIH Ex LIII RNN PTT exlirllli ITIITLLLI Bem E i pa gu E gu I SNE X E N ux EN DS mm SS na na SETTE LET r 3 STIS Ni IE lt lt ups lt a x ps e lt lt i lt lt 6 EEFCGLHCTIERPIT S E s S m s E A i gi 190 4 Dp 2 2
233. E EE Esas aM 2 1 1 23 B B 7 1 il 4 M4 A mm iz A C C E2 1 12 24 25 60 2 a 300 1 200Kgf cmz b c 0 19 d 100C 1 150kgf cm
234. EN OT T D E EMEN 6 4 19 2 mm mm L Sien np Dp np 239 3 STEP 19 6 4 23 A B fre BERG
235. G Qo tt EUZ EI 22 8mm 15 342mm 63 f 2 2 7 2 2 8 Q 57mm 55mm 57mm
236. c A DIBIEISEEK eee SS 7 3 4 1 ee 99 3 4 2 eee TP 99 4 949594554554 102 4 1 S e e I III III 102 4 1 1 ean a 102 4 1 2 Imm 102 4 1 3 III M AI 102 4 1 4 VE ROCA 102 4 2 Bu ES ROURE ene 102 5 Oe 106 sas 110 B 1 4 Vox s ee el e qu RU SNR EON Gn ua ya e md 110 5 1 2 IA 114 5 2 o e n IIIS BARRE Rs 152 5 2 1 tette 152 5 9 0 155 5 3 e a ns e vede Mae 179 5 3 1 oe gt t 179 5 50 181 5 3 3 f e RBS 182 5 5 2728555 5 221 183 5 4 f oss 186 5 4 1 t TA 186 5 4 2
237. cm 12 HERR 3 B 150kgf cm 50kgf cm
238. n 2 1 2 1 1 0O 1 O _ Db sd 3 Dp nb 121 5 1 5 1 1 1 12V 24V 5 1 11 2 5 5 5 1 5 Cmm XL S EF si ue ni E 122 6 1 5 1 1 2
239. q O JE 7 OH UL FEL 1 0kgf cms 7 6 244 qm HERR 2 AA Pub 1 3 Pa S EN S IAE RSEN m RAS COE roues por NE RS S EESAN A TEE RS i SUN is D SVR eap ce DUREE DH NIC M ABS 5 bs um 74 RE 7 D _ Ye 14
240. s enclosed by three layers of aramid fiber to provide strength The outer sheath of tbe cable is vinyl The casing system allows for the packers to be positioned at the correct sampling depth and also protects the stacked sampling assembly from making contact with the borehole during raising and lowering The two major surface components are a control unit and a control software The control unit comprises a computer and a power unit The control software regulates communication between the down hole components and the computer in order to control and monitor 1 the expansion and contraction of the packers and 2 the continuous drain and the batch sampling operations To extend the applicability of this system packer docking and pump units and cable pulley sheaves have been improved in the course of manufacturing These sampling systems have been manufactured to meet the specifications of the Japan Nuclear Cycle Development Institute JNC Work performed by Kiso Jiban Consultants Co Ltd under contract to the Japan Nuclear Cycle Development Institute JNC Liaison Hatsuho Miyada Characterization Technology Development Group Tono Geoscience Center X Kiso Jiban Consultants Co Ltd 1 dk 2 Do RE EE EA E E 2 1 1 2 1 2 AS d A ES i iud se See RR ed 2 E d qas deua me uae VAR E Ed p DU ME 9 5 JD rc s
241. s m m m w xor CETERE saa oe a om m n n CECE EN NN E I ru ise em en n asea ie jj d SHE NIN DNES 1 I dp NV N e N Xx STAS N W gt I 1 0 NIN CO N I n GRS mar de H yn iu ATL PE 136 5 1 10 1 2 1 Q sawn P T T gt gt 1 J TT jJ 9 m I w w xw w s or ome mw gt ec gt m gt gt gt pa 1 T I ml ww w J spa om w xw Bs gt _ epum gt _ gt SBS LAN 5 7M 51 0 0 9 BRE LN TNS d aly E In i ET s cde m o I ks CETRA I HECERA 0 9 iii Ini d yp
242. sec 5 23 9V CHOKE OB RUE HEEE gosec 50 mm m 3 51 mm ss aa _ em mm po MM E 5 225 6 4 14 2 REB 2 258 Omm 0 4A 23 9V KUA A a 10sec i 0 23 90sec 0 5A 23 9V 4A 24V 90sec 2A 24V 90sec 50 mm 90sec 50 mm 3 51 mm
243. sm Ty JNC TJ7440 99 002 Vol 1 1 000 PZK O3EERAUSE REPE JE 1999 1 T 509 5102 959 31 2 p JNC TJ7440 99 002 1999 1 1 000p E 7 0 1 0 00m h EK 2 OFER
244. tae 56 58 III 60 jp papse ER 65 DE A UM LLL asa 66 68 eee 69 73 a 74 2 3 1 2 3 2 E 2 3 3 4 1 3 1 1 3 2 043 2 1 043 2 2 8013 3 3 3 2 3 3 3 _ 3 4 1 3 4 2 5 1 1 1 2 5 1 3 145 1 4 5 1 5 845 1 6 5 7 B5 1 8 45 1 9 Ejb 1 10 Elo 1 1i1 5 1 12 5 1 1 3 5 14 1 1 15 1 16 5 1 17 5 1 18 145 1 1 9 BEl5 1 20 Bj5 1 21 5 2 2 815 1 2 3 015 1 2 4 HAIT asua kk 77 uh s Q e RUE ROV a a PON RC RC s 19 81 esr 87 ce 90 4e 91 ee 93 1 94

ー)000m対応地下水の地球化学特性調査機器 (高温環境型) の製作

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