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1. 7 4 4 2 NE ED2. 12 LI BE pS ili _
3. 5 O O q JEE it E TA lt K iale 8 8 25 JU a Ka REL 1 kg O LL 888888 Kubata 07200 L 154 8 20 4 192 7 1 7kg LO 41 FK pi 1 86 TA 4 IRON EIS l SeSe AO SS 2 07 RS CT ZY kg B H HH
4. 7 7 7 4 3 PEH
5. 13 2 ED toti gt 2 TPPA s sd E r QO b HH f o 0 EE 2 4 H EE OK
6. Ron fz gt 2 oA LL Ron on HH f y
7. 1 O o FBL 11 7 2 RS 232C H E 600 1200 2400 4800 9600 1 19200 38400 BPS 1 TOR 11 7 3 200 EME 0 DO SZV HRERS RD 247 D sub 9P DTR SG DSR RTS CTS Go S 63 11 7 4
8. 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 lt lt gt gt 0 1 2 3 HOST zy gt gt 0 1 ON 0 0 9 99 2 0 1 0 1 2 133 134 135 136 137 138 139 140 143 144 145 LI Li L NN 73 gt gt 5q
9. 1 Q KL D7201 KL D7221 5 7200 5 7220 DLO 2 2 1 KL D7201 KL D7221 1 2 3 4 5 6 7 8 22 D 1 2 3 4 DC10V 5V 5 280mA 3500 8 100 0 2V 1 25mV 18 20mv lOmv 0 005 of F S 0 2V 8ppm x C MAX lt lt 8 MAX 100 000 LC 5 7200 5 7220
10. pA ph a 2 L L Oo 1 gt FNo 107 1 FNo 130 1 133 0 FNo 134 0 FNo 136 0 ON 2f7 FNo 147 2 FNo 131 t3 YEH FNo 137 44 FNo 138 t1 1 139 12 2 2 0N FNo 148 v v ERR 149 20 lt gt pn
11. P 60 FNo 130 FNo 130 0 FNo 130 1 FNo 130 2 FNo 130 3 2 FNo 134 FNo 134 0 Wo td i 16 SN i i 1 t2 gt 107 0 EFE fz gt h t F
12. fu Ef gt a E
13. lt FNo 107 0 5 L L L H ON 0 LL L H HH LL L OK H FNo 130 3 FNo 130 0 1 FNo 130 1 2 LL L H HH LL L H HH HH k 1 1 130 2 y LL L H HH ON i OHARA OFF 1 AU lt FNo 107 1 gt 2
14. ON LET 207 OFF 25 7 2 3 1 0 2 FNo 143 3
15. gt FNo 107 1 FNo 130 0 FNo 133 0 FNo 134 0 FNo 136 0 ON 2 FNo 131 t3 ON FNo 137 44 FNo 138 11 1 FNo 139 12 2 2 ON 18 lt gt NR 1 E 4 Ku 2 2 ON 2 ON 1t2 217 2
16. FNo 145 7 2 4 lt gt gt 100 00kg 00kg FNo 141 1 00 FNo 140 4 4 1 100 50 0 50 5 00 2 100 40 0 40 5 00 3 100 70 0 70 5 00 4 100 80 0 80 5 00 2 40 2 40 4 0 60 0 60 5 00 5 60 5 100 20 0 20 5 60 6 100 00 0 00 5 60 7 100 10 0 10 5 60 2 101 10 440 5 60 9 100 10 0 10 5 60 0 40 0 40 4 0 10 0 10 5 60 5 70
17. 0 2 OF ED 30 8 3 3 1 masan VN p 3 No 3 3 1 2 gt L ED 8 5 31 8 4
18. 50mA ON ON 2 1 LL HH EE H L ARBE V EDE 10 2 1 8 DC24V 1 0mA 20 1 RS 232C 9 D Do s VEH CPU 2 KK 1000 KJ 1000 10C 5C 35 85 RH 20C 70 85 RH L Ze uA 2
19. L200 ZUA PERT 0777 211 0O 0 1 2 FUA 0 600 5 1 1200 5 2 2400 5 3 4800 BPS 4 9600 BPS 0 7 1 8 NFER 0 1 2 0 21 5 1 216 gt CR C eso e No 2 1 7 1 7 5 Dl O ON ON RS 485 99 1 2 3 4 O 1 JIS7 64 1 01 kg 15 2 0 3 2
20. 46 AIE 0 0 0 18 0 1 0 0 L 0 1 2 0 1 0 1 0 FreeRun gt 2 b CC T I w L KILI FREKO D HH 2 L L
21. ct C 8 pa J 9 OFE 29 8 2 ON ZOFF ON LLI 0 0 6 ON 10 ERR
22. 52 CRO 9 X3 CR 1 9 1 8 CR 4 3 4 2 1 1 2Bh 2 kg 2 6Bh 67h t 74h 20h lb 6Ch 62h g 67h 20h 65 89 No 2 00 99 N 4gh G 47h TT 54h EDD 66 6 6 6 6 6 KREE D0000 000 8 8 8 8 8 QS 2Egh 8 2 Va REO VARME OM OO 9 E 925259 DED 855555
23. 4 JL gt 6 CO RA CO gt 0 0 9 9 0 99 H 0 0 99 9 1 0 0 999999 kg 100 0 1 45 113 114 115 116 117 1 Z IK zz gt FEF 2 m 1 0 L s 5 WO 1
24. 5 6 B CD 4 20mA 2 4 1 2 3 4 5 6
25. 29677 V1 17 BERPIZ KE ERE OF FNo 130 F 2 No 1 80 FNo 311 318 11 18 lt gt lt gt ON OFF ON ON OFF 100ms 62 11 7 11 7 1 3 s p 1
26. 1 9999 sec 10 021 JAA 43 C ANN O 2 1 040 D LC D LC D LC 0 999999 kg 25000 D LC ID 3 6 0 999 p D LC ID 123456789 0 999999 123 11 456789 4 D LC 0 9 99999 iin 1 00000 F Pt _ Pt 44 gt gt FNo JZ J 1
27. 1 1 lt gt lt 1 gt lt 1 2 gt 11 7 7 1 TAT a RIT 1 1 0m s 1 0m s 6 2
28. ET s p J 48 0 1 0 1 0 EIJ 2 0 0 99 9 2 0 0 0 99 9 0 1 0 0 99 9 0 1 0 9 0 99999 kg 100 0 1 0 99999 kg 0 0 99 1 146 0 10 1 ON FRAC FNo 134 1 0 17 l T 0 1 2 0 0 0 1 999999 kg 0 1 999999 kg 152 0 or 1 1 2 2 3 3 1 20 20 2
29. 27 1 57 50 ON L CHE 4 1 2 LEA 749 1 niei 2 2 3 nLite OTOES La AFFE 0 ACT EPOE SEE SE Err 04 FRENE FNo 143
30. 28 i 6 77 N gt an k2 99 1 9 9 lt gt gt 2 lt lt L H LL HH N0 1 4 1
31. X1 4 4 4 STX 02h ex ETX cr C R 0Dh 5 1 FE DO 2 ON L ON ON H i LL 11 amp 1 HH HH amp 2 2 2 2 1
32. ON TE Bs ON 21 22 1 2 2 3 1 EIEI gt 107 1 130 0 FNo 0 No 134 1 XX FNo 136 0 ON 2 No 131 No 137 44
33. 0 gt W021 040 000 46h 25 110 GROOVR E 45h 0 1 2 3 4 X3 690 2 1 1200 5 2 2400 10 5 4800 19 9 9600 0 1 6 1 2 0 00kg Ep 0 0 olkle sp 20h 66 11 7 6 1
34. ___ ___ HE 6 2 NL a 6 2 11 HH BFF 6 SC 200 tr H BF 640 2 tF 6 E f o t F 6 2 2 t F LL 00 00 6 2 6 ON OFF 2 OF F
35. FNo 1 1 FNo 300 399 2 FNo 400 499 3 FNo 500 599 E T 1 9 1 1 7 2 3 1 _ FNo NO Ne 11 0 _ 37 3 6 J pA p 1 MAM ON 8 pa Save
36. 22 2 2 22 porem zin 12 3 9900 4 99000000 8 0 0 ADC OFF 79 SD
37. 4 Kn 2 ON ON HERY 2 1 2 2 2 OFF t2 ERZSI 2 t2 2 OFF t3 2 2 t3 2 7 t4 a a ON IT
38. 1 st 0 1 OT 2 2 2 QS 9 p e EJ k g 2 29 No 2 10 SZ Set Zero 1 st 1 SZ 11 ST Set Tare F 1 st 1 ST TT Tranfer Tare F 1 st 0 1 TT AW DADDA OO 8 kg 2 71 13 T Clear Tare F 1 st 1 CTK 14 SN set Net TT T F sx S Nlexlcrllf S N Ist ex cr 1f 1 st 1 SN 2 5 SG Set Gross 1 st 1 SG 16 SH Set Hold 1 st 1 SH E7 CH Ctear Hold F F 1 st 1 CH 18 SA Set
39. ON FNo 130 Fas 3 7 lt ON L L ON FNo 130 Gey 3 7 gt FNo 148 ON lt FNo 149 ON ON ON STOP 1 ON 1 ON 61 PED Pm t jl s 8 yb V1 17 ET 4 N V1 17
40. 7 OFF 242 23 2 L gt FNo 107 1 FNo 130 1 FNo 133 0 No 134 1 FNo 136 0 ON 21 131 t3 2 ON 137 t4 138 tl 1 139 12 2 2 ON 148 149 N N N O O O O O O O O m 24 gt lt gt 2 AJJU L C lt 7 K VA _ 4 nr
41. FNo156 1 32 8 5 No s RH LED 3 2 FNo 117 YE 117 1 2 5297 HH H CEFE BS k g k g 2 kg FP k g kg 5 No PrintOut IC 25 3
42. 1 0 016 FNo 016 0 0 0 99 9 E OFF 0 4 l OFF 017 1 NZ HP 018 5 En E 019 V1 17 020
43. t WAJ MA gt 2 WD 3 2520 RT Read Tare Data 27y F PETEERE R st c1 c2 D00 kglexlcrllf 1 st 0 1 RTM 1 2 2 0 1 9 9 20h k g 2 34 write Tare Data W T 1 st 1 WT 1 2 2 0 1 9 9 kg 2 77 12 12 1 1 0 A D AD 1 0 4 0 0 0 0 X 1 1 09 A D 500 0
44. 01 99 5 AT Appoint tare Number 1 0 1 A CXW 2 2 0 1 9 9 6 OD Output Display weight F 1 st 0 1 OD 2 2 DD No 2 66 9 k g 2 7 Output Gross weight el F Glexlcrllf 1 st 0 1 OG 2 2 DY No 2 6 6 6 6 6 0 9 kg 2 70 8 Output Net weight Ba O i K g 1 st 0 1 ON 2 2 BORNo OEI DDDD OD 9 kg 2 9 Output Tare weight
45. 9 1 9 2m 3 10 1 99 9 9 NO je 2 EFE H L NO B CD NO NO a BCD Ro No 4
46. 2 1 2 E 4 Ku gp HEED 2 2 ON K 2 ON 1t2 2 ON ON 12 2 ON PA t3 2 1t3 2 7 lt gt ka a a
47. 0 1 a4 a5 4 0100 i gt I 0 bit0 3 1 0 RER 0 1 5 as 0 1 2 OK 3 4 L 5 HH 0 0 1 2 ss 0 0 1 69 3 Read Code number s A R C exl cr 1f EGGGEGEEEB 1 0 1 RC 2 c1 c2 0 0 9 9 00 4 Appoint Code Number 1 st 0 1 AC 2 ele2
48. 6 _ IN 33 8 6 No 9 LED 10 8 7 2 1f 0 3 1 24 ams 34 8 8 3 1 No FORATE CT 8 3 pet
49. 2 F 2 HH H L 2 LL E 154 Edit Mode 0 OO O gt gt 69 Nee Input Wait 0 120 30 49 0 HEN 1 50 en 3 pa 2 8 ch ch 0 KJ 1000 FNo 201 209 ch RS 232C FNo 210 219 ch 2 RS 422 485 FNo 220 229 TRVA HOST 00 99 Addr
50. 01 NO 5 _ 2 2 FNo 117 hy FNo 117 1 2 N HH H 90 kg kg k g k g k g kg kg 2 kg 255 Tkg ME kg kg No m Memory OK amp 0 0 PrintOut
51. 118 0 24 WB Weighing Beginning Em 1 st 1 WB 2 s 1 25 WE Weighing End EE 1 st 1 2 s 1 73 26 Charge Control 1 st 1 62 2 06 DC Diaenanege Control 1 st 1 DC 2 s t 1272 28 Judgement T TT J G ex cr 1f 1 st 1 J GARO 2 B Fryd FOREL RA s t 1 29 LS Load Sum total 1 st 0 1 L SAW 1 2 2
52. b s B 5 ON D LC KSC D LC mn 0 2 KL D7201 KL D7221 Ee KL D7201 KL D7221 D LC
53. e kvn 1 7 11 5 11 5 1 ITEM No ITEM No 123456 DATE 2010 12 DATE 2010 12 31 08 30 DATE TIME NET kg JUDGE SET _ SR Er F gt 1 12060 0 1 123456 98 30 2 120 50 120 00 119 50 123456 08 33 120 00 120 10 ERE 50 150 60 123456 11 SET HIHI 50 51 130 20 HI 120 00 135 20 H 52 110 00 10 51 123456 11 36 53 100 30 1010 120 00 104 901 JUDGE 53 100 30 193456 11 36 120 00 104 90 53 130 60 123456 11 36 120 00 130 10 123456 14 36 120 00 120 10 123456 14 39 120 00 120 50 9999 120 70 OK 0 120 90 OK 1 120 60 OK 0 SUB BATCH TOTAL DATE 2010 12 31 TIME 23 59 ITEM No 123456 WT 15054 80 COUNT 1234 AVE 120 20 MAX 150 60 MIN 100 30 RANGE 50 30 GRNAD TOTAL DATE 2010 12 31 TIME 23 59 ITEM No 123456
54. G ass FwFF 1 s 75 39 WD write Setting Data GWEL Sx D lst lc1 2 4 lex lcr x cp seke W Dh 6 6 _ ex pr 2 LL Z HH a es 8 02 W x 76 lt Di WD gt 1 220 1 c1 c2 gi C2 2 0 1 9 9 20h g kg __ KG b 15 _ LB
55. chl ch2 Ln chO KT 1000 1 1 Eee KJ 1000 w FILL L LIP L L F Ui AF22 F CL F IE L CA I Luer L Hn 0 1 ERE 2 9 4 R S 485 ya 0 RTS ON RS 422 485 485 1 RTS ON 1 51 I O 7 gt FNo 7277757 F 0 301 01 1 27 1 301 1 2 0 302 2 318 3 tu 9
56. 4 gt 1 2 gt KESDT Z015 T221 2005 1220 0120 732 058 T 060 0003 3 1 44 TEL 011 214 3181 FAX 011 214 3118 T 103 8310 3 1 3 TEL 03 8245 3915 FAX
57. No 138 tl 1 FNo 139 2 2 2 ON O m 22 lt gt p tm 2 ON tl 1 2 2 OFF t2 49 2 OFF 12 2 2 2 OFF t3 2 0
58. 0 maL CES U 0 12 4 gt p 5 5 I CAL Sw ON 1 r o ON 1 _ 2 ON 3 60 gt 1 1
59. 1 st 1 SA 2 st 3 OFF 55 1 0 FNo 118 0 19 SS Set Substruct EEHEEE 1 st 1 SS 2 st 1 3 OFF s 1 0 118 0 72 20 SC Set Correct on 1 st 1 SC 2 OFF s t 1 118 0 2 1 PD Print Data EEHEE 1 st 1 PD 2 st 1 3 OFF 55 1 FNo 118 0 22 PT Print wp Total rl a P 1 st 1 2 OFF s 1 1 118 0 23 Print Grand Total EE 1 st 1 2 O FEF 5 1 0
60. 3 P chl RS 232C D 9 ch2 RS 422 485 10 39 9 3 _ FUNCMD Pe 1 77 2 3 SEL SLT 2ny NO0 kg xn 1 IO SLOT 1 kg B1 CTRL 1 0 Z JL PIP B1 MENU BX Xny 2 3 D k NO O FNo 21319 1 W non e NeaR ZeRo 1 n H 0 None g 3 6 ON ON ON ON 1 06
61. 300mm 54 11 3 KJ 1000 KJ 1000 KLD TerminalBlock PrinterlF MAX 5m KJ 1000 11 5 11 4 RS 232C 3 KLD gt a CONNECTOR 3 TrancemitData DTR All Time ON SG Signal Ground DSR N C All Time ON CTS Not Used PROG DO NOT CONNECT 5 SHELL MAX 15m PC PC P 63 1000 RS 232C 11 5 55 47 YI KI 1000 7
62. ON FNo 130 97 3 7 ON A D A D FED 110 gt Fno 150 EREI gt FNo 151 0 FNo135 9 4 5 60 ON OK lt lt H ON FNo 130 gt ON ET OK H
63. 100 250V 50 60Hz 1 7 200 2 2 K72 B8T B CD TTL K72 B8D B CD K72 B5 MD 2 72 6 K72 BA 4 20mA K72 B9 RS422 485 K72 B4R U 2 1000 3 1 D A DD 1 0 0 1 1 000 000 AD 1 2
64. 40 9 4 1 0 B1 Ctr1 1 0 B1 5 8 16 1 9 1 On 1 41 10 gt gt 7 TE 95 2 50 Analog Offset D LC 1 25 mV 0 00 mV 1 25 mV 2 50 mV 20 00 mV 002 7 Ss 0 5 mV Anarog Range D LC 2 1 10 mV Arni 2 20 mV 3 40 mV 003 7 999999 Digital Zero ADC 004 0 01 9 99999 Digital Span 73912475 218 27 0 5 _ 005
65. ON LEF SOL ON 12 2 ON ON 3 HEHEA LET 3 2 14 63 9 lt 1 gt 2 2 17y7 2 19 2
66. gt CA Change Address 30ms RS T Read Code number 5 Appoint Code number Appoint Tare Code number G 7 OD Output Display weight Output Gross weight 30ms ON Output Net weight 30ms S 5 REEF JERA LANET A MUSEETS 3 0ms 30ms 30ms SH Set BCD 30ms WI 23132 Print Grand Total 2 5 se sss 30ms LS
67. 0 1 1 1 1 1 1 1 ON 2 ETAJ kg
68. L LAR 14 6 2 RS232C 170 1 2 4 1 0 5 RS 232C 6 1000 7 777 7 SLOT2 3 KJS o 00 2 AC 3 6 57 40360 ODK 57 30360 RS 232C 9 D SUB PC KT 1000 G 15 NN NO 0 OER FNo 107
69. 9 5000 9 9999 L 9 2 DIGIT 007 DOT CAPA 0 99 B 9 CO e OIN A C N 0 11096 42 010 011 ON nt None Pozn 012 ON 10 100 1 10 013 TAFE 0 100 L Tr 10 014 0 100 1 2 015 0 0 9 9 sec
70. 1 3 1 YES 9 _ Fno 6 u 10 38 9 2 1 77 2 3 Addr FNo 2 1 _ nonE 1000 Z 3 6 CRo C lt 7 NO 9 FNo 201 GHO Mode UN UN UN 7 1 7 11 988 3 ch0 1000 7
71. t3 1 7 ON t3 2 t3 2f7 ZAA7y7 t4 69 lt gt 2 7 2 0
72. 16 1 0 7 y r o 2 HH LL OK H ER LA Ju RS23 492 CAL D ren Ante 58 24V JP1 o 2 gt 11 6 1 1 lt gt lt
73. D LC D LC8 D LC 1 0 0 60 000 D LC 4 D LC 1 7 LED 6 KE 13 6mm 2 7 LED 9 8mm LED 1 1 LED HH L 2 L 3 LED 1 2 LED HH gt 1 EEPROM 9 9 CMOS SRAM CMOS SRM 1 4 1 16
74. WT 15054 80 COUNT 1234 AVE 120 20 MAX 150 60 MIN 100 30 RANGE 50 30 CODE No TOTAL 01 DATE 2010 12 31 TIME 23 59 ITEM No 123456 15054 80 COUNT 1234 AVE 120 20 MAX 150 60 MIN 100 30 RANGE 50 30 kg SUB 2010 12 31 DATE TIME ITEM No COUNT TOTAL 23 59 123456 15054 80 kg 1234 SUB TOTAL GRNAD TOTAL DATE 2010 12 31 GRAND 23 59 ITEM No 123456 NET WT 15054 80 kg COUNT 1234 CODE No TOTAL 01 DATE 2010 12 31 28 59 123456 15054 80 COUNT 1234 AVE 120 20 MAX 150 60 MIN 100 30 RANGE 50 30 CODE No TOTAL 56 11 5 2 REGISTERED gt _ _ J T J T REGISTERED 01 REGISTERED 01 BEIE DATE 2010 12 31 DATE 2010 12 31 TIME 23 59 TIME 23 59 1 ITEM No 123456 1 ITEM No 123456 DATE TIME 2 TARE 200 00 kg 2 TARE 200 00 kg 3 SFT L 120 00 kg 3 FULL 120 00 kg 4 H 130 00 kg 4 PRE1 110 00 kg 5 SET LL 140 00 kg 5 PRF2 100 00 kg 6 150 00 6 FREE FALL 1 20 7 OVER 3
75. i 37 9 2 P i Tanqa 39 9 3 n n l l l 40 9 4 ill A KRI AE BITOR 0 41 RE 42 53 ORS 53 54 P i 55 ENE E 55 56 11 5 1 i 56 11 5 2 57 58 TO 59 Ga E a l 60 LDO 62 63 63 i T2 6 ____ _6___ 63 11 7 8 unusapa a um 63 TS 64 Te 64 67 11 7 7 67 1 gt 18 78 a 79 79 80
76. 00 99 5 4 20020000 QQ 9 20999 8 OO 8 kg 2 kg 2 00 9 9 ST D 30 CS Clear Sum total 1 st 0 1 CS GT 2 00 99 ST GT 2 0 0 99 S TT 74 31 RD Read Setting Data ee GUEL 2 LL as FEF HH PF FFP
77. 303 8 18 18 4 304 4 5 7 lo 305 5 6 W UK a FNo 306 6 7 FNo 307 7 8 FNo 308 8 9 FNo 309 9 10 FNo 310 1 0 11 01 12 02 FNo 311 318 13 04 14 08 15 10 16 20 17 40 18 80 19 20 0 319 01 1 nr FN 2 FN 334 3 2 FN 16 FNo 4 HOH 5 LL 6 9 OK 10 H 11 L 12 13 14 15 4 nr 16 17 18 9 20 21 22 23 2 2 lo FNo 0 1 0 1 FNo 1 3 2 3 _ FNo 1 4 ERT
78. 8884888888 d 8 d d Oa Ous CH Kubata E L 92503 H 10 20 4 71 Tkg K 2 HH cz 6 6 1 Kubela KL D7221 KS CT220 OE OHIOAML HH BREH 88888888 KL D7220 07200 paaga n aE 2 LED6 ______ 3 B Gi
79. 00 kg 7 REGISTERED DATA 02 8 UNDER 1 00 kg No DATE 2010 12 31 9 FILL UP 0 54 SEC TARE 95 5 1 ITEM 123456 REGISTERED 02 FULL FE 2 TARE 200 00 kg D N 2010 12 31 PRE1 120 00 kg 23 59 4 130 00 kg 1 ITEM No gt s 123456 2 140 00 2 TARE 00 00 kg FREE FAT 6 150 00 kg 3 FULL 192 00 kg gt 4 PRE1 110280 OVER 5 PRE2 100 00 UNDER 6 FREE FALL 1 20 kg 11 FILL UP 8 UNDER 1 00 kg 9 FILL UP 0 54 SEC No E REGISTERED 99 REGISTERED 99 SET L DATE 2010 12 31 DATE 2010 12 31 23 59 TIME 23 59 s 1 ITEM 123456 1 ITEM 123456 SET LL 2 TARE 200 00 kg 2 TARE 200 00 kg SET 3 FULL 120 00 kg 3 FULL 120 00 kg 4 PRE1 110 00 kg 4 PRE1 110 00 kg 5 PRF2 100 00 kg 5 PRF2 100 00 kg 6 FREE FALL 1 20 kg 6 FREE FALL 1 20 7 OVER 3 00 kg 7 OVER 3 00 kg 8 UNDER 1 00 kg 8 UNDER 1 00 kg 9 FILL UP 0 54 SEC 9 FILL UP 0 54 SEC OD 01 99 57 11 6 18
80. 622 300mm gt 53 11 2 D L C TerminalBlock 1 M3 SCREW D D FG 2 AN N NIR 2 7200 7220 _ s LOAD CELL i DLC2 I E i i I 3 DL AC 100V AC 200V D LC D 622
81. ID uN 78 2 ON SEEr ON EE OFF ENo 142 1 7 OFF ON
82. gt gt 2 Max 35V 50mA 59 11 6 2 np ON FNo 106 p ON 2 gt 2 ON 2 2 ON 5845 OR LET ON LE gt HH gt HH ON FNo 130 ON Oo 09 7 ON gt ZZ LL LL
83. 03 3245 3919 94711 460 0001 1 12 14 7 2 TEL 052 990 6601 FAX 052 220 6602 581 8686 2 35 TEL 072 993 1932 FAX 072 993 1929 T 812 0011 8 10 24 1E TEL 092 473 2511 FAX 092 473 2506 http www kubota jp
84. 2 0 9 22 3 TRR RA ARE Y ETOT
85. 5 52 11 1 1 10V 8 3500 1 6 TerminalBlock LOAD CELL LOAD CELL RemoteSence Input Input SH Earth M3 SCREW 2 4 TerminalBlock LOAD CELL LOAD CELL DC10V IN RS RS TV V SH 3 V RS V RS AC 100V AC 200V D
86. 7 0 8 0 8 1 g 7 32 No No PVR 35 8 36 00 4 FNo 001 099 1 FNo 100 199 FNo 200 299 10
87. Kihota JL TTE Z 2 O lt HH KL D72017Z7221 5 7200 7220 HES KL D7200 KS C7200 4 KL D7200 KS C7200 KL D7200 KS C7200
88. Load Sum total 3 3 5 CS cl ar Sum total 3 WT Write Tare 100ms 68 625 03h 1 Change Address 1 2 al a2 0 1 9 9 9 9 7 FZE 1 9 a 1 2 0 2 RS Readg Status F E 1 2 Aa 5 0 2 29 1 5 27 8 79 0 0
89. Op uuu nasua 4 9 52 D LC gt 7 5 200 KS C 7220 2 4 2 3 eo 5 2 4 5 2 5 j 2 6 5 6 2 8 6 2 9 6 2 6 S S 6 7 8 P ROSAS IAD a J 9 11 6 1 11 6 2 s l S A 15 m 16 17 7 2 OA 18 18 gt 2 2 22 Toara 26 7 2 4 26 27 8 1 27 8 2 gt 30 8 3 31 5 3 31 31 8 4 1 dee 99 8 5 D 215 E 93 8 6 s b GGG 34 8 7 34 8 8 5 S 37 9 1 gt iss
90. _ OFF 26 8 8 1 ON OFF ON 2 9 OFF 2 a 2 O ME MAS REH BREH BEL 8 gt gt 88 gt KRE V 27 AN HF gt a _ _ 1 1
91. o 130 131 41 2 No 133 No 136 gt m No 137 42 8 tl t3 t3 gt 100ns tl 7 2 LL L OK H 12 BO lt gt FNo 133 1 1 7 2 OFF ENo 16 0 7 2 1 1 Fir 2
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