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1.2. DPU 414 aa
3. AUTO TIME Ri cememon 777 7 7 MODE Ll P A S S 0 F6 9 Wire CONDITIONS MODE y SELECT gg5 9 MODE ENTER es
4. 5 0 0 900 OFF IV a
5. ws sr Abort
6. 30 18 1 COMPARE P43118 1 COMPARE 1 P45 118 3 PREDICT P46 18 g 3 18 1 MODE COMPARE
7. lt gt lt gt 9
8. Er301 Er302 N Er303 OFF Er305 39 1 1
9. Far RR 30 1 0 1 8 99
10. 0 P43 118 1 BIAS es cww CONDITION J P A S S p5 P37 9 5 7 7 7 0 82 CONDITIONS BIAS SELECT pg5 mmmmme gp5 0 2 NP
11. 2 min lg g oL oL ST C TT C ST TT 8 1
12. DATE a a DATE s SELECT 3 mwma DATE ENTER 5 rn s YMD MDY DMY sr Wsw SELECT ng YMD MDY DMY YMD 2 pp CC IYMDjD LCU 00 TO DATE nS 12 e 4 9 mw Je 2
13. EB 340MOC EMP 0 cewsw CONDITION 5 P A S 8S 5 P37 9 2 7 Mg pp CONDITIONS TEMP sm SELECT pp5 A TEMP 4 ENTER G 5 DS 8 5 105C ws DS WW
14. 14 1 TBL HIMODZU CORP 1 12 HH MOC 120H MM DUTHHHUHH D207300000 ID i BCD 1283 ID ABCD 1 3 Data 2HU3 B 8 2003 8 No 0O Hnit Wet Base Noist TemP mode mm mWP ST Node futo Setting TemF 110C 1106 utno SBtor H HG 0 05 Cade Time Wet kiass Dre Mass Moist HU 13 U3 dd d14d0 1 1 13 1 5 5402 5 3259 83 85 a 14 dd B14 4d 1 4d lt qd US 5 15 29 7 3D
15. P60 16 0 e
16. 3 0 5 120g 0 1 0 019 6 0 100 0 001g OOM 5g 0 05 10g 0 02 240 1 30 200C 1 LCD 137x43mm 99 Windows 10 0 5 40C 85 RH 625W AC 100
17. 20O 40 1 18 1 3 S
18. OK Windows http WwWww shimadzu co jp balance products windows pdf 15 5 4 Windows Excel Windows Microsoft Windows Microsoft Windows Excel Le 0 EEF ERE ET WC EI mE IM0C 120H Stat Croo YO Datm Tima 2004 12 08 135B UPWt
19. 6 O wwmssr TARE TARE 0 000g
20. 0 9 Wet Base 1250C 0 05 30 CONDITION NTR CONPMON MopE P A S S P8 97 CONDITIONS Rg 0 9 15
21. MODE sr cdtemon 3 HAPID 30 30 M 0 1 0 1 98 996
22. ST TC C ST CAL NNE MODE 31 1 9 6 BAL TEMP BIAS ne TEMDP SELECT 77 7 7 MODE i N mmm 100C TEMP A mi 100 p95x W 50C 180C BIAS in ehime
23. 18 MODE PREDICT P25 8 3 7 PREDICT 0 5 OC 12 2 1 182 2 2 0 60 gt P27 8 3 4 BIAS mm 10 8138 NR NNE MODE nn 3 DD 18 2 1 182 2 2 7 9 46 13 GLP GMP S0
24. 0 5 0 98 99 9 99 41 0 5
25. MOC 1T20H D207300000 ABCD 123 C 01 2003 8 8 15 24 0 ST 110C O05 ES 0 00 1 g Mass 30 7 4 PdH GRP SHINADZH ORP 12H DEHTGHHUHO 1D BCD 159 SamPle Linit TemeF lt Node Settin utoa SS Fred Tol OD PF Conde BZ ime CHUG UHH E17 ion No Base Hoist Sample pilats tome lt OmEare gg ImP 110C ond 5 TI FT aa ul ha Time Tomp Moist Win CC W 9 12 jb MI LU 5 DD 1 HU 1 i 5 0 5 gg 0 0 1
26. 0000 9 8 a NN ON wmNu ON a 0 i CONDITI PE MODE gt gt 7 UNIT OUTPUT CODE DATE rm a TEMP P 9 7 9 2 mmmmmiH IM BIAS 7 7 Z 7 7 smser SELECT 100120V 100V 110V 120V 100V 220240V 220V 230V 240V 220V 120V
27. 8 0 9 0 9 10 CONDITION 2 0 9 P16 T8 3 1 CONDITION AUTO 3 0 ei P17 8 3 2 1 AUTO TIM _ IIME gt P18 8 3 2 2 TIME RPD 30 RAPID P19 8 3 2 3 HAPID MODE SLW 5 SLOW
28. 1 2 P40 11 OFF 0FF OFF 8 8 1 2 ST Sample pan
29. W 9 2 5 CAL 0 100g GLP GMP IS0 30 OIML
30. 7Z Ri NNN P8 6 ON ON ggg mee 09 ICHE5 a UT oureur CoBE Dare em pu P8 G 100 180V 00V 220 840V 220V eo ee lt I ee a nn a em RN a 3 L se 3 nnn 8 8 nin ea U kb 100V as pate gt P38 9 2 8
31. wp HPD lt MPE SELECT 95 RPD i mmmmxs RPD 4 y ENTER rep mmmmess e _ 76 0 7 Entmn ENTER 6 8 min mers 1 ssr SELECT 7 22 m i n ENTER 2
32. 30 M 4M 2 30 5 MENU CONDIIION A 4 SELECT ENTER TARE RESET tO uk CT s te
33. 100V W 100V CHE4 CHE3 CHE0 2 ws ICHE5 CHE4 CHEO0 P16 8 3 1 CONDITION 30 P14 18 P 8 19
34. 0 01 0 01 0 1 390 1 iM ML a RmnS P A S S gg P37 9 2 7 NM aa Wena CONDITIONS MODE w SELECT NNgg5 mW MODE es ENTER hy xc ol Eg AUT SELECT NS
35. 0 6 FIN FIN LN 1M SM TOM 0 5 5 100 0 5 5 500 5 5 5 5 OUTPUT Miu SELECT ENTER SELECT ENTER SELECT MENU OUTPUT 7 cp op op cp cp g OUTPUT 7 Tn 7 TEMP BIAS RR MODE 21 1 ri TEMP BIAS TRIN 31 OUTPUT swer Wes OUTPUT
36. SELECT 4 CONDITION 6 _ RN 100 120V
37. QO OE 2 5 QO rr 500C 900C NN Pe Qe EE 8 QO
38. ENTER STP2 STP3 MODE ww CONDITION cewpmon SELECT 6 COMPARE f P42 I PT gw CONDITION 5 0 P A S S 5 P37 9 2 7 Mg WT CONDITIONS
39. MODE 7 sr mw jc ON 100C 80C Smmmw 1 5 05 Pr ww feQe BIAS gy Tn woo END ws x EmmmmenS MODE 41 7 49 14
40. rs eser Abort CONDTONS 6 MENU TEMP BIAS CAL sewer mWsm CAL 100 000 SELECT 4 100g ser amp WWem I lu ae LT ENTER 100g 0 000 ITN 5 7 7 DE 10 000 pen mW _ 0 End
41. P21 8 3 2 4 SLOW 5 SITEP P22 8 3 2 5 STEP P24 8 3 2 6 COMPAHRE PRD PREDICT P25 8 3 2 2 PREDICT TEMP 30 200C TT 180C 1 P26 8 3 3 TEMP P14 BIAS 9 99 9 999 0 0196
42. min BD STP 9 TR ne 20 M 0 0196 0 0 1 0 19 O 1 2 240 I ENTER dpmp mm 4 a 100C oe 09 mmmmm7
43. 3 0 0 0 N 7 QO QO 60 16 2
44. 2 30 1 30 1 sy 10 x E PS50114 1 wmgmsr 5
45. 1 1 9 4 5 6 2
46. gt N Q
47. CONDITIONS SELECT CONDIIION cewpmon 8 3 2 MUDE 8 2 9 1 AUT 8 TTIM 3 HPD AUT 4 HPD TIM 8 SIP CMP MM i LW AUT A Ra ln 16 1 AUTO 30
48. P27 8 3 4 BIAS 8 3 8 2 1 cewsw I0000 PASS P937 19 2 7 CONDITIONS MODE TEMP BIAS CONDITIONS MODE cewsw 8 3 1 CONDITION
49. Excel Windows Windows Excel Microsoft Corporation 0 100 3 A a
50. S004 2008 Shimadzu Corporation All rights reserved Microsoft Windows Windows Vista Excel Microsoft Corporation TM Windows KGEan2ipEV 1P77ay ak lt W ai IS
51. 9 2 9 1 WV UNIT OUTPUT CODE DATE CAL UNIT amp ss WW 28 9 2 1 UNIT 1 3 0 gg Wet Base W
52. i STP STP ENTER m 1 0 2 4 0 C 20 x amp 1 mmmms pa MODE 1 30 20O0CTT 180 BC CC 105C C ISTP 1 STP2 min _ mmmmem se y AN nS mmmmm
53. Ne le P40 1 1 6 O e g 9 Tn 1 TT MODE TEMP BIAS elle 777 1 TT MODE 7 TEMP BIAS gel 7777 TT MODE 7 TEMP BIAS in ere 7777 TT MODE 7 TEMP 4M BIAS in TrerE 30
54. AUTO TIME 6 mmm J wegpw CONDITION OS PASS gg P37 9 2 7 la ra De CONDITIONS MODE s SELECT mw MODE Wy ENTER 795x ne Re SLW s x meg SELECT EE SLW SLW ENTER 8 sc min 5g s sr
55. ssy 4 TBL GRP PC TBL TBL LIC gt ENTER sir 4 308 1M 8M 5M 10M FIN 30S 1M TBL PC W GRP GRP
56. s 58 eR 9 60 200 MODE 7 agmw C TT 180 200 TT 180C 0 9 NO SC 140C MODE PLI TL 1 oo SELECT ger CN cewemwew _ 4 SLOW 5
57. 1 MENU IC HE5 ey U min 0 nn gt ENTER CHE4 CHE0 5 emMteN wope FLT i 9 O 0 TEMP 38 5 P8 8 a 0 5g 0 5g 0 5g ntsr a
58. 2 0 RS 232C Ee Yi OFF 0FF 7 DP 1 1 RE SN EEI II 1 2 2 SE A 2 3 3 4
59. SELECT 7 29 m i n ENTER me ngg A PR Sen 60 TEMP es yy BIAS mr ENTER nmn MODE smmer cewpmov SELECT CONDIIION W 5 STEP 5
60. 111 0053 3 32 5 TEL 03 5820 3277 FAX 03 5820 3275 330 B TEL 076 493 9001 FAX 076 493 9081 939 8072 453 0016 5 5 4F TEL 052 451 462 1 FAX 052 451 4641 604 8445 1 N5 3F TEL 075 812 7001 FAX 075 812 7003 531 0072 3 2 1 5 9F TEL 06 637 1 5234 FAX 06 6371 9187 812 0037 9 14 TEL 092 29 1 4382 FAX 092 272 3380 http www shimadzu co jp balance 101 8448 1 3 TEL03 3219 5705 FAX 03 3219 5610 530 0012 1 4 4 TEK 06 6373 6662 FAX 06 6373 6524
61. 9 P24 8 3 2 6 COMPARE 0 5 P4 1 0 05 BIAS LL LI 9 er OS 120C P26 8 3 3 TEMP 0 00 gt P27 8 3 4 BIAS 10 478g MODE 1 J 7 7 O n TOE 7 15 8 3 30 0 60 16 40
62. AUT cue ee AUT Ro ENTER 30 Su 0 0 19 Pam em ENTER ND MODE Ec ggr cdtmmon SELECT CONDITION TIME 1 1 40 G40min 1
63. Microsoft Windows 2 1 130mm P 6 m
64. 1 TIME AUTO TIME AUTO TIME 0 m cw CQNDITION 5 PASS 5 P37 9 2 7 gz WP CONDITIONS MODE SELECT gg5 MODE m ENTER 2 5x Sg STP SELECT 1 75m STP
65. _Pred Tol X X Mode Predict _Setting Temp XXX 3 _Auto Stop Cond _ X XX 4 tab Time min tab Temp C tab Mass g taD Moist 96 tab XXX X 5 tab XXX 3 tab XXX XXXX 8 tab XXX XX 6 pL tD XXX 5 taD XXX 3 tab XXX XXXX 8 tab XXX XX 6 od 16 HI 16 1 OFF P86
66. ag 0 5 ENTER M0DE ng cewpmov SELECT CONDIIION 8 3 3 TEMP 120C 1 30C 200C TT 180C
67. ee 5d 15 citi 4 15 1 RS 232C 2 54 15 ee 55 15 2 1 HS 236C l 2 55 15 2 2 MOC 120H 55 15 2 3 ee 55 15 5 4 ee 57 15 3 58 IEEE EE oe 60 16 1 e ee 60 16 5 61 a 6 1 MOC 120H MOC 120H 1989 UniBloc Windows MOC 120H
68. Ei mw EnmmiehE 2 5 el 0o 209 6 8 ka1 Sa 99x MENU SELECT 32 9 2 3 CODE 4 2 0 9 A Z
69. FAX FAX 075 8253 30 http Www ShirmadZu CO jD Dalance user index htm 10 P 39 1 cn
70. 0 9 A pg Z 1 emmmems amp ENTER 95 mmgmen8 J 4 _ gp5 11534 1 4 ENTER 5 7 WTmm WeNu mr PASS O000 1 a a 4 SEt 0000 1
71. 7 7 5 ep NS Bias 7777 OO 0 0 1 0 01 0 1 0 05 MODE SELECT ir CONDIIION cewgmon W 7 PREDICT mm
72. a A RNG BRRDNSMSH ORIEL OFF Q OFF 0 Start Stop Start Stop
73. 1 mwms 2 N nc A 8 2 3 mm 2 nc 4A Ni 2 2 mon mwss 2 gp5 A lc me 2 3 mmms 2 nc A amp NM 2 CONDTO emmmm DATE a ac 0 c SELECT SRLECT MENU
74. 321 63306 03 AC100V 10 321 63306 08 NN ER 1 6 4 1 3g1 6419001 5 gel64199 7 RS 232C Ne16390 D suD8P D sub9gP A 3 J gS SIGNAL O a 2 4 9 GO 3 9 RS 2382C P N 38 1 63308 D SuD9 D sub9gP EP ND 3 3 4 O e 4 6 060 0051 1 1 2 1 TEL 011 242 2066 FAX 011 242 2068 980 0014 2 6 23 TEL 022 261 4812 FAX 022 268 3860
75. ENTER 5 TEMP SELECT gwr CONDIIION cememow 8 3 4 BIAS 0 0 1 9 9 99 9 99
76. gt W x 100 Dry Base DD W D SDL X100 i Solid W 0 19 0 01 UNIT rn MODE MODE 7 96 o 6 mmm UNIT 3 4 UNIT ENTER 5 NC smEer s SELECT N05 MW MD S0L MW
77. 100 P30 9 2 2 OUTPUT TBL PC sy s p gt Od 15 RS 2328C 15 1 RS 232C HS 238C D SUB9 a 3 g 1 9 8 7 6 SO 3 4 9 O i gt 4 15 2 15 2 1 RS 23e6C MOC 120H 0FF HS 2382C MOC 120H RS 232C
78. i gg MW ENTER 5 sr SELECT 0 01 0 1 0 0 Sn 1 Os 0 1 Wm ENTER 95 SELECT 9 2 2 0UTPUT 9 Windows RHS 232C PC TBL
79. 5 10 20 00030 000 9 10 M 30 M Windows
80. 0 6 0 7 7 ne 7 16 10 0 90 16 40 15 50 0 0 60 AUTO O0 60 15 50 0 0 60 5
81. 1 h CONDMON SELECT ENTER SELECT ENTER ENTER SELECT CONDIIION _ 0 I 0 RT 7 7 MODE a 0 7 2 7 7 RE gt pp P A S S Pd7 98 g CONDITIONS MODE w MODE TIM smmer TIM ITIM 30
82. FTP Pf ma F rrF Er 1 Lim FI HT 18E5 IF TH 1 PE OK 11 DO C MOC 120H 300 OK
83. MODE sy SELECT 5 CONDo uo MODE 7 8 ey CMP s SELECT Ws C M P i me Ol CMP CMP ENTER gt P41 cH Rh Gp 0 1 0 1 9 9 lt 0 5 eS 3 3 0 77
84. 4 9 ENTER nc BIAS SELECT gr CONDITION cewpmew CONDTO SW BIAS 2 woo 3 i 4 9 9 1 UNIT 3 MW MD P29 9
85. 120g 120g i 120g wa ssr a 0 0 1g ww sgr nmsser F U 1g 1 0 Er306 5 nmemssr OFF nmsser a we essr 0FF
86. ID BCD 1 3 ORE Sameie Cods DatexTime HHG HB 1 NG lnit Drs Ease NMoist TemF mode ComPare femp 1 Dnd lt Fred Tol ime m mirs Cj 1 1 1 1 1 g 11 11 3 5 1 1 1 1 1 1 1 1 1 1 5 1 1 11 7 ii Tah 11 11 Hh 11 3 11 1 1 11 1 CS 1 LHC mr E I Fl ha a CA CL RI na th oa EE MM ee re SR Ga sd Kl EMI CO re CC GE 31 E33 1 9 1 1 Ti Ch tT Flates im 5 1 Nr 1 1 1 1 5 1 1 1 1 ID
87. 15 80 AUTO 5 P45 15 P46 1 3 44 18 Jn Femmmen MODE COMPARE 18 2 1 0 60 gt P27 8 3 4 BIAS CONDITIONSW 10 4788g
88. 3 4 0 9 99 00 CODE CODE s SELECT Pr a rm CODE ENTER 5 1 4 0O 9 A 5 Al a 1 ENTER 5 2 4 ENTER 4 ems 0 SELECT ger EN WW 9 2 4 DATE
89. RS 232C RS 232C RHS 232C MOC 120H P8 6 15 2 2 MO0C 120H MOC 120H IPC P29 19 8 2 0UTPUT 15 2 3 Windowes Windows XP 1 Fm Bs re i ee TE 1 EE FE OT i EE EE Pi Windows CO Ob EE 1 1 EL dl WE Ua E 1 TE WT Nr J TFP EC 51 WW LT
90. 3 Ub HH B15 db bh swesm GRP a HIMADZH COEP Madel MOC 12 nH MOC 120H S N D2U73UDUUn D207300000 ID BCD 123 ID ABCD 123 Data 2003 08 08 003 8 8 Ei Ho lt 0 nit Dre Base Noist Plnde Time 1 Temr 11HC 1 10C breing ime 1 Um in 10 Cdde Time Mist 1 4 8 12 16 B 0 10 02 19 58 a BH02 HEOO 6 23 RS B08 HH 59 15 4 H AO HH04 13 3 95 B i B lb 14 12 14 59 14 D2 14 59 0 TBL HRZ ad 1 12HH DE2UHY3HD HH
91. RE mope F317 me Ja 35 9 2 6 ID ID I D 8 10 9 A Z ID SELECT MENU smggr MmNu a ID 1 4 1 l id 4 0O 9 A Z Al 1 2 4 IABCD ID 5
92. Xe 3P PF SHIMADZU 5 5 1 EE ooamin 0 7 7 7 oc QZ IA AA fr imiaAS RIN VIN CIN CN 6 NINE M 7 7 7 ee my Ww xx le eleleleleele a
93. A a CC 4 5 6 6 5 2 2R GOES 8 7 ee 11 5 14 B81 14 8 i 15 1 D 15 8 3 1 CONDITION eeeieieeeeee 18 8 3 2 MODE eee 18 8 3 3 TEMP 26 8 3 4 BIAS 27 0 EE 28 RE 28 9 2 i 28 3 2 1 UNIT Muu 29 9 2 2 OUTPUT ee 30 9 2 3 CODE es ee 9 2 4 DATE 34 2 CAL CE 35 9 2 6 ID uuuciuiiiiitittttttaERRRRRtaR tara 36 TR 37 0 a 38 10 kk 39 11 40 12 eo 4 1 12 1 41 12 2 43 12 2 1 43 12 2 45 12 2 3 48 13 ee 47 14 Mui 50 14 1 lt 50 14 2
94. T1820 220 240V 50 60Hz 640W P20O0 W x415 D x 190 H mm 4 5kg SUS 130mm 13mm X 8A X 10 X 3P P AC 1 10 500 RS 8G382C 4 4 1 Ei eH K RS 232C _ 1 0 4 2 A xg x2 KY A DF 8A Xx2 10
95. 2 1 UNIT PO 308 30 OUTPUT 1M1 nA TBL SM 2 GRP 5M 5 P30 9 2 2 OUTPUT GRP 10M 10 OO FIN gt P33 9 2 3 CODE P34 9 2 4 DATE P35 9 2 5 CAL ID gt P36 9 2 6 ID P37 9 2 7
96. 5 95 68928E 4 86378g CAL EIGHT ALIERATION HIMPDZU _ CORE Rodg1l EHH MOC 180H 1 PDZH7GHHHHH D207300000 ID EC 1294d ID ABCD 1 9 baterTime 2HHH HBH DB 1 17 003 8 8 15 17 REEF 1 GGg 100 000g HFR 1 4g 100 004g FT 1 HH 100 000g 1 lt CAL TENPERATIUEE CALIERAST ISR SHINADZUD CORE Findg1 2H MOC 1T20H 1 D412345678 ID ID OO0000000 hat T im 2HH 11 22 1E 004 11 22 16 09 REF 1B5C 105C BFR 11C 101C AFT 1g5C 105C ighature 14 2
97. 8 1 4 9 1e3 8 ID 36 9 2 7 4 10 9 A Z 0000 cemew PASS ENTER 6 4 MEww 9 MENU 0000 1 SEt TEMP BIAS 1 LT _ mmmm
98. Wot wmg Wot Tamn mede 3ample pate temp J of hode Te 11 Sewttng Twmn 100C 2 Dryng Time 30mn ma O00 1 100 17 1 100 089766 ke 100 QBO15 1078 WC 11 4 WU Sg 11 4 100 QB 117 15 3 RS 232C JIS ASCID Ox08 tab FE OxOD CR O0xOACLF 16 50 _SHIMADZU_CORP _ Model MOC 120H SN XXXXXXX No10 ID XXXXXXX D8 _Date Time_ XX 2 XX 2 XX 2 XX XX 2 _Condition_ X 1 Unit Wet Base Moist or Dry Base Moist or Solid Content Temp_mode_ Sample_plate_ temp ST _Mode_ Auto _Setting Temp XXX 3 _Auto Stop Cond XX XX 4 Mode _ Tim
99. di 0 5 45 1 RE 40 1 pT 5 0 8 50 110 294 55 110 1 bl 10 55 DD 861 7 1 7 5 1 Predicted 59 1 8 1 4 5 110 14 1 1 9 HH 28 9 5 1 iH 10 0 5 1 1 1 1 DF 7 ID MOC 120H D207300000 ABCD 123 B 20 2003 8 8 15 07 0 ST 110C 0 05 0
100. ms I cewew CONDITON 5 0 P A S S 7 P37 9 2 7 fa ra nnn De CONDITIONS MODE SELECT gg5x mw MDDE gW ENTER gt gg 5 PRD s SELECT PRD PRD PRD ENTER P4 1 0 em 9 0 1 0 1 9 9
101. 321 56738 1TF DEC 2008 MOC 120H http Www shimadzu Co jp Dalance PDF N
102. OFF 8A G1 17 EE EO Hserssse NE EE 31 B93 1 NT EY 1 6GJ 18 8A 1 6G8 19 _ AC
103. Temperature TT Thermister Temperature SELECT NY cewew 5 TEMP CONDITION BIAS mmm J 4M TT ST 5x SELECT RY smsr TT ST 5 ENTER TT DO lt Permww MODE jl ITT C 1 C
104. e Setting Temp XXX 3 _Dring_Time_ XXX 3 _Mode_ Rapid Setting_ Temp XXX 3 _Auto Stop Cond X XX 4 Dring Time_ XXX 3 _Max_Temp_ XXX _Delta M_ X X 3 _Mode_ Slow _Setting Temp XXX 3 _Auto Stop Cond X XX 4 Dring Time_ XXX 3 _Mode_ SteD tab Temp taDb Time _Step X tab XXX 3 tab XX 3 _ Mode_ Compare _Setting Temp XXX 3 _Auto Stop Cond XX XX 4
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