取扱説明書 - エー・アンド・デイ
Contents
1. 2 E2. 1 296 1 0 e
3. Qr oH L
4. Da DE NN aD m WinCT Viscosity CD ROM 1 NE RsVisco RsVisco P 1 A 1 Lo LES 2 TE 2 ON OFF PRINT ON OFF SC SPRINT
5. D Qr ZW Qr AX SV 37 9 Ta 7 0 1 0 0 NIRE
6. 4r gt EEM Dm nu e 1 4 2 RV 10000 amp EDD RAK
7. H VZuvTZH sirEVx EMERE E CT 5 L REAR XH E 1 2 10 1
8. 10000 JS200 JS2000 JS14000 1000 z 1 2mm A 100 1 0mm Te 0 8mm 0 6mm 10 0 4mm 0 2mm 0 1mm 1 0 07mm 0 1 1 10 100 1000 10000 100000 nmPas 100000 0 07 25000 0 6 5000 10000 C 1 2 3000 2 1000 50s 60s E E 100 w P z 10 400s 1 500s oA 80057 1000s 0 1 0 0 2 0 4 0 6 0 8 1 1 2 mm 5 5 1 8 2 3
9. AD 1686 8 AD 1686 Um 5
10. TEE EE 14 4 1 4 5
11. EE PC H 1 2 1
12. E WE mk 0 EE Cow UO x O BAE 1 2 d 1 20 0 1011 mm 7s 889 mPa s XE RE 2 2 5E 2 OK 20 8T ado sene spei ud 1011 3
13. 1 a AD 1686 AD 16 8 6 AD 1686 AD 1686 1 4 3 AD 1686 dl AD 1686 XE z X AD 1686
14. lt 45m0 gt 35m0 45m0 ASEH DHJ 25mm D lt 13m0 gt 13m0 lt 45m6 gt f O
15. A 1 20 0 1011 mm s ET oai 889 mPa s EE RE 2 2 E kam Lin A ZEE LET 2 acr 9 7 061 abes 1011 2 889mPa s 20 0 2 0 0 1 20 0 889 mPa s 0 878 ELET 2 x 889 X0 878 781 mPa s 32 8 2 1 1 D E JH CALER 1 1 p
16. 1 mPa s 0 001 Pa s 1 cP 0 01 P IW o mPa s Pa s cP LP 9 mPa s mPa s Pa s mPa s Pa s mPa s 0 3 0 0 0003 Q 01nmPa s 1 1 0 0 0 01 00010 0 0001 9 9 9 0 0099 10 10 0 DS 0 0100 0 1 0 0001 Pa s 9 9 9 l 1 00999 100 100 0 100 1 0 001 oe es 0999 aaa 1000 1 0 0 SS Pato 100 0 01 aS 0 01 10000 10 00 10 00 cP P cP P mPa s
17. DOWN UP DOWN UP START STOP ON OFF START Kis e TART STOP PR OTROS STOP E PRINT E l BEEE UJ AC HH 3 3
18. D OU 1 I N 2 8 11 2 0mm 11ml x Ps bo mS PIA NCB 1200 EYELA fi 3 OKRE 1 1 m0 1 0m0 1 3 m6 1 0m0 1 3 m6
19. tL PF IC Err 9 66 30Hz 0 07 1 2mm bind En 21 Sra 0 07mm 2 0007 25 000mPa s 0 1 20 25 00
20. 37 9 JW 9 1 D l a oc L4 2 PRINTI ISTART START
21. START x gt 1 E PRINTI 4 START STOP 3 HELET 4 E PRINT 1 2 STOPI BJ 34
22. c mE Hua 4 5m6 64 1 4 3 1
23. 1 A amp D v EE MODEL RV 10000 a cuu ME S N 14800000 lt 5 Ht T O ID LAB 12 IDZA EE BE 00 12 34 isa T 5 25 6 C PEHEE EE m 12 3 mPa s C oT M O 0 40 mm DATE 2003 03 31 Hft TIME 12 34 56 REMARKS SIGNATURE m 2 G D 30 0 00 12 34 i uie me O x 12 3 mPa s ena AE O a 85 EINE DATE 2003 03 31 5 tgd l Md O TIME 12 34 56 lt HA ITE H 5 REMARKS S Ed Sm 34 vo Me 3 00 12 34 25 6 C BURHRLE O H X 12 3 mPa s lt TERE 5 Ht l O 0 40 mm lt j DATE 2003 03 31 a td
24. X1 100V AC AX TB248 x 1 AC 1 X5 X5 X5 lt PC 45m0 gt lt PC 10m0 gt lt PC X5 PET gt 10m6 s gt Ni WinCT Viscosity CD ROM x1 25m 13m0 1 A E Nurs ado x OR RV SV X1 f lt gt LH 3 RsVisco
25. 3 00mPa s Ne 31 8 2 1 2 4 4 2 uy per po HE x dui DRE a i EE 1
26. 5 START TY START JW o 4t La 1 5 2 3 WinCT Viscosity 177 1 f amp i5 yi Eee DW Qr 5 2 1 WinCT Viscosity CD ROM Readme 1 Q WinCT ViscosityoOH Ej RsVisco Ver 1 11V HE RsVisco
27. 25 3 1 lt 10m6 gt PET lt 10m0 gt BEA 1 0m6 26 6 3 D
28. vs im 2 5 x3 Bi fL RsViscoZzx vb3xZ E mPa s Pa s mm P C F mm 0 01 0 0001 0 01 0 0001 0 01 0 01 0 01 0 01 0 1 53 RE RIR 1 Y d L mPa s 00000 00 mPaus 025 67 C 0 40 mm 0 30mPa s 00000 30 mPaus 025 67 C 0 40 mm mPa s 10 0 mPa s 400010 00 mPa s 4025 67 C 0 40 mm s s 00100 00 mPaus 025 40 mm 01000 00 mPaus 025 40 mm 1000mPa s Pa s mPa s 12000 00 mPaus 025 40
29. S E ID ID 6 0O 1il2lsl4 5lel7 s 9 A Blclp F Heu E FIGIH I J IK L MINI O PI QR S TIUI VINIXIY Z E Fif dau a Wig Pl 9e Sle dd quw ey 9 4 D P CSV MEUS SS mPas ID a D de SIM UP CE D EX XE 1L UP Q LE ig e IP
30. RsVisco RsVi sco US B US B 2 2 1
31. RVSYV CN abd a i RV SV AC RS 292320 Beo 4 4 RV RV 10000 x mPa s x 1 2 00 mPa s 1 000 2 00 mPa
32. E3 1 0 m6 8 27 ric HE X HE 6 5 0 100 10 5mm 8 mm M4 1 000mPa s 3 d AX SV 61 Thermo Fisher Scientific K K HP40107
33. HI JEZ DEW OL 99999999mPs ST 00000 30mPs 10 0 mPa ST 400010 00mPs 0 01mPa s 100 mPa ST 400100 00mPs 0 01 mPa s 0 1mPa s 1 00 Pa ST 401000 00mPs 1000mPa s Pa s mPa s 0 01mPa s 0 1mPa s 1mPa s OL 99999999mPs OL 99999999Pas ST 000 0003Pas ST 000 0100Pas ST 000 1000Pas 0 0001Pa s ie Na ST 001 0000Pas 0 0001Pa s 0 001Pa s OL 499999999Pas OL 99999999 cP ST 00000 30_cP ST 400010 00 cP 0 01cP ST 400100 00 cP 0 01cP 0 1cP ST 40100
34. 1 X Y Z 1 Q 2m0 SV 1A 1 CA 2m6 X 1 X 1 4 5m0 148 1 2 0 1 18 8 0 em AX SV 52 X Y X Y Z 1 alli AX SV 53 JA WinCT Viscosity 1 cess l RS232C RS232C 145 1n lscoslty USB 1 USB
35. 9 3 Lond pg MEZIRE lt Bt RIS LUCUS 1 J 5 Unit TC mPa s GIy Av 5 l Pa s m Je e c P tvfi 7x GER E EE iri PE d e E M gt E mPa s GI xav 5 1 5 Pa s QV p eE E cP EARI GER i P KIR 1 1000mPa s Pa s 1000cP
36. 18 CE RV 10000 CE CE EC 89 336 EEC EMC 73 2 3 EEC LVD EMC EN61326 LVD EN60950 CE Eg ZW o 75 19 332 0 o B mil 132 238 57 WO 18 3 130 X A
37. 3 0Hz j x mPa s 1 gcm T
38. 7 acp NO ctus Lev ae Lr M IE eL tutu M UU S es 7 asd ln eU NN I cL E Ie E 8 3 G7 pui lup EON TTD 9 A ARA EDES aieri e E RR 10 Z xp DccBMIS e E E leta A RA RA 10 4 2 Sak TOME 11 4 3 FE kk 12 RV 15 4 5 kk 17 EN 18 nme pci mp x PE E 18 ME vcoprbly m 20 6 RKO xy Y HERD Gee eee 24 6 A EN 24 6 9 LUDERE m seda adtiye dish Muta dadas er dite m goin ade a timo addas tnde NT 25 6 3 hun TRY 27 6 4 1 0m0 iii 27 po kk 28 o e MRK PA RO Ekonun kan I 28 7 T41 ARER PET RR Eater oti tendi tetene itd n e re oe Idee ates 29 poen E E EN D c 29 deci REOR So cati e a tendens a a d da aaa a eredi tein a aE 29 7 3 PET eeu 30 VL uerus rox TO D E UU 30 8 d La ue 31 Beso EERO ERE Dodson tested ad seu EE RN stato cul scd ted aL mutus 31 CRUEL EE MT THES 32 G a E e C e xU Eu I AM D A MS EE E M ME LE ERE 38 9 q ETE TA e etc t NEA CH Res cite edt REESE 38 PEREEBCICLO E 40 g S MA OE MT TE 41 9 4 ts 49 qty US S de Ue
39. 1 41E 1 2 0 A ffi 1 2 0 1 71 et 91 0 1 0 0 6mmXxX 4mm 6 1 r Ze A 5mm E EIC E A AED D r ORRE CIE AX SV 38 Gh EZ Gh d EE ZA
40. 1 PRINT Tp l7 nn pa pa LC J mas Cite 2 ISTART PRINTI 4 x START STOP PRINT u is Hn x o D PRINT O 2
41. AX SV 62 1 RV SV RAN vb Acad RV SV 14 RO x B pes AX SV 62 2 RV SV RV SV RV SV fl 148 74 AX SV 63 PET 10m0 PET 10 m6 1 20 2 40 8 0 AD 1671A RIRE AD 1686
42. 2 6 EN o amp A STOPI Ta Lu i abo MESES 3 v v N IT ni EE a l M E d v z a m L nr f i ar Cg 35 EB 8 2 3 D ISTART mus STARTI X
43. 7 4 10m0 PET 0 80 67 w X36 D X41 H mm 0 8mm 3 3g 30 8 1 2 2 1mPa s 1 3 2
44. 0C 1 0 0 118 PC 1 POM E hi IPA 0 80 C 6 2 1 0m0 1 3m9
45. 0 3 0 0 0030 1 1 00 0 01 0 0100 0 0001 RR 9 99 90999 10 l 69 cP 0 1 0 0 0 1 0 001 ies 99 9 nl 0 999 i 100 100 1 00 1 0 01 409 E E E 99 ceto eec cte 1000 1 00 pa 1 0 0 0 1 P pes 0 1 10000 100 0 i 100 0 4 1 2 5 2 4 5 6 0 RH 2 AD 1671A
46. CP GER D E LAJUR IL CL Rd UP L4 Uni TL TES PRINTI EET JT 7 L LIII IE i mPa die _ poWM STARTT 4 me gt IL 2 cP C PRINT IPRINT End 1 u STOPI
47. AD 8121B ET AD 8121B J mo PE E9PE 5 RE 5 Ed Ed Puse Di i B B TENIS MODE 3 o gyi zer sees liem DR O n z MODE 2 JEA ni p z RS 232C AD 8121B AD 8121B AD 8121B z MODE x lt g gt Een gt LO eis Bat M
48. Pre D P Pet 2 COS VV ecd d run 0 Ed 1 cc ID 3 id Prk P HB KE Bam EN RsViscoZz v hb RsVisco R sVisco 3 Ver Bl d X3 i BJ xe Hir P VAS E E HE X t KF mPa s Pa s cP ec F 0 01 0 0001 0 01 0 0001 0 01 0 1 0 01 42
49. 7 2 2 z SUE SPA T A A NAEBROR EK 10m0 gt 10m0 29 7 3 PET 45m6 45m0 10m6 LTA RDT EAEE TORM PET 8
50. 781 889mPa s 20 0 2 0 0 1 20 0 889 mPa s 0 878 2 x 889X0 878 781 mPa s 3 781 4 5 Wr RV 10000 G RV 10000
51. 11 START 4 1 1 1 2 D 4 2 2 START _ 2 2 3 4 M 4 3 3 START 3 3 3 00 PRINT End STOF 701 me IO Cite 48 n m nma S Lu Lua Qm E na Lu Lua c ca SUE e na Lu SLE I Hg Q Qnm EE Lu NEAL V D z ra a le is isy 2 u a S Tic a N N m 4 9 4 9 4 1 A amp D AD 8121B AD 8 1 21B MODE 3
52. T 1 p TEE T TREO N E oe GO 6 4 1 0m0 4 5 m6 4 5m9 1 0m0
53. Pat P CSV mPa s Pa s cP P C F mm 0 01 0 0001 0 01 0 0001 0 04 0 04 0 01 0 01 E 0 1 1 ID I D i WUERUE MEME TEE i un 5 2 51 L mPa s LAB 12 2003 03 19 12 34 56 4025 67 C 400000 00 mPa s 0 40 mm
54. 5 RE n D P PE P lue ap A IE qu 9 4 e WERENT D P 5 Ed BRENK D P CSV g lt rgpE 1 2 E Lk pieza 9 4 MALA D P CSV gt 5 Ed g
55. U S B 2 RV 10000 RS 23 2C RS 2 3 2C USB RS 2 3 2C 56 10 4 COM Vy RV 10000 COM de 1 COM gt E 715842 FE m NBU Q emit ait m
56. R sVi sco Btop 1 RV 10000 RsVisco BStop Lj RsVisco Ver 1 11V File E Option O Scale ASD CompanyLimikecdd Selection C visco Tine Visco Time Temp Time C visco Temp Auto Scaling N Viscosity Standard C Fine V Temp V Time Repeat Auto Stop NV Repeat 1 seconds Auto Stop 0 minutes Command Data QM Received Data Unitt Temp Ui e Newton New csy 2012 10 03 14 27 00 Temp 100 90 80 70 60 100 50 40 30 20 10 o 1 5 Time min Remarks RV 10000 5 2 1 RsVisco Ritart 23 Ue ZW o 6 6 1 RV 10000
57. Windows WinCT Viscosity J 3 C i WinCT Viscosityd CD ROM RsVisco C SV 10 2 IWinCT Vi
58. C STR QM 1 START STARTI STOP STOP HOLD MODE 4 PRINT PRINTI 61 14 1 4 1 2 1 AD 1671A
59. CD ROM Re a dme scosSity CD ROMO lX JapaneseXRea dMe tx tJ ZHL WinCT Viscos JUE TS 10 3 COM RV 10000 RS 232C LI d H AQUA B sk RS 232C I0 R S 2 3 2 55 COM USB COM RV 10000 RS 23 2C D US B US B
60. 5000mPa s Bu ooi A 8 2 5 2 5 2 1 D DN OFF 3 Zt o o zZ i H DOWN Q e a G igi i mPas 0 4 gr E ni L TA CE Sia e enS TE m Pa s 1j Kt pe cie PRINT 5 START
61. IW d PRINT STOP ru LU 3 Pas f i LI La o Pd or BE uli Del XU O End Gror TER C 1 PRINT pi 2 mPas lite 8 2 2 2 D E Bib FO 2 RAJ CBL 28 PRINTI 1 RAJ CAL 0D 2 RAJ CBE 2 4 STOP 2 1 PRINTI
62. STOPI START Eng 36 C X mPa s 10 0 1 31 11 0 1 27 12 0 1 24 13 0 1 20 14 0 1 17 15 0 1 14 16 0 1 11 17 0 1 08 18 0 1 05 19 0 1 03 20 0 1 00 21 0 0 98 22 0 0 95 23 0 0 93 24 0 0 91 25 0 0 89 26 0 0 87 27 0 0 85 28 0 0 83 29 0 0 81 30 0 0 79
63. E HJ alli Z T 5 L P 6 3 P 6 3
64. STARTI L tte PRINT ilr no 4 cea l PRINTI End STOPI 45 L 2 TRU 2 4 2003 4 5 11 22 33 2004 6 8 12 34 00 D E ZA OLLBdulo 3 I E TT T T OU mPas d
65. TD P S O Ed S5 Ed 2 EYPE A amp D PRINT RS 2 ESP 3 2 C E zU HX AE g A amp D AD8121B MODE 1 MODE 2 H HIERVE AD 8121B JA der BEC D P 5 Hb 5 Eg E Eg 1 fel AD 8 1 2 1B AD8121B MODE 3
66. 0 30mPa s LAB 12 2003 03 19 12 34 56 4025 67 C 400000 30 mPa s 0 40 mm 10 0 mPa s LAB 12 2003 03 19 12 34 56 025 67 C 00010 00 mPaus 0 40 mm mPa s L100 mPas LAB 12 2003 03 19 12 34 56 025 67 C 00100 00 mPaus 0 40 mm P 1 00 Pa s LAB 12 2003 03 19 12 34 56 4025 67 C 401000 00 mPa is 0 40 mm 1000mPa s C Pa s mPa s H Pa s LAB 12 2003 03 19 12 34 56 4025 67 C 412000 00 mPauiss 0 40 mm 12000 L Pa s LAB 12 2003 03 19 12 34 56 4051 23 F 4000 0000 Pa s 0 40 mm 0 0003 Pa s LAB 12 2003 03 19 12 34 56 051 23 F 000 0003 Paus 0 40 mm P 0 0100 Pa s LAB 12 2003 03 19 12 34 56 4051 23 F 4000 0100 Paus 0 40 mm lt F 0400 Pars LAB 12 2003 03 19 12 34 56 4051 23 F 000 1000 Paus 0 40 mm 400 Pa s LAB 12 2003 03 19 12 34 56 4051 23 F 4001 0000 Paus 0 40 mm H Pa s LAB 12 2003 03 19 12 34 56 4051 23 F 4012 0000 Pa s 0 40 mm 12 L cP LAB 12 2003 03 19 12 34 56 025 67 C 000 0000 ucPu 0 40 mmn 0 30 cP LAB 12 2003 03 19 12 34 56 4025 67 C 400000 30 ucP 0 40 mm 10 0 cP LAB 12 2003 03 19 12 34 56 4025 67 C 400010 00 cP 0 40
67. 2m0 AX SV 58 2m0 AX SV 56 1 2 13m0 AX SV 35 2m0 AX SV 59 0 230C AX SV 37 0 100C AX SV 38 0 180C AX SV 39 10m6 AX SV 63 07 80 C 80 68 17 X SV 31 2 5 S 2 5 AX SV 31 5 J S 5 AX SV 31 10 JS10 AX SV 31 20 JS20 AB AX SV 31 50 S50 RECO MO dE AX SV 31 100 JS100 JIS Z8809 AX SV 31 200 S20 0 AX SV 31 500 FEBER EMERE J S500 AX SV 31 1000 S1000 IN3 AX SV 31 2000 S2000 AX SV 31 14000 S14000 AX SV 31 160
68. 39 FI Jd EET VEINTE YMD MDY DMY oo REN EP 1 e Unie D e mPa s Pa s AG e CcP j P 4 E mPa s 5 Pa s 5 CcP 1 P i EMEN 0 e CSV7 Xd t La e PRINT STOPY m E E BR es SES H2 oU CD P 7777y h ERE A amp D
69. Lond Lond PU y IW o 2 1 2 62
70. O TIME 12 34 56 EA EE x S Ed T 3 4 A YMD DMY MDY 50 CA O ird M QUO c9 T Sw s M 25 6 C 3 Rt BIEN O 12 3 mPa s 5 td di x 0 40 mm M t 25 A x 5 Ed O 5 H 5 Ht H X 5 Eg gpl HAN x EE Xm gt i E X EE nk un 1 nma n ca 9 4 3 CSV Eg
71. 8 0 AX SV 39 3 a SEIEN LAXE Ke Ji E 8 0 8 0 72 RR 8 mm 1 000mPa AV SV Thermo Fisher Scientific K K HP40107 El 50mg 101 1 8 0 1 0 120m9 2048 2 0 1 1 20mm c s TPT ET X e p AX SV 51
72. AX SV 54 10m0 13m0 45m0 AX SV 5 1 PL ZART 4 5m0 5 1 0 me 5 5 1 2 0 73 13m9 2 2 3 0 1 3 0 1 0 0 1
73. 1057590295 1 2 9 4 5 m6 mP a s 3 ZW o JW
74. 3 5 mm B 268 mm X C 54 140 mm um oO a L i o 87 mm 76 He Wir D 0 8 E ALIS 8 I E e a a e 33 2 E E a IERI EN 34 A NCI TS A DR 6 67 69 AC Lk 6 AC LLacssteotin it edisghe 5 ADA 0 WC 10 62 69 75 ADALO S nnen aroa ina SSR 69 ADS 1 68 6 12 13 69 75 AD IGE rinnan ED EM 69 ADET GS uA 69 KD opo IDs oai 49 50 59 69 ADS ETS E hone eh 69 PALOS UD 69 AX S VERO Bua sedet ante 69 AO DID qq eb e tm Td 69 AX SVR LE ettet bod 69 Qj NSW quss uc Ic c IS 69 AX OA S egg eon anunc rac 69 JE VS ques 0 OT 69 Axe ee geri tuse ti 69 AX SVF ed DOR anan 69 Ao owe qe 0 69 AO CSV Oque Oros ucc a case 69 more qeu voraus 69 AX SV 31 1 6000 05 oaa 69 Lo ur CE RON RE 69 70 e QE Ir MM 69 70 Jos esee eut hastas at Ert 69 70 AX ES USD naning 69 70 Aus Mc SR 69 71 AU TIS V coUe Aoc S m ER 69 72 TT AX SV 89 69 72 AX SVD SRR 69 AX 9 MeL SE 69 A SV RRR NA 69 73 A ETN OE 69 73 AUX SW 53 A iata 69 73 AX INV IMDB Z ood neis 69 73 A X SN NAS aa 28 69 AX SV 034 l n Nit 69 74 AX Sy O2 2 aeneis 69 74 AX 5 059 csetera 69 75 AX TB2 4 Sarpe aa EE 69 AX USB 2 5 P wen 69 C E
75. 1 0 1 1 2 0 AX SV 35 1 3 m0 1 2 3 0 1 1 1 2 0 AX SV 36 70
76. iaa keii B E A lt ET zi m SS SN SY RSS E EE 1mm A 2 B 1 ls B 2
77. r bcn D P YPE P WEE J 9 4 D P CSV EJPE 2 T ID Jj TD 9 4 CSV PUSE n RS 23 2C 1 2 2 AD 8 1 1B MODE 3 1 43 ID id I D
78. El US UEN V V DTE JH FG FG RXD TXD TXD RXD RTS 2 RTS CTS 3X2 CTS DSR vast HAUT DSR SG SG 16 18 19 21 23 X3 A 1 RV 10000 TXD R XD DTE 2 RTS CTS 3 DOS V 60 E CTS Hi 3 E d 13 RV 10000 RF 0Dh 0Ah RV 10000 1 SIR
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80. WW PRINTT End STO C TOP Qd OO LCLHgJ7 ID id WHARE EL 9 3 P46 P48 ID P44 P45
81. 5 13m0 2 1 OM AE T1 WinCT Viscosity 1 RS232C 12k USB 1 1 1 X Y Z 1 RV SV 1 RV SV 1 1 2 2 0 3 0 C 3 Pa s 67 XA 45m9 AX SV 33 10m0 0 120C AX SV 34
82. ur Bier COM L PT E TE COM 2Y R k COME Len 6 a ECP JUVA LPT1 USB EELSE Serial Port COM9 UT OR OR c KK TI COM 9 Ip 0 COM 9 2 COM 5 9 07375 COM1 J COM 1 COM COM RS T COM 1 DELE A c COM COM 1 COM2 COM COM COM 2 COM RsVisco D gt DEBZ34 CETT TU ASD WinOT Viseosiiy l IRsViscol RsVisco RS
83. 2 1 mPa s 1 S W i nmCT Viscos ity CD ROM CD R OM
84. Z iT xS I m Pa s IRIE O Ex XE SB ER ny d PME 0 07mm o 0 1mm B 0 2mm D e 0 4mm 0 4 0 6mm 7 5 0 8mm B 8 1 Omm HH 1 2mm le P P 20 5 2 2 1 START 1 5 55 2 Di x LE FE D ine bk Ux E L SE i E Im O PRINT 21 1 5 UP DOWN y U li J Iu Ll m Pa s Lu C H ru m Pa s kg Cite 3 STOP 4
85. AD 8121B MODE1 MODE2 e DP AD 8121B MODE3 g CSV j RsVisco FP MU v7 754 RsVisco 5 Rt RE Foe D P7 Eo D P CSV7 e Bebn ik v n Raa l HAWEN m j MAR BEARDE D P7 COTRA ot or RW j ID CSV7 Dg cenas c e 2 Erfnc D e I OO AANEEN 5 Ed ID ID RG e NERA 40
86. E WinCT Viscosity SV SV RV 10000 File E RS 2320 R Option Q ScaleS ASD CompeanyLimikecd Selection C Visco Time visco Tine C Visco Temp Temp Time uto Scaling V Viscosity Standard C Fine V Temp V Time Repeat uto Stop V Repeat 1 seconds Auto Stop Q minutes Command Data QM Received Data No Time Newton Unit1 Temp Ui New csv 2012 10 03 14 27 00 Remarks 22 RV 10000 5 2 1 RsVisco BRtart 1 5 L3 RsVisco Ver 1 11V File E RS 232C R Option Q ScaleS ASD CompcanyLimiked Selection C Visco Time Visco Time Temp Tine C Visco Temp Auto Scaling v viscosity lt Standard C Fine jv Temp jv Time Repeat Auto Stop V Repeat 1 seconds Auto Stop 0 minutes Command Data E Received Data mont E on Unit1 Temp 2 New csv 2012 10 03 14 27 00 1 5 Time min Remarks
87. AE mPa s C 1 23 mPa s 2003 03 19 12 34 56 4025 67 C 00001 23 mPa s 0 40 mm a ASC 20h 3 O X 5 bu BUENO x z gt WM SR 2 8 5 Ed ID X T EAS MmPa s Cc 1 23 mPa s 5 41025 67 C 400001 23 mPa s 0 40 mm Tm ASC 20h 9 4 4 RsVisco RsVisco Pank P KEVI S Cr DES SES RsVisco
88. P Pnt D e gt RS 2 3 2C _ CSV i zx ES Vusegocqeeg weg EScmars 1 Epy I d TW 41 Prt RS 232C ne IPRINT 2 STOP 1 l PRINT 2 CESPET g
89. Qr ZW o 1 22 CH i z 1 1 03 F 0304 o 04 START 4 0 4 06 4 x c 4 START e PRINT End z JW 05 0 5 08 UP 4 GAL u Z Nn d nar nc 3 0 053 DOWN ee NIA U Z J dul fi papah UP EL J 9 Aad uiu LUI UI D EN de P46 d3 PRINT
90. 232C R gt ena COM Port X01 1 COM COM H9HUSUNNTSUNSNSZz2Zsa RsVisco COM COM 9 57 1 0 5 RsVisco D 5 O RsVisco O RsVisco COM RsVisco Start R sVisco Stop LES CD ROM Readme 58 11 R S 2 3 2C AD 8121B AD 8121B
91. 4 4 2 LLr T 3 1 2 I SEERE MR a SAS 1 0
92. 1 oO 0D DO 63
93. BEL rid NIS 45m0 X 5f 10m6 x 5 Xx 5 13m0 x 2 X 1 1 AX SV 6 1 AX SV 6 2 1 RV SV AX SV 6 2 2 RV SV AX SV 6 3 PET 1 0m0 X4 0 AX USB 25P USB a AD 8121B AD 8126 Sq en AD 1671A AD 1682 AD 1686 AD 1687 AD 1688 AD 8527 USB AX TB248 AC 69 AX SV 33 AX SV 34 4 5 m6 12 0 10 10m6 10
94. TH BR 6mmX 4mm Xx M 4 ES 28 d 7 PET 7 1 10 m0 3 5 4 5m0 Xf 0 80 7 2 7 2 1 3 5 4 5m0 10m0
95. IE ONE 67 E A A E T 6 69 70 ia UE Lir yr oO 6 URS ves uci La Ro a BER S aN 45 ERU EonscnadHunsat A Ot 10 62 69 75 SAEI NR NA 5 79 kk 67 dis CSS APR0 328 10 62 RS 5 AS 20 kkk 7 D UA AMEN 21 ille cu mE Mm LE 67 AA RE AR soli 69 73 VAI entstand 5 AMISSIS LU a QA Mo X RNN EN due 5 pcd ON NS 60 dO m Este E a I e d UE 17 x poppe Dea aatutca ia db rau 2 6 pop ev JE Su eec mao aid 67 assueta 5 ERC aE DE 15 POBRE EEEE E E 62 acl P E AE SA E EEEE 10 E Eod deste t de A 10 WU N ROT 5 62 63 RLS Ns 5 18 ud Load LL RR RO A c I EE 12 13 E ea 7070 sse 21 21 JEDE GS UOTE ES co acetate tette 12 43 Jg ES EC ocio Luce SHELL 11 kb 43 KS 18 22 9 23 SS 67 NE Sr eS uses suom Eit m D LEE E 7 ZOMO Z o a a reto eO Sa 43 VI e N EGR Eo nemo tas 69 73 kk kk 60 lol x 5 19 Lon MMC HORS 67 k
96. Loo HX fai INV d CAL 1 Z BIR L PRINTI 1 EAL i pru HEBR E v h CE 2 CRL 8 oD i 4 EE MA A o STOP TART S Hr IV 5PRINT IE CHAHE ANET MR Z RET START STOP PRINT IE LEF E SL ME jt i 8 o gt
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98. dan S o rds tds Fd rto tcd eso fu ee fee Mrd Feds Ed Ks KM 55 ONE S E TC NIKE 55 1052 1W mCI VAIscosityloEyRPESJ u n aeneus 55 dO 750 EO TEBUAIE enema te ertt tees e e ER 55 10 4 COM kk 57 10 5 RsVisco 58 EB EE M A E 59 DPA 2 2 CN TE RR EE ENA Edat 60 Moa d d ui UMP PE 61 14 es 62 1 4 1 eem trennen rrr err erre r rn rtr n rrr 62 1 4 2 ET LETT TK 64 14 3 E EERE AOE 65 14 4 65 14 5 OL EES E E 65 EE EI 66 Ten c oana a aa aa a a A eA N 67 iT FARI oiv RE E MP 69 158 EUM NR e AAAA 75 195 SMEASE EB esed reddas dettes extende a aa 76 77 1 RV 10000 Qr H ET 1 1 1
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103. 0mPa s TROIS 0 2mm 0 37 25 000mPa s TSECRUE GER 0 Amm 0 312 000mPa s MA 0 3 5 000mPa s 0 8 Duo 0 3 3 000mPa s 1 2m 1 1 2 3 1 1000mPa s 0 4mm mPa s mPa s Pa s 0 3 10 0 01 0 0001 10 100 0 1 0 0001 100 1000 1 0 001 1000 25000 10 X3 0 01 mPa s Pa s cP P 10 40C 10m0 a 0 99C 0 1 100 160C 1 0 20C 1C AN 20 30C 0 5C 30 100 2 100 160C 4C 1 5m lt RS 232C AC AX TB248 AC100V 10 15 50Hz 60Hz 14VA AC 112 W X132 D x291 H mm 0 8kg 238 W X132 D X170 H mm 1 3kg 296 W x314 D X536 mn 4 6kg AC AX TB248 1 1 5m 1 45m0 5 10m6 5 10m0 5
104. 1 4 3 AD 1686 AD 1686 AD 1686
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110. s X1 000 2 00 nPa s 2 2 00 mPa s 0 800 2 00 mPa s X0 800 1 60 mnPa s 4 4 1 3 f 7 36 mPa 0 856 1 2 I 860 mPa 7 3 6 0 856 8 s JW BALET s j RORE e JW EE 60 mPa s AD 1653 4 4 2
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