オートショット・サンプラー MODEL AS-1020E / AS
Contents
1. A 3 Ver 2 282. 6 2 Ver 2 28 6 2 6 2 1 Fig 6 2 Fig 6 3
3. GC START Fig 5 1 Monitor Cup 5 5 Ver 2 28 5 4 1 Agilent ChemStation ChemStation Sequence Edit Sample Log Table Fig 5 10 Sample Lo
4. 3 11 Ver 2 28 A B B Ne A N B
5. 50 70 C Wi A 4 Ver 2 28 GC 2 Agilent 6890 6850 7890 GC 2010 GC MS GC GC
6. N NM UE 0 a N Fig 6 6 Fig 6 7 Ver 2 28 6 3 1
7. 2 1 Ver 2 28 3 3 1 Split Split less GC GC GC MS AC100V 4A S 0 5 m 19 cm 10 cm 28 cm 2 300 500 kPa
8. Fig 3 10 2 GC Fig 3 10 3 TRACE GC Ultra GC Fig 3 10 4 Fig 3 10 5 TRACE 130071310 GC Fig 3 10 5
9. 300kPa Fig 1 8 Fig 6 1 Fig 3 8 0 7 s 2 0 7 1 Ver 2 28
10. GC MS GC LF 80 uL G 50uL GQ 50uL 6 1 G GQ 50
11. Delete A C B E C Copy Paste D File Save File Save As G H A 6 B D E F
12. ITF TEMP GC 250 320C 6 6 Ver 2 28 7 Connection failed 92327 Fig 3 8 PY 2020iD AS 1020E ET RS 232C 5 5 1 2
13. Fig 5 4 Fig 5 4 PY 2020iD Tools Instrument Set Up Fig 5 5 Auto Shot Sampler OK Fig 5 4 Fig 5 5 Purge Time Fig 5 6 Com OK hmp
14. Fig 5 14 Fig 5 14 gt 5 Ver 2 28 Fig 5 11 N gt Fig 5 15 FPW Yi F a Tr 1 Fig 5 15
15. 6 8 mm Fig 4 2 Fig 4 3 Fig 4 3 2 Fig 4 4 Fig 4 4 EGA
16. LE E H ln Te Fe 327 917 9gF 37 1 577f TrE nowm HEK EE 1 F lahqgm FEA Pi LTg Tam bi NE CE F_ls5ggm FL HrWfmwmtslUMEK WEE 5 Flabgem FLWEMS ha kem 3 NE EME F lahggm FLA 5 fo HE OEME F lshgqem FLAEIME tC B rmnowmslUHMK DOMm 1H F_sbggm FLEMOG Le EEY ET Fi LMT HPkhowm BHE lt PWW F lahagm FLEE Hrmmewms NE i F lhoaem FLARE jm 1 IH fH F lbpem FEAEDTD FF 11 an HNME LT1 F lshggm FinE11 bl 1 17 irr ET F lsbgem FLHEHTg 1 rmnowm5lUHK OO1S Flmhgem FLREH1S 14 14 Lrwrmmwm siHMW U1 F lshidgm LAETHM 3 15 Hrknowm HHE F lshrgm LEM1E IE ILrWmwms iMEaO1E Es F lgem FLAEIIE 17 LHrWwwm Ss UMK HHT HU FlmbWm ERERH 1B LTkmewm HHE I H F lsbggm LRE1E 1 Hmnowm HEsE F labggm FLREHTB 0 LUrmnowm5iHHK OOGO F ahqWm FLREHEO 1 ire ENHR UTET F F Em FL EE Er 2 Lrrnowr HE PPE
17. 4 5 6 1 Ver 2 28 6 1 Fig 6 1 LF a Fig 6 1
18. Fig 3 12 Fig 3 12 3 10 Ver 2 28 Fig 3 13 10 Fig 3 13
19. Fig 1 4 AS G Fig 1 5 1 5 Ver 2 28 Fig 1 6 GC RS232C AC Fig 1 7 1 6 Ver 2 28 Fig 1 8
20. 1 ID N gt Fig 5 16 EE mr Fig 5 16 1 5 8 Ver 2 28 1 Fig 5 17 HE 2 ke t 3 a F Tr 1 0 TR Fig 5 17 2 Fig 5 18
21. EGA PY 3030D 3 6 Ver 2 28 3 3 2b PY 2020iD PC RS 232C RS 232C 9 5 2 PY 2020iD GC GC RS232C Fig 3 8b PY 2020iD 3 Ver 2 28 3 4 GC GC17A Ver2 GC17A Ver3 GC2010 GC
22. 3 12 Ver 2 28 4 4 1 LF Fig 4 1
23. 4 2 Ver 2 28 80uL LF P N PY1 EC80F 50uL G P N PY1 EC50G GQ P N PY1 EC50GQ S Double Shot Analysis Heart Cut EGA Analysis 50
24. 6 A 5 Ver 2 28 A B B IN UN WS 00 22000 lg lt A
25. 3 V1 V2 V3 Fig 1 2 Tools AS Maintenance Valve Open 3 Fig 6 3 2 PY 2020iD iS Trouble Shooting Valve Open 3 AS 1020E ET V1 V2 AS 1020E ET V3 Wp 1 V3 Fig 6 2 EE OIEGA PY 3030D Control 5ingle5hot_S5 mtd Valve Open File View Tools Help Sequence Table
26. 3 3 5 PC RS 232C Fig 3 8 L 4 5 5 3 Fig 3 10 1 ITF Fig 3 2 ITF 2 500 600 kPa
27. 7 7 A 2 Ver 2 28
28. ALVE CONTROL DC24V Fig 1 9 et Buffer Tank He OUT Fig 1 10 1 7 Ver 2 28 2 He N2 GC 300 500 kPa 400C500kPa 48
29. 0 1N 6 6 1 2 1 6 4
30. Fig 3 4 3 4 Ver 2 28 3 3 3 3 1 2 300 500 kPa 1 8 Fig 3 6 Fig 3 6 Fig 3 2 ITF 1 16 Fig 3 6 178 Fig 3 7 178 1 8
31. 2 ml min 2 mlmin V3 V4 V3 A I Fig 1 3 Double Shot Analysis Heart Cut EGA Analysis Double Shot Analysis Heart Cut EGA Analysis Zone V3 V4 GC 300 500 kPa V3 V2 V3 Double Shot Analysis Heart Cut EGA Analysis 2 1 4 Ver 2 28 1 3 Fig 1 4 Fig 1 9
32. 0 5 1 5 2 OE WON 5 3 BT TZ FV OE RN RRNA RR CA 5 4 GG GCMS RS 5 5 6 NS i RO CO Ne en 6 1 0 a EVD CO 6 2 6 2 gt 6 3 688 6 9 IOOOTOO WINNTIT0O0OOOONNANA Ass 6 6 6 ANA CER ND 6 6 7 FUG errno 7 1 A 10 Ver 2 28 1 1 1 AS 1020E ET Fig 1 1 48
33. 178 1 16 Fig 3 7 ITF 3 5 Ver 2 28 3 3 2 Fig 3 8a b Fig 3 8a EGA PY 3030D PY 3030S Fig 3 8b PY 2020iD PY 2020iS 3 3 2a EGA PY 3030D RS 232C RS 232C 2 1 EGA PY 3030D GC USB Fig 3 8a
34. Fig 3 10 5 Fig 3 10 2 Fig 3 10 3 he GC GC Fig 3 10 4 Fig 3 10 5 Trace GC Ultra Trace 130071310GC 2 2 ITF GC GC M
35. V1 V2 V3 GC 300 500 kPa A 50 0 1 3 Ver 2 28 1 2 2 Double Shot Analysis Heart Cut Analysis Double Shot Analysis Heart Cut EGA Analysis Zone Fig 1 3 V4 V1 2 V3
36. AL 10 5 4 0 40 4 lt AL 10 Fig 4 1 4 1 Ver 2 28 4 2 6 8 mm Fig 4 2
37. snge Shot 3 96 2 i 3 8 Inqle Shot 5 4 Iale Shot 5 5 _ Single Shot N 6 6 _ Single Shot GN 17 bmd Double Shot IDes A 0 9 8 bmtd IDouble Shot Des 10 4 Py 2 G3 _jHeartCutEGA A CA G3 B A 9 8 NN 2 G D SS 2 IHeart Cut EGA Fs B 0 PB_ C Program Files PY 2020iD Controlmethodsic mtd Fig 5 9 5 4 Ver 2 28 5 4 OCUOV GC GC MS GC GC MS
38. 2 400 500kPa 3 1 Ver 2 28 3 2 ITF ITF GC GC GC MS ITF ITF ITF Fig 3 1 1 3 1 3 Fig 3 2 TF ITF 6 6 3
39. File Save As Fig 5 7 OK OO EG PY 3030D Control View Tans Help memods f DirectEGA_EG mtd gt Open Ctrl o DoubleShot_DS mtd HeartCut HC mtd Save CtriS SingleShot SS mtd Gave fs Frint GtrHP y Work Offline 9 1 SingleShot SS mtd Dak 2 DoubleShot_DS mtd 3 DirectEGA_EG mtd 5 4 HeartCut_ HC mtd Exit D MethodFileskmtg Fig 5 7 5 2 2 File Open Fig 5 8 OK Qpen methods gt Di
40. Settings Fig 5 2 ETE hmh 1r TiTrW hm 3 Auto Shot Sampler OK Fig 5 1 i Tif Fig 5 2 Purge Time Fig 5 2 Errar 11 mimmrtidT Fig 5 3 TSN 10RNUSOMe ok OK Fig 5 3 5 1 Ver 2 28 5 1 2
41. Fig 3 9 GC17A A GC2010 B GC17A Ver2 Mi Fig 3 9 Fig 3 10 1 Fig 3 10 1 2 Fig 1 6 3 8 Ver 2 28 GC
42. Analysis 4 3 Ver 2 28 5 5 1 5 1 1 Fig 5 1 i EE Fig 5 1 EGA PY 3030D
43. 2 mmin 2 ml min I Fig 1 2 1 2 Ver 2 28 A 48 A V2 V1 B V1 V2 AS Purge Time 5 5 1 1 5 5 1 2 V3 B GC
44. Analysis Mades ING opkans Start NC top Valve Open TPy Conditioning Table Maintenancg Fig 6 3 3 6 3 Ver 2 28 Fig 6 4 Fig 6 5 Fig 6 4 Fig 6 5 6 4 Ver 2 28 6 2 2 Fig 6 6
45. As 1 M4 2 M4 1 M4 1 AS 1 80 mm 2 AS 1020E Varian GC3800 450 Bruker 436 456 P N AS1 K380 1 M3 1 15mm 1 A 9 Ver 2 28 ON RAE ES RC A 2 4 NN A 2 NR EARS RR RR A 2 SE OC CI CS A 3 IPN SU PF A 7 IN A 10 1 00 UN 1 1 1 1 1 1 NE 1 2 DE MC OC CN OO 1 5 2 FFCCPCYPEPPE mtPCPPYPFPPHHPTYYPIPYFPPPHPPEPPPPPPHPYPPPHEPHYPEPYEPPPPrPCYY TE 2 1 3 RD SS RE RN SS 3 1 3 NeoniveeearesResieesse 3 1 3 2 0 IF 06 vwmww 3 2 9 OO Et 3 5 3 4 3 8 9 5 2 000 HO Ne 3 10 4 9 Ni 4 1 4 1 PL 4 1 I NDOR NEE DT SS SE SS 4 2 5 S 5 1 1
46. E aj jl FE rman mE ue M Fi Tr borr rt ii FT THT i LE 1 Fig 5 5 utn 5Frn mi l T LR CO on to AuUlG Shol Srp EIN DR we EE lO m1 Eom nn Td nm Cn ln FI ET Fig 5 6 5 2 Ver 2 28 5 2 Fig 5 7 Print 5 2 1 Tools Analytical Modes EGA PY 3030D PY 3030S
47. a GC He N GC lm PC Fig 1 1 GC MS 1 1 Ver 2 28 1 2 1 2 1 Fig 1 2 A V1 NN V2 IUJUUTUUU 0 ai 2 mmin GC gt 2 mmin B
48. F lshgm PL Fig 5 18 Fig 5 18 5 9 Ver 2 28 6 GC 6
49. SS1 7101 Mn go 2 14mm 6 AS1 7302 10 EE 6mm 1 10 1 AS 1020E Agilent689077890 P N AS1 K680 P N AS1 K780 AS1 K680 AS1 K780 Na bi wo an AS 1020E Agilent7890 6890 AS 1020E Agilent7890 2 1 RN 1 1 A M4 2 M4 2 3 0 M4X8 2 3 M3X6 2 A 8 Ver 2 28 AS 1020E GC 17 2010 P N AS1 K201 9 N 1 M4 x 14 3 1 1 AS 1020E TRACE GC Ultra P N AS1 K902 AS s PY 1020E S15D
50. 1 D5 AS1 K040 L L 1 L Mg C 1 1 NN 1 1 1 8 1 D6 PY1 7802 D7 PY1 7023 D8 AS1 1525 D9 L L AS 1020E PARTS BOX _ o RS 232C 3m 1 AC 1 AS 1020E 1 4 AS G 1 D10 AS1 K680 AS1 K780 AS 1020E Agilent7890 6890 1 po As1 K201 AS 1020E GC 17 2010 D10 As1 k902 AS 1020ETrace GC N 1 D10 As1 K380 AS 1020E Varian GC3800 450 1 A 7 Ver 2 28 AS 1020E PARTS BOX 2 AS1 1531 3 N 1 1 4mm Re order AS1 7813 2 Pe oO 1 1 Re order PY1 EC80F PY1 3711 LF 100 4 5
51. 3 8 mm 8 mm 0 1 mm 80 uL 3mm 8mm 0 5mm 50uL 3mm 8mm 0 5mm 50uL GC GC MS PC EGAPY 3030D PY 3030S PY 2020iD iS Onl GC GC MS Agilent 5975 6890 7890 Bruker SCION 436 456GC Shimadzu 17A 2010 Thermo Focus GC TRACE GC Ultra TRACE 130071310GC JEOL Agilent GC 6890 7890 GC 2010 Thermo GC AS 1020ET AS 1020E GC G GQ
52. B A 6 Ver 2 28 AS 1020E B A B1 C 1 C C1 PY1 7051 1 D D1 1 CD L ITF Re orderPY1 3533 6mm 1 178 1 2 2 1 D2 AS1 1553 D3 AS1 1554 D4 AS1 411
53. ITF Fig 3 3 Fig 3 4 GC 6 DO VQ 7 ITF 3 2 Ver 2 28 ITF ITF 1 x Ti 0 Fig 3 1 3 ITF 1 16 230 ITF 6 mm 12 mm Fig 3 2 ITF 3 3 Ver 2 28 6 mm 8 mm or 5 16 ITF ITF PY ITF
54. S 3 9 Ver 2 28 3 5 AS G 5 Fig 3 11 Fig 3 11 Fig 3 12
55. Ver 2 28 MODEL AS 1020E AS 1020ET FRONTIER LAB WWww frontier lab com 2 GC GC MS snn1 gn
56. ence Fig 5 12 SLWY Ehgkmr DEF TS m PETS 1 1 alss Luates Gea Ha From To Rea Ir Te Pam 1 i Hm al Pe Wmam ia a mmmwcFHmmW lr mm ll 1 aim Ya eat atime na Fes et tp Sem SS ee me a ais Fle Treciog IE MHPCEM TTA ae te Hm TPH EE WE EE Fo as le che mmmr i Rm Ti EE srm He i em Tae Fig 5 11 Fig 5 12 5 6 Ver 2 28 5 4 2 GCMS solution GCMS Fig 5 13 le EE 1 3 mn Fig 5 13 GCMS solution lt
57. g Table for DEFAULT S ton line 2 of 4 Line Type yial Data File Method Sample Name DEF amp ULT 3 Sample DEF ULT Sample 2 31 Sample 1 DEFAULT Sample 2 Yial Data File hethod Sample Name Type Sample Em 2 IDEFAULT Sample 1 Miscellaneous Information eee Los LEsg Es Use the arrow keys to select entry Fig 5 10 Repeat Fig 5 11 Method OK Sequence Save Sequence Run Fig 5 11 Overwrite Existing Data Files Run Sequ
58. rectEGA EG mtd 4 DoubleShot_DS mtd HeartGut_HC mtd SingleShot_SS mtd Ny UD Method FilesGkmtd gt wwty Fig 5 8 5 3 Ver 2 28 5 3 Tools Sequence Table Fig 5 1 Fig 5 9 A F
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