マイクロジェット・クライオトラップ MODEL MJT
Contents
1. 190 C n C4 1 22. A 3 Ver 3 04 QO FRONMTIER LAB A MJT 1030Ex
3. MJT 1030Ex Fig 1 4 4 2 600 kPa
4. Fig 1 3 GC 40 C Fig 1 3B 10 C sec Fig 1 3A Ver 3 04 MS Fig 1 1 MJT 1030Ex N2 GAS IN LE 10mMmin y GA
5. 3 7 Ver 3 04 3 4 4 2 Fig 3 10 3 11 8 1 4 Fig 3 10 GC 2010 GC Fig 3 11 b GC GC
6. Fig 3 11 a Fig 3 11 b GC 2010 3 8 Ver 3 04 Fig 3 12 1 4 Fig 3 12 Fig 3 12 3 9 Ver 3 04 3 5
7. 173 Fig 3 13 1 3 A Fig 3 13 Fig 3 14 A Fig 3 14 3 10 Ver 3 04
8. O 10 ul 2 ml GC Fig 5 1 A N 180 C 2 3 2 pl 3 OFF f 5 1 Fig 5 1 B Ver 3 04 A n C4 9 iso C4 Cs RS B 5 3 0 BMN SN 0 1 2 3 4 5 min Fig 5 1 Ultra ALLOY 5 5
9. 9 500 kPa Nz 5 2 b 7 L min 2 180C 5 cm Ep 10 2 L 50C
10. Fig 3 6 GC GC 2 GC 17A GC 2010 2 GC Fig 3 6 3 4 Ver 3 04 3 2 3 Clarus GC GC Fig 3 7 1 cm Fig 3 7 GC GC 8 2 GC
11. 7 7 Ver 3 04
12. Fig 3 28 Fig 3 28 3 11 MJT Fig 3 29 MJT Fig 3 29 3 19 Ver 3 04 4 4 1 1
13. 8 NM NM 3 wr H B B1 MJ1 5501 MS 1 B2 MJ1 1514 1 C C1 PY1 7051 CD H H1 MJ1 1513 1 A A1 MJ1 1303 _ Ex 1 D D1 1 G G MJ1 1511 2L 1 E E1 PY1 7023 TD AC 1 E5 MJ1 1517 E2 MJ1 4201 E3 MJ1 4202 MJT 1 MJT 1 E4 MJ1 1515
14. PC 300 kPa 170C Ready 8 kPa L min 7 5 3 5 mL min 8 9 1 C 190 150 50 4 1 Ver 3 04 4 3 COOLING ON OFF MJT 1030Ex POWER gt Fig 1 4 lt ON gt lt POWER gt ON gt gt
15. P 5 Fig 3 4 P 5 2 Fig 3 4 Ver 3 04 3 2 2 GC 17A 2010 GC Fig 3 5 GC 17A GC Fig 3 5 a 1 cm GC 2010 Fig 3 5 b 1 cm GC 2010 3 4 a GC 17A b GC 2010 Fig 3 5 GC
16. POWER ON Fig 1 5 5 2 3 180 C 5 3 COOLING OFF 600 kPa Fig 1 4 ON 320 kPa GC GC 40 C
17. OFF gt 3 Fig 4 1 OFF gt GC 3 5 L min Fig 4 1 GC Oven 40 C 4 4 AUTO 4 2 Ver 3 04 g
18. ON Fig 3 27 3 18 Ver 3 04
19. x M4 x 12 M4 x 8 I 1 9 P 5 4 P 5 4 1 1 F1 MJ1 K801 MJT 1030E Ex F1 MJ1 K901 MJT 1030E Ex PerkinEImer Clarus GC 1 Thermo TRACE GC Ultra gt 9 207 MJ1 1209 ET207 MJ1 3501 wt301 1 1 1 1 1 1 1 1 1 1 1 1 1 M4 x 8 M4 x 8 1 P 5 4 1 P 5 4 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 U P 5 4 F6 MJ1 K300 F2 MJ1 4211 8 F4 MJ1 1305 0 N 1 j L 1 2L 1 2 1 1 Re o
20. Fig 3 23 Fig 3 22 B 196 1 C Tools Maintenance EGA PY 3030D 2020 Fig 3 24 3030 PY 2020iD B C SAVE B 196 1C I Cie wew Tools lep pebug lm e AA Maintenance B ror Temp Displ 4 eoo ro Equilibration Time Not Ready U Sec Save i WT ER C B A Interface 2m 3 0 sc Save Fumake 47 3 F 0 Max Furnace Temperature 1050 Range lt 1060 C Save 58 2 oFF MicroJet Cryo Trap Temperature CalitWation Set MicroJet Cryo Trap Temp PU Measured 195 sC
21. 30cC 3 500 kPa es 23 3 6 4 AUTO AUTO Ns 3 FUNCTION Cryo Trap 1 EN 4 4 4 5 CE CR RR 2 2 6
22. 180C 1809C 2 6 1 Ver 3 04 7 erie 0 MJ1 1201 1 Agilent 7890 6890 ES a MJ1 1207 1 TRACE GC RE MJ1 1204 1 GC 17A GC 2010 ME a a MJ1 1209 1 Clarus GC Ex MJ1 1303 1 MJ1 1251 1 2 2L MJ1 1305 1
23. PY PY MJT Fig 3 18 Fig 3 19 VALVE SENSOR Fig 3 18 3 12 Ver 3 04 Do Q H Q P EGAPY 3030D Fig 3 19 PY 2020iD Nz GAS IN gt MS OUT
24. A CGS He Air L SS He ISingle Shot Analysis Pressure Stability Time sec Default 20 Pyrolyzer Furmace TT ee mme AS PurgeTime C mm sec Default 120 Use as Defauit Value I CG Auto Mafual B ok Cancel eee src Vr ec nterface 50 7 OFF Interface UpperTemp c c Accessories MT EC Fig 3 22 1 EGA PY 3030D A ies icroJet Cryo Trap F Selective Sampler EEE He CAir Pressure Stability Time 20 sec Default 20 Auto Shot Sampler Purge Time 120 sec Default 120 1 Cryo Trap 27 o 0 W Elapsed Set MicroJet Cryo Trap Time 1000 pin 000 nin Ready Use as Default Value Ok Cancel N B 50 lt 100 I Interface Upper Temp 320 Accessories 1 terface 150 200 Selective Sampler Terminated by Operator Elapsed Tme Fig 3 22 2 PY 2020iD 3 15 Ver 3 04 GC
25. 2L 10L MJ1 1304 1 10 L 25L MJ1 1306 1 25L MJ1 1111 1 Fig 3 13 MJ1 1121 2 Me MJ1 K300 1 0 MJT MJ1 4201 1 MJT MJ1 4202 1 7 1 Ver 3 04
26. 1 MPa 400 kPa 20L min AC100 110V 0 5A 3 2 m Fig 3 12 1 MJT 1030Ex Fig 1 4 3 1 Ver 3 04 3 2 3 2 1 7890 6890 G
27. MS IN Fig 3 20 MADE IN JAPAN MS Fig 3 20 3 13 Ver 3 04 Fig 3 21 Ss MS GC MJT Fig 3 21 3 14 Ver 3 04 3 7 196 C Tools A MicroJet Cryo Trap Instrument Set Up Fig 3 22 B
28. 30 m 0 25 mm 0 25 um GC 40 C 250 C FID 300C 1 m min 60 mMmin 6 5 2 Ver 3 04 1 POWER ON a 1809C 7 L min 280 320 kPa
29. ss 1 E6 E7 MJ1 1121 2 2 Re order MJ1 1111 1 Ver 3 04 F 1 F1 MJ1 K903 MJT 1030E Ex Thermo TRACE 130071310GC 1 MJ1 1218 M4 x 8 2 F1 MJ1 K580 MJT 1030E Ex HP5890 1 F1 MJ1 K680 MJT 1030E Ex Agilent6890 7890 1 1 1 MJ1 1202 MJ1 3501 MJ1 1201 MJ1 3502 1 1 H 1 Dy 1 gt 1 gt OCS 1 M4 x 8 Fm 5 1 BB 4 1 P 5 4 1 jj 1 F1 MJ1 K201 MJT 1030E Ex GC 17A 2010 F1 MJ1 K380 MJT 1030E Ex 1 CP3800GC MJ1 1204 MJ1 3501 MTTEDPT MJ1 3501 4 1 1 1 i 1 1 1 1 1 1 1 1 1 1 1 1 1 sr
30. Fig 1 1 GC Fig 1 2 10mLmin ON OFF ON
31. Rx 3050TR Rx 3050SR 0 25 mm 0 5 mm AC100110V 0 5A 30 C GC 7890 6890 TRACE GC GC 17A GC 2010 Clarus GC GC gt 2 1 Ver 3 04 3 3 1 7L min 5 ppm 65 C
32. OPRORRNIRRONMANRDNSRCRNNN2TRR 3 11 37 inten baar reathon torah nig inten paring ein yi ona pan ston 0 vag 3 14 3 8 eee 3 16 3 9 eee 3 16 3 10 ee 3 17 3 11 rissinasriter sae yrsteraesnaieo tr apres nga 3 18 HUMAN UEOMMMUM2MMUMOOAG 4 1 4 1 eeeeeeneeeeeeeeeeeereernrnrnnernn 4 1 2 5 etsyststnivirare 05 piven ypanints senna nene 4 1 4 3 oo 4 2 4 4 ee 4 2 RONONROHHYRSNNONK0UMDORRODNONRGDNNKfR0ONNIORIRUDRIRO6NNONEOOHNDRRORNRNGNRRRUNRHRNDNOIONR205 5 1 5 1 ee 5 1 5 2 eee 5 1 5 3 ee 5 1 6 eee 6 ASa 3 HKCWC2GDROGGRXRAR2RRKGHR8NRAC0DKARRGRRRRNRMSSARRGGRG9 Sona Sedition 7 1 A 6 Ver 3 04 1 1 1
33. Fig 3 15 _ AE Fig 3 15 Fig 3 16 Fig 3 16 3 1 1 Ver 3 04 3 6 MJT Fig 3 17 MJT Fig 3 17
34. Fig 3 8 3 5 Ver 3 04 3 2 4 TRACE 1300 1310GC GC Fig 3 9 Fig 3 9 GC GC mW 2 GC Fig 3 10 2 Fig 3 11 3 6 Ver 3 04 3 3 Fig 3 9 Fig 3 9
35. Save Cryo Trap Temp for Ready ED Trap 170 Range 0 196 C Default 170 C 0 sC Save C Manual Valve Check V1 Furnace Cooling Gas V5 V2 Selective Sampler v8 V3 MIcroJet Cryo Trap V7 V4 CGS Valve CV8 Number of Accumulated Runs Maintenance Limit 1000 239 Clear Maintenance Close Elapsed Time Fig 3 24 EGAPY 3030D 3 16 Ver 3 04 3 8 Fig 3 25 SN Fig 3 25 3 9 GC GC Fig 3 26 Fig 3 26 3 17 Ver 3 04 3 10 Ns
36. C Fig 3 1 7 Fig 3 1 GC Agilent 6890 GC Fig 3 2 1 cm Fig 3 2 SS 1 cm Fig 3 2 3 2 Ver 3 04 GC Fig 3 3 M4 x 6 mm Fig 3 3 GC GC 2 Fig 3 3
37. S OUT 1 Fig 1 2 Ver 3 04 A HzO B Fig 1 3 N2 Ver 3 04 1 3 Fig 1 4 Fig 1 5 Ee Fig 1 4 POWER AC 100 110V Fig 1 5 Ver 3 04 2 180 C 7L min GC 409C 600 KPa EGAPY 3030D PY 3030S PY 2020iD PY 2020iS
38. Ver 3 04 MODEL MJT 1030Ex FRONTIER LAB Www frontier lab com 1 2 GC GC MS
39. rder MJ1 7941 5 1 2L Re order MJ1 3101 A 5 Ver 3 04 WCre idvbCYOOPHMGOXNOC5RNFtyCV60220PH3VOSNECIDNFI RYANER7DCIAFHLDGWeti2NNHSKDevtvniahhn A 2 002 MAEDA 6220000200000 A 2 KUMAAACOHMMMANMEAMOO CAMCMM MAMACN22212400J 0 A 2 WW PMPWOOHNUUTOD on 4p nae ois tag enn eens A 3 WSKJMyM0iALOCACNDOOFLItOICURIybMOHAuJNG7PIByJRYSfnrdiiCNPysWDtkuFtefDHgydOnteE A 4 A 6 1 eee 1 1 1 1 1 1 1 2 1 1 3 Sayoudner petty dus rp wea nae Despre Ppa Do ginge top ai ne Dips 1 4 OO 2 1 NRhhriKT360RRNNRb1DAcHdPNIOXFigdKOCN62SSMF12N5NGBCAOR2T3 iAN3EYSRANG242sTMB94PoR2HStk3cN362oR0593 3 1 9 gt 0022 DAC2 02628 ing 3 1 32 392KVGNAMRRNU2MMKAMBORDDRYOAMAERM FNN02ENEOSSSKR022 3 2 3 3 oo 3 6 9 2 2 NT 003090UAORC2D3006040427SEA22220500P6228 EE DESEO 3 7 3 5 R MKN00 272F4OCR2 CARAO2040KAt2cNaukKANrdi3 3 9 96 0
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