マイクロ UV 照射装置 MODEL UV
Contents
1.2. 4 2 UV UV
3. Ver 1 20
4. 3
5. GC Fig A1 Fig A2 GC GC
6. 10 mlmin 300 kPa UV Py GC MS AirHe Air Air Gas OUT Fig 5 1 1 GC OUT 10 mMmin Fig 5 1 2 GC Fig 5 1 2 5 1 3 He IN
7. D A UV B QSP 1046E B QSP 1046E A C C1 PY1 7051 IN TN gt Q F UA1 30M 0 5F CD A1 UV1 7100 A2 PY1 7023 m C2 Ca UV 1 1 1 B E B1 QSP 1046E UV Xe 2 UV 1 1 UV E 2 Re orderNo UV1 3801 1 Re orderNo UV1 7012 1 HeAirr 1 F F1 UA1 30M 0 5F G G UV1 7806 W FF Ultra ALLOY 1 30m 0 25mm id 0 5um film USB 1 Ver 1 20
8. UV UV UV 1047Xe 280 450 nm UV UV PY GC MS UV Py GC MS ppm 4571892 US US7655185B2 Ver 1 20 1 2 UV Py GC MS UV Py GC MS
9. Fig 3 1 4 4 Ver 1 20 1MPa 10 3 1 2 UV UV 10 cm
10. 8 3 Ver 1 20 UV INTENSITY UV UV UV RS232C
11. 4 1 Ver 1 20 4 1 3 4 2 UV Py GC MS 4 2 Ver 1 20 5 5 1 UV 1047Xe He Air
12. ieSlUi JIS T 8141
13. UV 5000 UV GC GC
14. UV Ver 1 20 UV lt 30 kV 0 15
15. Fig 5 5 1 Fig 5 6 1 6 2 1 UV ON UV 1047Xe Control UV Instrument is not connected Option Select Com Portl Fig 6 2 1 IO 8 Select CO Panrt FnrH ho 1 Cancel Fig 6 2 1 Xa 6 1 Ver 1 20 6 2 2 ON OFF ON UV Xe 6 2 3
16. 7 2 UV 7 2 1 7 2 2 7 1 Ver 1 20 7 3 7 3 1 15 7 3 2 OFF 7 3 3 Fig 7 3 1 Fig 7 3 1 Xe 1 7 3 4 Fig 7 3
17. 2 1 Ver 1 20 G 3 1 UV 3 1 1 OFF Fig 3 1 1 Fig 3 1 1 1 JI Fig 3 1 2 2 3 1 Ver 1 20 Fig 3 1 3
18. SHUTTER ERR LAMP ERR 2 OVER HEAT LAMP CHANGE 3000 8 2 7 4
19. 3000 UV LAMP CHANGE 5000 1 UV ON Option Reset Accum Op Time Fig 7 4 1a Fig 7 4 1b Option Show Accum Op T
20. 1 MPa 10 4 MPa 40 UV Ver 1 20 eg
21. Fig C1 P N PY1 7911 a 1716 UV P N PY1 3511 1 16 a UV A GC P N UV1 3541 Fig C1 C2 C3 1 5 Ver 1 20 D GC D1 UV 1 25 mm HMP 1 25D Fig D1
22. UV UV mp He Air AirHe Air Air UV 30 UV UV He Air AirHe He Air B 15 GC C GC GC
23. Fig E1 10 mm Fig E1 E2 _ 80 mm 1 7 Ver 1 20 E3 Fig E2 5 mm Fig E2 1 8 Ver 1 20 2 GC A
24. 5 9 Ver 1 20 Micro UV Irradiator UV 1047Xe ALARM ATING TIME EE NN SHE d a lk BB g886 SHUTTER Po Xe ON OFF Fig 5 6 1 5 7 GC 5 7 1 UV 50 mMmin Vent free GC MS 15 MS MS Vent free GC MS 5 7 2
25. Fig 5 3 2 5 5 Ver 1 20 NR RW NR NNNR NNW EE CE CE s eae EE EE sa eee ee TE EE Fig 5 3 2 UV UV UV UV GC 5 6 Ver 1 20 5 4 5 4 1
26. 5 5 7 UV UV UV UV 1047 e Contro Option Aibout Start SOD Period clrradiation Time daa ONOFF Fig 5 5 1 5 8 Ver 1 20 5 6 UV 5 6 2 5 6 3 5 6 4 5 6 6 PC UV 1047Xe ControD UV 5 5 PC Fig 5 6 1 UV UV UV ON Xe O
27. COM Option Select Com Port sy 4 PC UV 1047Xe 8 4 Ver 1 20 9 na UV Xe UV GC UV GC Ultra ALLOY UV S4 ITF UV UV1 7105 UV1 7106 UV1 7012 UV1 7201 1 130cm 1
28. C6 D GC D 1 UV 1 25 mm HMP 1 25D Fig D1 Fig D1 D 2 Fig D2 Fig D2 2 6 Ver 1 20 D 3 Fig D3 Fig D4 Fig D3 Fig D4
29. OFF OFF UV 10 IN 5 11 Ver 1 20 6 6 1 UV Fig 5 5 1 Fig 5 6 1 6 1 1 UV ON 6 1 2 Xe ON OFF Xe 6 1 3 6 2 UV PC
30. C1 Fig C1 P N PY1 7911 0 UV FT P N PY1 3511 1716 We UV GC P N UV1 3542 1 16 5 Fig C1 2 5 Ver 1 20 C2 C3 C4 C5
31. EH 3 8 3 3 8 4 Fig 3 7 1 10 3 9 Ver 1 20 4 4 1 4 1 1 4 1 2 UV Py GC MS UV7Py GC MS Py GC MS
32. PC OS Windows 7 Vista XP RS 232C 1 EGA PY 3030D PY 2020ID PY 3030S PY 2020iS Swagelok 1 16 1 8 UV UV He Air Ultra ALLOY UA1 30 m 0 25 mm i d 0 5 um film 300 500 kPa 3 m 1 8 Swagelok 350 ml
33. UV AC 3000 3000 3000 NM lt Ver 1 20 UV
34. Xe UV UV UV Xe UV UV Xe UV UV UV 6 2 Ver 1 20 6 3 PS 1 2 3 mg A UV 60C 30 CUA1 30M 0 5F 30 m 0 25 mm 0 5 um 1 mmin
35. GC 2 1 Ver 1 20 5 ll mimin UV ITF MM 2 mlmin EF 2 mlmin 2 ml min i 2 ml min NG 1 Mi 1 ul RD Fig A1 IME 14 3 4 1 2 9 min Fig B 2
36. Fig B4 1 B5 1 6 mm Fig B4 2 Fig B4 2 4 Ver 1 20 B6 B7 B8 GC B9 GC C
37. 5 3 Ver 1 20 a UV b UV UV f Fig 5 2 1 UV UV _ _ _ _ UV L 1 mm 4 mm 8 mm Fig 5 2 2 UV 5 4 Ver 1 20 5 3 UV 5 3 1 UV UV Fig 5 2 1a UV Fig 5 3 1 5 UV 30 GC UV
38. Fig B1 B1 Fig B2 1 GC Fig B2 2 B2 Fig B2 3 Fig B2 4 Fig B2 5 Fig B2 1 3 Ver 1 20 B3 B4 B4 B4 B4 B4 B4 Fig B3 1 Fig B3 2 Fig B3 3 1 6 mm
39. 6 ug UV 100 UV 1 MS 2 ml min Py GC 150 C GC 150 C UA1 30M 0 5F GC 40 280 C 209C min 2 2 Ver 1 20 B GC Fig B1 1 6 mm Fig B1 B1 Fig B2 7 mp Fig B2 GC B2 Fig B3 1 Fig B3 2 2 3 Ver 1 20 B3 Fig B3 3 Fig B3 4 Fig B3 5 Fig B3 B4
40. GC Fig 6 3 1 PS BA AP 8 6 4 Ver 1 20 BA A Ne 6 10 4 BA AP 77 40 60 100 120 m z 100 120 m z Fig 6 3 1 PS BA AP 6 5 Ver 1 20 7 7 1 7 1 1
41. TD GC MS EGA MS Py GC MS UV Fig 1 2 3 Fig 1 2 4 Ver 1 20 UV 280 450 nm He Air 0 Fig 1 2 2 MFCH Ar MFC He Mass Flow Controller Fig 1 2 1 UV Py GC MS Sp 4 mm 8 mm 1 mm Fig 1 2 2 UV Ver 1 20 Relative Intensity 1 Relative Intensity 00 80 60 40 20 0 200 300 400 500 600 700 800 W
42. 1 1 Ver 1 20 5ml min 5ml min UV 2ml min a ITF ml AO Nm 1ml min 1ml min Fig A1 14F 5 e 1 2 min Fig A2 6ug UV 100C 1 MS 2mMmin Py GC 150C GC 150C UA 1 30M 0 5F GC 40 280C 20C min 1 2 Ver 1 20 B GC Fig B1 1 6 mm
43. IN He Air He IN 1716 1 16 He Air Air IN 1 8 300 500 KPa GC CARRIER IN He Air Gas OUT 1 16 1 16 NS EN o 5 mm GC
44. UV 1047Xe Control Fig 5 1 1 5 5 2 ON OFF 2 Stable 5 5 3 5 5 4 UV Set 5 5 5 START START UV 5 UV UV STOP 5 5 6
45. 5 mm Fig E2 2 8 Ver 1 20
46. Fig B3 4 GC GC Fig B3 1 4 Ver 1 20 C C1
47. el Fig D1 D2 _ Fig D2 Fig D2 1 6 Ver 1 20 D3 Fig D3 Fig D4 Fig D4 Fig D3 D4 E 3 1 E1 10 mm
48. GC Fig 5 4 1 5 4 2 UV 350 ml 712 A GC Fig 5 4 1 Ver 1 20 5 5 UV PC UV 1047Xe ControD UV UV UV 5 6 5 5 1 UV ON
49. 1 MPa 10 0 1 MPa 1 MPa 7 4 Ver 1 20 7 4
50. 1 16 gt 1 Air IN ME 18 Fig 3 2 1 3 4 Ver 1 20 3 3 UV UV Xe UV UV UV Xe Fig 3 3 1 UV Xe UV Fig 3 3 1 UV UV xXe 3 3 1 Fig 3 3 2 6 Fig 3 3 2 UV UV 3 5 Ver 1 20 3 3 2 UV UV Xe 1 2 3 UV 4 5 Fig 3 3 3 Fig 3 3 3 UV
51. Fig 1 2 1 UV UV UV Fig 1 2 2 UV UV UV
52. UV GC 10 mmin 5 1 Ver 1 20 Fig 5 1 3 Air Quick Stabilizing Pressure Controller QS P 1046E Air N Air He Fig 5 1 1 He Air Fig 5 1 2 He Air Air SN 5 2 Ver 1 20 5 1 2 GC He Air GC AirHe He 5 2 UV 5 2 1 UV PY1
53. UV UV 3 5 RS232C PC COM UV PC 3 6 UV AC 3 8 Ver 1 20 3 7 3 7 1 CD PC 3 7 2 Setup exe PC Installation Completed CD PC 3 8 Fig 3 7 1 3 8 1 UV M3 3 8 2
54. GC 5 7 3 GC GC GC MS He MS MS GC MS Ver 1 20 5 8 UV 5 8 1 ON OFF 10 UV OFF 5 8 2 Xe ON OFF Xe Xe ON OFF 10
55. 10 ml min Py GC ITF 200C 200C GC OFF 50C OFF GC MS ITF 200C B NN 50 mmin 15 UV MS GC MS 6 3 Ver 1 20 C GC 2 NM MM 1 50 GC 40 240C 20C min MS MS 200C MS 29 200 m z 2 sec UV GC MS A UV UV Py UV PS 1
56. Fig 1 3 4 He Air 1 6 Ver 1 20 ID Air IN Out He IN Py CGC Fig 1 3 5 He Air Air VH Air IN OUT He IN Py CGC Fig 1 3 6 He Air He 1 7 Ver 1 20 2 lt 280 450 nm 280 400 nm 350 400 nm 60 mW cm 365 nm 700 mW cm 280 450 nm 3000 0 100 1 AC100V 240V 50 60 Hz 300VA PC ON OFF 1 999 1 ON OFF
57. 5000 Ver 1 20 8 2 UV ON UV
58. kk SE 5 6 UV 0 3925 32082 28 REHP UL 19 0 BMD UNVO 009 HBsaBBB i 6 PC NN i 6 3 ki 1 1 Ver 1 20 7 7 1 EO lt 7 1 2 UN RA TE LR i 7 1 CII 0 7 2 4 OR i iii 7 5 89 NN7 ORK EWE 0 0 II Me 8 1 8 1 A Nn 8 1 2 OR Ci 8 3 9 kk 9 1 1 GC kl 1 1 A SRO oi 1 1 GC A ND Es 1 3 CEC DAN i cc 1 5 BV GOEL ERDOMRON TR i if gk 1 6 ORO i i 1 7 2 GC i CG 2 1 50UI 2 1 GC EA OE 2 3 CV CCDA Rit oi 2 5 DT OCOENE OR ON NNR 2 6 EO RO 2 7 A 11 Ver 1 20 1 UV 1 1
59. ppm UV Py GC MS GC Fig A1 Fig A2 GC
60. Fig 3 1 5 UV MM UOMO KN UNS OOOONUN UMN Fig 3 1 5 UV 259C 80 3 3 3 Ver 1 20 3 2 2 1 He Air QPS 1046E Fig 3 2 1 He Air GC GC GC
61. 350ml UV1 7305 8 5 5 UV1 7306 UA1 30M 0 5F PY1 EC80UV UV1 7701 UV1 3535 GC GC 1 80ul 20 UV UV 10 1 J UV A UV S GC 2 mm Te Ih EE UV1 3541 UV1 3542 UV1 7021 UV1 7202 9 1 GC 3 105mm 0 5 mm GC 3 127mm 0 5 mm GC GC 2 6 mm Ver 1 20 1 gt GC A ppm UV Py GC MS
62. Xe 3 3 3 Fig 3 3 4 Fig 3 3 4 UV UV Xe 3 6 Ver 1 20 3 3 4 Fig 3 3 5 a Fig 3 3 5 b Fig 3 3 5 cC Fig 3 3 5 3 3 5 UV Fig 3 3 6 3 7 Ver 1 20 3 4 UV Xe UV 3 4 1 UV UV UV 3 4 2 UV UV a FROTIE 1B Micre UV irradister UV 1047Xe OPE TE Pc Fig 3 3 7 UV
63. 0 1 MPa 1 MPa Fig A 1 B re 9 e WV _ ME sy i Fig A 1 Ver 1 20 fo UV 1047Xe FRONTIER LAB
64. 7 7 Ver 1 20
65. D4 _ E 3 1 E1 10 mm Fig E1 10mm Fig E1 E2 _ 80 mm 2 7 Ver 1 20 E3 Fig E2
66. Re order No UV1 K101 1 1 1 16 1 5m 2 2 Swagelok1 8 1 Swagelok1 8 2 1 8 2 2 Re order No UV1 K104 1 Ver 1 20 ea TI ERR su 2 Lc 9 SN kk Ui 1 UV i Na 12 UMPy GCIMS 1 3 kk SKI aii UV Oa 2 NUKI EN 3 NUVI RA N XNOUVT II DMO TR 34 UV Xe UV 2 SN AR NR SD No bi 36 NN LNRM SE SS 88 ZANE TAD DORONT TS AR 4 kk EAC CS CS 42 2 5 2 0 52 OU RI NNORO NN TC 689 UV 4 5 4
67. 2 Fig 7 3 2 2 7 2 Ver 1 20 7 3 5 Xe 7 3 6 7 3 7 Fig 7 3 3 Fig 7 3 3 3 7 3 8 Fig 7 3 4 7 3 Ver 1 20 Fig 7 3 4 4 7 3 9
68. 2 SHIFT UP DOWN OPERATING TIME 3 UP DOWN 0 1 7 6 Ver 1 20 8 8 1 UV Fig 9 1 1 1047 Xe Gantral ntinn nut Stait StOD lrradiatinn Time Perind Set 1 0 Start Elapsed 0 Stop Shutter open ciose Intensity 100 og Fig 9 1 1 8 1 Ver 1 20
69. D D1 UV1 4201 UV 1047Xe PARTS BOX UV 1 D4 UV1 4001 D3 PY1 EC80UV F i UV 1 NE 7 RS 232C 3m 1 4 D8 UV1 7501 D9 UV1 7201 l 1 350 1 350ml D10 UV1 7105 a 1 A 9 D2 UV1 7301 1 D5 UV1 7108 A UV 1 3mm 30 2 80uL 20pcs 2 D5 UV1 3802 D6 PY1 7802 1 1 8 3m 1 1 8 1 1 8 1
70. EC80UV 4 5 2 2 UV UV Fig 5 2 1 5 2 3 Fig 5 2 2 UV UV UV a
71. N OFF 5 SHIFT SELECT SHIFT SELECT UV UV UV 999 UV
72. Ver 1 20 UV MODEL UV 1047Xe FRONTIER LAB www frontier lab com 1 UV 2 UV GC GC MS snn
73. avelength nm Fig 1 2 3 UV 5 4 3 2 1 0 200 300 400 500 600 700 800 Wavelength nm Fig 1 2 4 UV Ver 1 20 1 3 1 3 1 UV UV Xe eT FRONTIER LAB QQ I UV 5 gt CONTROL SHUTTER LAMP O STABLE Sc DOWN UP Fig 1 3 1 UV PC AC Fig 1 3 2 UV Ver 1 20 1 3 2 UV Xe UV Fig 1 3 3 UV xXe UV 1 3 3 He Air Air Quick Stabilizing Pressure Controller QSP 1046E Air Air He
74. ime Fig 7 4 2 0 hr oh FE nul SUre resetting the lamp operating time a ez00 mk Accumrated Operating Time 0 hr b hid yau replace the ampe OK Fig 7 4 2 4 Fig 7 4 1 7 5 Ver 1 20 3000 U LAMP CHANGE 5000 1 UV ON
Download Pdf Manuals
Related Search