"取扱説明書"
Contents
1. GC 2010 192. GC 2010 19 1 4 2 19 19 1
3. 11 2 3 i 1 gt 7 7 TEMP Ti TIME a RATE TMP T2 TIM c ETIM d GC 2010 s 1
4. 1 5
5. 19 1 4 5 3MPa
6. 9 1 3 PF PF Monit 9 2 ili a Mot Zero
7. 1 SYSTEM 2 GC PF Off 3 40 C 4 FLOW On Off PF AFC Of 0m min 5 6
8. 1 2 3 4 GC 2010 2 2 3 2 3 6 2 3 7 Am s 300mm 530mm 440m
9. 3 4 AFC APC PURGE PURGE VENT PURGE SPLIT sPLIT VENT SPLIT VENT a b 12 5 2 GC 2010 119 12 12 5 12 S 1 12 S 1 1 INJ 12 5 3 CaR1 EPL 1 FILEEN
10. 1 2 N CU S 186 2 GC 2010 287 18 7 gt N 50 C
11. 12 5 9 1 FLOW DIRECT Advanced PF 11 5 13 dyarneed CR1 J kPa 1 min 1 2 UM ff miny 1 M 12 5 14 GC 2010 12 12 5 12 S 9 2 Off On
12. 16 6 4 DET COL COL DET DET COL CRG CRG Off 19 1 3 19 1 3 1 FID 1
13. OFF A s Off GC 2010 21 22 2 2 6 N
14. WBI WBI PTV GC 2010 109 12 7 gt
15. 18 3 1 100 100 18 3 2 SYSTEM PF
16. N _ A s
17. Zero Zero Zero 94 1 9 4 2 Line PF 98 GC 2010 2 10 START STOP 7 10 1 1 1 STATUS
18. 5 LL 12 7 gt 50 C 12 3 1 INJ P N 221 46977
19. 260 GC 2010 16 FUNOCTION 16 9 FUNC 9 16 9 6 16 9 4 PF2 16 9 6
20. 0 53mm WBI GC 2010 67 68 6 6 1 20
21. TCD 13 3 1 GC 2010 13 DET 13 3 TCD 13 3 2 13 3 2 1 DET 13 3 2 DET CCDS On 399 0 mm 75 2 Ch x19 13 3 2 DET
22. lt GC SYSTEM GC GC PF GC
23. 138 GC 2010 1 2 12 12 6 He Nz Hz Ar He AFG He Nz
24. 10 C min GC 2010 GC DIAG
25. 13 3 3 3 PF PF Program 13 3 3 4 8 Of a On On TCD 50
26. C O PC 13 2 1 GC 2010 13 DET 2 13 2 FID 13 2 2 13 2 2 1 DET 13 2 2 DET 1 FID1 Wi 4b On C So0 5 9
27. oA Qo As dedd 2 2 3 GC 2010 11 2 2 2 ON No 1 2 READY
28. FID FID GC 2010 299 19 19 1 2 2 6
29. GC 2010 301 302 19 19 1 19 1 4 19 1 4 1 FID E
30. DIRECT SPLIT SPLITLESS DIRECT Hs Nz Hz Ar He AFC He Nz
31. 5 ee 212 GC 2010 16 FUNCTION 16 1 16 1 13 4 5 16 1 8 16 1 9 PF PF
32. 18 8 1 5 30 1
33. 4 2 18 6 1 18 6 2 1
34. 500kPa 500kPa FID
35. Sisnali ol TemnFr i G 1 2 am 9 1 3 _ _ _e x ON SS nD OS 5 De GC 2010 9 9 1 MONIT 9 1 2
36. 16 6 16 6 4 0 00 9999 99min 000min END 250 00 250 00 C min END 0 END END 0 0 00 9999 99min 3 00min
37. 12 18 4 1 O 2 O 350 1 350 C O O O O O O
38. PF GC 2010 189 14 diag 14 6 1 pp DIAG 6 14 6 1 _Om Hoise Ch1 4k Or Ch ff Ch3 Off Ch4 ff Feak 14 6 1 14 6 2 On Off Off Noise No Noise Trunc Noise Ch1 4 On Off Off 14 6 3 PF PF
39. 10 10 60 GC 2010 77 7 GC SYSTEM 7 4 1 SYSTEM PF 7 4 1 PF SYSTEM Off SYSTEM On SYSTEM SYSTEM SYSTEM On E 5
40. 6 6 1882 svVV505 1 t t t 1 0 12 5 8 2 3 SPL 4
41. GC 2010 205 206 16 FUNOTION 16 1 16 1 3 1 16 1 2 8 Ho 16 1 2
42. 25mm 25mm 5 5mm WBI 122 1 110 GC 2010 AOOC 20i 40mm 43mm 50mm 4 40mm a AOC 20i b 50mm 43mm 12 2 2
43. TFC 3 4 3 TFC 3 4 3 7ml min Sn IFC 7ml min 3 4 3 GC 2010 39 40 3 AFC APC 3 4 AFC APC 3 4 5 APC APC GAS IN 3 4 4 3 4 4
44. ESC TFC gt 2044 2045 CARm ESC RS 2046 2047 CARm TFC 2048 2050 CARx 2051 2053 CARx AMC x 1 lt 3 2054 2056 CARx WBI 2057 2060 SE 2063 2066 DetAPCn makeup 2058 2061 es 0 00 DetAPCn n 1 4 2059 2062 lt 2985R2608 DetAPCn 2069 2086 APCy y 1 18 2132 2133 CARmAFC m 1 2 OkPa 0ml min AFC APC
45. 20 15 900 0 0 GC 900 15 900 10 0 20
46. 0 5kPa ml min AFC WBI INJ INJ 1 SYSTEM GC 3 6 1 6 3 2 2 br 3 6 1 3 AFC APC 3 6 AFC APC Flom CE1 kPa gt 82 2 2 i 9 2 0
47. 1 a 12 3 2 112 GC 2010 12 gt 12 3 2 12 3 3 0 0 350 1 O 4mm
48. 2 2 lt 4 3 1 GC 2010 49 4 N 4 4 1 OR F FID 1
49. 308 GC 2010 19 19 2 AOC gt 4009 AOC 4010 AOC 4011 AOC 4012 AOC2 4013 AOC 19 2 S gt 4101 4104 DET n TCD n 1 4 4105 4108 DET n FTD n 1 4
50. GC GC 2010 GC SYSTEM PF GC GC
51. WBI 2 6 2 _ 5 5mm 1 1 AOC 20i 25mm
52. AC HOT AC NEUTRAL GROUND 2 5 1 GC 2010 O OFF ON OFF ON 3 5 3 25 x 1 5 Fd 1 0 5 0 1 1 1 0 100 200 300 400 C 2 5 2 GC 2010 F1 F2 15A 250V T F1 F2 10A 250V T F3 F4 5A 250V T F3 F4 3 15A 250V T F5 F6 5A 250V T F5 F6 5A 250V T IEC127
53. 1 0 3 5 3 3 0m min GC 2010 0 00 9999 99min 1 00min 8 SET 8 1 SET SPLIT SPLITLESS DIRECT SPLIT SPLIT SPLITLESS TFC
54. 12 4 2 2 MI ee 12 4 3 118 RR GC 2010 AM NNNNA TNI 12 7 gt 3 4 AFC APC PURGE PURGE VENT SPLIT VENT 12 5 1
55. GC 2010 155 156 13 DET 13 3 TCD 0 100mA 0mA ER 0 0 SYSTEM GC PF 10
56. On On o ZERO LEVEL MONIT PF ZERO ZERO TCD x 1 x 1 TCD He 7 5m min N2 8 0ml min
57. GC 2010 gt 185 186 14 diag 7 CRG CRG On 14 4 1 DIAG 4 14 4 1 minj Cmin _ 89 MRRRIRRIIIVIIIKIIRIRIIL So 3 0 OIAMIAMKRIIARIRIIIKRILK 4k Yos min fmin _ 190 14 4 1 GC 2010 14 4 2 Yes No Yes 0min CRG On 15 3 CRG
58. 2 GC 2010 16 FUNCTION 16 6 16 6 7 3 16 6 7 13 DET 135 Charnrnel 1 Flom eR jlIIIIIE Es I OT RE 1 or 2
59. 3mm 0 350 C 0O 0 0 O O 0O mm 0 WBI 12 3 4 0 GC 2010 113 O O
60. TFC ESC 3 4 1 ESC TFC TFC 4 67ml min CARRIER a 4 67ml min 1 PURGE VENT ESC b a a b 0 32mm 25 0m 0 50m He 3 4 2 GC 2010 3 4 4 CARRIER IN PURGE VENT 3 AFC APC 3 4 AFC APC DIRECT AFC DIRECT WBI WBI 3 TFC 3 4 3 7ml min 3m min
61. 148 GC 2010 13 DET 13 2 FID gt gt FID FID FPD On Off FID FID FID 13 2 2 S FID
62. Buff1 Buff2 DET 1 DET 2 DET 3 DET 4 13 5 1 x 10 x 102 x 10 3 x 10 4
63. 12 5 FILE9 2 min We min 1 7 7 9 99 1 EN PF 13 2 4 GC 2010 13 DET 13 2 FID 13 2 3 S 0 00 9999 99min 000min END 400 00 400 00m min2 END
64. O 100 6 1 2 FLOW PF COL vy
65. 30 16 6 16 6 4 12 6 1 3 PF PF 2 INJ GC 2010 137 12 12 6 12 6 2 12 6 2 1 FLOW 12 6 3 AFC
66. Of On Off 3 Off On On Auto READY 0 00 9999 99min 010min On On GC 2010 135 12 Zs WBI
67. GC 2010 177 14 diag 14 2 14 2 3 On Off On Off 1 DIAG 2 1 14 2 2 50 50 2 Sgtgm 1 2 5 12 TEE Sgtem Fonmer B11 S11 MY SYStem 11 EE 11 010 SYStem 11 8 11 ES Power 14 2 2 1 2 PF PF PF pf2
68. 1 GC 2010 291 2 INJ DET 3 4 Nz He GC tk SG 10 20m min 300 C CR RE 3 4 5 292 GC 2010 07000 18 7 2 FID N FID 1 2 50 C 3 Off 4 FID FID
69. 16 6 9 START STOP START STOP GC 2010 101 1100 COL 11 1 1 END 0 11 COL 7 7 COL
70. 310 GC 2010 19 19 2 xxx COLINJ1 DET1 1003 1009 xxx INJ2 DET2 AUX3 AUX4 AUX5 gt 1010 1017 xxx xxx COL INJ1 DET1 1018 1025 xxx INJ2 DET2 AUX3 1026 1033 xxx AUX4 AUX5 CRG gt
71. START GC Ch 16 6 9 1 FUNC 6 7 16 6 19 Ch _Om Ch _Om Ch3 Off Chd 4bOf 166 19 16 6 9 2 Ch1 Ch4 On Off On On Off GC 2010 245 16 FUNCTION 16 6 16 6 10 16 6 10 1 FUNC
72. WBI SYSTEM GC
73. 100Line 0 00 9999 00 AOC AOC GC Ready GC GC TF AOC HSS A ec Ready 16 4 4
74. 1 1 1 1 1 2 NN NE RE 2 2 2 1 WAS 5 2 2 TL 8 2 3 eo 14 2 4 IE 16 2 5 EE NANA 17 2 6 he 20 2 7 NB IE 27 3 AFC APC 3 1 AFC APC 33 3 2 34 3 3 35 3 4 AFC APC 36 3 5 AAFG APC RRR RL I RE NA 42 3 6 AFC APC 44 4 4 1 A 47 4 2 2 48 4 3 49 4 4 Rb 50 4 5 52 GC 2010 5 5 1 53 5 2 On Off 57 5 3 SS 58 5 4 i 63 6 6 1 SN 65 7 GC SYSTEM 7 1 SYSTEM
75. GC Of AOO 20i 18 C 28 C 28 C AOC GC 2010 7 1 1 7 GC SYSTEM SYSTEM SYSTEM GC
76. 2 1 2mm 284 GC 2010 AOC 20i 25mm 25mm Y 5 5mm 4 WBI 18 5 4 3 GC 2010 285 18 7 4N 50 C
77. 2 19 19 1
78. Ready 11 1 3 PF PF 1 1 Fan Of mE Fan On 104 GC 2010 11 COL 7 2 11 2 1 11 2 2
79. 2 30 0cm s 00 1200 0ml min 3 5 1 50m min 1 0 0 0 9999 9 1 0
80. 20 GC 2010 221 44025 02 300m3 2 2 6 A 1
81. 2 7 4 M4 1 2 7 5 GC 2010 31 2 2 7 8PIN P N221 48568 91 EVENT91 92 OPEN CLOSE 16 3 2 7 6 EVENT91 1 COM 2 NC EVENT 91 1 COM 3 NO EVENT 91 1 COM EVENT92 4 COM 5 NC EVENT 92 4 COM 6 NO EVENT 92 4 COM OPTION 7 GROUND 8 GROUND 32 GC 2010 AFc APC AFC
82. 1 cm P 2 o 2 x P 0 234 fo o x 6 29 g4 x 104 L V T 34 GC 2010 dIV Hf 9dV dk7 LTAGYFEIOdV 1 ON7 1 HN7 ATIOALNOD LITdS Old19 OS YATIOALNOD S5gr1d ATLd S OdS YATIOALNOD MOTA TYVLOL O4L 35 2 3 AFC APC J dIV 47 dIV
83. 0 0 970 0kPa 3 5 1 0 0kPa 0 00 9999 99min 000min 1 END 400 00 400 00ml min2 END 0 0 1200 0ml min 3 5 1 50 0ml min 0 00 9999 99min 000min 74 GC 2010 7 GC SYSTEM 7 2
84. 6 18 2 7 FID 18 2 8 GC 2010 277 278 18 7 50 C
85. GC PF 76 GC 2010 7 3 3 7 GC SYSTEM 7 3 0 0 6000 0min 0 0min SYSTEM GC PF SYSTEM On On O
86. 0mA SO 1 12 30 C 400 C 3
87. 17 4 16 5 1 16 5 2 500 500 17 4 16 5 3 PF PF PF GC 2010 231 232 bs 16 6 1 16 6 2 16 FUNC 6 16 6 1 a FANCTION
88. CITP INJ2 AITP DET1 DETT DET2 AUXT AUX3 TCDT AUX4 AX4T AUX5 AX5T DET 1 DET 2 D3RG DET 3 DET 4 D1PL D2PL D3PL D4PL D1CR D2CR D3CR D4CR DET 1 DET 2 DET 3 DET 4 DET 1 DET 2 DET 3 DET 4 D1RG D2RG D4RG GC 2010 269 17 17 3 STOP 4 DO TQ 0
89. 306 GC 2010 19 19 2 gt 5002 5003 5004 5005 gt 5006 5008 _ Ne Neel CARx x 1 lt 3 gt 5009 5
90. 8 16 9 1 EE 16 9 1 GC 2010 257 16 FUNCTION 16 9 16 9 2 FUNC 9 1 15 9 2 16 9 2 PF2
91. GC PF GC SYSTEM FILE K 7 3 2 0 9 GC GC SYSTEM GC PF
92. 14 1 18 2 2 100 14 1 18 2 3 0 18 2 4 18 2 5 18 2 6
93. INJ 7 GC SYSTEM 1 282 GC 2010 18 18 5 18 5 1 INJ 221 46977 18 5 2 2 18 5 3 O
94. 350 C 350 C 1 50 C 0kPa OkPa 2 12 4 1 GC 2010 117 1
95. 221 34121 93 PURGE 221 42559 92 SPLIT 221 42559 92 CARRIER PURGE DF ET MT hm W 3 SPLIT 18 8 1 CARRIER PURGE HH1 hc PUNGE Li 18 8 2 WBI 290 GC 2010 18 18 8 18 8 1 2 PURGE SPLIT 6
96. TUDS C 3 25 9 2 1 MONIT 9 2 2 PF PF 9 3 Monit GC 2010 MONIT 9 J 9 3 1 SFL1 i 83 8 9 ET AH
97. 3 1 1N 7 8 1 10mg 2mg ON
98. 1 b 1 2 4 5 2 SYSTEM PF GGC MONIT 50 FLOW Off 52 GC 2010 5
99. 10mg 2mg WBI 5mg WBI 1 2 WBI 12 2 1 1 2mm
100. 14 3 1 DIAG 3 14 3 1 AOC Ho RN te FOR Yes 19 7 gg Yes 1 14 3 1 184 GC 2010 14 diag 14 3 14 3 2 AOC Yes No No Yes AOC Yes No Yes 0 0 9999 100 14 3 3 PF PF
101. Ready Ready Fail PF PF PF2 PF GC 2010 179 14 diag 14 2 3 ENTER 14 2 4 1 3m 1
102. TEMP GC Ready Not Ready FLOW GC Ready a Not Ready GC 2010 5 gt On Of V
103. GC STATUS TEMP FLOwW STOP DIAG SYSTEM 16 GC PF PF Progrommable Function PF GC GC
104. 12 5 5 12 5 6 miny kPa min 5 1 7 1 _ 19 99 1399 9 W 2 END 15 2 2 APC GC 2010 201 15 OPTION 15 2 AUX APC 1S 2 S AUX APC PF 15 2 3 APC PF AUX APC 15 2 3
105. V ENTER PF PF PF PF 16 4 S 131
106. GC 2010 29 2 2 7 AOC 20i GC 2010 AOC ON OFF AOC 20 AOC 20 AOC 20 GC 2 7 3 READY START Ge 1 i e 2 IO 3 IG 4 oO lo START OUT READY IN AOC RS 232C D sub AOC RS232C 6P GC AOC INJECTOR 1 230V
107. O O 0 0O 0O 18 5 280 GC 2010 18 18 4 0 1 O O 4mm 3mm 2 O
108. AFC APC 0 2ml min GC 2010 281 18 7 gt 50
109. FPD gt 4113 4116 DET n FPD 4117 4120 DET n FPD 4121 4124 DET n FPD 4125 4128 DET n FPD FPD FPD GC 2010 309 19 19 2 TCD gt 4201 TCD 4202 TCD TCD gt 4203 4206 DET n n 1
110. GC 2010 16 FUNOTION 16 3 3 PF 16 3 2 vV ENTER PF 16 3 100Line 0 00 9999 00 FILE FILEE kming 5 0 min Fumetion Wal 1 1 FID1 LM 5 FID1 zero 16 3 2 16 3 4 PF PF
111. 1 AOC 00 99 00 1 0 1 0 9 STRT 0 4 GC AOC HSS MN 270 GC 2010 17 7 Z
112. 10 1 3 STATUS START GC 2010 10 7 10 2 1 Ready STOP STOP Ready 10 2 2 START STOP
113. No 1 2 3 a Le IF ITI TTFTTTFTTTTTTFTTT 10 RR GC 2010 RMA _A_ L 2 2 2 2 OFF
114. PEG 0 20mm 0mm 0 2mm 1 5ml 0 10mm 4ml 0mm 196 GC 2010 15 OPTION 2 15 1 0 22mm 0mm 1 99 1 1
115. gt 36 ROM 37 RAM 38 CPU gt 29 19 2 2 gt 5001
116. 18 6 1 2 286 GC 2010 18 18 6 SYSTEM PF GGC MONIT 50 FLOW PF Off
117. Of 2 7 C R8A C R7A C R7A plus C R7A C R7A plus 221 47251 92 GC 2010 157 13 3 2 3 PF PF APC Gas 13 3 3 DET EE UE ANN 3 13 3 3
118. 1 TCD ECD 2 3 GC 2010 M G M G M MF 2 2 6 1 M GM GF
119. 12 18 S 1 18 5 2 SYSTEM PF INJ 50 C INJ INJ DET FDD
120. or 2 4yBuff 16 6 7 16 6 7 4 16 6 8 Channsl 1 MM MI SPL1 WE12 FID1 TCD2 SPL3 FPD4 ECD5 16 6 8 GC 2010 239 240 16 FUNCTION 16 6 16 6 7 5 APC APC APC Flow
121. 2 30 0cm s GC 2010 121 12 12 5 1 0 0 0 9999 9 1 0 1 0
122. 312 GC 2010 gt 19 19 2 2087 2088 CARm ESC 2 Im 2089 2090 CARm TFC 2091 2093 CARx 2094 2096 CARx AMC x 1 lt 3 2097 2099 CARx WBI 2100 2103 2106 2109 DetAPCnmakeup 2101 2104 DetAPOn 1 4 2107 2110 e n n 2102 2105 4 002 DetAPCn 2112 2129 APCy y 1 18 2130 2131 CARmAFC 2 Im 2134 2137 CARm AFC 2138 2140 CARx x 1 lt 3
123. APC APC1 APC18 Yes No Yes APC Yes No Yes FTD Yes No Yes 10 Ready 10 Ready Yes No Yes 16 6 6 3 PF PF GC 2010 237 238 16 FUNOCTION 16 6 16 6 7 4
124. SN 13 4 1 0 1 20ms SN 10 1 a 0 1 S N 13 4 1 S N GC 2010 163 13 DET 7 5 13 S 1 9lGlololoIG gt RS 2326 oooo ooo gt ch gt ch2 w le WW 13 5 1 Ch3 Ch4 4 1
125. PET T HO Ho 4y_No No 9 4w_ING 3 16 1 8 16 1 9 GC 2010 213 214 16 7 gt AOC 16 2 1 FUNC 2 16 2 1 Aoc Single CB1Tg Vial CC LF HIRJ Me CHD I I 1 30Chi m 1 4 B 1 Ch1 16 2 1 AOC STATUS AOC AOC
126. 18 5 6 AI 19 GC 2010 14 diag 7 gt 14 2 1 DIAG 2 14 2 1 14 2 1 14 2 2 On Off
127. GC 2010 123 12 12 5 12 5 3 12 S 3 1 FLOW PF 12 5 5 CAR1 kmm 9 3 m _ 25 9 m _ 9 59 12 5 5 12 S 3 2 001 6 00mm 032mm 0 1 250 0m 25 0m
128. MM On Of APC On _ On Off Off gy RR 5 On Off On Off DET1 DET2 AUX3 2 9 AUX4 AUX5 2 AOC EL a O FILE
129. 1 O O 2 1 3 1 2 12 3 5 12 3 6 Carrier 12 3 6 114 GC 2010 12 12 3 LL 12 3 7
130. FUNC 9 16 9 7 PF 15 9 4 PF2 16 9 7 GC 2010 261 16 7 ROM No ROM No 16 10 1 FUNC Version PF 16 10 1 372 16 10 1 No 16 10 2 No 262 GC 2010 17 7
131. PF TEST 188 GC 2010 14 S 3 1 2 3 4 5 6 7 14 diag 14 5 gt SET PF File 1 1 1 1 gt FLOW PF
132. 122 GC 2010 12 12 5 1 0 970kPa 1200m min 2 0 970kPa 12 S 2 3 PF PF 12 5 3 Gas Saver ee 12 5 4 On
133. 17 4 GC 2010 209 210 16 FUNOTION 16 1 1 Relay Event 91 92 V91 91 Point A or B AUX I O V93 96 PointA or B On Off Event 1 16 On or Off Blower On or Off Cooling Fan On or Of AC On Off CRG INJ On or Of CRG Colum On or Off AC On Off AC On Off On Off Event PRG On Off Event 91 92 CPU A B AUX O Event AUX 1 O A B Blower Cooling Fan CRG INJ CRG Colum On Off 16 1 9 V
134. 4 DET1 TCD 2 6 1 1 40min 2 4 DET 1 5 2 6 6 0min 2 gt 4 h 4 7 Co ul GC 2010 tmin _ 4 TCDg TCD2 tmin 8 TCD2 mni Frmcticn Walue 1 TDS PP TLS 16 FUNOTION 16 3 2 gt AOC 0 2 1 30min 1 30min min h 4 2 ET h 4 3 2
135. AOC AOC 1S 1 12 PF PF AOC AOC 20 3 4 198 GC 2010 15 OPTION AUX ApPc AUX APC 1S 2 1 AUX APC OPTION OPTION PF 15 2 1 AOC AUX APC CRG
136. 1924 16 2 7 GC 2010 215 216 16 FUNCTION 16 2 16 2 4 PF 162 2 A V ENTER PF 100Line Sing1e anC 2g1 g Vial DPHRJ CH U U 1 CR1 g 1 4 B 1 Ch1 1 Nat
137. 12 5 6 4 1 gt FLOW F1 TIME a a F2 F1 RATE RE FLW F2 TIM c 1 gt 30ml min 5min 20ml min 10min CE A FILEG EE ming 18 33 Wig W miny 2 19 gW 1 3 9g 39 9 5 9 2 EN 12 5 10 GC 2010 129 130 12 12 5 12 5 7
138. GC 2010 6 6 1 INJ DET FID J 69mm WBI TCD 34mm 50mm LE
139. SFL1 MEIS SPL3 UU UUUUU FIh1 TCTZ FFD4 4 ECD5 HIE I 0C1 A HSS 8 3 1 GC 2010 8 SET 8 3 SPL WBI FID TCD 1 SPL FID SPL FID 1 SPL FID 4 SPL 1 EI UO FIh1 INJ TCU DET TE IIIIIII FAIAIIIII ET SS 8 3 2 1 GC 2010 89 90 lt 8 SET 8 3
140. 1 aPCT APOS FCSj aFC1y AFC11 AFC1Z FC1H3 APCH4 AFC15 PD16 AFPC1H7 KaFC18 16 6 11 APC 16 6 7 6 PF 16 6 12 SigCh PF Ch Zero MM 7 n 1 16 6 12 GC 2010 241 16 FUNCTION 16 6 16 6 8 16 6 8 1 FUNC 6 6 16 6 13
141. 12 5 7 1 FLOW DIREOCT Split Prog PF 12 5 11 min 1 7 mn 0 1 EMD 12 5 11 12 5 7 2 0 00 9999 99min 000min 1 0 0 0 9999 9 10 1 12 S 7 3 PF PF 1 1
142. 0 END END 0 13 2 3 6 PF PF Mak Up Prog H2 Prog Air Prog 1 1 GC 2010 153 154 13 DET 7 TCD 13 3 1 TCD TCD TCD
143. 1 READY CAR1 On CAR1 Of 2 CAR1 2 READY GC 2010 17 17 4 Event xx Event xx CAR2 On CAR2 Of 3 CAR2 1 READY CAR2 On CAR2 Of a CAR2 2 READY 4 CAR1 CAR3 On CAR1 CAR3
144. Ready STATUS GC 2010 16 FUNCTION 16 6 16 6 3 16 6 3 1 FUNC 6 1 16 6 2 2 412 18 2 4 2009 4 12 hh mm gg 16 6 3 2
145. 4 18 7 1 18 7 2 SYSTEM PF GGC MONIT 50 C FLOW
146. Not Ready Ready FL CK1 SFL1 kPa 5 62 2 5 1 2 GC 2010 55 56 5 5 1 5 1 3 GC 3 STATUS TEMP FLOW GC 3 3 STATUS GC OFF Ready Off On Not Ready
147. GC 2010 147 13 DET 13 2 FID 2 SYSTEM On Off DET On GC PF SYSTEM PF FID 3 SYSTEM Off GC PF SYSTEM FID On PF FID
148. GC 2010 12 12 5 12 5 7 4 1 gt SPLIT S1 TIME a SPLT S2 1 gt m mm 59 1 5 99 89 EN 60 5 00min 50 12 5 12 GC 2010 131 132 12 12 5 12 5 8
149. 19 1 1 19 1 1 1 19 1 1 2 19 1 2 19 1 2 1 19 1 3 19 1 3 1 FID 1 2 3 19 1 3 2 TGCD 1 2 3 19 1 4 19 1 4 1 19 1 4 2 19 1 4 3 19 1 4 44 19 1 4 5 GC 2010 297 298 19 19 1 19 1 1 19 1 1 1
150. ul MMEZEE Il kPay 3 0 ll INI1 NT k Il EE NN C 7 2 1 GC 2010 7 GC SYSTEM 7 2 7 2 2 0 0 450 0 C 25 0 C GC Para 0 0 970 0kPa 3 5 1 100 0kPa
151. 10 PDD INJ DET PF 5 PF INJ STATUS GC 2010 279 18 7 O AN 50
152. GC 2010 253 16 FUNOTION 16 7 16 7 S 16 7 S 1 FUNC 7 3 16 7 6 ENTER 16 7 7 PF FF2 RAH UM 16 7 6 16 7 7 16 7 5 2 Ready 0 9
153. 2 PF PF PF PF2 PF GC 2010 181 14 diag 14 2 14 2 6 1 DIAG 2 4 14 2 6 100 100 En FI rE Pi 1 7 CAR2 8 RG 11 33 WEGOGS Sg FC15 SE 18 833 EEg
154. DIRECT GC 2010 TFC 71 6ml min r 71 6ml min CARRIER IN Hh 3ml min WP 3 fh PURGE VENT 66 9ml min 66 9ml min DR SPLIT VENT ESC n b a a b 0 32mm 25 0m 0 50m He 40 66 9ml min 1 67ml min 3 4 1 GC 2010 37 3 AFC APC 3 4 AFC APC 3 4 3 SPLITLESS AFC TFC 3 4 2 40 30cm sec 3ml min
155. STATUS 16 6 6 1 FUNC 6 4 Ready 16 6 5 Yes Ready STATUS 16 6 5 Ready 16 6 6 2 Yes No Yes Yes No Yes Yes No Yes Yes No Yes 236 GC 2010 AUX 16 FUNOTION 16 6 Yes No Yes Yes No Yes APC
156. 0 53mm S N 12 6 1 136 GC 2010 12 12 6 12 6 1 12 6 1 1 INJ 12 6 2 RC A FILEGR 6 1 9 12 6 2 INJ 12 6 1 2 00 450 0 C 250 C
157. 16 3 1 FUNC 3 16 3 1 2 giFILE9 tming 5 min Fumetion Valus 1 1 FID1 1 ls 0 FID1 geYo 16 3 1 16 3 2 PF PF 16 3 3 Line
158. 10 1 2 3 Copyright 2000 GC 2010 7 2
159. 150 H 100 50 100 200 300 400 DET C 13 3 3 4ms 5ms 10ms 20ms 50ms 100ms 200ms 500ms 1s 25s 200ms 13 4 GC 2010 13 DET 13 3 TCD Of Ch1 Ch2 Ch3 Ch4 ch 4 1 2 Buff1 Buff2
160. EE 1 GC 2010 223 224 16 FUNCTION 16 3 16 3 5 1 ECD tg a 2 Zero On Off Zero On Of FTD FTD On Off
161. PF GC 2010 14 diag 14 2 2 14 2 4 1 DIAG 2 2 14 2 3 25 545 1 1 11 18 3 15mi 1 Fail 14 2 3 1 2 PF
162. 0 0 20 0m min 8 0ml min 0 00 9999 99min 000min END 400 00 400 00m min2 END 0 END END 0 13 3 3 6 PF PF 1 lt 1 162 GC 2010 13 DET 7 200mns SN
163. 4 4 1 44 2 10mm 3 4 2 4 4 3 3 a 4 4 4 b _ X 44 5 50 GC 2010 4 44
164. 1 221 44527 30 1 2 AOC 20 221 40267 1 1 AOC 221 44819 1 2 221 45608 91 1 3 4ml 221 32949 01 1 4 1 5ml 221 45609 92 1 221 45610 91 5 10l 221 34618 1 6 072 60330 01 1 7 221 44584 2 8 221 44790 5 9 221 44780 2 10 037 02820 1 11 4ml 221 34267 91 1 5 12 4ml 221 34268 91 1 5 13 4ml 221 34266 91 1 15 14 1 5ml 221 34272 91 1 20 15 1 5ml 221 34273 91 1 20 16 1 5ml 221 41239 92 1 40 AOC 100V 230V 100V P N 221 48401 91 1 AOC
165. Event xx Event xx 3 Event 1 16 91 96 Event 1 16 open 91 96 B normal 1 1 1 On option PRG 1 1 Off option PRG 2 1 1 On option PRG 1 1 Off option PRG 3 1 1 On option PRG 1 1 Off option PRG 4 1 1 On option PRG 1 1 Off option PRG 5 1 1 On option PRG 1 1 Off option PRG 6 1 1 On option PRG 1 1 Off option PRG 7 1 1 On option PRG 1 1 Off option PRG 8 1 1 On option PRG 1 1 Off option PRG 9 1 1 On option PRG 1 1 Off option PRG 10 1 1 On option PRG 1 1 Off option PRG 11 1 1 On option PRG 1 1 Off option PRG 12 1 1 On option PRG 1 1 Off option PRG 13 1 1 On option PRG 1 1 Off option PRG
166. GC 2010 175 176 14 diag 14 1 Good Not Good N T Not Tested N A Not Applicable N S Not Selected N I Not Installed TCD NII ROM HP DE Not Good 18 3
167. 0n Off Off On On On Of 4ms 5ms 10ms 20ms 50ms100ms 200ms500ms 1s 2s 200ms GC 2010 145 13 DET 13 2 FID 13 4 Of Ch1 Ch2 Ch3 Ch4 ch 4 1
168. A V lt gt On Off ENTER 8 4 1 On 4b On On Qff 0ff on ff _Dn _Om Qff 8 4 1 GC 2010 91 92 GC 2010 2 So 9 MONIT 9 1 1 MONIT 9 1 1 ES Monit Monit PF
169. RS 232C C R8A 2 164 GC 2010 13 DET 13 5 13 5 2 2 3 4 5 DET Ch1 Ch4 Ch3 Ch4 DET
170. APC APC 1ch ECD TCD APC APC 2ch FPD APC APC 3ch FID FTD APC DET GAS NON SLOT1 8 NON SLOT1 SLOT3 SLOT5 SLOT7 APC APC NON INJ1 INJ2 DET1 DET2 AUX3 AUX4 AUX5 NON
171. ESC 11 5 2 DIRECT TFC SPLIT SPLITLESS DIRECT 0 0 450 0 C 25 0 C 0 0 450 0 C FID 25 0 C 1
172. 1 Eg 16 2 7 PF 16 2 3 2 1 A V ENTER PF Dual a0C 29i g PF
173. GC SYSTEM Off SYSTEM 7 1 1 GC GC Clean Up GC PF GC GC SYSTEM On SYSTEM 7 1 2 GC GC PF GC GC
174. SYSTEM PF GGC MONIT 50 C FLOW PF Off FID FID 1 FID FID 2 294 GC 2010 lt 18 9 3 FID 2 FID
175. 1 6 1 12 RS NE ERR EE RR 1 150 0 1S 1 6 PF PF GC 2010 1S 1 7 AOC AOC Other Para PF 15 1 3 AOC 15 OPTION 15 1 AMIAMI 4k 3 YS8 11 am 9 _ 9 _ 9 a 1 Eml 15
176. 3 5 3 3 0m min 1 0 0 0 9999 9 10 1 00 450 0 C 250 0 C 0 0 450 0 C FID 250 0 C FID AUXAPC 0 0 400 0kPa 100 0kPa
177. V V 16 6 11 GC YY A A lt gt 5 2 1 GC 2010 57 5 S 3 1
178. gt 5 6 CPU gt 34 CPU gt 35 GC
179. G 7 300kPa 8 FLOW DIRECT 9 150kPa On Off PF AFC On 10 5 125 175kPa 175kPa 125kPa GC 2010 115 116 12 12 3 11 2ml min 2m min 12 FLOW On Of PF AFC Off 13 1 15kPa 0O 0 21kPa
180. 16 6 7 1 FUNC 6 5 16 6 6 MUM CH TCIE ENTER Ch3 Ch 16 6 6 16 6 7 2 PF 13 nD PF 16 6 7 6 Data File PC PC oy Det Sig
181. CRG On 300 15000 43800 DC DC5V DC24V DC 15V FTD DC24V
182. OFF TI GC 2010 1 GC 2010 Off 2 Off 3 4 Off 1 GC 2010 IV
183. READY 3 4 5 6 7 8 RS 232C RS 232C 9PIN 9 EVENT91 92 10 AOC AOC 20i s RS 232C 11 ch1 ch2 12 AOC AOC 20i s 12 1 INJUJECTOR 1 12 2 INJECTOR 2 12 3 SAMPLER 12 4 RS 232C 12 5 12 6 Start out Ready in
184. 12 S 8 3 PF PF 1 1 On On On Off GC 2010 133 134 12 12 5 12 5 9
185. 2 lt gt 3 ENTER ENTER ENTER ENTER CE lt b On on of On Sh A a _H ENTER Qff 5 3 4 GC 2010 S 3 S 5 5 3 1 A vV
186. Peak a 190 GC 2010 2 15 OPTION 7 A0C 20i AOC 20s AOC 20 AOC 20 1S 1 1 SET AOC1 A0C2 8 3 OPTION OPTION PF 15 3 1 AOC AUXAPC CRG AOC Doal a
187. 2200 5 12 13 59 22 159 C 15 9C 1 x1 1 MH 199 evr 83 9WL Vo REmi mn BR 32000 Eignall Fetentinon Time oe Bo Bt 1 RN Scrol1 9 1 1 MONIT 9 1 2 FID FPD On Off FID FT On Off GC 2010 93 94 9 9 1 MONIT PF
188. Buff1 Buff1 Buff2 START DET Buff1 Buff2 Buff2 START GC 2010 165 CHROMATOPAC C R7A CH 1 REPORT No 21 20 2 SUMPLI C03 93 10 15 10 40 44 CBP1 S25 050 4m min 60 C 2min 1 50 20 C min 52mA 220 C ATTEN 2 250 C SPEED 1
189. 1034 COL CRG 1035 INJ2 CRG CRG gt 1036 2 1037 1044 xxx xxx COL INJ1 DET1 INJ2 DET2 AUX3 AUX4 AUX5 gt 1045 COL
190. 300 980kPa 300 500kPa 300 500kPa 300 980kPa 2 6 3 AFC APC 12 5 2 12 6 2 12 5 3 3 AFC APC
191. O O O 1 SYSTEM 2 GC PF Of 3 40 C 4 FLOW On Off PF AFC Off
192. Fumction Waluge 1 1 CE 8 1 Ready 16 1 3 16 1 4 16 1 5 PF PF 16 1 6 GC 2010 207 208 16 FUNOTION 16 1 16 1 6 PF 16 1 5 A V ENTER PF 100Line 00 00 23 59
193. SYSTEM PF PF PF PF Programmable Function PF GC MONIT GC 1 SET FUNC COL FLOW
194. Yes No No AOC AOC AOC On Off On GC 2010 AOC On Off 192 GC 2010 15 OPTION 15 1 1S 1 3 PF PF AOC AOC PF PF AOC 15 1 4 OtherPara AOC 15 1 7 15 1 10 AOC
195. 2 7 3 AOC 230V INJECTOR 2 AOC INJECTOR 1 SAMPLER1 AOC 1 AOC ON OFF GC 2010 AOC 20 OPTION AOC AOC ON OFF 15 1 30 GC 2010 2 2 7 AOC 20s M4 4 GC 2010 8 4
196. ENTER GC 2010 5 5 1 S 1 2 16 3 1 V GC GC READY NOT READY RUN 15 aC 1 ka 8 15 x1 1 a FID B5mi mf a2000 Signall EO0 Retention Time PF 5 1 1 PF PF PF PF PF1
197. 4 2 3 288 GC 2010 GC 2010 289 18 7 3 WBI 2 2 PURGE SPLIT
198. 9 4 Zero 9 4 100 V 9 4 100V 9 4 Line MONIT GC 2010 95 9 2 1 MONIT Monit PF 9 2 1
199. ENTER PF PF PF PF GC 2010 16 1 10 gt 7 00 19 00 1 1 7 00 2 3 2 4 19 00 16 FUNCTION 16 1 hh mmn CS 4k hh m
200. 0 970kPa 1200m min 0 970kPa 12 6 2 3 PF PF 12 5 3 On Off GC 7 1 On On Off AFC AFC Off AFC On AFC Prog
201. 9 4 _Inject sample 16 2 2 GC 2010 16 FUNOTION 162 16 2 S 1 0 1 0 1 1 gt 6 1 12 CO OWN 1 150 0 Injectsample Withoutsample GC FILEO 9 FILEO Ch1 Ch2 Ch1
202. FF2 14 13 14 1 6 PF PF 14 1 7 IC PF2 IC PF GC 2010 173 14 diag 14 1 14 1 7 14 1 3 Not mn 141 4 14 1 8 PF
203. 7 5 3 5 3 5 AE FC FUNCTION 16 6 13 16 6 8 2 16 6 14 MN UU SELH G4A AFCHPU i a ORO I INJ2 FIHHgZ INJ1 DET1 ee a II a I EMIIIL ls aol CS HES 16 6 14 242 GC 2010 16 6 8 3 FUNC 6 6 1 16
204. 30cm s GC 2010 12 12 7 1 gt 50 C 30m 60m 0 25mm 0 25 m 100kPa 210kPa 0 32mm 0 25um 60kPa 120kPa 0 53 1 5um 20kPa 40kPa 2 gt 200 C 30m 60m 0 25mm 0 25um 130kPa 275kPa 0 32mm 0 25um 80kPa 160kPa 0 53 1 5um 30kPa 60kPa 12 7 2 m min 20 C 9 8 7 6 0 32mm 30m 5 4 3 0 25mm 2 1 0 50 100 607d4 PtP Pe kPa x 103 256uL 0 Fc ml min d mm m P kPa PO
205. On Off On Off On FID FPD On Off Of Para Clean Up Para Off GC GC Ready Para 00 6000 0min 00min PF GC
206. 1 OFF 2 3 100V AC95V 105V 50 60Hz AC90V 110V 50 60Hz 230V AC218 5V 241 5V 50 60Hz AC207V 253V 50 60Hz FID 1800VA 100V 2600VA 230V 1NJ 1 150VA 2600VA 100V 3400VA 230V
207. 30m min 30m min 47m min 400ml min 13 2 3 3 PF PF a 13 2 3 4 OO Of On On APC Offset 3 6 GC 2010 151 152 13 DET 13 2 FID 13 2 3 4 Gas PF Program PF 13 2 4
208. 0m min 5 6 G 7 300kPa 8 FLOW DIRECT 9 150kPa On Off PF AFC On 10 5 125 175kPa 175kPa 125kPa 11 2ml min 2m min 12 FLOW On Off PF AFC Of 13 1 15kPa O 0
209. 1 1 a FILE 0 BS RAV I AAR MANI kPa 1 3 85 230 9 SFILIT 8 1 1 SET GC 2010 81 82 8 SET 8 1 SET 8 1 2 00 4500 25 0 C 0 0 970 0kPa 3 5 1 100kPa 1 100m min 25 C
210. OCI PTV INJ DET CRG OPTION HELP A Y 31 DD O 9 ICE
211. 0 1 0 GRPT GLP 1 99 50 GVOL GLP 1 80 20 GPMP GLP2 0 5 1 ATSP Off 0 On 1 On 1 ARSG Ready Open 0 Close 1 Open 0 TLET 0 1 0 TSEL 0 2 1 1 1 6 GC GC 2010 17 3 EVNT 17 4
212. 1046 INJ1 DET2 1047 1048 GC 2010 311 19 19 2 gt 2001 2002 CARm ESC 2 Im 2003 2004 CARm TFC 2005 2007 CARx 2008 2010 CARx AMC x 1 lt 3 2011 2013 CARx WBI 2014 2017 2020 2023 DetAPCn makeup 2015 2018 1 0 20 DetAPCn n 4 2016 2018 2902 025 DetAPCn 2026 2043 APCy y 1 18
213. gt II N 1 2 3 4 5
214. 221 47251 91 GC 2010 5 6 20 P ZN201 35584 40 5 P ZN036 11203 84 100 P ZN201 35183 PZN221 09688 91 G 2 P N221 35566 92 P ZN221 32705 INJ P ZN221 16325 01 SPL P N221 41532 91 21 1 6X8 2 P ZN086 03003 10X12 2 P ZN086 03011 1N P N221 46977 0 5 1 0 P N221 32126 05 2 4 P N221 48600 P N221 43597 P N221 41444 01 P ZN221 48335 01 GC 2010 AOC 20i 2 2 1 GC 2010 A0C 20i
215. 8 3 1 SET 1 1 SYSTEM On AFC 1 1 V lt gt Line 1 4 ENTER
216. RAM RAM RAM RAM 0 9 0 9 254 GC 2010 16 FUNOTION yy 16 7 16 7 6 16 7 6 1 FUNC 7 4 16 7 8 W 16 7 8 16 7 6 2 GC 2010 255 2 16 bs 16 8 1 FUNC 8 16 8 1 99 99 99 9 0 1
217. 7 2 3 PF PF Prog 11 2 Prog F FLOW gt Cd FLOW Sad GC SYSTEM On PF a PF gp Line a GC 2010 75 7 GC SYSTEM 7 3 1 SYSTEM PF 7 3 1
218. 15mm FID TCD WBI 69mm 50 Ne kn 15mm _ W _ WV LM 2 44 7 GC 2010 51 4 50 1 2 a
219. 6014 AOC 20s 6015 AOC 20s 6016 AOC 20s 6017 AOC 20s 6018 AOC 20s 6019 AOC 20s 6020 AOC 20s 6021 AOC 20s 6022 AOC 20s AOC 20i AOC 20s AOC 20i s 19 2 4 gt 4001 4002 4003 4004 4005 4006 4007 4008
220. 10cm s HETP 1 HETP 2 20cm s HETP HETP 30cm s
221. 18 IR GC 2010 Rh 2 5 2 N GC 2 3 4 INJ DET ON 8 3 COL 300 11 GC 7 GC COL 2 9 INJ G
222. 2 h 4 4 1 FILE FIIE1 h 4 5 h 4 6 mmi Fumetion 8a1re 1 OO 39 99 mii FILE1 GC 2010 227 228 16 7 2 16 4 1 FUNC 4 16 4 1 START 2 WE FI
223. min 17 kPa min 6g 1 4 199 9 5 0 g EN 12 5 8 GC 2010 127 12 12 5 12 S 6 APC 12 5 6 1 FLOW Prog PF 12 5 9 CEE1 SFL 1 Dr 1 7 mW 9 99 mh mm mi i Ei LL a a i ui 5g A 1 ED 12
224. 2 3 4 5 lt gt 670 11514 26 8 AFC APC 26 GC 2010 2 RS 232C RS 232C dL B O33
225. 7 1 1 SYSTEM Off 7 1 2 SYSTEM On GC 2010 69 70 7 GC SYSTEM 7 1 SYSTEM 7 1 2 0 lt 9 0 GC 00 6000 0min 00min On Off On Off On On FID FPD
226. CRG Off Ready CRG Off GC 2010 203 204 15 OPTION 15 3 CRG 1S 3 2 On Off Off C R G CRG 4 450 0 VC 99 0 450 0 C CRG On CRG On CRG INJ 2 On Off Off C R G INJ2 PTV CRG 0 0 450 0 C 99 0 450 0 C CRG
227. 1 2 No 0 No 1 No 2 No 3 No 4 No 5 No 6 No 7 GC 2010 16 1 4 16 FUNCTION 16 1 2 16 1 3 PF PF 16 14 2 1 1 Ho kk Ho 1 I
228. 7 gt 19 2 1 gt 1 DC5V
229. 99 99 99 9 0 0 0 0 ga PE 2909 4 12 13 99 18 hh mm gg g tfming 16 1 168 1 16 8 2 PF PF 0 0 16 8 3 Vml 256 GC 2010 V x ml min 2 16 7 2 16 9 1 FUNC 9 16 9 1
230. PF 13 1 4 14 1 9 PF MA PF 174 GC 2010 14 diag 14 1 14 1 9 14 1 4 PF 14 1 5 14 1 1 PF 1 Good Good SEL1 Good FIh1 Good WBI Good TCDe Good RE Good 141 5 14 1 10 PF PF
231. PRSS 0 kPa FLOW 400 ml min 8 SET 5 50kPa SPLIT 6 SPLIT PURGE 1 2 INJ DET 3 1 4 5 RPP Pr CGN
232. 0 9 17 4 1 Relay Event 91 92 V91 91 Point A or BB 8 AUX I O V93 96 PointAorB On Off Event 1 16 On or Off Blower On or Of Cooling Fan On or Off AC On Off CRG INJ On or Of CRG Colum On or Off GC 2010 16 FUNOTION 16 3 AC On Off AC On Off On Off Event PRG On Off Event 91 92 CPU A B AUX 1 O Event AUX 1 O A B Blower Cooling Fan CRG INJ CRG Colum
233. 2 Cht x1 13 2 2 DET 13 2 2 2 On Off On Off On On On Of Off On 0 0 450 0 C 25 0 C 30 C 16 6 16 6 4
234. A kPa Wi He 12 6 3 FLOW 12 6 2 2 0 0 970 0kPa 3 5 1 100kPa 20 40kPa 1 1 00ml min 25 C 2 30 0cm s
235. On Off 2 FTD 0 00 10 00 pA ECD 0 00 2 00 nA TCD 0 100 mA 16 3 6 V ENTER PF PF PF PF GC 2010 225 16 FUNCTION 16 3 16 3 7 1 gt
236. Wial IF IRJ ME CHD J 2 U 1 1 4k_Inject samplel 16 2 3 GC 2010 16 2 8 V ENTER PF PF PF PF GC 2010
237. On CRG On CRG 15 3 3 PF PF AOC AUXAPC CRG GC 2010 2 16 FUNCTION 7 1 1 16 1 1 FUNC 1 16 1 1 16 1 1 16 1 2
238. 12 5 5 Prog 12 5 6 12 5 8 OR AFC 36 2 AFC PF FLOW AFC FLOW GC 2010 139 140 12 HETP 12 7 1 HETP H2 10 20 30 40 mis 127 1 V
239. AUXAPC AUXAPC Oo GC 2010 73 7 GC SYSTEM 7 2 1 END 250 00 250 00 C min END 00 450 0 C 25 0 C 0 00 9999 99min 000min 1 END 400 00 400 00kPa min END
240. HH HHH HH HH HH PHFTTTTITITITITIrITirT LiLiLLILILILMILILILILILILIH HHHHH HH PP 1 H FEF FF FPP mm 7 777777777 ED EE EEN 2 2 2
241. ROM AD AD APC AD A D AUX APC CPU IC Watch Dog Timer IC ROM ROM RAM RAM GC 2010 14 diag 14 1 14 1 5 14 1 1 PF 14 1 3
242. 2 STATUS Ready 16 6 6 Rea dy 10 1 2 1 2 10 1 1 3 3 5 1 10I 2 4 3 5 1
243. 3 5 1 3 5 2 3 5 3 300 250 200 150 mlminy 100 50 0 1 1 1 1 0 100 200 300 400 500 kPa 3 5 3 42 GC 2010 APC 500kPa AIR FID H2 FID 0 lt 200m min FID 0 100m min TCD 0 20m min 0 1000m min GC 2010 GC 2010 3 44 2 3 AFC APC AFC APC AFC APC GC 2010 AFC APC
244. Off 197 APC17 On APC17 Off 198 APC18 On APC18 Off GC 2010 273 274 I GC 2010 222 18 7 8 18 1 1 18 1 2 0O O 5 036 11203 84 450 OO 4 WBI 4 350 C 450 C QO 4 221 48393 91 350 450 18 1 3 221 41444 01 221 48335 01
245. 2 DC24V 3 DC 15V 4 FTD DC24V gt 7 10 DET n n 1 4 11 12 CARm AFC m 1 2 13 16 DetAPCn n 1 4 17 19 CARx AMC x 1 lt 3 20 22 CARx WBI x 1 lt 3 b 1 3 4 6 7 9 10 A a 23 28 APCa b 12 13 15 16 18 A D gt 30 COL A D 31 INJ1 DET2 A D 32 AUX3 AUX5 A D gt 33 GC 2010 305 19 19 2
246. 69 7 2 KKKT 2 0 3 72 7 3 76 7 4 RSNA 1 EEE 78 8 1 SET SRR RE 81 8 2 ES 85 8 3 SS ES oon9e ai 88 8 4 SS 91 9 9 1 MONIT 93 9 2 RR 96 9 3 97 9 4 ANANMRRGS3MEASRSSES CSECS22DDRASSSEE38 98 10 START STOP 10 1 99 10 2 2 NANO 101 11 COL 11 1 60E ON 103 ii GC 2010 11 2 12 12 1 12 2 12 3 12 4 12 5 12 6 13 13 1 13 2 13 3 13 4 13 5 14 14 1 14 2 kl 105 BE CC GAN A 109 LL 110 112 117 119 12 5 1 120 12 5 2 5 121 12 5 3 Sa 124 12 5 4 2 125 12 5 5 02 126 12 5 6 0 OL 128 12 5 7
247. APC Gas 13 2 3 APC On DET 13 2 2 4FID 1 SYSTEM On On DET On GC PF SYSTEM GC
248. RS 232C Ready AOC 12 GC 2010 2 2 2 a gt N INJ DET GC 2010 2 2 4 No 1
249. 2 EN OO 12 5 5 1 FLOW Prog PF 12 5 7 CEE1 SPL 1 kfa 1 7 min kPa mn 19 1 Eh 12 5 7 12 S S 2 0 0 970 0kPa 3 5 1 100kPa 0 00 9999 99min 000min END 400 00 400 00kPa min END 0
250. Ready Ready Ready GC 2010 313 9011 1 19 1 314 I GC 2010
251. 1 5ml 4ml 1 5ml 10 50 250l 10l 15 1 9 AOC PF PF Mode AOC 20 3 3 3 GC 2010 197 15 OPTION 15 1 1S 1 10 AOC PF 15 1 4 AOC SET AOC1 AOC2 AOC 4 G 15 1 4 1S 1 11
252. 6 1 3 Y MONIT PF Zero 04V GC 1 2 GC 2010 65 66 6 6 1 S
253. GC SYSTEM GC GC SYSTEM GC GC PF 8 2 Clean Up SYSTEM On PF 7 2 SYSTEM
254. GC 2010 LEVEL3 115200bps GC 2010 27 C R7A pl us 4PIN Ch1 Ch2 GC START GC START OUT 2 7 2 28 GC 2010 2 2 7 GC C R7A C R7A plus DET DET 13 DET
255. 5 40 C GC 2010 171 172 14 diag 14 1 CPU Real Time Clock ROM ROM ADC A D ECD ECD ROM ROM APC ROM
256. 5 3 S 3 2 A A V qa 4 V lt V lt gt COL A FILEG C 69 9 mn 29 99 tmin 2 2 1 19 O SN O 2 END A vV 4 gt tmin 5 9 Fan Off 5 3 2 V FLOW A BS 09 a
257. AFC 252 GC 2010 16 FUNOTION 16 7 NON INJ1 INJ2 DET1 DET2 AUX3 AUX4 AUX5 NON GC DET 1 4 DET 1 4 DET APC No Det APC 1 4 APC
258. FPD 5 4 1 6 1 1 2 1 2 240 x 320 16 1 1 3 1 2 GC 2010 1 _ 1 2 2
259. 1 2 3 280mm x 280mm Xx 175mm 13 7 4 C 450 C 50 C 450 19 K 0 01 C 2 C 200mm 0 05 C 0 01 C AC100V 200 C 40 C min 350 C 15 C min 450 C 7 C min AC230V 200 C 70 C min 350 C 50 C min 450 C 35 C min 450 C 50 C 6min 470 C 500 2 20 0 1 C 250 250 C min 0 01 C min 9999 99min 450 C 0 1C 470 C 1 2 4 FID 450 C 0 1 C 470 C 3pgC s 107 RN
260. 57 20 A AFC 33 35 AFC 36 AOC 30 191 AOC 267 APC 33 35 40 AUX APC 33 40 199 CE 54 COL 54 103 CPU 172 CRG 203 CRG 171 D DC 17 1 DET 54 DIAG 54 ECD 143 ECD 172 ENTER 54 ESC 35 36 Fan Off 104 Fan On 104 FID 144 FID 147 FID 294 276 FID 293 FLOW 54 FLOW 56 FPD 143 FTD 143 FUNC 54 205 G Gas Saver 125 GC 71 GC 69 GC 69 G 23 HELP 63 HELP 54 HETP 140 INJ 54 INJ 71 Line 95 M Make Up 151 MONIT 93 MONIT 54 M 23 N A Not Applicable 176 N Not Installed 176 N S Not Selected 176 N T Not Tested 176 O OPTION 54 O 277 280 PF 53 R RAM 172 Ready 236 Real Time Clock 172 ROM 172 RS 232C 27 30 SET 54 81 SPC 35 Split Prog 130 START 54 STATUS 56 GC 2010 315 316 St STOP 54 SYSTEM 54 69 T TCD 154 TEMP 56 TFC 34 35 36 W Watch Dog Timer 172 Z Zero 95 Zero 95 Prog 126 248 74
261. 0 0 6000 0min GC 2010 7 GC SYSTEM 7 1 SYSTEM GC 0 1 6000 0min GC GC GC 7 1 3 PF PF
262. kPa 19 4 Pa s 20 C 12 7 2 GC 2010 141 142 GC 2010 9 2 FID TCD ECD FTD FPD II 144 13 DET 7 FID 13 2 1 FID FID FID 13 2 1 2
263. lt gt 18 5 GC 2010 303 304 19 19 1 lt gt 3 AFC APC lt gt 19 1 4 4 3MPa
264. 1kPa 1 45 X 10 psi 1psi 6 89kPa 40 C 2m 5m
265. 212 222 71 109 136 82 36 38 83 2 69 78 3 27 17 147 53 54 17 235 156 53 54 276 277 291 297 237 143 34 171 95 276 294 139 318 GC 2010 260 146 157 146 157 47 109 57 248 214 18 224 177 181 259 204 233 18 56 91 95 169 188 85 76 171 53 54 145 156 248 5 O 1
266. 40 30cm sec 3m min 50 C 49 6kPa 1 67m min 71 6ml min 1 67ml min 1 67ml min x 40 3m min 49 6kPa 3 4 1 ESC TFC 1 WBI
267. kPa kPa kPa Of 0n Off Of On Ready Zero O0n Off On Rea dy Yes Ready Zero INJ1 INJ2 300 500kPa 500 900kPa 900 980kPa 500 900kPa
268. 16 7 4 16 7 4 1 FUNC 7 2 16 7 4 3 MM ca MM M DETH1 IM FCTFU FID SLQT1 DET FC No DetaFC 1 _ INRJ1 aPCCSch I ceFz TL SLOT3 FC FT DET1 26 SLOT2 OL es LN 4D INU2 TCD S CAFS IM
269. 2g 221 48600 18 1 4 GO0 5 221 32126 05 10 G0 8 221 32126 08 10 18 1 5 20 201 35584 350 20 221 48398 91 350 GC 2010 275 276 18 18 1 18 1 6 221 34121 93 SPLIT 221 42559 92 PURGE 221 42559 92 201 35183
270. __1 Jl _1 9 __ 9 __1 5 s 2 8 9 _Yes A0C _On 15 1 1 AOC AOC STATUS AOC AOC AOC AOC GC 2010 15 OPTION 15 1 1S 1 2 0 99 2 0 99 1 0 1 8 0gl 10l 0
271. 17 4 0 GC TIME PROGRAM TIME FUNC VALUE LINE 0 0 EVNT 91 0 0 2 0 D1RG 1 0 1 3 0 D1RG 0 0 1 200 0 STOP 1990 0 0 END 17 1 4 17 1 2 S PF GC SAMPLE SCHEDULER START FINAL GC FILE DP FILE INJ MK COMNAD 1 5 0 Ch 1 2 1 STANDARD STEST 6 15 0 Ch 1 2 3 UNKNOWN END 17 1 5 GC 2010 265 266 17 171 17 1 2 6 PF PF
272. 172 276 276 293 27 1 82 17 1 177 178 171 305 177 182 143 53 54 3 191 54 44 3 GC 2010 109 Monit 95 239 171 171 137 74 172 96 53 54 212 171 20 172 70 125 24 26 110 112 275 277 282 O 275 34 82 2 82 54 34 34 124 34 124 124 49 124 34 82 232 258 54 115
273. 2000 01 01 2099 12 31 00 00 00 23 59 59 GC 2010 233 16 FUNCTION 16 6 16 6 4 16 6 4 1 FUNC 6 2 16 6 3 8 34 SPL 1 C 479 9 ET 0 FIh1 C2 47W TCD C 479 g SPL3 C 47 FFD4 C 47 ECD5 C 47W g 16 6 4 2 00 470 0 C 400 0 C INJ1 DET1 DET2 100 470 0 C 470 0 C INJ2 0 0 470 0 C 470 0 C AUX3 AUX4 AUX5 10 0 470 0 C 470 0 C AUX3 AUX4 AUX5 AUX 221 48458
274. 277 278 0O 280 282 286 288 SNS Eh lt 290 FIDi ES 293 UNA 297 DN EI 305 GC 2010 V 1 7 GC 2010 1 1 1 1 2 3
275. GC2010 700kPa 500 900kPa 248 GC 2010 16 z 16 7 1 FUNC 7 16 7 1 1 ON 16 7 1 16 7 2 RAM GC 2010 249 250 16 FUNCTION 16 7 16 7 3 16 7 3 1 FUNC
276. Line SET SET GC 2010 V 2 8 SET 8 2 8 2 1 SYSTEM PF 8 2 1 FILEg MM FILE1 FILES RMINAIKKKK uO FILE3S 4 8 9 FILE4 FILES FILES FILET FILES FILES9 8 2 1 8 2 2 PF PF PF Er TE 8 2 3 3 a
277. O 0 18 4 2 SYSTEM PF INJ 50 INJ INJ DET FID INJ 7 GC SYSTEM
278. SYSTEM 0 1 6000 0min GC GC SYSTEM GC GC SYSTEM GC 7 4 3 0 20
279. INJ DET Of On PF 4 COL COL GC SYSTEM PF GC MONIT h 4 DET FID TOD STATUS Ready Zero On STATUS 04V
280. Off 3 Of On On Ready Y READY Y Y READY ____ ____ 1 1 1 1 EE es ti ti 1 4 4 4 START START AA 9 AB On 0 0 970 0kPa 3 5 1 100 0kPa 0 00 9999 99min 100min
281. 10 2 GC 2010 99 100 10 START STOP 10 1 5 1 2 3 4 1I lt 0 5 10 1 2 it START
282. 14 1 1 DIAG 1 14 1 1 FF2 14 1 1 14 1 2 PF PF 14 1 5 1 14 1 9 PF 2 Du Xa 14 1 3 GC 2010 169 s 14 diag 14 1 PF 14 1 2 14 1 3 uu
283. 18 1 7 FID 221 48258 91 FID 221 41847 93 FID 18 1 8 PCB 221 46260 91 LCD 221 48721 91 eS ai a 1 221 46470 2 221 46471 221 43695 91 221 43696 91 9S 221 46310 01 FPD P 221 46310 02 Sn 221 46310 03 221 46552 FTD FTD ASSY 221 45586 91 GC 2010 18 7 gt 18 2 1
284. 19 2 6 4301 4302 4303 Clean up 4304 9999 99 min 9999 99min 9999 99nin 1001
285. 21kPa 15kPa 10 2 5kPa 0 0 3 5kPa 14 s e 0O s es
286. 3 19 1 3 2 TCD 1 TCD GC 2010
287. 7 3 SYSTEM On PF 7 4 INJ GC INJ 18 3 18 4 18 5 GC Ready GC 2010 71 72 7 GC SYSTEM 2 7 2 1 SYSTEM Clean Up PF 72 1 GC Clean Up Para
288. 16 9 2 FUNC 16 9 3 16 9 1 PFE 16 9 3 258 GC 2010 16 FUNOCTION 16 9 16 9 3 FUNC 9 2 16 9 4 Ni _ PF
289. 2 gt AOC 1 gt 76 78 Ch2 0 1 1 76 78 8 8 Inject 8amp e 2 GC FILE2 C 5 3 Ch2 FILEO Ch 4 1 Standard 1 Standard 5 Off On ff 4k_ nn 6 Dual AOC 891 g Wial IF INRJ He CMD 1 8 Ch1 g 1 8 TB 78 g CT 1 8 GC 2010 221 222 2 16 7
290. 6 8 16 6 20 SFL 1 g WET EE a FIL 1 FTI amp EE a 16 6 20 16 6 10 2 INJ 1 INJ 2 DET 1 DET 2 AUX 3 AUX 4 AUX 5 10 00 10 00 0 00 0 1 C 1 246 GC 2010 16 FUNOTION 16 6 16 6 11 16 6 11 1 FUNC 6 9 16 6 21 4k lt 9 kPa ff Ready
291. amp PI A PS 15 2 1 AUX APC GC 2010 199 15 OPTION 15 2 AUX APC 1S 2 2 0 0 400 0kPa 100kPa 0 0 1200 0m min 50m min AUX APC AUX APC Ni 1 He N2 H2 Ar He APC 1S 2 3 P
292. 0 1 GC 2010 283 18 18 5 N 2
293. 13 5 x 1 x 10 x 10 2 x 10 3 x 10 4 x 10 10 X x 1 x 101 x 102 x 10 3 x 1 x 1 x 21 x222 X23 X24 x 2 2 x 1 x 2 x 22 x 2 3 x 1 C R8A GC RS 232 C R7A C R7A plus GC 1
294. 2 3 INJ DET 4 INJ DET 5 AFC APC GC 2010 14 2 2 3 1 2 3 2 2 3 3 2 3 4 2 3 S 18 28 C 50 60 5 40 C 5 9 90 9
295. 7 1 16 7 2 16 7 3 INJ1 SFL INJ2 WBI 9 ap DET1 FIh 2 a DET2 TCD 4 AURS3 AUK4 AUR5 GC 2010 16 7 3 2 0 9 0 16 7 3 1 8 0 9 16 7 3 16 7 3 GC 2010 25 16 FUNOTION 16 7
296. AFC APC 0 2m min GC 2010 12 7 Z 50 C
297. APC APC AUX APC II 0 3 2 3 AFC APC J OkPa TFC Total Flow Controller 3 3 1 607 d4 P o 2 o2 Fe 556 gL Po 1 Fc ml min Po k Pa d mm L m 19 4Pas 20 P kPa
298. SPLIT He Harncedd Offset 3 6 2 2 Of 50 C 3 On 1 4 FLOW 3 6 2 5 5 PF2 10 AFC 6 1 GC APC 1 SYSTEM GC 3 6 1 6 3 2 2
299. 3 AUX APC 16 6 17 APC 5 3 5 3 5 EE DEF GHT JEL HO FOR STU 7 9 B 16 6 17 AUX APC 16 6 8 6 FUNC 6 6 4 16 6 18 5 3 5 3 5 EC EF GHI J HH FOER wSTU 9 B 16 6 18 244 GC 2010 16 FUNCTION 2 16 6 16 6 9
300. 50 0 APC 3 6 2 GC 2010 13 3 3 4 Gas PF Program PF 13 3 5 13 DET 13 3 TCD 1 7 HalkeUp Cg FILEg 2 8 9 min WW Kmin 8 9 9M 1 EHL 13 3 5 GC 2010 gt 161 13 DET 13 3 TCD 13 3 3 S
301. AOC AOC GC 2010 16 FUNOTION 162 16 2 2 Vial GC DP INJ Mk CMD 1 9 1 9 gt Ch1 5 1 5 GCSolution Unknown U Standard S On S On C 16 2 3 PF PF
302. 1S 2 6 001 6 00 mm 000 0 1 250 0 m 00 0 0 100000 0 1000 0 mm 4 m 105 105 202 GC 2010 2 15 OPTION 7 CRG CRG CRG INJ2 1S 3 1 OPTION OPTION PF 15 3 1 AOC AUX APC CRG 4kOff CRG _ 15 3 1 CRG CRG
303. INJ 50 C INJ INJ DET FID INJ 7 GC SYSTEM 1 10 15 2 GC 201
304. Off GC 7 1 On TV AFC AFC Of AFC On AFC Prog 12 5 5 Prog 12 5 6 Split Prog 12 5 7 12 5 8 Advanced 12 5 9 AFC Offset 3 6 2 AFC PF FLOW AFC FLOW
305. 16 6 9 16 6 9 1 LiHE 1 LIHE 166 9 16 6 10 1 Charrnel 1 HeU keU Po LE TCD2 FFD4 ECDS fich GC 2010 16 6 10 16 FUNOTION 16 6 APC APC 16 6 11 Channes 1
306. 19 1 4 3 lt gt 2 gt 1 lt gt lt gt 18 7
307. 5 tming _ 1 9 12 56 12 S 4 2 On Off Off On Off 0 0 9999 9 50 0 0 00 9999 99min 1 00min GC 2010 125 126 12 12 5 12 S S
308. AOC 0 9 0 Ready SA A Ready sR Ready EE PN
309. FFS Password PF 16 9 4 GC 2010 259 16 FUNCTION 16 9 2 Password PF 16 9 5 1 9999 2010 gt PF 16 9 5
310. 00 1200 0m min 3 5 1 500ml min SPLIT SPLITLESS DIRECT SPLIT SPLIT SPLITLESS TFC ESC 12 5 2 DIRECT TFC 0 00 9999 99min 1 00min 8
311. 13 DET 13 3 TCD TCD 2 TCD 99 9995 300K k Xx 10 4Wm 1K 1 H 1499 CO 166 2 H2 1815 H2O 181 N 259 8 lt 115 2 3 Ar 177 2 128 13 3 3 1 DET Gas PF 13 3 4 SYSTEM
312. 13 3 2 2 On Off Oon Off On On On Of Of On 00 400 0 C 25 0 C TCD TCD 10 C 16 6 16 6 4
313. 5073 5074 CARm m 1 2 5077 5 078 5075 5076 CARm m 1 2 GC 2010 307 19 19 2 19 2 3 AOC 20i s 6001 6023 AOCm 6002 6024 AOCm 6003 6025 AOCm 6004 6026 AOCm 6005 6027 AOCmRAM 6006 6028 AOCmROM 6007 6029 AOCmCH2 6008 6030 AOCm 6009 6031 AOCmRAM 6010 6032 AOCm 6011 6033 AOCm CH1 I 6012 6034 AOCmCH2 2 A0C 6013 6035 AOC
314. 10 DIAG SYSTEM MONIT SET FUNC COL FLOW INJ DET OPTION PF PF PF PF PF PF PF1 PF2 PF3 PF PF 5 3 1 PF PF PF PF 1 gt 1 2 EE kdikiiiii 58 GC 2010 5
315. 12 5 8 1 FLOW PF 12 5 13 AR1 REALDY 9 FILE9 ir EE min M EY min 3 9 99 1 ED 12 5 13 GC 2010 12 12 5 12 S 8 2 3 5 3 3 0ml min 0 00 9999 99min 000min END 400 00 400 00m min2 END 0 END END 0
316. 30 12 5 8 132 12 5 9 4 E Es 136 12 6 1 lt EA A A 137 12 6 2 270 138 EAA 140 DET NE A RN CN 143 FID 144 13 2 1 DNS SO 144 13 2 2 RAINNIRIDESUSSK2ADDRSGU SAAS2NDSNIRGOANSNSNIISSSNSRSISS 145 13 2 3 Ee FN Ng 4 150 TCD SS 154 13 3 1 6BE 154 13 3 2 155 13 3 3 eS 159 163 RE SEE RR 164 13 5 1 NX 164 13 5 2 ee 165 13 5 3 AE 167 diag EMEA 169 2 177 14 2 1 RS 177 14 2 2 177 14 2 3 y 178 14 2 4 1 2 179 GC 2010 14 2 5 SC RC 181 14 2 6 ET ESL EE NE 182 14 2 7 SR Ne ae en 183 14 3 SR EERE 184 14 4 Pd yk PP 186 14 5 188 14 6 AA 190 15 OPTION 15 1 191 15 2 AUX APG SAOAOVAMQN
317. 2 2 GC 2010 32 4 gt 4 2 1 6 8 7 8 1 4 4 4 2 1 48 GC 2010 4 2
318. 221 09688 91 1 INJ 221 16325 01 1 221 32705 1 SPL 221 41532 91 1 221 47159 1 221 43597 1 G 2 221 35566 92 1 20 201 35584 1 2 221 48600 1 0 5 10 221 32126 05 1 100 201 35183 1 1 1 1 INJ DET 2 2 FiD FID 221 47251 91 1 FID 221 41532 92 1 TcD TCD TCD 221 48610 01 1 TCD 2010 221 42741 1 A6 038 03055 1 1
319. 54 2 5 4 1 390 5 4 1 S 4 2 PF TT 5 4 2 PF HELP GC 2010 63 64 GC 2010 2 0000 6 7 6 1 1
320. AOC2 17 2 AOC AOC PARAMETER AOC1 AOC2 WRPT 2 2 WMOD 1 1 REPT 1 1 IVOL 1 0 1 0 WPRS 0 0 PUMP 5 5 WTPP 0 2 0 2 WAIT 0 0 0 0 ISPD 2 2 SSPD 1 1 SAND 0 0 SOLV 0 0 SINT 0 0 SSNO 0 0 SNO2 0 0 AAIR 0 0 USPD 2 2 DSPD 2 2 HIGH 0 0 LOWS 0 0 17 1 2 17 1 2 3 SET PF CAR1 2 GC PARAMETER 0 FILE0 COLUMN OVEN TEMP 25 0 INJ1 TEMP 25 0 DET1 TEMP 25 0 INJ1 PRESS 100 0 INJ1 FLOW 50 0 END 17 1 3 264 GC 2010 17 1 2 4 17 3
321. APC AIR 400ml min GC AIR 40kPa 3 4 5 AIR Hz 3 4 5 3 4 8 AUX APC 344 APC 3 2 1000 900 800 700 600 gr ml min 500 400 300 200 100 0 1 1 1 1 1 0 20 40 6
322. DET Of Win3 LOAD ZCALIB RUN 1 CH1 2 CH2 Y N Y On GC On 7 GC SYSTEM 13 DET GC x 1 FREE FREE Win1 F PF Zero
323. 15mm 1 50 1 10
324. FID FID 13 DET 18 9 1 FID FID 18 9 2 18 9 1 1 GC
325. TCD FTD TCD gt 4109 4112 DET n n 1 4 FID
326. Yes Yes CRE Yes YES Yes DC Yes _Ho a Yes CPU Yes Real Time Clock Yes 14 1 2 170 GC 2010 14 diag 14 1 2 YES NO INJ1 INJ2 SPLIT WBI DIRECT
327. min 9 9 2 mm 7 4 1 7 4 2 00 6000 0min 00min GC PF SYSTEM 0 0 6000 0min SYSTEM 78 GC 2010 7 GC SYSTEM yy 7 4
328. 0 00 30 00m 0 50um 124 GC 2010 12 12 5 12 5 4 12 5 4 1 FLOW Gas Saver PF 12 5 6 4
329. 1 2 FPD lt gt 5 3 FPD 4 ON OFF GC 2010 2 2 2 GC 2010 Mn HH PEF PEF HP HP 3 HH HH _HHHHHHHHPPHH PHITT L L 1 LlLlLJLILILILILILILILILI HHHHH HHH HH HH HH
330. 199 9 i 3 g IN 7 9 9 de Monit 9 3 1 MONIT 9 3 2 PF Monit PF 93 1 PF Monit 9 2 GC 2010 97 9 9 4 1 MONIT Zero Zero PF 9 4 1 9 4 2 PF MONIT
331. 2 26 2 G G 10 x 12 2 I 2 12mm G 2 10mm 2 6 3 GC 2010 EO 23 2 2 6 lt gt GC 2010 2 6 4 3mm 2mm gt 221 05619 01 30
332. 2 4 gt 3 4 ENTER 5 2 4 6 CE GC 2919 2 9 WE 2010 1 FILE1 2 FILE2 3 FILES 4 FILE4 5 6 FILES FILEE T FILET EC DEF GHI JET FOR TU 5 3 5 GC 2010 61 5 5 3 PF PF 1 Aa Bb Clc Aa 2 Dd Ee Ff Ff 3 Glg Hh Wl Gg 4 Jj Kk LU Jj 5 Mm Nn Oo Mm 6 Pp Qq Rr PDD 7 SS Tt
333. 3 110 111 275 284 2 109 165 238 146 157 173 176 170 174 144 21 60 250 14 206 70 256 70 119 134 135 119 109 119 50 34 82 109 82 82 71 42 36 38 55 53 54 118 275 277 278 171 82 132 82 34 82 60 34 82 GC 2010 317 53 171 205
334. 50 C 49 6kPa 1 67m min SPL AFC TFC ESC 3 4 1 49 6kPa
335. GC ERROT LOG TIME OCCURED CODE ERROR MESSAGE VALUE 200 05 16 14 21 E1020 DET1 sensor down error 530 00 200 05 16 14 27 E0031 INJ DET2 A D error 200 05 16 14 27 E0032 AUX1 AUX3 A D error 200 05 16 14 27 E0011 CAR1 AFC PCB error 7 00 200 05 16 14 27 E0030 COL A D error 200 05 16 14 27 E0001 DC5V range error 8 43 200 05 16 14 27 E0002 DC24V range error 20 34 200 05 16 14 27 E0034 Battery voltage error 0 26 200 05 16 14 27 E0005 Room temp range error 84 27 200 05 16 14 27 E1019 INJ1 sensor down error 530 00 200 05 16 14 27 E1018 COL sensor down error 530 00 200 05 16 14 27 E1020 DET1 sensor down error 530 00 200 05 16 14 28 E0031 INJ1 DET2 A D error 200 05 16 14 28 E0032 AUX1 AUX3 AD error 200 05 16 14 28 E0011 CAR1 AFC PCB error 7 00 17 1 6 17 1 2 7 PF GC DIAGNOSIS REPORT DATE 2000 06 15 14 35 GC SERIAL NUMBER C11123380069SM ROM VERSION 0 0202 DET 1 FID WIDE DET 2 NON DET 3 NON DET 4 NON CAR1 AFC PU CAR2 NON CAR3 NON DET APC 1 APC 3Ch DET APC 2 NON DET APC 3 NON DET APC 4 NON TEST RESULT Not Good INJ1 Septum Count
336. Gas PF PF akeUp kPa 9 0 EE 3 9 i 13 3 4 13 3 3 2 GC 2010 159 160 13 DET 13 3 TCD 13 3 3 2 Make Up 0 0 20 0ml min 8 0ml min 99 9995 He Nz Ar He 3 4 8 TCD 8m min
337. PF Off 4 1 2 30 C 3 30
338. 219 16 FUNCTION 16 2 1629 V 1 gt AOC 1 3 GC 2 Ch1 0 1 1 1 3 _1 4k_Inject sample 2 GC FILE2 FTLE 1 FILE1 5 3 FILE3 4 3 Ch1 FILEO Ch 9 4 1 Standard 1 ArStandardg 5 Off On ff Or 6 Single AOC 21 g wial E IF IRJ ME CHD 1 Sg Ch1 1 220 GC 2010 16 FUNOTION 162
339. 47 288 51 3 155 O 113 50 50 275 277 286 54 73 28 169 248 143 2 ROM 172 150 159 3 54 239 146 On Off 155 ADC 172 172 172 172 20 134 135 105 134 86 267 234 95 140 151 160 198 82 233 53 54 177 183 54 171 75 55 163 69 147 149 76 70 164 149 105 56 70 5 87 254
340. GC OLV 9 50uVe GC x 1 GC FREE 50pV 59 6 SYSTEM Off DET Of MONIT 0uV 1000uVe GC GC 1 C R6A
341. GCSolution FILEO 9 FILEO GCSolution 0 99 0 Unknown standard Standard On Off Off On On Off Off On GC 2010 217 218 16 FUNCTION 16 2 16 2 6 PF PF
342. Of 181 APC1 On APC1 Off 182 APC2 On APC2 Off 183 APC3 On APC3 Off 184 APC4 On APC4 Off 185 APC5 On APC5 Off 186 APC6 On APC6 Off 187 APC7 On APC7 Off 188 APC8 On APC8 Off 189 APC9 On APC9 Off 190 APC10 On APC10 Off 191 APC11 On APC11 Off 192 APC12 On APC12 Off 193 APC13 On APC13 Off 194 APC14 On APC14 Off 195 APC15 On APC15 Off 196 APC16 On APC16
343. 8 2 4 GC 2010 85 8 SET 8 2 8 2 3 PF 8 2 2 PF FILEg 1 III ILES F F F F FILE5 FT F F F j 121 4 8 822 8 2 4 PF 8 2 3 V lt 5 3 5 3 5 9 GC 2919 IARIRIRIIIVIIVK KT CD ul HH
344. 15kPa 10 2 5kPa 0 0 3 5kPa 14 s s 0 s s
345. SYSTEM GC Off APC PF Gas PF N FID GC 2010 149 150 13
346. 1 AAIR AIR No 0 Yes 1 No 0 USPD 0 1 2 2 DSPD 0 1 2 2 HIGH 0 20 0 SN 1 5ml 0 2 LOWS SO OS 0 INJH 0 22 0 STRI 1 99 1 FSAM 1 0 WkEY 0 1 0 UVOL 8ul 0 6l 1 8l 0 SLMD 3 No 0 Yes 1 No 0 VIAL 1 5ml 0 4ml 1 1 5ml 0 CKTR Check 0 1 0 TANL 0 655 0 TSTR 0 0 99 9 0 0 LSYR ti Ra 10gl 0 SAMU 0 1 0 GC 2010 268 17 17 2 AOC SUBU AOC 0 1 0 BARC 0 1 0 SPMD AOC 0 8 0 PAR1 No 0 Yes 1 No 0 GLPM
347. 17 1 1 PF 2 7 17 1 2 17 1 2 1 COL INJ1 INJ2 CAR1 CAR2 CAR3 CAR1 CAR2 CAR3 CAR1 CAR2 PF COLUMN OVEN TEMP PROGRAM RATE TEMP TIME 0 100 0 1 00 1 6 00 220 0 25 00 INJ1 TEMP PROGRAM RATE TEMP TIME 0 25 0 0 00 INJ1 PRESSURE PROGRAM RATE TEMP TIME 0 100 0 0 00 INJ1 SPRIT RATIO TIME RATE 0 1 0 END 17 1 1 GC 2010 263 17 1 2 2 AOC AOC1
348. 4ms 2s O TCD 2 105 20000mV ml mg 400 C 1 10 1 2 GC 2010 1 2 S 1 2 6 1 2 7 1 2 8 1 2 9 AUX3 AUX5 0 970kPa 10kPa 0 1kPa 7 400 400kPa min 0 01kPa min 0 9999 9 01 0 970kPa 10kPa 0 1ikPa 7 400 400kPa min 0 01kPa min 0 1200m min 980kPa 7 400 400ml min min 0 01m min min 0 1000m min AIR 0 1m min 0 200ml
349. EC DEF J HHOD FOR STU 9 B 8 2 3 86 GC 2010 8 2 5 SET 8 2 PF 8 2 4 PF FILE9 M FILEg FILE1 FILE2 FILE3 FILE4 FILE5 FILE6 FILE7 FILE8 FILEg Ooloo lolollmlcOIDI 8 2 4 GC 2010 87 88 8 3 1 8 SET il 3 1 SET PF
350. lt gt 221 50595 91 4 rs lt gt U O 4 4 6 4 4 2 44 7 4 4 7
351. 0 9999min 100mn 14 4 3 PF PF C 2010 187 14 diag 7 gt 14 S 1 DIAG 5 14 5 1 TEST PFg 14 5 1 14 5 2 PF PF
352. 0n 0FF GC 2010 53 54 5 5 1 S 1 1 35 START STOP DIAG GC
353. 18 8 19 1 1 2 2 6 GC 2010 19 1 2 19 19 1 19 1 2 1 GC SYSTEM GC SYSTEM PF GC Off COL INJ DET On GC
354. 2 Of 3 On 1 DET PF2 GC 2010 45 46 8 3 AFC APC 3 6 AFC APC 4 GC 2010 Flom HET 1 1 kPa Ec 9 IalkeUp tkPa 9 39 9 _ Hs air kPa Wi NG 5ooo 3 6 3 PF2 10 APC
355. 4 FID 1 2 3 4 5 FID 6 On 4207 Hz AIR APC Hz AIR APC Ready
356. APC 19 2 7 9000 COL CRG 9001 INJ2 CRG 9002 9003 9004 9006 CARx a 9007 9009 CARx xxx COL INJ1 DET1 9012 9019 xxx INJ2 DET2 AUX3 AUX4 AUX5 14 9010 Not Ready Not Ready
357. Ulu Sl s 8 Vv Wiw Xx Vlv 9 Yly Zz Yly 0 0 1 2 3 4 5 6 7 8 9 0 amp amp 0 9 0 9 62 GC 2010 5 S 4 1 DIAG HELP 5 4 1 HELP PF
358. x 10 10 x 1 x 10 x 102 x 10 3 x 1 1 x 2 x22 x23 x2 4 x 2 2X x 1 x21 x2 22 x 2 3 x 1 C R8A GC RS 232 C R7A C R7A plus GC 1 2 2 C R7A C R7A plus
359. 1 gt PR dn 3MVM 4 d VN PT dn BMW RI HH 47 1 4 1 5 17 7 4 9S INA 1 1dS 47 7 9 Y 7 a NI ddId4VO 1 9dS 1NdA 39dld 1 7 GC 2010 36 2 3 AFC APC AFc APC 3 4 1 AFC AFC SPLIT SPLITLESS DIRECT 1 3 4 2 3 4 3 3 4 4 3 4 4 3 4 2 3 4 3 3 4 4 3 4 2 SPLIT AFC AFC TFC ESC 3 4 1
360. 14 1 1 On option PRG 1 1 Off option PRG 15 1 1 On option PRG 1 1 Off option PRG 16 1 1 On option PRG 1 1 Off option PRG 51 DET 1 Zero DET 1 Zero 52 DET 2 Zero DET 2 Zero 53 DET 3 Zero DET 3 Zero 54 DET 4 Zero DET 4 Zero CAR1 On CAR1 Of 61 CAR1 1 CAR1 On CAR1 Of 62 CAR1 2 CAR2 On CAR2 Of 63 CAR2 1 CAR2 On CAR2 Of 64 CAR2 2 71 On Off 81 FTD1 On FTD
361. 2 Buff1 Buff2 Buff1 Buff2 DET 1 DET 2 DET 3 DET 4
362. 2 2 C R7A C R7A plus Of 2 7 C R8A C R7A OC R7A plus C R7A C R7A plus 221 47251 92 146 GC 2010 13 DET 13 2 FID 13 2 2 3 PF PF Off AIR a 13 2 2 4 SYSTEM On
363. 515m 2 3 1 30cm 10cm GC 2010 15 2 GC 2010 30kg FID 2 GC2010 2 4 1 16 GC 2010 2
364. Zero _Om SFL 5 BgkFa WEI MkPa 16 6 21 GC 2010 247 16 FUNCTION 16 6 16 6 11 2 Alt English English Alt 0 9999 0 kPa bar psi kPa kPa 1 kPa 1 0 1 bar 17100 0 01 DSi 1 6 895 0 1 kPa bar psi kPa kPa bar DSi 300 500 3 00 5 00 43 5 72 5 500 900 5 00 9 00 72 5 130 5 900 980 9 00 9 80 130 5 142 1 MONIT
365. 1 No 1 Frmcticm Walus 1 95 CC 16 1 5 16 1 7 PF PF 1 ENTER GC 2010 16 FUNCTION 16 1 16 1 8 1 Zero Zero On
366. 199 12 5 3 INJ 12 S 1 2 00 450 0 C 25 0 C 30 16 6 16 6 4 12 S 1 3 PF PF 2 INJ 120 GC 2010 12 5 2
367. DET 13 2 FID 13 2 3 FID 3 FID 13 2 3 1 DET Gas PF 13 2 3 SYSTEM SYSTEM Flom DET 1 g kPa 9 Ws 9 0 HalkeUp kai EE 39 0 _ Be air kPa 9 EE 00 0 13
368. END END 0 GC 2010 12 S S 3 PF 12 12 5 PF 1 a 1 12 5 5 4 1 gt PRSS P1 TIME a P2 P1 ul 1 gt 100kPa 5min 4kPa min 7 RATE PRS P2 CR1 FILEg kPa OE
369. FLOW 12 5 4 AFC 12 12 5 12 5 2 1 HB 12 5 4 FLOW 12 5 2 2 0 0 970 0kPa 3 5 1 100kPa 1 1 00m min 25 C
370. of a 18 9 4 FID FID FID 18 9 5 FID 670 18800 GC 2010 MO 295 18 9 6 FID FID FID 18 9 7 FID 296 GC 2010 sis 19 7
371. 0 970kPa 1200m min 2 0 970kPa GC 2010 83 84 8 SET 8 1 SET 8 1 3 PF PF 8 2 PF Line SET 8 3 SET 8 4 1 4
372. 1 3 GC 2010 195 15 OPTION 15 1 us 15 1 8 AOC 3 Yes No No 3 PF AlI A B C Al 3 Yes PF All 3 A A B B C C AOC 20 3 4 3 4 1 Air Yes No No 1l
373. 100V 221 48402 91 1 2 READY START 221 48405 91 1 3 AOC RS 232C 221 48406 91 1 221 48403 91 230V P N 221 48401 38 1 AOC 230V 221 48402 38 1 2 READY START i 221 48405 91 1 3 AOC RS 232C 221 48406 91 1 7 221 46403 31 4 075 08023 03 3 EN P N 221 44548 92 1 221 44585 1 2 221 44892 1 3 221 45215 1 4 221 48270 1 5 221 48271 1 6 037 38856 29 1 7 M4 023 77040 4 8 M4 023 66140 01 2 9 M4 023 04140 1 10 7x8 086 03004 1 11 5 5 x 7 086 03001 1 12 M4 x 30 AOC 20s 020 46554 4 GC 2010 2 AN lt GC 2010 2 2 1 No
374. 2 SPL FID WBI TCD SPL FID 1 WBI TCD 2 SFL1 WET2 UI FID1 TLL 8 3 3 2 3 1 2 2 OO DD SFL1 E12 A FTh1 TCD2 1 AOC2 HSS 8 3 4 3 GC 2010 8 4 1 2 8 SET SET PF 7 4 1 SET On Off On SPLITLESS
375. 4 8 SPLIT SPLITLESS DIRECT SPLIT nff 5 3 3 GC 2010 59 60 5 5 3 S 3 3 S 3 4 1 2 3 ENTER ENTER ENTER ENTER CE 1
376. 5 6 2 00 1200 0ml min 3 5 1 50m min Du amp 0 00 9999 99min 0 00min IL END 400 00 400 00m min2 END 0 END END 0 128 GC 2010 12 S 6 3 PF 12 12 5 PF 1 1
377. 6 15 16 FUNCTION 16 6 5 3 5 3 5 EC DEF GHI JR HNO FOER STU 7 16 6 15 16 6 8 4 FUNC 6 6 2 16 6 16 5 3 5 3 5 CAR1 CaFCTFU CARS AFCTFU CAR3 EC DEF JL HO FOR STU 9 16 6 16 GC 2010 243 16 FUNCTION 16 6 16 6 8 5 AUXAPC FUNC 6 6
378. 70C 1min i mi 9 9 3 Fan Off 3 200 0 40 C min Zz 350 C 0 15 C mi I c min Au 450 C 0 7 C min 200 0 70 C min a 350 0 50 mi 1 SN cs min C min 450 0 35 C min 250 0 C min 450 C 40 C 50 C 11 2 4 GC 2010 11080 12 7 6 6 3
379. 99 0 0 0 99 1 0 99 5 00 99 9sec 0 2sec 4 0 2 00 99 9sec 0 0sec
380. AOC AOC Upload a AOC1 AOC2 PF a AOC AOC AUXAPC CRG GC 2010 193 194 15 OPTION 15 1 1S 1 4 AOC AOC PF 15 1 2 AOC PF aOC 15 1 2 15 1 5 1 0 1
381. COL 11 2 1 gt FILEg C EN min 2 Mg C min 220 C 2min 89 2 09 1 1 10C min 2 _ END 1 60C 2min 1 5min 1 1 1 1 1 1 a mm _ 5 9 OT NNR OO ODT Rm re 1 Fan Off 11 2 1 1 2 gt FILEFm C EE min 25 gg miny 160 C 5min 0 2 1 5 15 2 3 19 16g g 5 9 10C min 120C 2min 3 EMD 5 C min i 60 C 2min i 3min 1 2 Fan Off 11 2 2 2 106 GC 2010 gt 200C 5min 1 2 11 2 3 5 C min 11 COL 11 2 FILFg 79 9 mi 53 g C miny 7 3 W 1 5 189 9 19 9 29 5 0 3 5 99W 79 9 1 99 4 EN
382. Column Off 111 AC Cooling fan On AC Cooling fan Off 131 DET 1 On DET 1 Of 132 DET 2 On DET 2 Of 133 DET 3 On DET 3 Off 134 DET 4 On DET 4 Of 141 CAR1 On CAR1 Off 142 CAR1 On CAR1 Of 143 CAR2 On CAR2 Off 144 CAR2 On CAR2 Of 145 CAR3 On CAR3 Off 146 CAR3 On CAR3 Of 147 DET 1 On DET 1 Of 148 DET 1 On DET 1 Of 149 DET 1 On DET 1 Of 150 DET 2 On DET 2 Off 151 DET 2 On DET 2 Of 152 DET 2 On DET 2 Of 153 DET 3 On DET 3 Off 154 DET 3 On DET 3 Of 155 DET 3 On DET 3 Of 156 DET 4 On DET 4 Off 157 DET 4 On DET 4 Of 158 DET 4 On DET 4 Of CAR1 On CAR1 Off CAR1
383. DET APC No DetAPC 2 FCC1ch 12 SLQT NON _ DETE mM UU pErHs DL ji 16 7 5 16 7 4 2 AFC CAR1 CAR2 CAR3 CAR AFC SPLITTER NON SLOT1 SLOT3 SLOT5 SLOT6 NON AFC
384. Off On Off FTD On Off NN 4 N On Off OnOff On Off On Off R Aa On Off On Off 2
385. min Hs 0 100m min He 7 400 400ml min min 0 01m min min 240 x 320 16 515mm x 440mm x 530mm 30kg AC100V 1800VA FID 50 60Hz AC230V 2600VA FID 50 60Hz 1 1 2 GC 2010 4 GC 2010 2 Go 2010 221 40449 2 CD ROM 221 40442 221 41444 01 221 48335 01 0O 5 036 11203 84 6x8 086 03003 2 10 x 12 086 03011 2 INJ 221 46977 1
386. 0 18 18 3 2 3 4 130 150 2 18 3 1
387. 0 80 100 120 140 160 kPa 3 4 5 GC 2010 Hz FID 250 200 150 ml min 100 50 0 100 200 300 400 500 kPa 3 4 6 He FID 250 200 150 ml min 100 50 0 100 150 200 250 300 350 400 kPa 3 4 7 He TCD 120 100 80 ml min 60 40 20 0 100 200 300 400 500 kPa 3 4 8 GC 2010 4 2 3 AFC APC ArFc APc AFC APC AFC 0 970kPa 0 1200ml min 3 5 1 3 5 2 GC2010 980kPa 0 1ml min 0 1kPa HeHz N2 1200 ml min 720 ml min 980kPa 600 ml min 360 ml min 300 ml min 150 ml min 7 290kPa 590kPa 970kPa 290kPa 590kPa 970kPa
388. 011 CARx x 1 3 APC gt 5012 5015 a 5018 5021 MUPn 5045 5048 92 5013 5016 n 1 4 lt 0 8089 HGNn 5014 5017 n 1 4 6302 AIRn 5024 5041 y 1 18 5049 5066 APCy lk AUX APC 5042 5044 x 1 lt 3 E087 5089 PURx gt
389. 0mm min TCD 250 C 13 5 2 CHROMATOPAC C R7A CH 1 REPORT No 27 20 2 SUMPLI C03 93 10 15 10 40 44 13 5 3 ONI AA NN TNI_ TRk 13 5 3 2 GC 2010 17 168 GC 2010 14 diag 7 9 6
390. 1 Of 82 FTD2 On FTD2 Of 83 FTD3 On FTD3 Of 84 FTD4 On FTD4 Of GC 2010 271 272 17 17 4 Event xx Event xx 91 1 2 A 1 2 B 92 1 2 A 1 2 B 93 1 2 A option AUX I O 1 2 B option AUX I O 94 1 2 A option AUX IO 1 2 B option AUX I O 95 1 2 A option AUX I O 1 2 B option AUX I O 96 1 2 A option AUX IO 1 2 B option AUX I O 103 CAR1 Close CAR1 Open 104 CAR2 Close CAR2 Open 105 AC Blower On AC Blower Off 106 Close Open 107 Close 17A Open 17A 109 ACCRG INJ On AC CRG INJ Off 110 AC CRG Column On AC CRG
391. 11 1 1 Ready 1 20 FILE C _ 69 min mn gg 1 EN Fan ff 11 1 1 COL COL GC 2010 103 11 COL 11 1 COL 11 1 2 00 450 0 C 250 C
392. 13 145 70 54 290 240 109 103 184 177 179 104 53 54 63 91 95 177 275 257 99 313 228 136 61 54 86 242 54 57 53 54 276 277 291 115 53 206 88 1IC 172 Monit 95 Prog 128 140 121 138 74 152 161 97 140 245 186 GC 2010 319 320 GC 2010 5
393. 134 On Off 141 146 On Off 147 158 Gas On Off 171 On Off 181 198 AUX AP O On Of 17 4 GC 2010 229 s 16 FUNCTION 16 4 16 4 6 gt 4 Event 91 B 1 4 0min min 4 2 Relay 3 Relay 5 a Orm ff 4 Onm nff 4 5 Event 91 92 6 Event 91 h 4 7 Point B Esntal Ak Foaint E min Fumetion Walue 1 1 BE CO 230 GC 2010 16 7 2 16 S 1 FUNC 5 16 5 1
394. 2 3 2 13 2 3 GC 2010 13 DET 13 2 FID 13 2 3 2 Hz 0 0 200 0m min 47 0m min Make Up 0 0 100 0m min 30 0m min FID Air He Nz Ar He 0 0 1000 0m min 400 0m min 34 5 3 4 7 FID
395. 2 7 1 RS 232C C R8A RS 232C RS 232C e C R8A C R8A C R8A C R8A LEVEL2 9600bps CONFIG T T TRS PORT MODE No BPS STD2 12917 8 9600 C R8A GC 2010 16 6 5 C R8A OPEN GCLC 8 1 1 GC Ch Ch1 OPEN GCLC 8 1 1 C R8A CH Ch1 s GCSolution
396. 2010 293 18 18 9 FID 18 9 1 FID 1 2 3 FID 1 1892 221 48258 91
397. 221 40406E GC 2010 7 1 2 1 2 3 2 5 6 7
398. 2Qmin 25 C 25 5 hetaFCS 3 3min 13g 151 IET 4 gt 5amin 1gg 111 CAR1 VEIT 1 2min 25 25 PC7 2 5amin 19g 111 COL S3min 14 2 4 180 GC 2010 14 diag 14 2 14 2 5 1 DIAG 2 3 14 2 5 50 50 8 12 SN PiDD dd 81 SiO CR 8 12 SI APRT 8 1 EO CFFS 1Z 8 12 EE LL TS 8 12 SM 35 8 12 SEO FT 1 8 12 SEOO SYS 1 8 12 SI CL 3mW 8 12 Si PE SM 8 1 SS5 FR 1 81 E T CITF 0 14 2 5 1
399. 5 14 2 7 50 50 2 19 98 98 12 98 9 Good 98 08 12 97 59 Good 98 98 12 97 59 Good 9S SB 12 5 Not Hood dB MS 11 EiSg Hot ood 9S SE 11 EEE oad BS MS 11 1 od 8 11 ED 1 od 98 S 11 Bi oad SS 11 7 Not ood 14 2 7 1 2 PF PF PF PF2 PF GC 2010 183 14 diag 7
400. 91 234 GC 2010 16 FUNGCTION 16 6 16 6 S 16 6 S 1 FUNC 6 16 6 4 3 bpsg 0 RI FEG ibit RDNE 16 6 S 2 LEVEL1 LEVEL2 LEVEL3 LEVEL2 2400 4800 9600 19200 38400 57600 115200bps 9600bps 1bit 2bit 1bit Du ll NONE EVEN ODD NONE 2 7 16 6 5 3 PF PF GC 2010 235 16 FUNCTION 16 6 16 6 6 Ready Ready Ready
401. C 2010 19 2 FID TCD 99 9959 99 9959 FID 99 9959 99 995 TCD 99 9959 99 9959 99 99596 FID 99 995 300 980kPa 300kPa 500kPa 300 980kPa 300 500kPa 300 500kPa kPa bar 100kPa 1bar kPa kgf cm2 1kPa 1 02 x 10 2kgf cm2 1kgf cm2 98 1kPa kPa psi
402. F PF Program AUX AP C 15 2 4 15 2 5 On Off APC On On Se APC 36 AOC AUX APC CRG 200 GC 2010 15 OPTION 15 2 AUX APC 15 2 4 AUX APC AUX APC APC Program PF 15 2 2 Program PF
403. GC 900 GC 2010 79 80 GC 2010 8 SET SET 8 1 1 SET 8 1 1 PF COL FLOW INJ DET 1 1 Line PF SYSTEM On AFC APC
404. LE FILEG miny 5 MO mnj Fumetion Valus i W1 8 5 SFL1 _ On 16 4 1 16 4 2 PF MONIT PF 16 4 3 Line GC 2010 16 FUNOTION 16 4 16 4 3 16 3 16 3 3 16 3 5
405. NNIOLLSRSSOSN TN 199 15 3 GRGIO EEE 203 16 FUNCTION 16 1 LEOE TTA0 023 205 16 2 2 W 35 O 214 16 3 222 16 4 228 16 5 231 16 6 232 16 6 1 2 232 16 6 2 232 16 6 3 Rn RR aoe 233 16 6 4 234 16 6 5 EEESNSSNSmSASSASL SS 235 16 6 6 Read SR OR 236 16 6 7 31 238 16 6 8 SA 242 16 6 9 245 16 6 10 RC RC NN 246 16 6 11 SS SNE END Rk 247 16 7 SR RNR i GRRE 249 16 8 Eo 2 AE 0 256 16 9 LL 257 16 10 ROMWI NO TL 262 17 17 1 1 263 17 2 AOG RLLERTNKRNKN 7 2 0T L ER KTT ES 267 17 3 LL 269 17 4 ONTANA 271 iv GC 2010 18 18 1 18 2 18 3 18 4 18 5 18 6 18 7 18 8 18 9 19 19 1 19 2 es 275
406. d Od kPa ET B D 18 33 E4110 UM Ne B B 12 33 E413 CZ B B 12 33 E63 FC1 3 B B 18 33 EES 5 14 2 6 1 2 PF PF PF PF2 PF 182 GC 2010 14 2 7 14 diag 14 2 3 1 1 DIAG 2
407. er Threshold 100 Count value 0 Judgement Good 17 1 7 GC 2010 17 7 2 AOC AOC Yes No WRPT 0 99 2 WMOD 0 99 1 REPT 1 99 1 IVOL uD 0 1 8 0 1 0 WPRS 0 99 0 PUMP 0 99 5 WTPP s 0 0 99 9 0 2 WAIT s 0 0 99 9 0 ISPD 0 1 2 2 SSPD 0 1 1 SAND 0 4 0 i All 0 A 1 SOLV RS All 0 SINT 1 0 SSNO 1 0 SNO2 SUB AOC
408. ff On Off On On FID FPD SYSTEM On Off On Off On Off On FID FPD On Off SYSTEM On Off Of Para Clean Up Para Off PF SYSTEM
409. m 18 Frmctionm Walue 1 7 2 19 99 GC 2010 211 16 FUNOTION 16 1 16 1 11 3 16 1 6 3 16 1 7 FE Lo im No PF2 NR a FF3 16 1 6 16 1 77 16 1 12 PF PF
410. ml min 250 C 200ml 5A 26 5 24 GC 2010 2 2 6 CARRIER 6 MAKE UP TTT HYDROGEN PPPPPLPPHLPPLHPFD AIR 1 gt 266 2 gt 2 6 7 GC 2010 25 2 2 6 1
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