リファレンスマニュアル - Agilent Technologies
Contents
1.2. 1 2 3 4 5 6 7 8 9
3. Gnjection with needle wash
4. Run Run 6
5. 106 ESD
6. e MTP
7. ESD 107 126
8. 45 NEEDLE WASH 1 DRAW 5ul 2 NEEDLE WASH vial 7 3 INJECT 1 5
9. e MTP 1 E MTP 80 Initialization Failed Initialization Failed
10. 1 G1367A G1377A 15 5kg 34 2 X X 200 X 345 X440mm 8 X13 5X17 100 240VAC 10 S0 60Hz 3 300VA 200W 4 55 C 41 131 F 40 70 C 4 158 F lt 95 25 40 C 77 104 F 2000m 6500 4600m 14950 TEC CSA UL
11. 65 Leak Sensor Open Leak Sensor Open
12. ee MTP MTP 77 Needle to Needle Seat Position Needle to Needle Seat Position
13. 6 J D 26 RC NAND 10 7
14. 3160 1017 3160 4097 G1367 69500 96 3 4 1 Main board initialization fails LED
15. 111 2mm 8710 2348 G1367 60010 1 2 4
16. MTP G1367 60001 56 I
17. 32 1 6 198 33
18. 10 6 7 1H 3 6 31 32 31
19. 1 7ml RF 54 100l 40 G1367 60003 G1377 60013 13000 60000 7nl 0 7m 100hl 40 400bars 400bars
20. 10 MTP Ll 83 invalid Vial Position Invalid Vial Position
21. e e e se MTP MTP 78
22. 27 1 78 78 1 2
23. 300 HPLC 1 100 8
24. 272 I ADVARSEL ADVARSEL NOTE IATAICAO ADR RID IMDG Lithiumbatteri Eksplosionsfare ved fejlagtic
25. 203 35 204 1500ulu
26. 1 ll kN N i 1 Eu 3 Te _ ALS a L Ei 22 4 GPIB LAN LC EE g ChemStation CD O ss HH O O kT Sm we Cr CAN
27. 156 ON System F5 Records F4 FW Update F5 m Update Enter Seria Enter Seria
28. 128 ON 132 0 129 135 1 4 16 8710 05100 4mm 8710 1534
29. AC AC 23 OO ko mm 12 177 G1323B LAN
30. LI 84 Peristaltic Pump Error Peristaltic Pump E
31. H 195 NT 30 4 NN dxG SS SS Na A NN SN b 5 A A 196
32. 3 2 SST 14 4mm 2 4mm 2 119
33. MTP MTP UU 71 Front Door Error Front Door Error SLS SLS SLS MTP 72 Side Door Error Side Door Error
34. 0 2 5 2 4mm 6 2 SST 144 4mm 7 8 120
35. 92 G1367A G1367A Agilent 1100 http wwwr agilent co jp chem yan Keyword well plate sampler Publication Type Technique Technology Product Group LC and LC MS Language Englich U S
36. 20 initializmg 2 2 WPS 2 1 5
37. 47 46
38. 6 2mm 3 MI 8 On Oo tM G1367 60010 2mm 3
39. 2 3 4mm 2 4 2 SST 1 44 4mm 5 6 133 14 S 16 87
40. ee 10 ae e jw H OFF lt 50 2 BYPASS
41. DC AC100 240V 10 45 MPS MPS 12V 36 V 2 5 A 1 24 V 4 5 A 5V 3A 15 V 0 3 A hy 15V 0 3A 36 V 24 V 107 OFF
42. UU DO XX MTP 86 Vessel Stuck to Needle Vessel Stuck to Needle
43. Metering M 128 131 129 SUD Meterimng M 4 3 4 132 E
44. 1 2 4 NN WW 5 16
45. 205 6 206 EMF Early Maintenance Feedback EMF Early Maintenance Feedback
46. Agilent 1100 62 Remote Timeout Remote Timeout Not Ready 1 Not Ready Run 1 Not Ready Not Ready Not Ready
47. RBESET 48
48. 0101 0921 0101 1050 4V 12A 4V 1 2A Vespel Tefzel Vespel PEEK SST 6 6 lt 150ms lt 150ms
49. 1 4 5 16 8710 0510 2 G1367 87300 100ul G1367A 68A G1375 87315 8ul G1377A 78A G1377 87300 40ul G1377A 78A I
50. 132 4 0mm 1Scm T 8710 2392 14 5 16 8710 05100 4mm 8710 1534 100ul G1367 68A 40 G1377 78A 2 SST 1 4 4mm 1 2 4mm
51. Z X RF MTP
52. I GO 1 3 a 9 8 HHHHH 5p Fy Ge Me 6 nnnnnn CAN AC gE a Q GPIB LAN LC ChemStation 21
53. G1367 87200 G1367 87101 G1367 60010 G1367 60009 G1367 69300 G1367 87200 G1367 87101 G1367 60010
54. E X Z X Z 194 G1377A 78A NT G1367A 68A 1 a
55. MTP 82 Motor Temperature Motor Temperature Motor 0 temperature 0 X Motor 1 temperature 1 Z Motor 2 temperature 2
56. 2 MTP 87
57. MTP 81 Metering Home Failed Metering Home Failed MTP
58. NT Agilent Technologies Hewlett Packard Strasse 8 76337 Waldbronn Germany Agilent 1100 Agilent 1100 Ey B e
59. 4 1 2 3 N _ Ta ee FH me ER L CE C ME me lt 5 999 E 20 2
60. 11 12 OFF LE A 6 MM LAN 125 E 27 13 I 14 15 16 17 18 19 20
61. 14 Draw x x y pl from sample Needle wash as method Inject Wait Valve bypass Wait 0 2 min Valve mainpass Valve bypass Valve mainpass ee 10 1 MR 47 3 ee
62. 128 SUD Metering M 133 4 ON SUD Needle M 4 3 133
63. G1367A 68A G1377A 778A Agilent 1100 ALS ALS PE
64. 144 3 16 8710 05100 4mm 8710 1534 4mm 15Scm T 8710 2392 S063 6589 2 G1367 60003 100 5063 6588 G1367 60003 100ul 5022 2175 1 G1377 60013 40 S064 8293 G1377 60013 40 I
65. 19 27 nh Np 3 A 8 N A NN 274Q RAN 158 13 12 1 10 19 1 SU MTP 8002 2 G1367A G1367 60009 G1377A G1377 60009 3 G1367 68A G1367 60008 G1377 78A G1377 60008 4 SLS G1367 66505 3 100ul G1367 68A G1367 60003 40ul G1377 78A G1377 60013 6 G1367 68A 0101 0921
66. DC OUT 2 J ALS ALS
67. DRAW HH E 2 2 5 E LL LES LH 51 14
68. MC68332 3 2 MB SRAM 1MB 128 KB NVRAM 24X8 NVRAM CAN RS232 MIO LAN ASIC ASIC CAN APG ASIC 4 LED 8 RS232 ASIC
69. 49 3
70. 121 124 109 14 5 16 8710 0510 2 4mm 8710 1534 G1367 87201 G1367A 68A G1377 87201 G1377A 78A
71. OFF 270 I I H H
72. H 273 E SGSL6306 E 3 HH 9 1 215 MTP 37 gt 0 6A X FPGA 06A gt
73. 4mm G1377 87101 4mm G1377A78A G1375 87317 G1375 87300 4mm
74. E 2 G1367 68705 G1367A G1368A 3 G1377 68705 G1377A G1378A 17 G1367 68705
75. 5 ON 125 I I OFF
76. 201 34 IN J CN SNS SC DN 6 a 202 2 X Z
77. 00 57 14 47 2 58 ON N
78. MTP 262 Firmware Update 146 147 156 F
79. G1367 60010 G1367 60009 G1367 69500 A 04 14 A 08 04 101 LI UU
80. 40 41 42
81. 129 6 MTP MTP 129 128 141 4 5 ON 6 142
82. MTP 68000 RAM ROM 212 56 57 58 59
83. 112 7 8 9 113 9 14 5 16 8710 0510 4mm 8710 1534
84. e MTP e G1367 60001 WPS 89
85. 1 2 3 17 18 2 AT IN RS 1 J K ww K IN T LL A MTP FE 108 18
86. 128 129 1 6 SST 1 4 4mm 10cm
87. 88 15 X Z ST
88. CAN LAN RS 232C APG 219 ee PC Agilent xxxXx VVV DLB xxxx 1367A
89. 3 3 128 144 16
90. 2 2 1 1 SUD SUD 64 MTP 216 MTP 38 2 2 _ _
91. SUD 2 128 129 131 SUD 8 2 SUD SUD SUD SUD
92. CAN RS232C APG 4 BCD 0 01 8Il 0 01 0 01 40ul 0 01u lt 0 5 RSD 5 40ul lt 1 RSD 1 5ul lt 3 RSD 0 2 1ul 0 2 5 cp 2x MTP 10 x 2 ml 100 x 2ml 40 x 2ml 30 4ul min 1Oul min 0 1ul 0 05
93. OFF 234 75 E OFF OFEF ON 300VA 200W AC100 240V 10 S0 60Hz 1 24V 4 5A 24V 36V 2 36V 2 5A 107W
94. un 199
95. EMF Early Maintenance Feedback EMF 4 EMF EMF
96. 20 1 2 2ml 10 GI1367 60001 2 2ml 100 G1329 60001 3 2ml 100 G1313 44300 4 0515 0866 5 G1313 09101 6 0570 1574 7 4 5 6 G1329 60000 8 G1329 43200 G1367 47200 20 160 21 hl 384Agilent 16 24 14 4 80 5042 1388 30 384Corning 16 24 14 4 80 Agilent 384Nunc 16 24 14 4 80 Agilent 96Agilent 8 12 14 3 400 5042 1386 10 5042 1383 120 96 Agilent 8 12 47 1 300 5065 4402 1 96Corning 8 12 14 3 300 Agilent 96CorningV 8 12 14 3 300 Agilent
97. 59 60 Timeout Timeout OFF
98. 36 CAN dp a o I II CAN DC DUT CONFG H RS232C DC Out CAN gt 9 cc os Nl a TT CAN CAN CAN 2 Agilent 1100 REMOTB shut down prepare 209 I RS 232 RS 232
99. EE OE OE OM 0 00k Ready Line Function Parameters press to edit line 3Load Default 4 Print Program Settings F4 Thermosta0 Thermostat F6 Done Temperature c 9 6 C De at Power On turn n temperature 9 on 247 Analysis Settings Run times FS Runtimes Stoptime Posttime F6 Done Stoptime O 00 min Posttime O 00 min Overrigdes HPLC system runtime settings Status Analysis FS Views Status Flow 0 000 w B _ A 59 0 Installed Trays 2 Plates 1 No tray L
100. 128 140 14 5 16 8710 0510 4mm 8710 1534 3160 1017 MTP Q07 2 128
101. e SLS SLS G1367 66305 G1367 69300 G1367 69300 Initialization fails E 4
102. A 04 14 A 08 04 G1367 60001 G1367 007 103 104 BE I 109
103. 20 60Hz 100 240VAC 10 1 LAN e 1H 200W VA BCDH 210
104. G1367 69500 2 5 Problem with the Vapor blowout pe 7od 2 front cover open side cover open front cover open 97 5
105. 107 MTP 2 Wn NN 128 129 M4 MTP
106. nnnnnnn D BB D CAN 29 LC 17 1
107. 3 EE ON L 227 RS 232C RS 232C RS 232C GPIB RS 232C DCE 9 D SUB
108. RA 0000 SER OFF ON E 1100 Configure 1100 Access Instrument 147 SUD SUD 14 5 16 8710 05100 4mm 8710 1534 G1313 66503 SUD SUD
109. RS 232C 2 3 4 5 7 RS 232C 1 RS 232C 0 1 3 4 5 3 4 5 0 0 0 9600 1 0 0 9600 0 0 1 1200 1 0 1 14400 0 1 0 2400 1 1 0 19200 0 1 1 4800 1 1 1 38400 6 0 7 1 8 1 1 19200 8 231 72 73 8
110. 2 e MTP WPS OFF ON MTP 75 Valve to Mainpass Failed Valve to Mainpass Failed
111. 9 E EJECT 1 o 2 R Agilent 1100 gt 1 ee m
112. Arm Movement 0 Failed 0 X Arm Movement 1 Failed 1 Z Arm Movement 2 Failed 2 a MTP MTP 74 Valve to Bypass Failed Valve to Bypass Failed
113. 6 3 4 5 54 30 9 HH 1 le DO GO DD _ J O 8
114. 380mm 0 17mm ID 1 01090 87306 96 0 5ml PP 10 1 3042 1386 1 5063 6527 1 5064 8240 CAN 1m 1 5181 1519 100 1 3182 0716 100 1 S182 0717 1 3988 2999 9 64 1 8710 0060 1 4 5 16 2 8710 0510 14 1 8710 2391 4 0mm 1Scm T 1 8710 2392 964 1Scm T 1 8710 2394 2 0mm 1 8710 2438 1 9300 1408 900mm 0 17mm ID WPS G1329 43200 G1329 87300 G1367 60006 18 3 G1377 68705
115. 1 2 1 2 n E E 232 74 8 1 2 3 4 5 6 7 8 1 0 0 1 0 0 0 GPIB RS232C 233
116. 100 LI LL ON 8 1 2 8 1 ub 8 1 2 8 0
117. 110 112 114 116 30000 40000 117 119
118. 69 Fan Failed Fan Failed MTP 2 MTP MTP UU 70 Exhaust Fan Failed Exhaust Fan Failed WPS
119. 94 LED LED 95 1 2 Failure to turn OM WPS WPS G1367 69500 0905 2528 Rev G Fan failure
120. 5 Serial 10 10 Enter Done F6 146 MTP OFF ON Records print sendmodule lals ser YYYYYYYYYY YYYYYYYYYY 10 2
121. 93 4 side cover open E 1 E WPS 5
122. 29 CAN Agilent 1100 Agilent GPIB LAN LAN Agilent 1100 APG ON
123. Maintenance functions Home Position Home Position Park Position Park Position Change Piston Change Piston
124. F7 Default WPS F8 On Off TF6 Done CO Standard Injection with needle wash CInjector Program Inj Vol Hl Standard Injection with needle wash CInjector Program 242 Analysis m Status Reseet Loc P1 C 3 1 Installed Trays Injection 2 Plates 1 No tray L Elapsed 0 00 min Fl More
125. 122 12 123 5065 4445 OO ty wn 2
126. EMC 224 64 kc GPIB GPIB GPIB GPIB GPIB 28 RID 29 22 FLD 23 VWD 24
127. 66 RS 232C 1 DCD 2 RxD 3 TxD 4 DTR 5 Ground 6 DSR 7 RTS 8 CTS 9 RI RS 232 Instrument PC v1 DCD 2 2 RX 3 31 1TX 4 4 1 1DTR 5 5 GND 6 6 DSR 7 7 1RTS 8 8 CTS 9 __ _ 9g IRI DB9 DB9 DB9 Female Female Male 228 8 8 8 CAN DC OUT GPIB 44 8 67 8 1 2 3 4 5 6 7 8 GPIB 0 0 GPIB RS 232C DO 1 Reserved 1 0 Reserved TEST BOOT 1 1 RSV
128. Done On Off Start Plot Views Analysis Samples Status System gt E B 02 0x QG1323B HPLC 4 08 CAN HPLC 238 Analysis Analysis Analysis
129. I I HPLC 35 8 100 ml 100 1000 2 S181 3375 5183 4491 2 5182 0543 5183 4492 5183 4494 2 S182 3376 S183 4493 5183 4495 100 ml 100 1000 7 2 5182 0544 5183 4504 5183 4507 2 5182 0546 5183 4505 5183 4508 2 5182 0545
130. 6 7 10 14 4mm SST 129 11 128 12
131. 0101 0921 G1367A68A 0101 1050 G1377A 78A 1 2 3 128 4 5S 129 6 131 7 SUD Valve Assy
132. G1367 87101 0 17mm 2 3u G1367 68A G1377 87101 G1377 78A G1375 87317 150mm 0 10mm G1377 87101 G1375 87300 150mm 0 05mm G1377 87101 G136768A G1367 87101
133. LE mk DD e 0 367 96002
134. 1 4 5 16 8710 0510 4mm 8710 1534 3160 4097 128 129 MTP 145 MTP MTP 146
135. 4mm 7 8 9 10 1 2 3 4 5 10 11 12
136. Needle Carrier Failed Needle Carrier Failed bE Z X MTP MTP 79 Missing Vial or Missing Wash Vial Missing Vial or Missing Wash Vial
137. 6 7 124 221 1 2 3 2 4
138. 6 35 0 1 100ul E 1500ul td tr 0 01 40ul 0 01 8ul NMM ei
139. ul ul 200 200 10 10 1000 1000 8ul 6 0 7 0 7 20 100 40ulI 4 10 0 7 0 7 250 230 52 VespelTM Vespel Vespel pH 2 3 9 5 pH 2 3 9 Vespel TefzelTM pH 2 3 9 5 Vespel Tefzel 166
140. Not Ready Not Ready 63 Sychronization Lostl Sychronization Lost 1 1 CAN CAN CAN
141. 200 55 6 2 6 2 1 6 3 2 Vespel Tefzel 3
142. 24 Du AB Aa 13 14 ON 1S ON 1 2 LED 5 CAN KG o io co THERMO CAN DC 0UT CONFIG _ ee MM
143. G1367 60009 G1367 69500 102 16 1mm 36
144. 25 1 0101 0921 1 6 2 0100 1852 3 Vespel 0100 1833 3 Tefzel 0100 1849 4 0100 1831 5 0100 1850 6 1535 4857 26 1 0100 1050 1 2 3 5 6 2 0100 1852 3 VespebD 0100 2088 5 0100 2089 6 1535 4857 166 167 27 1
145. Analysis PC Module F7 F8 Copy TF6 Delete lethods on PO Oard ethods on Modules TS E end of method lst hate Time User Comment 251 System System System view Fs Views Esc System Ru 14564 Medule Message ld Date Time Bin Pump Module rmethod saved INFU 05 25 14 58 40 Setpoint changed NII 05725 14 54 2
146. 7 8 10 11
147. 14 a ts H 12 1 2 5s 16 2 SST Rh 1 4 4mm 5 6
148. G1377 78A 0101 1050 13 G1367 43200 14 G1367 47700 15 0 17mm 2 3uI G1367 68A G1367 87101 G1377 78A G1377 87101 150mm 0 10mm G1377 87101 G1375 87317 150mm 0 05mm G1377 87101 G1375 87300 16 G1313 68715 G1367 44103 5065 4409 G1367 42304 G1367 44100 163 23 24 100ul G1367 68A 100u G1367 68A 1 6 G1367 60003 1 0515 0850 2
149. ON 2 OFF ALS OFF 14
150. Test Selection Box Test 90 16 Bypass Plunger Home Needle Up Needle into Vial Draw 100ul
151. ul 384Agilent 16 24 14 4 80 5042 1388 30 384Coming 16 24 14 4 80 Agilent 384Nunc 16 24 14 4 80 Agilent 96Agilent 8 12 14 3 400 5042 1386 10 5042 1383 120 96 Agilent 8 12 47 1 300 5065 4402 1 96Corning 8 12 14 3 300 Agilent 96CorningV 8 12 14 3 300 Agilent 96 Agilent31mm 8 12 31 5 1000 5042 6454 50 96 Nunc31mm 8 12 31 5 1000 Agilent 96 Ritter41mm 8 12 41 2 800 Agilent 96Greiner 8 12 14 3 300 Agilent 96GreinerV 8 12 14 3 250 Agilent 96Nunc 8 12 14 3 400 Agilent 96Agilent 8 12 3042 1389 50 OFF 34
152. 2 Prerunn Not Ready Run Error 58 60 88
153. SUD G1313 66303 2 1300 0697 3 062 8390 4 100u1 G1367 68A G1367 87300 40u G1377 78A G1377 87300 8ul G1377 78A G1373 87315 5 G1367 60007 6 G1367 87300 G1377 87300 0100 2086 7 100ul G1367 68A G1367 60003 40u G1377 78A G1377 60013 8 5065 4445 9 G1313 87301 160mm 0 253mm G1367 68A G1373 87312 200mm 0 10mm G1377 78A 10 5061 3356 11 G1367 68A G1313 87300 G1377 78A G1377 87301 12 G1367 68A 0101 0921
154. 1 4 6 G1367 87101 1 4 5 114 MN Fk OO ty G137778A G1367 87101
155. 203 205 EMF Early Maintenance Feedback 207 209 211 212 213 MTP 214 219 221 224 8 229 234 10 10 Agilent 1100 237 Analysis System 239 232 265 266
156. 9 4 1 2 2 SLS 2 MTP 2 213 60 MTP MTP Agilent 1100 LC
157. 127 5041 8395 MIO hm Wo tw 125
158. HPLC T Fc 44 e e
159. 8 141 9 10 11 12 2 143 152 13 14 OO ti 10 11 12 13 14 143 MTP
160. 0 1 100 0 1 1300ul lt 0 5 RSD 100u1 lt 1 RSD I SuD 0 2 5 cp 2x MTP 10 x 2 ml 100 x 2ml 40 x 2ml 30 200ul min 200ul min Sul 0 01 123 x 4mm Hypersil ODS SLm 80720 Iml min Il 1mg mlD SuMI 20 266 77 Agilent 1100 GLP EMFE Early Maintenance Feedback
161. SUD 2 3 SUD 148 SUD 132 129 128 8 ON 9 10 149 SLS SLS 1 4 3 16 8710 05100
162. 6 PTC PTC PTC NTC 214 2 PWM MTP
163. A 08 04 X G1367 60009 G1367 69500 99 SUD G1367 60003 G1367 60008 G1367 69500
164. 1 4 131 136 138
165. 5065 4446 5042 1381 E 1 Agilent Technologies 1100 Series nn OO ty 1 2 3
166. MTP 145 nn OO ho MTP MTP M4 129 128 8 ON 10
167. 2 SST 14 4mm 110 6 G1367 87201 G1377 87201 5S 716 2 SST 14
168. EF4512 EF4510 0 EF451 EF4513 207 EMF Early Maintenance Feedback EMF EMF EMF EMF Early Maintenance Feedback
169. Line Loc Inj Time 0 00 Inj Vol HI WStandard Injection PP with needle wash 1Settings 2 Needle WWash 3 High Throughput Ready Timetable 243 Settings More Analysis More Settings Draw Speed Eject Speed Draw Position OfRet T6 Done Line Loc In Time Idle Ready Draw Speed Umin Eject Speed Hmin Draw Position Offset mm More Needle Wash F6 Done 9 Ready More Auxiliary E
170. SHUT DOWN POWER ON READY START STOP PREPARE START REQUEST TTL 0V SV 10 SV 2 2kQ OR EE
171. Y oN a ASIC 9 4 ST L6306 215 EFPGA ST L6203 ST L6201
172. 25 OFF CAN Agilent 1100 Agilent GPIB LAN LAN Agilent 1100 APG
173. CAN ON OFEF OFF 25 177 G1323B 1
174. 18 19 18 19 173 174 17 106 24 24 24 32 24 30 16 266 277 205 14 16 109 30 51 51 33 214 15 177 APG 21 23 CAN 21 23 GPIB 21 23 LAN 21 23 21 23 Analysis 239 Config 233 Control 233 Error Log 260 Firmware Update 262 Info Log and EMF 261 Method 250 Run Times 248 Settings 242 Signal Plot 249 Status 248 System 252 Thermostat 247 Timetable 246
175. SLS SLS 132 129 128 150 SLS 5 6 ON 7 1 4 5 16 8710 05100 4mm 8710 1534 0930 2328 rev G
176. Imstalling Your ChemStation System GPIB Agilent 1100 2 22 00010110 FLD 23 00010111 VWD 24 00011000 Agilent 8453A 00011101 DAD MWD 26 00011010 27 00011011 28 00011100 000000000000 RID 29 00011101 0 1 230 69 70 71 8 RS 232C CTS RTR 1 2 RS 232C
177. OFEF CAN 64 Leak Leak 2 MTP ee
178. 6 117 8 ER 9 9 64 10 174 118
179. F1 Align Trans WPS F6 Done Tests Mu 0 00 E Ready To self align the needle transport may take several minutes Please make sure the well plate tray is EE inserted 1 Press to continue Xx Abort 256 System Needqle Loop Piston Arm TF2
180. G1367 68A 5063 6386 3 01078 23202 4 G1367 68A 5001 3739 5 2 1 G1367 68A 5063 6589 6 01078 27710 MS 60 mm 0515 2118 40ul G1377 78A 40m G1377 78A 1 6 1 2 G1377 78A 3 4 G1377 78A 5 1 1 G1377 78A 6 G1377 78A MS 60 mm G1377 60013 0515 0850 5064 8293 01078 23202 G1377 60002 5022 2175 G1377 27700 0515 2118 164 22 100 40M 165 DF a MY B
181. 13 14 17 20 24 26 30 32 34 36 39 _ 41 43 44 45 49 31 53 54 55 58 59
182. 2 7 3 680uI 6ml mm 10 2
183. 3 e e e PWM X Z 0 FPGA SGSL6201 SMT ASIC ASIC FPGA 4 es 1 ASM 64 13
184. F7 Enter FE6 Done limetable Ma cE oS ME ME 0 00 IE Ready ExternalContact1 Contact State 5 fielads change with setting selected m Ilimetable WE Time Podule Satting end of module timetable 3Print Timetable 246 Analysis Settings Injection F3 Hmnj Program Program T7 Enter FE6 Done m T8 Validate
185. OE LL 2 SUD 0101 0921 G1367 60008 G1367 69500 SUD G1367 60008 G1367 69500 A 04 14 A 08 04
186. 96 0 5ml PP 10 1 042 1386 1 5063 6527 1 5064 8240 CAN 1m 1 5181 1519 100 1 5182 0716 Q00 1 5182 0717 1 3988 2999 9 64 1 8710 0060 1 4 5 16 2 8710 0510 4 0mm 1 8710 1334 Q 4 1 8710 2391 4 0mm 15cm T 1 8710 2392 964 15Scm T 1 8710 2394 2 Smm 1Scm 1 8710 2412 2 0mm 1 8710 2438 1 9300 1408 500mm 0 0Smm ID 40p WPS G1315 45003 G1329 43200 G1375 87304 G1377 87300 G1367 60006 19
187. MTP Q107 128 131 129 MTP 145 MTP
188. 106 107 108 109 110 112 114 116 117 119 121 124 125 126 127 128 129 131 133 134 136 138 140 141 143 MTP 145 SUD 148 SLS 150 132 154 156
189. FLD RID CAN QO QO QO QO x GPIB QO QO QO x RS 232C O O O O O O x QO x X 2 1 x of 3 QO x x GPIB CAN CAN Agilent 1100 GPIB Agilent RS 232C Agilent BCD LAN 25
190. THF 1 EDTA 2 THF 275 http wwwr agilent co jp chem yan http www agilent com chem Agilent 1100 276 A APG 225 ASIC 214 B BCD LAN 2
191. Tefzel pH Vespel Tefzel Vespetl pH 2 3 9 5 Tefzel 53 G1367 87101 2 G1377 87101 G1375 87317 100um 150mm G1375 87300 S0m 130mm G1375
192. 138 129 128 8 ON 10 139 14 5 16 8710 0510 4mm 8710 1534 5062 8590 1500 0697
193. ON E 144 3 16 8710 05100 4mm 8710 1534 5062 8590 1500 0697 SUD 8 4
194. _Line Loc 3 Inj ME 0 00 Ready 1Date amp Time 2 Print Screen Draw ee 4 0 hymin Eject Speed 10 0 hymin sSetup View Draw Position Offset 0 0 mm 6Restart Temp On Off WPS 240 Analysis Setup View Analysis T7 F8 Remove Add W6 Done Select G1312A Bin Pump G1377A WP Sampler G1315A DA Detector 4
195. Default GUI WPS ChemstationHPCHEM instrument x temp lals txt 93 1 3 4 5 WPS 3 5 ON WPS
196. 31 OO tw 10 HB 32 11 G1367 60001 2 10 2ml G1313 44300 100 2
197. 4mm 8710 1534 G1367 66505 SLS SLS 128 129 131 7 SLS 8 SLS 2 9 SLS SLS
198. MTP MTP MTP 73 Arm Movement Failed or Arm Movement Timeout Arm Movement Failed or Arm Movement Timeout
199. 12 100 PTFE 5182 0717 PTFE 5182 0718 PTFE 5182 0719 PTFE 5182 0720 PTFE 5182 0721 PTFE 5182 0722 38 34 12 a 13 0 39
200. 59 60 Timeout 61 Shutdown 62 Remote Timeout 63 Sychronization Lost 64 Leak 65 Leak Sensor Open 66 Leak Sensor Short 67 Compensation Sensor Open 68 Compensation Sensor Open 69 Fan Failed 70 Exhaust Fan Failed 71 Front Door Error 72 Side Door Error 73 Arm Movement Failed or Arm Movement Timeout 74 Valve to Bypass Failed 75 Valve to Mainpass Failed 76 Needle Lock Failed 77 INeedle to Needle Seat Position 78 Needle Carrier Failed 79 4
201. 95Nells F6 Done Width mm Height mm A1 eft rback Distance Offset 11 3 TF1 Definition F2 Trays R AN T7 F8 Add Remove F2 Delete Def Lamp Time WO Idle ee Ey Column Shift HONE Volume 560 D Diameter D0 Depth 1 Preview 254 System Confiqure Volumes Configuration F3 Volumee E6 Done Lamp Time Idle
202. WPS X WPS WPS 98 8 1 3160 1017 3160 4097 G1367 69500 2 A 04 14
203. 0100 1851 9 64 1 4 116 14 S 16 8710 0510 9 64 15cm T 8710 2392 0100 1833 Vespel 0101 0921 G1367A 68A 0100 1849 Tefzel 0101 0921 G1377A 78A 0100 2088 Vespel
204. Agilent 1100 G1351 81600 BCD 1 BCD 5 20 2 BCD 7 80 7 3 BCD 6 40 4 BCD 4 10 SS 5 BCD 0 1 6 BCD 3 8 7 BCD 2 4 8 BCD 1 2 9 Digiital ground 10 BCD 11 100 11 BCD 10 200 12 BCD 9 400 13 BCD 8 800 14 15 188 52 Agilent 1100 Agilent 1100 Agilent 1100 G1322 81600 1 Ground 2 Pressure Signal _ 3 _ 4 5 DC 5VIN 6 Vent CAN CAN Agilent 1100 CAN Agilent 1100 0 5m 5181 1516 Agilent 1100 1m S181 1519 Agilent 1100 G
205. 130 x 0 5mm Hypersil ODS 3hm 85 15 13ul min 1ul 23ng 1ul 20 267 268 I I
206. 5 Setunp 4 Flow Gt lo ooo jVol 0 0ul Speed B 50 0 IA 1 2 Draw 4 0 A 50 0 m WPS rm 2 Program Speed hn 3Reset astatus 5Setup View 6Restart 241 Settings Analysis Fl Settings WPS 0 00 Ready 1 ACTUAL Inj Vol 0 0OI Speed Draw 4 0 ject 10 0 Settings Imjection Volume WPS Standard Injection with needle wash Injector Program FI1 F5 WPS
207. F6 Done Ready Multiple Draw Wait gt On Missing Plate Lamp Time ER idle On Missing Vessel 7 Ffor moreauxiliarysettings see Analysis view Stings WP Sampler More Auxiliary 253 Configure Trays System Fl Imterfaces T6 Done Options MO BCD LDL Missing Vessel Ty s y Setings see e Analysis view Settings WP Sarmpler 7 More 7 Auliary Bb Formats Active Plates 1 F3 Rotate Plate TF6 Done Plate Formats 384DeepWells 84WWella Volumes
208. 170 17 175 172 LAN 192 48 16 BCD LAN 221 213 213 214 53 194 198 164 51 200 56 88 90 24 26 26 26 26 41 53 166 279 280 Agilent Technologies Agilent 1100
209. 7 8 0 0 1 0 1 1 SAC ON dA A EN 1 2 1 2 3 4 5 6 7 8 1 1 0 0 0 0 0 1 GPIB RS232C E
210. Not Ready Not Ready 61 Shutdown Shutdown 4 LOW CAN Agilent 1100 E Agilent 1100
211. I 2 16 m v 41 j O 1 o
212. ID EMC 1 2 5Scm 1 0 8cm 3 1 1 25cm 10
213. MTP 66 Leak Sensor Short Leak Sensor Short 67 Compensation Sensor Open Compensation Sensor Open MTP
214. MTP 3 MTP 4 129 128 143 6 7 ON 144 MTP MTP 1 4 5 16 8710 05100 4mm 8710 1534 G1367 66500 MTP G1367 69300 MTP MTP
215. Q00 1 3182 0716 100 1 5182 0717 1 3988 2999 964 1 8710 0060 174 5 16 2 8710 0510 14 1 8710 2391 4 0mm 15Scm T 1 8710 2392 964 15cm T 1 8710 2394 2 0mm 1 8710 2438 1 9300 1408 900mm 0 17mm WPS 1 G1329 43200 G1329 87300 G1367 60006 173 33 G1377 68705 G1377 68705 G1377 68705 96 0 5ml PP 10 1 042 1386 1 063 6327 1 064 82
216. More Sample Flush Out Sample Flush Out Factor Automatic Delay Volume Reduction Overlapped Injection F6 Done Inj Time 0 00 Ready times injection volume 245 Analysis Settings Timetable FE2 Timetable WPS F7 Insert E6 Delete Time Module Setting 0 00 WP Sampler External Contact 1 Open nd of module timetable Time mm Setting
217. 10 0 01 47 e MORE TINJECTOR 2 3 ml
218. 140 143 141 127 MTP 145 119 138 119 154 121 117 108 15 16 266 56 51 51 213 7 1 0 53 205 59 61 oO 198 Ot 53 33 53 33 E 235 234 59 15 278 14 215 273 fr 1 51 53 203 41 203 20
219. 15cm T 8710 2394 0100 18S1 174 3 9 64 3 4 S
220. 17 Bypass Plunger Home Needle Draw 100ul Needle Mainpass Needle Up Mainpass
221. 8cm 3 1 Agilent 1100 2 20 23cm 10 15 1
222. Missing Vial or Missing Wash Viall 80 mitialization Failed 81 Metering Home Failed 82 Motor Temperature 83 Invalid Vial Position 84 Peristaltic Pump Error 85 Vessel or Wash Vessel Error 86 Vessel Stuck to Needle 87 88 90 G1367A 93 94 96 99 103 105
223. 10 1 384 128 x 86 mm Agilent G1313 29A 2ml 100 X Z
224. 0 2 5041 8382 3 041 8381 4 3041 8384 31 28 1 5061 3356 2 G1313 44301 3 120 mm 3062 2463 4 5041 8388 Sm 172 32 G1367 68705 G1367 68705 G1367 68705 1 01090 87306 380mm 0 17mm 96 0 3ml PP 10 1 042 1386 9 1 3063 6327 1 3064 8240 CAN 1m 1 5181 1519
225. 146 MTP 141 132 129 128 ON 153 gt 14 5 16 8710 0510 4mm 8710 1
226. 2 8 je 5 FPGA FPGA 8 X 4 Z 218 2 Agilent 1100 CAN LAN RS 232C As
227. G1377 78A 0101 1050 7 G1367 68A G1367 87101 G1377 78A G1377 87101 0 10mm 1 2u G1377 87101 G1375 87317 0 05mm 0 3u G1377 87101 G1375 87300 8 G1367 60001 9 G1367 68A G1367 87201 G1377 78A G1377 87201 10 G1367 60010 11 0930 2328 12 MTP G1367 66300 MTP G1367 69500 13 ST MTP G1364 81601 SLS MTP TCC 380mm 0 17mm G1367 68A TCC 500mm 0 053mm G1377 78A BCD G1367 81600 01090 87306 G1375 87304 3160 1017 3160 4097 G13S1 68701 159
228. mt 0 00 Ready Product Serial Version On Time G1323B DE00000000 T 04 27 0d 00 05h cgErx DE00000000 T 04 56 001 0d 00 05h G1364A DE00000000 T 04 57 002 0d 05 48h Solvent Valve G1160A DE00000006 T 04 53 001 0d 00 00h UIB G1390A DE00000067 T 04 55 001 0d 00 00h LRecords G1377A Well Plate Autosampler Valve Cycles Needle into Seat 259 System Error Log System Reset EMF Ignore Time 0 00 EE Ready The number of needle into seat actions exceeded its deafined limit sy Ignore F2 System Log E3 Error Log 1
229. 2 1 4 4 5 10 11 12 129 we 6 SST 1 4 2 4mm 128 ON
230. 8 3 9 SUD Valve Assy 3 132 5 129 0 136 10 128
231. Logbook PCMCIA m LRecords Message Unit read only Setpoint changed Setpoint changed Parameter rejected 752 Option not installed Date Time 05 25700 15 03 46 05125 00 14 54 27 05 125100 14 52 20 05725700 14 51 10 05725700 14 51 10 Missing wash vial Missing wash vial Missing wash vial 05103100 16 08 39 05703700 16 08 22 05703700 16 08 18 05703 00 16 01 56 05 03 00 16 00 1 260 Maintenance Log System T4 Maintenance Log Done Logbook Logbook PCMCIA m
232. 5061 3378 TTL 1 ts Digiital ground 2 2 Prepare run Low 3 3 Start Low 4 4 Shut down Low 5 5 6 6 Power on High 7 Ready High 8 8 Stop Low 9 Start request Low 184 47 Agilent 1100 HP1090 LC HP 1040 DAD HP 1090 Agilent 1100 01046 60202 TTL 1 1 Digiital ground NC 2 Prepare run Low 8 4 3 Start Low _ 7 4 Shut down Low _ WE 8 5 2 NC 6 Power on High 3 7 Ready High 6 8 Stop Low NC 9 Start request Low 48 Agilent 1100 9 Agilent 1100 01046 60201 TTL Digiital ground AIOI 2 Prepare run Low 3 Start Low KEY 4 Shut down Low FE 5 ee 5 6 Power on High la 7 Ready High Stop Low Start request Lo
233. 64 87 78 77 80 2 75 TT 70 72 86 85 68 69 84 76 82 83 65 66 67 63 212 ASIC 214 MTP 214 216 215 213 215 219 215 IT 212 194
234. 0101 1050 G1377A 78A 0101 1050 1 4 9764 3 4
235. SUD Ileak sensor 132 129 154 128 7 ON 8 155 e
236. F7 Setup Plot Fe6 Done WP Sampler Auxilary 1 WP Sampler uxilBry 2 44 Time Range 1 0 min 249 Method screens Analysis Esc Amnalysis Method As T H F3 T8 Save PC E PCMCIA PCMCIA Module WP Sampler Setting Hraw Positioh Offset Time User Commert E Name Date 0525J00 14 58 TI El end of method list 250
237. HP 1050 HP 1046A FLD HP 1046A FLD Agient 35900A AD 3ia HP 1040 H LE HP 1090 01046 60203 01046 60206 01046 60210 03394 60600 03396 61010 5061 3378 5061 3378 5061 3378 01046 60202 01046 60202 01046 60202 177 36 BCD 3392 3 18394 60510 3396 03396 60S60 G1351 81600 Agilent 1100 G1322 61600 CAN Agilent 1100 0 5m S181 1316 Agilent 1100 1m 5181 1519 Agilent 1100 G1323 81600 Agilent 1100 G1103 61611 GPIB Agilent 1100
238. ISO 7779 1988 EN 27779 1991 274 2CHCl 0 2COCL 2HCI
239. gt gt 2A FPGA 2 i SS 4 5A gt 0 15 SLS 2 MTP SLS 2 217 MTP 39 IO TPU
240. 1 O OFF ON
241. 157 158 160 162 164 166 168 169 170 171 172 G1367 68705 173 G1377 68705 174 G1313 68711 G1367A 68A 175 176 177 179 181 BCD 186 189 CAN 189 190 RS 232 191 LAN 192 193 194 197 200
242. 1 m 10833A Agilent 1100 2 m 10833B RS 232 Agilent 1100 34398A 9 9 1 LAN LAN 5183 4649 10 5 UTP 8m G1530 61480 178 37 38 Agilent 1100 BNC Agilent 1100 3390 2 73 3390 2 3 Agilent 1100 01040 60101 1 Shield Ground 2 3 Center Signal 4 6 BRN RD 5 Shield Analog 3 BRN 2 6 4 L 7 Key 8 Agilent 11
243. HP1050 18 Agilent 8453A 25 HP1050 16 DAD MWD 26 VWD HP 1050 10 27 DAD HP 1050 17 CAN CAN CAN 2 APG Shut down Prepare 225 D SUB OR 1
244. ON 13 130 1 4 5 16 8710 05100 4mm 8710 1534 G1367 60008 G1367A 68A G1377 60008 G1377A 78A 10 11
245. Change Tests TU 0 00 8 Ready 1Needle Seat 2Loop 3Piston 1 Loop Capillary Change Piston Needle Carrier a Change Change Change 2Sampling Unil 3 Transport 257 System Tests F3 Signals WPS Aux 22 96 Aux 2 Heat Sink Right 22 92 258 EMF Early Maintenance Feedback System EMF W1 EMF 1 Setup limits F6 Done
246. Copyright Agilent Technologies 2001 All rights reserved Agilent 1100 Series Well plate Sampler amp Micro Well plate Sampler Reference Manual G1367 96002 Agilent Technologies Agilent Technologies 270 gt
247. 8710 05100 4mm 8710 1534 G1367 60009 G1377 60009 9 1 G1367A 68A G1377A 78A 1 2 4 128 5 4mm SST 1 4
248. NC 5 NC 6 Power on High NC 7 Ready High NC Stop Low NC Start request Low 181 42 Agilent 1100 339273 3392 3 Agilent 1100 01046 60206 TTL 3 1 Digiital ground NC 2 Prepare run Low 11 3 Start Low NC 4 Shut down Low NC 5 NC 6 Power on High 9 7 Ready High 1 8 Sto Low p NC Start request Low 43 Agilent 1100 3394 3394 Agilent 1100 01046 60210 TTL 9 1 Digiital ground NC 2 Prepare run Low Bo 1 3 3 Start Low O NC 4 Shut down Low 3 J 2 NC 5 Go 1 NC 6 Power on High 5 14 7 Ready High 6 8 Stop Low 1 9 Start request Low 13 15 3394 3 182 44 Agilent 1100 3396A
249. 270 273 274 274 275 276 11 12 I I I 16 1 G1367A G1377A G1330A 2
250. 5 6 8 4 121 8 9 10 11 5s 16 2 OR OO ee
251. 96 Agilent31mm 8 12 31 5 1000 404 96 Nunc31mm 8 12 31 5 1000 Agilent 96 Ritter41mm 8 12 41 2 800 Agllent 96Greiner 8 12 14 3 300 Agilent 96GreinerV 8 12 14 3 230 Agilent 96Nunc 8 12 14 3 400 Agilent 96Agilent 8 12 5042 1389 50 161 21 SS LRT NN WU NN A 0 SSNE2 SS Wo N NN 162 22 G1367 68A G1367 60008 G1377 78A G1377 60008 1
252. 229 17 YY a 1 4 177 200 32 34 32 21 23 21 23 203 53 164 166 MTP 145 SLS 150 SUD 148 201 56 38 7 90 107 107 266 EMF 51 33 51 51 51 31 136 109 131 152 128 129 126 110
253. EMF EMF 1 2 BMF EMF EMF EMF EMF BEMF 208 EMC
254. lt Pf 226 65 DGND PREPARE START SHUT DOWN POWER ON READY STOP START REQUEST DL L 4 E BDD HH HH L Ready
255. 3394 Agilent 1100 03394 60600 TTL 9 1 Digital ground NC 2 Prepare run Low 8O 1 3 3 Start Low NC 4 Shut down Low o 2 NC 5 G Te NC 6 Power on High 5 14 7 Ready High 1 Stop Low NC Start request Low 13 15 Agilent 1100 3396 II 3395A 03394 60600 5 Start not ready 183 45 46 Agilent 1100 3396 III 3395B 33XX Agilent 1100 03396 61010 TTL 9 1 Digiital ground NC 2 Prepare run Low 4 3 3 Start Low NC 4 Shut down Low NC 5 1 NC 6 Power on High 14 7 Ready High 4 Stop Low NC Start request Low 13 15 Agilent 1100 HP 1050 HP 1046A Agilent 35900 AD HP 1050 Agilent 1100
256. 5 2 4mm 7 9 1 3 G1375 87317 G1373 87300 4mm 5 S0um 100um 54 115 G1367A 7684 G1377A 78A 1 4 3 16 8710 0510 964
257. Configure Configure F4 Therm WPS Thermostat TFe6 Done Temperature C 26 2 at Power On turn temperature on System Tests System F3 WPS WPS Tests ME 0 00 5 Ready Sampler Side door closed HE 12 20 10 25 WP Sampler Front door closed HE 12 20 10 25 10 Cap ALS Initialization dor LE EN HE 12 20 10 23 01 WP Sampler Thermostat offl2 Cap ALS SE 12 20 10 25 10 WP Sampler Thermostat at 3 WP Sampler Tests Align Trans WPS Change WPS 255 I System Signals WPS
258. ON 1 2 LED ON OFEF OFF 28 8
259. 4 Prerun Run Not Ready Not Ready Error
260. Agilent 1100 WPS Analysis 3 EE 1 0 00 Ready C 03 P2AE 10 1 ACTUAL Inj Vol HI Draw Speed hymin 1 Eject Speed hymin Draw Position Offset mm 0 Tol mm Eject Speed hymin Draw Position Offset mm 239 Analysis m Date amp Time Print Screen About SetupView Agilent 1100 Analysis Restart
261. P2 P24 S 985 P1 A1 201 OOO OO OO OO OO OO OOO P B1 213 J O00 1 OOO P1 H12S 297 OOOOOOOOO A OOOOOOOOOOOO 7 42 BCD LL Ia BCD NN 12 BCD F 250mA ER 222 62 LAN HP JetDirect HP Agilent 1100 1 LAN LAN G13XX 66520 DAD MWD VWD Pump ALS G13XX 66300 FLD RTD Agilent A 06 01 Agilent
262. 13 16 24 ul 2 mm B 2 mm C X 127 75 0 25mm mm SBS D Y 85 50 0 25mm mm SBS E 47mm mm F A1 mm G A1 mm H Y mm I mm 4mm J 4Smm mm
263. 3 SV 3A 4 1SV 0 3A 5 1SV 0 3A 235 236 Agilent 1100 Agilent 1100 G1367A G1368A G1337A G1378A Agilent 1100 E Agilent 1100 ESC 2 Im i Enter
264. NTC MTP NTC MTP MTP 68 Compensation Sensor Open Compensation Sensor Open MTP NTC MTP NTC MTP MTP
265. 12 13 128 SUD 3 v mixing M 2 134 NN Fr OO ty 10 11 12 13 124 2 SUD
266. 87317 100um 0 3mm K G1375 87300 50um 0 3mm 54 I
267. Elapsed 0 00 min Injection 248 Signal plot Analysis F6 Plot 1 2 3 Time WO Idle Ready 9 0 1Clear All 2Print Plo 3Maximize F6 Select 3 Available Signals m Selected Signals W8 Move Selected Signals Available Signals
268. S001 3772 2 5022 2112 3 G1367 68701 24 168 28 25 1 5065 4446 Agilent 1100 5042 1381 064 8272 169 29 3064 8248 2 3 0 3 AZ RM KR J J ec 4 8 fk ff Ri lt lt fk Rk RR AN 3 Q 170 30 27 1
269. handtering Udskiftning ma kun ske med batteri af samme fabrikat og type Lever det brugte batteri tilbage til leverandoren Litniumbatteri Eksplosionsfare Ved udskiftning benyttes kun batteri som anbefalt av apparatfabrikanten Brukt batteri returneres appararleverandoren Bij dit apparaat zijn batterijen geleverd Wanneer deze leeg zijn moet u ze met weggooien maar inleveren als KCA 273 EMC 1991 1 18 70dB Lp lt 70dB A
270. modutes firmware after the reboot 0 A en F6 Done Records iM J 0 00 F Select Ei 4 MI al Citatim la Product2 G1377 Seria 1p DE PE restart the module to activate changes 264 76 Agilent 1100 GLP EMF Early Maintenance Feedback CAN RS232C APG 4 BCD
271. vvyv 3 80 380 40 220 61 Agilent 1100 1 HP BCD G13S1 68701 2110 0004 250mA 4 LAN BCD BCD Agi
272. 0 201 201 51 53 194 51 41 32 266 194 30 198 32 34 213 14 BCD 221 234 219 220 219 219 17 16 16 17 158 150 166 163 169 177 176 162 168 171 158 160
273. 00 339476 33947 6 Agilent 1100 35900 60750 1 2 Shield Analog 3 Center Analog CN Ed 179 39 40 Agilent 1100 BNC BNC Agilent 1100 8120 1840 Shield Shield Analog Center Center Analog Agilent 1100 3394 6 Agilent 1100 01046 60105 1 2 Analog 3 Analog 180 41 Agilent 1100 Agilent Technologies APG Analytical Products Grounp Agilent 1100 3390 3390 Agilent 1100 01046 60203 TTL 2 1 E Digiital ground NC 2 Prepare run Low 7 3 Start Low NC 4 Shut down Low
274. 07 2 1500ul 0 9 mm G1313 87308 3 0100 0900 175 35 29 WPS 1 WPS G1330 69020 WPS 176 I EMC 3390 273 3394 6 Agilent 35900A AD 01040 60101 35900 60750 35900 60750 01046 60105 3390 3392 3 3394 3396A 3396 II 33959A 183 3396 TI 339SB
275. 10 0510 4mm 8710 1534 3065 4409 E 2 129 131 7 8 124 10 11
276. 1100 LAN Agilent J4106A 802 3 RT 45 10Base T J4105A 802 5 DB9 RJ 45 10Base T J4100A 802 3 RJ 45 10 100Base TX BNC 10Base2 JetDirect A 05 05 LAN P N 5183 4649 10 5 UTP P N G1530 61480 8 m 223 Agilent 1100 63 Agilent 1100 DAD MWD VWD
277. 1323 81600 189 a Agilent 1100 15 53 Agilent 1100 G1103 61611 Agilent 1100 1 EXT 1 2 EXT 1 3 EXT 2 4 EXT 2 EXT 3 6 EXT 3 7 EXT 4 8 EXT4 9 10 11 12 13 14 156 190 RS 232 RS 232 9 9 1 9 RS 232 Ag
278. 21 BCD 221 C CAN 225 E EMF 207 208 208 G GPIB 225 225 L LAN 221 LAN 223 LAN 192 M MTP 214 R RS 232 RS 232 191 RS 232C 228 231 231 T Tefzel 53 V Vespel 53 W WPS 176 X X 203 Z Z 203 229 164 225 273 41 194 194 200 201 276 276 APG 225 CAN 225 GPIB 225 RS 232C 228 225 224 BCD LAN 221 41 Pl 56 60 74 62 81 61
279. 368A e G1377A G1378A 4 Agilent 1100 Agilent 1100 Agilent 1100 LC HP1050 LC Agilent 1100 LC Agilent 2 2 0ml
280. 40 CAN 1m 1 5181 1519 100 1 5182 0716 100 1 5182 0717 1 3988 2999 964 1 8710 0060 174 5 16 2 8710 0510 4 0mm 1 8710 1534 Q1 4 1 8710 2391 4 0mm 15cm T 1 8710 2392 964 15cm T 1 8710 2394 2 5mm 15Scm 1 8710 2412 2 0mm 1 8710 2438 1 9300 1408 500mm 0 05mm 40u WPS G1315 45003 G1329 43200 G1375 87304 G1377 87300 G1367 60006 174 34 G1313 687 11 G1367A 68A G1313 687 11 G1367A68A 1 500ul 0 5 mm G1313 873
281. 5183 4506 5183 4509 36 9 10 ml 100 1000 7 100 2 182 0714 5183 2067 5183 2070 2 182 0715 183 2068 183 2071 2 5182 0716 5183 2069 5183 2072 100 PTFE 3181 1210 PTFE 183 4498 1000 PTFE 3181 1215 PTFE 5181 1216 PTFE 3181 1217 100 PTFE 182 0550 PTFE 5182 3458 PTFE 182 3437 PTFE 5182 3439 37
282. 534 5061 3356 128 129 131 SUD leak sensor
283. 7 Setpoint changed INF0 0525 14 52 20 Parameter rejeoted 521 INF0 0525 14 51 10 Option not installed RIRO5 25 14 51 10 252 System Control System Configuration System F1 ControD Not Ready T7 Reset WPS TE8 On Off We Done Pump Tamp Lamp Time 0 00 Ready nReady 0 00 E Ready Turn Temp On Off Temp Off Analysis FS Views Esc System F2 Configure WPS WPS
284. D SYS RSVD FIRSVD FC 1 2 GPIB RS 232C 229 68 8 8 2 GPIB RS 232C 2 GPIB GPIB
285. Plunger Home Needle Up Needle into Seat 9 Mainpass Needle Up Mainpass 1 91 17
286. ed to transfer the moduie into it s afternate system before you can upaate it s firmware Press Transfer to pass control to the aiternate system Press Execute to upaate the moduites firmware after the reboot 0 33 Q Update module Generic using file 1377A408 DLB Do not disconnect the cable or power cycle the module while the update is executing RS 263 System m Enter Seria Records ET 2 0 00 E Ready Select File 1377 A408 DLB Status Idle You need to transfer the 4 8 alternate system before you can upaate it s 1Enter Serial Press Transfer to pass 7 ate system Press Execute to upadate the
287. es 2 e MTP WPS OFF ON MTP 76 Needle Lock Failed Needle Lock Failed
288. ilent 1100 RS 232 34398A Instrument PC 1 1 DCD 2 2 RX 3 3 1TX 4 a 4 1 1DTR 5 WV 5 IGND 6 6 DSR T 7 RTS 8 8 1CTS 9 9 1 1RI DB9 DB9 DB9 Female Female Male 191 LAN LAN LAN P N 3183 4649 10 SUTP P N G1330 61480 8 m 192 Agilent 1100 4 e G1367A G1
289. lent 1100 BCD H 1 4 0V AC DC 250mA BCD 186 BCD 190 EE 221 41 BCD P2 A1 601 10 P2 B1 625 2
290. ml H G1367 60001 2 10 2ml H G1329 60001 100 2ml P2 A1 P2 B1 2 P2 P24 P1 A1 C OOGO OOOO OO OO OOOOO P1 B1 oc 1 OOO P H12 _ OO OO OO OO OOOOO OOOOOOO 10 1 33 6
291. ol to the aiternate system After the reboot press Execute to upaate the moduies firmware 0 FS Views Esc System E3 Records WPS lu 0 00 Ready Module Product Seria Version On Time Controller G1323B DE01704451 B 02 04 0d00 00h Generic G1377A R DE01700107 A 04 08 0d00 00h Mant Log L_FWUpgate EMF 262 System Update FS FW Update PCMCIA WPS 1367nnnn DLB WPS 1368nnnn DLB WPS 1377nnnn DLB WPS 1378nnnn DLB execute F7 Transfer LED Records Tdm mm 0 00 Ready 1377 A408 DLB Status ldle YOU ne
292. quilibration Time Vial Well Bottom Sensing F6 Done Via Wel Bottom Sensing OT 244 Analysis More High Throughput CAutomatic Delay Volume Reduction Overlapped Injection T6 Done Enable OverlaBbed Injection WWhen sample is flushed out After elapsed runtima of Inj Time 0 00E Rs FL Link Pump EE 0 00E SS 1311A Guat Pump G1310A So Fump
293. rror MTP 34 SUD MTP SUD MTP E 85 Vessel or Wash Vessel Error Vessel or Wash Vessel Error SN
294. u Needie seat pair replaced Injec injection valve seals replaoed Neec E Add 261 System Firmware Update Fs Views Esc System W3 Records WPS Update FS FW Update PCMCIA JH m RESnnnn DLB execute F7 Transfer E LED Records Tm T I 0 00 Select File LM Status Idle YOU need to 87 7 the modute into its alternate system before you can upaate its firmware El Press Transfer to pass contr
295. w 185 BCD 6 _ o ee BCD 1G BCD Agilent 1100 15 BCD BCD 339273 6 49 Agilent 1100 339273 339273 Agilent 1100 18584 60510 BCD 10 1 BCD 20 11 2 BCD 7 80 3 3 BCD 6 40 9 4 BCD 4 10 7 5 BCD 0 1 5 6 BCD 3 8 12 BCD 2 4 6 Key 4 8 BCD 1 2 1 9 Digiital ground 2 15 SV Low 186 BCD 50 Agilent 1100 3396 3392 3 Agilent 1100 03396 60560 BCD 1 1 BCD 5 20 2 2 BCD 7 80 Be 195 3 3 BCD 6 40 4 4 BCD 4 10 5 5 BCD 0 1 a 6 6 BCD 3 8 7 7 BCD 2 4 8 8 BCD 1 2 9 9 Digiital ground NC 15 SV Low 187 BCD 51 Agilent 1100
Download Pdf Manuals
Related Search