Agilent Technologies 1260 Infinity II Series Manuals

Manuals and User Guides for Agilent Technologies 1260 Infinity II Series. We have 2 Agilent Technologies 1260 Infinity II Series manuals available for free PDF download: User Manual

Agilent Technologies 1260 Infinity II Series User Manual

Agilent Technologies 1260 Infinity II Series User Manual (326 pages)

Vialsamplers

Brand: Agilent Technologies | Category: Laboratory Equipment | Size: 7.83 MB

Table of Contents

Table of Contents

5
- Introduction
  9
  - Product Description (G7129A)
    10
  - Features (G7129A)
    11
  - Product Description (G7129B)
    12
  - Features (G7129B)
    13
  - Product Description (G7129C)
    14
  - Features (G7129C)
    15
  - Overview of the Module
    16
  - Operating Principle
    18
  - Sampling Sequence
    18
  - Needle Parkstation
    23
  - Hydraulic Box
    24
  - Transport Assembly
    26
  - Leak and Waste Handling
    28
  - Leak Sensor
    32
  - Waste Guidance
    32
  - Waste Concept
    33
2 Site Requirements and Specifications

35
3 Using the Module

53
- Magnets
  54
- Turn On/Off
  55
- Status Indicators
  57
- Exchange Drawers
  58
- Install the Integrated Column Compartment
  60
- Install the Column Shelf
  66
- Install the External Tray
  70
- Install a Column (ICC)
  72
- Remove a Column (ICC)
  76
- Sample Trays
  78
- Choice of Vials and Caps
  81
- Transporting the Sampler with a Sample Cooler or Sample Thermostat Installed
  84
- Agilent Local Control Modules
  86
4 Installation of the Optional Sample Cooler or Thermostat

89
- Damaged Packaging
  90
- Install the Sample Cooler or Thermostat
  91
- Using the Sample Cooler or Thermostat in an Infinity II Sampler
  97
  - Control Interface
    98
  - Control
    99
  - Temperature Mode
    100
  - Online Signal Monitor
    101
  - Operation Information
    102
  - Important Information
    103
5 Preparing the Module

105
- Leak and Waste Handling
  106
- Preparing the Module
  107
- Solvent Information
  108
- Capillary Color Coding Guide
  114
- Installing Capillaries
  115
- Flow Connections to the Vialsampler
  117
- Setting up the Vialsampler
  119
  - Control Settings
    122
  - Method Parameter Settings
    124
  - Injector Programm
    128
  - Module Configuration View
    129
6 Optimizing Performance

131
7 Troubleshooting and Diagnostics

141
- Overview of the Module's Indicators and Test Functions
  142
- Maintenance Functions
  144
  - User Interface
    144
  - Change Needle
    145
  - Change Metering Seal or Piston
    147
  - Park Arm
    148
  - Change Gripper
    150
  - Automatic Referencing
    151
  - Vialsampler Gripper Verification Test
    152
- Step Commands
  153
- Tests
  155
  - ICC Heater Test
    155
  - Sample Cooler Function Test
    155
- Troubleshooting
  156
- Troubleshooting Guide for the Sample Transport Assembly
  158
  - Intermittent Lock-Ups with or Without Vial in the Gripper Fingers
    159
  - Poor Alignment
    160
- Agilent Lab Advisor Software
  161
8 Error Information

163
- What Are Error Messages
  165
- General Error Messages
  166
  - Timeout
    166
  - Shutdown
    166
  - Remote Timeout
    167
  - Lost CAN Partner
    167
  - Leak Sensor
    168
  - Leak Sensor Open
    169
  - Leak Sensor Short
    169
  - Compensation Sensor Open
    170
  - Compensation Sensor Short
    170
  - Fan Failed
    171
- Sampler Error Messages
  172
  - Defective Gripper Assembly
    172
  - Valve Failed
    172
  - Needle Movement Failed
    173
  - Missing Vial
    173
  - Initialization Failed
    174
  - Metering Home Failed
    175
  - Motor Temperature
    176
  - Initialization with Vial
    177
  - Vial in Gripper
    177
  - Missing Wash Vial
    178
  - Invalid Vial Position
    178
  - Valve Switch Not Found
    179
  - Metering Initialization Failed
    179
- Sample Cooler Error Messages
  180
  - Cooler Voltage Failure
    180
  - Cooler PCB Error State
    180
  - Cooler Temperature below or above Target Temperatur
    181
  - Cooler Overpressure Failure
    181
  - Cooler Condensate Error
    182
- Integrated Column Compartment (ICC) Heater Error Messages
  183
  - ICC Temp Wait Timeout Error
    183
  - ICC Heater Overcurrent Failure
    183
  - ICC Heater Temp Sensor Failure
    184
  - ICC Heater over Temp Failure
    184
9 Maintenance and Repair

185
- Introduction to Maintenance
  186
- Warnings and Cautions
  187
- Overview of Maintenance
  189
- Cleaning the Module
  190
- Remove and Install Doors
  191
- Exchange the Needle Assembly
  192
- Exchange the Needle Seat Assembly
  197
- Exchange the Sample Loop Assembly
  202
- Exchange the Rotor Seal
  206
- Exchange the Metering Seal and Piston
  212
- Exchange the Gripper Arm
  216
- Replace the Peristaltic Pump Cartridge
  219
- Exchange the Wash Port Assembly
  222
- Replace the Module Firmware
  228
10 Parts and Materials for Maintenance

229
- Main Assemblies
  230
- Standard Parts
  232
- Drawer Assembly
  233
- External Tray
  235
- Analytical Head Assembly (40 Μl)
  236
- Analytical Head Assembly (100 Μl)
  237
- 2Ps 6Pt Injection Valve 1300 Bar
  238
- 2Ps 6Pt Injection Valve 800 Bar
  239
- 2Ps 6Pt Injection Valve 600 Bar
  240
- Integrated Column Compartment
  241
- Cabinet Kit
  242
- Sample Thermostat
  244
- Standard Vialsampler Accessory Kit
  246
- Multi-Draw Kit
  248
- Additional Part List
  249
- Column Identifier Kit 2C (G4751A)
  250
- Identifying Cables
  251
  - Cable Overview
    252
  - Analog Cables
    254
  - Remote Cables
    256
  - CAN/LAN Cables
    260
  - RS-232 Cables
    261
  - Usb
    262
12 Hardware Information

263
- Firmware Description
  264
- Electrical Connections
  267
  - Rear View of the Module
    268
  - Serial Number Information
    268
- Interfaces
  269
  - Overview Interfaces
    271
  - ERI (Enhanced Remote Interface)
    274
  - USB (Universal Serial Bus)
    276
- Setting the 6-Bit Configuration Switch
  277
  - Special Settings
    279
- Instrument Layout
  281
- Early Maintenance Feedback (EMF)
  282
13 LAN Configuration

283
- LAN Configuration What You Have to Do First
  284
  - TCP/IP Parameter Configuration
    285
  - Configuration Switches
    286
  - Initialization Mode Selection
    287
  - Dynamic Host Configuration Protocol (DHCP)
    289
    
    General Information (DHCP)
    289
    
    Setup (DHCP)
    290
  - Manual Configuration
    292
    
    With Telnet
    293
  - PC and Agilent Chemstation Setup
    297
    
    PC Setup for Local Configuration
    297
    
    Agilent Chemstation Setup
    300
14 Appendix

307
- General Safety Information
  308
  - Safety Standards
    308
  - General
    308
- Before Applying Power
  309
- Ground the Instrument
  309
- Do Not Modify the Instrument
  310
- Do Not Operate in an Explosive Atmosphere
  310
- Do Not Remove the Instrument Cover
  310
- In Case of Damage
  310
- Solvents
  311
- Symbols
  312
- Waste Electrical and Electronic Equipment (WEE) Directive
  314
- Refrigerant
  315
- Radio Interference
  318
- Sound Emission
  319
- Solvent Information
  320
- Agilent Technologies on Internet
  321

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Agilent Technologies 1260 Infinity II Series User Manual

Agilent Technologies 1260 Infinity II Series User Manual (262 pages)

Isocratic and Quaternary Pumps

Brand: Agilent Technologies | Category: Water Pump | Size: 4.69 MB

Table of Contents

Table of Contents

5
- Introduction
  9
  - Introduction to the Pump
    10
  - G7110B Isocratic Pump
    11
  - Product Description
    11
  - Features
    12
  - G7111A Quaternary Pump VL
    13
  - Product Description
    13
  - Features
    14
  - G7111B Quaternary Pump
    15
  - Product Description
    15
  - Features
    16
  - G5654A Bio-Inert Pump
    17
  - Product Description
    17
  - Features
    18
  - Overview of the Hydraulic Path
    19
  - Hydraulic Path
    20
  - How Does the Pump Work
    22
  - How Does Compressibility Compensation Work
    25
  - How Does Variable Stroke Volume Work
    26
  - Leak and Waste Handling
    27
  - Leak Sensor
    31
  - Waste Concept
    31
2 Site Requirements and Specifications

33
3 Using the Pump

49
- Magnets
  50
- Turn On/Off
  51
- Status Indicators
  53
- Best Practices
  54
- Leak and Waste Handling
  57
  - Waste Concept
    58
- Hints for Successful Use of the Pump
  59
- Setting up the Pump with the G4208A Instant Pilot
  60
- Setting up the Pump with the Instrument Control Interface
  61
  - Overview
    61
  - Instrument Configuration
    62
  - The Pump User Interface (Dashboard Panel)
    63
  - Control Settings
    66
  - Method Parameter Settings
    67
- Solvent Information
  71
  - Materials in Flow Path
    72
  - Bio-Inert Materials
    74
  - Material Information
    76
- Algae Growth in HPLC Systems
  81
  - How to Prevent And/Or Reduce the Algae Problem
    81
- Prevent Blocking of Solvent Filters
  82
- Normal Phase Applications
  83
4 Optimizing Performance

85
6 Error Information

97
- What Are Error Messages
  99
- General Error Messages
  100
  - Timeout
    100
  - Shutdown
    101
  - Remote Timeout
    101
  - Lost CAN Partner
    102
  - Leak
    102
  - Leak Sensor Open
    103
  - Leak Sensor Short
    103
  - Compensation Sensor Open
    104
  - Compensation Sensor Short
    104
  - Fan Failed
    105
  - ERI Messages
    105
- Module Error Messages
  106
  - Solvent Zero Counter
    106
  - Pressure above Upper Limit
    107
  - Pressure below Lower Limit
    108
  - Pressure Signal Missing
    109
  - MCGV Fuse
    109
  - AIV Fuse
    110
  - Valve Failed (MCGV)
    111
  - Motor-Drive Power
    112
  - Servo Restart Failed
    113
  - Pump Head Missing
    114
  - Index Limit
    114
  - Index Adjustment
    115
  - Index Missing
    115
  - Initialization Failed
    116
  - Wait Timeout
    117
  - Degasser: Signal Fail
    118
  - Degasser: Vacuum Cannot be Maintained
    118
  - Degasser: Limit Not Reached
    119
  - SSV Protection Circuit Triggered
    119
7 Test Functions and Calibration

121
- Introduction
  122
- System Pressure Test
  123
  - Running the Test
    125
  - Evaluating the Results
    126
  - Potential Causes of System Pressure Test Failure
    127
- Leak Rate Test
  128
  - Running the Test
    130
  - Evaluating the Results
    131
  - Potential Causes of Leak Rate Test Failure
    132
8 Maintenance

135
9 Parts for Maintenance

177
- Accessory Kits
  178
- Pump Head Assembly Without Seal Wash
  180
- Pump Head Assembly with Seal Wash Option
  182
- Outlet Valve
  185
- Purge Valve Assembly
  186
- Active Inlet Valve Assembly
  188
- 1260 Infinity II Max Uptime Kit
  190
- 1260 Infinity II Max Uptime Kit Bio
  191
- 1260 Infinity II Low Dispersion Kit MCT
  192
- HPLC System Tool Kit
  193
- Solvent Cabinet
  194
- Bottle Head Assembly
  195
- Hydraulic Path of the Quaternary Pump
  196
- Hydraulic Path of the Isocratic Pump
  198
10 Identifying Cables

201
- Cable Overview
  202
- Analog Cables
  204
- Remote Cables
  206
- CAN Cable
  210
- Agilent Module to PC
  211
- Agilent 1200 Module to Printer
  212
11 Hardware Information

213
- Firmware Description
  214
- Electrical Connections
  217
  - Serial Number Information
    218
  - Rear View of the Module
    218
- Interfaces
  219
  - Overview Interfaces
    221
  - ERI (Enhanced Remote Interface)
    224
  - USB (Universal Serial Bus)
    226
- Setting the 6-Bit Configuration Switch
  227
  - Special Settings
    229
- Instrument Layout
  231
- Early Maintenance Feedback
  232
12 LAN Configuration

233
- LAN Configuration What You Have to Do First
  234
  - TCP/IP Parameter Configuration
    235
  - Configuration Switches
    236
  - Initialization Mode Selection
    237
  - Dynamic Host Configuration Protocol (DHCP)
    239
    
    General Information (DHCP)
    239
    
    Setup (DHCP)
    240
  - Manual Configuration
    242
    
    With Telnet
    242
13 Appendix

247
- General Safety Information
  248
  - Safety Standards
    248
  - General
    248
- Before Applying Power
  249
- Ground the Instrument
  249
- Do Not Modify the Instrument
  250
- Do Not Operate in an Explosive Atmosphere
  250
- Do Not Remove the Instrument Cover
  250
- In Case of Damage
  250
- Solvents
  251
- Safety Symbols
  252
- Waste Electrical and Electronic Equipment (WEE) Directive
  254
- Radio Interference
  255
- Sound Emission
  256
- Agilent Technologies on Internet
  257

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