Agilent Technologies 1290 Infinity II Manuals

Manuals and User Guides for Agilent Technologies 1290 Infinity II. We have 10 Agilent Technologies 1290 Infinity II manuals available for free PDF download: User Manual, Technical Note

Agilent Technologies 1290 Infinity II User Manual (291 pages)

High-Speed Pumps

Brand: Agilent Technologies | Category: Water Pump | Size: 28.98 MB

Table of Contents
5
Introduction
9
Agilent 1290 Infinity II High-Speed Pump
10
Product Description
10
Features
11
Agilent 1290 Infinity II Bio High-Speed Pump
12
Product Description
12
Features
13
Pump Principle
14
Leak and Waste Handling
16
Leak Sensor
19
Waste Concept
20
Site Requirements and Specifications
21
Site Requirements
22
Physical Specifications
25
Physical Specifications Agilent 1290 Infinity II High-Speed Pump (G7120A)
25
Physical Specifications Agilent 1290 Infinity II Bio High-Speed Pump (G7132A)
26
Performance Specifications
27
Performance Specifications Agilent 1290 Infinity II High-Speed Pump (G7120A)
27
Performance Specifications Agilent 1290 Infinity II Bio High-Speed Pump (G7132A)
30
Using the Pump
33
Magnets
34
Turn On/Off
35
Status Indicators
37
Best Practices
38
Daily / Weekly Tasks
38
Power up / Shut-Down the Pump
39
Prepare the Pump
40
Seal Wash
44
How to Deal with Solvents
44
Purging the Pump
45
Recommendations for Bio-Compatible and Bio-Inert Systems
47
Recommendations for Degassers
49
Solvent Information
50
Materials in Flow Path (G7120A)
50
Materials in Flow Path (G7132A)
51
General Information about Solvent/Material Compatibility
52
Solvent Recommendation for Agilent 1290 Infinity and 1290 Infinity II and 1260 Infinity II Flexible Pumps
58
Normal Phase Applications
59
Solvent Handling
61
Algae Growth in HPLC Systems
64
How to Prevent And-Or Reduce the Algae Problem
64
Setting up the Pump with the Instrument Control Interface
65
Overview
65
Instrument Configuration
65
The Pump User Interface (Dashboard Panel)
67
Control Settings
70
Method Parameter Settings
71
Agilent Local Control Modules
75
Preparing the Pump
76
Capillary Coding Guide
77
Installing Capillaries
80
Optimizing Performance
85
Delay Volume and Extra-Column Volume
86
Delay Volume
86
How to Configure the Optimum Delay Volume
87
How to Achieve Higher Resolution
88
Using Solvent Calibration Tables
91
How It Works
91
How to Import the Latest Solvent Calibration Tables
92
Recommendations for Setting up Methods Using Salt-Containing Eluents
95
Troubleshooting and Diagnostics
96
User Interfaces
97
Agilent Lab Advisor Software
98
Pump Leak Rate Test
99
Troubleshooting the Pump Leak Rate Test
102
System Pressure Test
104
Error Information
106
What Are Error Messages
108
General Error Messages
109
Timeout
109
Shutdown
110
Remote Timeout
111
Lost CAN Partner
111
Leak Sensor Short
112
Leak Sensor Open
113
Compensation Sensor Open
113
Compensation Sensor Short
114
Fan Failed
114
Leak
115
Open Cover
115
Cover Violation
116
Pump Error Messages
117
Pressure of Binary Pump above Upper Limit
117
Pressure below Lower Limit
118
Target Pressure Not Reached for Binary Pump Degasser
118
Degasser's Pressure Limit Violation
119
Solvent Counter Exceeded Limit
119
Waste Counter Limit Exceeded
120
Flow Rate Limit Exceeded
120
Binary Pump Shutdown During Analysis
121
Reading the Pump Encoder Tag Failed
121
Writing the Pump Encoder Tag Failed
122
Pump Drive Blocked or Encoder Failed
122
Drive Current too Low
123
Drive Encoder Failed
123
Drive Current too High
123
Drive Timeout
124
Overcurrent of Pump Drive
124
Overcurrent of Solvent Selection Valve (SSV)
124
Deliver Underrun
125
Defect Connection between Main Board and Pump Drive Encoder
125
Pump Drive Encoder Defect
125
Purge Valve Failed
126
Reading of Purge Valve Tag Failed
126
Pump Drive Encoder Rollover
126
Drive Position Limit
127
Insufficient Power of Drive Encoder LED
127
Drive Encoder Error
127
Writing the Purge Valve Tag Failed
128
Current of Primary Pump Drive too High
128
Current of Secondary Pump Drive too High
129
Unknown Purge Valve Type
129
Pump Drive Encoder Error
129
Pump Drive Error
130
Pump Drive Stroke Blocked
130
Pump Drive Stop Not Found
131
Pressure Sensor Calibration Wrong or Missing
131
Seal Wash Pump was Missing When Tried to Turn on
132
Invalid Degasser Pressure Signal
132
Maintenance
133
Introduction to Maintenance
135
Warnings and Cautions
138
Overview of Maintenance
140
Cleaning the Module
141
Install Fittings and Capillaries
142
Remove and Install Doors
143
Replace the Shutoff Valve Panel
145
Replace the Pressure Sensor
146
Replace the Solvent Selection Valve (SSV)
148
Change Configuration or Replace the Jet Weaver
150
Replace the Seal Wash Pump
153
Replace the Inlet Valve (G7120A)
154
Replace the Inlet Valve (G7132A)
156
Release a Stuck Inlet Valve
158
Remove the Pump Head Assembly (G7120A)
160
Remove the Pump Head Assembly (G7132A)
163
Pump Head Maintenance (Tool Free)
166
Disassemble Longlife Pump Heads (G7120A)
167
Disassemble Longlife Pump Heads (G7132A)
171
Replace the Heat Exchanger (G7120A)
175
Replace the Heat Exchanger (G7132A)
177
Assemble Longlife Pump Heads (G7120A)
179
Assemble Longlife Pump Heads (G7132A)
185
Install the Pump Head Assembly (G7120A)
191
Install the Pump Head Assembly (G7132A)
193

Agilent Technologies 1290 Infinity II User Manual (244 pages)

Brand: Agilent Technologies | Category: Water Pump | Size: 24.28 MB

Table of Contents

5
- Introduction
  
  9
- Introduction
  
  10
  - Pump Principle
    11
  - Leak and Waste Handling
    13
  - Leak Sensor
    16
  - Waste Concept
    17
  - Product Description
    10
- Site Requirements and Specifications
  
  19
  - Site Requirements
    20
  - Site Requirements
    21
  - Physical Specifications
    23
  - Performance Specifications
    24
3 Using the Pump

27
- Magnets
  28
- Turn On/Off
  29
- Status Indicators
  31
- Best Practices
  32
  - Daily / Weekly Tasks
    32
  - Power up / Shut-Down the Pump
    33
  - Prepare the Pump
    33
  - How to Deal with Solvents
    34
- Purging the Pump
  35
- Solvent Information
  37
- Solvent Recommendation for Agilent 1290 Infinity and 1290 Infinity II and 1260 Infinity II Flexible Pumps
  44
  - Normal Phase Applications
    45
  - Solvent Handling
    46
- Algae Growth in HPLC Systems
  49
  - How to Prevent And-Or Reduce the Algae Problem
    49
- Setting up the Pump with the Instrument Control Interface
  50
  - Overview
    50
  - Instrument Configuration
    50
  - The Pump User Interface (Dashboard Panel)
    52
  - Control Settings
    55
  - Method Parameter Settings
    55
- Agilent Local Control Modules
  60
4 Optimizing Performance

63
5 Troubleshooting and Diagnostics

71
- User Interfaces
  72
- Agilent Lab Advisor Software
  73
- Pump Leak Rate Test
  74
  - Troubleshooting the Pump Leak Rate Test
    77
- System Pressure Test
  79
6 Error Information

81
- What Are Error Messages
  83
- General Error Messages
  84
  - Timeout
    84
  - Shutdown
    85
  - Remote Timeout
    86
  - Lost CAN Partner
    87
  - Leak Sensor Short
    88
  - Leak Sensor Open
    89
  - Compensation Sensor Open
    90
  - Compensation Sensor Short
    90
  - Fan Failed
    91
  - Leak
    92
  - Open Cover
    93
  - Cover Violation
    93
- Pump Error Messages
  94
  - Pressure of Binary Pump above Upper Limit
    94
  - Pressure below Lower Limit
    94
  - Target Pressure Not Reached for Binary Pump Degasser
    95
  - Degasser's Pressure Limit Violation
    95
  - Solvent Counter Exceeded Limit
    96
  - Waste Counter Limit Exceeded
    96
  - Flow Rate Limit Exceeded
    97
  - Binary Pump Shutdown During Analysis
    97
  - Reading the Pump Encoder Tag Failed
    98
  - Writing the Pump Encoder Tag Failed
    98
  - Pump Drive Blocked or Encoder Failed
    99
  - Drive Current too Low
    99
  - Drive Encoder Failed
    99
  - Drive Current too High
    100
  - Drive Timeout
    100
  - Overcurrent of Pump Drive
    101
  - Overcurrent of Solvent Selection Valve (SSV)
    101
  - Deliver Underrun
    101
  - Defect Connection between Main Board and Pump Drive Encoder
    102
  - Pump Drive Encoder Defect
    102
  - Purge Valve Failed
    103
  - Reading of Purge Valve Tag Failed
    103
  - Pump Drive Encoder Rollover
    104
  - Drive Position Limit
    104
  - Insufficient Power of Drive Encoder LED
    104
  - Drive Encoder Error
    105
  - Writing the Purge Valve Tag Failed
    105
  - Current of Primary Pump Drive too High
    106
  - Current of Secondary Pump Drive too High
    106
  - Unknown Purge Valve Type
    107
  - Pump Drive Encoder Error
    107
  - Pump Drive Error
    107
  - Pump Drive Stroke Blocked
    108
  - Pump Drive Stop Not Found
    108
  - Pressure Sensor Calibration Wrong or Missing
    109
  - Seal Wash Pump was Missing When Tried to Turn on
    109
  - Invalid Degasser Pressure Signal
    110
7 Maintenance

111
- Introduction to Maintenance
  112
- Warnings and Cautions
  114
- Overview of Maintenance
  116
- Cleaning the Module
  117
- Install Fittings and Capillaries
  118
- Remove and Install Doors
  119
- Replace the Shutoff Valve Panel
  121
- Replace the Pressure Sensor
  123
- Replace the Solvent Selection Valve (SSV)
  125
- Change Configuration or Replace the Jet Weaver
  127
- Replace the Seal Wash Pump
  130
- Replace the Inlet Valve
  131
- Release a Stuck Inlet Valve
  133
- Remove the Pump Head Assembly
  135
- Pump Head Maintenance (Tool Free)
  138
  - Disassemble Longlife Pump Heads
    139
  - Replace the Heat Exchanger
    144
  - Assemble Longlife Pump Heads
    146
- Install the Pump Head Assembly
  153
- Replace the Outlet Valve
  155
- Replace the Purge Valve Head
  157
- Replace Parts of the High Pressure Filter Assembly
  160
- Replace the Module Firmware
  162
- Prepare the Pump Module for Transport
  163

Agilent Technologies 1290 Infinity II User Manual (230 pages)

Variable Wavelength Detector

Brand: Agilent Technologies | Category: Laboratory Equipment | Size: 5.02 MB

Table of Contents

5
- Introduction to the Variable Wavelength Detector
  
  9
  - Introduction to the Detector
    10
  - Product Description
    11
  - Optical System Overview
    12
  - Optical System Overview
    13
  - Dual-Wavelength Mode
    17
  - Leak and Waste Handling
    18
    
    Leak and Waste Handling
    19
    
    Waste Concept
    20
  - Operating Principle
    21
  - Operating Principle
    22
- Site Requirements and Specifications
  
  23
  - Site Requirements
    24
  - Physical Specifications
    27
  - Performance Specifications G7114B
    28
  - Lamp
    28
3 Using the Module

31
- Magnets
  32
- Turn On/Off
  33
- Status Indicators
  34
- Instrument Configuration
  35
- Set up the Detector with Agilent Open Lab Chemstation
  37
- The Detector User Interface
  38
- Detector Control Settings
  40
- Method Parameter Settings
  41
- Scanning with the VWD
  45
4 Preparing the Module

47
- Leak and Waste Handling
  48
  - Waste Concept
    49
- Leak and Waste Handling
  49
  - Setting up an Analysis
    50
    
    Before Using the System
    50
    
    Requirements and Conditions
    52
    
    Preparing the Detector
    54
    
    Preparing the HPLC System
    54
    
    Running the Sample and Verifying the Results
    56
  - Solvent Information
    57
5 Optimizing the Detector

63
- Introduction
  64
- Match the Flow Cell to the Column
  65
- Set the Detector Parameters
  68
- Warm up of the Detector
  69
- Troubleshooting and Diagnostics
  71
  - Available Tests Versus Interfaces
    72
  - Introduction
    72
  - Agilent Lab Advisor Software
    73
7 Error Information

75
- What Are Error Messages
  77
- General Error Messages
  78
  - Timeout
    78
  - Shutdown
    78
  - Remote Timeout
    79
  - Lost CAN Partner
    80
  - Leak
    80
  - Leak Sensor Open
    81
  - Leak Sensor Short
    81
  - Compensation Sensor Open
    82
  - Compensation Sensor Short
    82
  - Fan Failed
    83
  - Open Cover
    83
  - ERI Messages
    84
- Detector Error Messages
  85
8 Test Functions

95
- Introduction
  96
- Intensity Test
  97
  - Intensity Test Evaluation
    98
  - Intensity Test Failed
    99
- Cell Test
  100
  - Cell Test Failed
    101
- Wavelength Verification-Calibration
  102
  - When to Calibrate the Detector
    102
- ASTM Drift and Noise Test
  104
- Quick Noise Test
  105
- Dark Current Test
  107
  - Dark Current Test Failed
    108
- Holmium Oxide Test
  109
  - When to Do the Test
    109
  - Interpreting the Results
    110
  - Holmium Oxide Test Failed
    111
- D/A Converter (DAC) Test
  112
  - D/A Converter Test Evaluation
    114
- Other Lab Advisor Functions
  115
  - Emfs - Early Maintenance Feature
    115
9 Maintenance

117
- Introduction to Maintenance
  118
- Warnings and Cautions
  118
- Overview of Maintenance
  120
- Cleaning the Module
  121
- Remove and Install the Doors
  122
- Replace the Deuterium Lamp
  123
- Replace the Flow Cell / Cuvette Holder
  126
- Repairing the Flow Cells
  128
- Using the Cuvette Holder
  131
- Correcting Leaks
  133
- Replacing Leak Handling System Parts
  135
- Replace the Module Firmware
  136

Agilent Technologies 1290 Infinity II User Manual (222 pages)

Variable Wavelength Detectors

Brand: Agilent Technologies | Category: Security Sensors | Size: 3.96 MB

Table of Contents

5
- 1 Introduction to the Variable Wavelength Detector
  
  9
- Introduction to the Detector
  
  10
- Product Description
  
  11
  - Product Description G7114A
    11
  - Product Description G7114B
    12
- Optical System Overview
  
  13
  - Flow Cell
    14
  - Entrance Slit Assembly
    15
  - Lamp
    15
  - Source Lens Assembly
    15
  - Filter Assembly
    16
  - Beam Splitter Assembly
    17
  - Grating Assembly
    17
  - Mirror Assemblies M1 and M2
    17
  - Photo Diode ADC (Analog-To-Digital Converter)
    17
- Dual-Wavelength Mode
  
  18
  - Photo Diodes Assemblies
    17
- Leak and Waste Handling
  
  19
  - Leak Sensor
    23
  - Waste Concept
    23
- Operating Principle
  
  24
2 Site Requirements and Specifications

25
- Site Requirements
  26
- Physical Specifications
  29
- Performance Specifications
  30
- Specifications
  30
- Specification Conditions
  34
3 Using the Module

35
- Magnets
  36
- Turn On/Off
  37
- Status Indicators
  39
- Instrument Configuration
  40
- Set up the Detector with Agilent Open Lab Chemstation
  42
- The Detector User Interface
  43
- Detector Control Settings
  45
- Method Parameter Settings
  46
- Scanning with the VWD
  50
- Agilent Local Control Modules
  52
4 Preparing the Module

54
- Leak and Waste Handling
  
  55
  - Waste Concept
    56
- Setting up an Analysis
  
  57
- Solvent Information
  
  64
- 5 Optimizing the Detector
  
  69
  - Introduction
    70
  - Match the Flow Cell to the Column
    71
  - Set the Detector Parameters
    74
  - Warm up of the Detector
    75
- 6 Troubleshooting and Diagnostics
  
  77
  - Available Tests Versus Interfaces
    78
  - Agilent Lab Advisor Software
    79
7 Error Information

80
- What Are Error Messages
  
  81
- General Error Messages
  
  82
  - Timeout
    82
  - Shutdown
    83
  - Remote Timeout
    84
  - Lost CAN Partner
    84
  - Leak
    85
  - Leak Sensor Open
    85
  - Leak Sensor Short
    86
  - Compensation Sensor Open
    86
  - Compensation Sensor Short
    87
  - Fan Failed
    87
  - Open Cover
    88
  - ERI Messages
    88
- Detector Error Messages
  
  89
8 Test Functions

99
- Introduction
  100
- Intensity Test
  105
- Intensity Test Evaluation
  106
- Intensity Test Failed
  107
- Cell Test
  108
- Cell Test Failed
  109
- Wavelength Verification-Calibration
  110
- When to Calibrate the Detector
  110
- ASTM Drift and Noise Test
  112
- Quick Noise Test
  113
- Dark Current Test
  115
- Dark Current Test Failed
  116
- Holmium Oxide Test
  117
- When to Do the Test
  117
- Interpreting the Results
  118
- Holmium Oxide Test Failed
  119
- D/A Converter (DAC) Test
  120
- D/A Converter Test Evaluation
  122
- Emfs - Early Maintenance Feature
  123
- Other Lab Advisor Functions
  123
9 Maintenance

124
- Introduction to Maintenance
  125
- Warnings and Cautions
  126
- Overview of Maintenance
  128
- Cleaning the Module
  129
- Remove and Install the Doors
  130
- Replace the Deuterium Lamp
  132
- Replace the Flow Cell / Cuvette Holder
  135
- Repair the Flow Cells
  137
- Using the Cuvette Holder
  141
- Correcting Leaks
  143
- Replace Leak Handling System Parts
  145
- Replace the Module Firmware
  146

Agilent Technologies 1290 Infinity II User Manual (213 pages)

Preparative Open-Bed Sampler/Collector

Brand: Agilent Technologies | Category: Samplers | Size: 3.84 MB

Table of Contents

5
- 1 Introduction
  8
  - Intended Use
    9
  - Product Description
    10
  - Features
    11
  - Overview of the Module
    12
  - Leak and Waste Concept
    14
  - Leak Sensor
    15
2 Site Requirements and Specifications

17
- Site Requirements
  18
- Exhaust and Vapour Management
  21
- Waste Management
  22
- Physical Specifications
  23
- Performance Specifications
  24
3 Using the Sampler/Collector

30
4 Preparing the Sampler/Collector

76
- Best Practices
  77
- Daily Startup Routine
  77
- Prepare the Sampler/Collector
  78
- Regular Inspections
  78
- Using the Fraction Collector
  78
- Capillary Color Coding Guide
  79
- Swage Fittings
  80
- Instrument Configuration
  82
- Overview
  82
- Setting up the Sampler/Collector with the Instrument Control Interface
  82
- Preparative Sampler User Interface (Dashboard Panel)
  88
- Preparative Sampler Control Parameters
  90
- Fraction Collector User Interface (Dashboard Panel)
  91
- Preparative Sampler Method Parameter Settings
  93
- Plug Settings
  98
- Advanced Settings
  105
- Injection Path Cleaning
  107
- Dilution
  108
- Fraction Collector Method Parameter Settings
  110
- Advanced Settings
  113
- Timetable Settings
  115
- Pooling
  118
- Challenging Samples
  119
- Analytical to Preparative Switching Procedure
  120
- Recommended Vials, Well Plates, and Containers
  121
- 5 Troubleshooting and Diagnostics
  123
  - User Interfaces
    124
  - Agilent Lab Advisor Software
    125
6 Error Information

126
- What Are Error Messages General Error Messages
  126
- Timeout
  128
- Shutdown
  129
- Lost CAN Partner
  130
- Remote Timeout
  130
- Leak Sensor Open
  131
- Leak Sensor Short
  131
- Compensation Sensor Open
  132
- Compensation Sensor Short
  132
- Fan Failed
  133
- Leak
  133
7 Maintenance

134
- Introduction to Maintenance
  135
- Warnings and Cautions
  136
- Cleaning the Module
  138
- Overview of Maintenance
  139
- Install and Remove the Top Fume Hood
  140
- Clean the Leak Pan
  142
- Replace the Dripping Adapter for the Fraction Valve
  143
- Replace the Rotor Seal
  145
- Replace the Stator
  149
- Replace the Two Peristaltic Pump Cartridges
  151
- Replace the Needle Wash Plug Assembly
  153
- Install or Replace the Sampling Unit Tubing Kit
  156

Agilent Technologies 1290 Infinity II User Manual (158 pages)

Preparative Open-Bed Fraction Collector

Brand: Agilent Technologies | Category: Laboratory Equipment | Size: 8.15 MB

Table of Contents

5
- 1 Introduction
  8
  - Intended Use
    9
  - Product Description
    10
  - Features
    11
  - Overview of the Module
    12
  - Fraction Collector Principle
    13
  - Leak and Waste Concept
    14
  - Leak Sensor
    15
2 Site Requirements and Specifications

16
- Site Requirements
  17
- Exhaust and Vapour Management
  20
- Waste Management
  21
- Physical Specifications
  22
- Performance Specifications
  23
3 Using the Fraction Collector

27
- Warnings and Cautions
  28
- Solvent Information
  29
- Recommended Wash Solvents
  30
- Material Information
  31
- Turn On/Off
  36
- Status Indicators
  37
- Drawer Status Indicator
  38
- Exchange Drawers
  39
- Exchange Containers
  41
- Replace Inlet/Waste Tubings
  43
- Configuration and Operation of the Open Bed Fraction Collector
  47
- Delay Volumes and Delay Calibration
  47
- Perfom a Delay Calibration Run in Openlab CDS Chemstation Edition
  49
- Help
  50
- Delay Evaluation
  53
- Setting up a Fraction Collector Method
  56
- Prepare the Module for Transportation
  61
4 Preparing the Fraction Collector

63
- Best Practices
  64
- Power up / Shut down
  64
- Prepare the Fraction Collector
  64
- Regular Inspections
  64
- Using the Fraction Collector
  64
- Capillary Color Coding Guide
  65
- Swage Fittings
  66
- Instrument Configuration
  68
- Overview
  68
- Setting up the Fraction Collector with the Instrument Control Interface
  68
- Fraction Collector User Interface (Dashboard Panel)
  72
- Method Parameter Settings
  74
- Advanced Settings
  77
- Timetable Settings
  79
- Pooling
  82
- 5 Troubleshooting and Diagnostics
  83
  - User Interfaces
    84
  - Agilent Lab Advisor Software
    85
6 Error Information

86
- What Are Error Messages General Error Messages
  86
- Timeout
  88
- Shutdown
  89
- Lost CAN Partner
  90
- Remote Timeout
  90
- Leak Sensor Short
  91
- Compensation Sensor Open
  92
- Leak Sensor Open
  92
- Compensation Sensor Short
  93
- Fan Failed
  93
- Leak
  94
7 Maintenance

95
- Introduction to Maintenance
  96
- Warnings and Cautions
  97
- Cleaning the Module
  99
- Overview of Maintenance
  100
- Install and Remove the Top Fume Hood
  101
- Clean the Leak Pan
  103
- Replace the Dripping Adapter for the Fraction Valve
  104
- Replace the Module Firmware
  106

Agilent Technologies 1290 Infinity II User Manual (146 pages)

Preparative Open-Bed Fraction Collector

Brand: Agilent Technologies | Category: Laboratory Equipment | Size: 2.44 MB

Table of Contents

5
- 1 Introduction
  
  9
  - Product Description
    10
  - Features
    11
  - Overview of the Module
    12
  - Fraction Collector Principle
    13
  - Leak and Waste Concept
    14
- 2 Site Requirements and Specifications
  
  15
  - Site Requirements
    16
  - Physical Specifications
    19
  - Performance Specifications
    20
3 Using the Fraction Collector

23
- Solvent Information
  24
- Turn On/Off
  26
- Status Indicators
  27
- Drawer Status Indicator
  28
- Exchange Drawers
  29
- Exchange Containers
  31
- Replace Inlet/Waste Tubings
  32
4 Preparing the Fraction Collector

37
- Best Practices
  38
  - Regular Inspections
    38
  - Power up / Shut down
    38
  - Prepare the Fraction Collector
    38
  - Using the Fraction Collector
    38
- Solvent Information
  39
  - Material Information
    40
- Capillary Color Coding Guide
  45
- Installing Capillaries
  46
- Setting up the Fraction Collector with the Instrument Control Interface
  49
- Method Parameter Settings
  55
  - Advanced Settings
    58
  - Timetable Settings
    60
- Pooling
  63
- 5 Troubleshooting and Diagnostics
  65
  - User Interfaces
    66
  - Agilent Lab Advisor Software
    67
6 Error Information

69
- What Are Error Messages
  70
- General Error Messages
  71
  - Timeout
    71
  - Shutdown
    72
  - Remote Timeout
    73
  - Lost CAN Partner
    74
  - Leak Sensor Short
    75
  - Leak Sensor Open
    75
  - Compensation Sensor Open
    76
  - Compensation Sensor Short
    76
  - Fan Failed
    77
  - Leak
    77
7 Maintenance

79
- Introduction to Maintenance
  80
- Warnings and Cautions
  81
- Cleaning the Module
  83
- Overview of Maintenance
  84
- Install and Remove the Top Fume Hood
  85
- Clean the Leak Pan
  87
- Prepare the Module for Transportation
  88
- Replace the Module Firmware
  90
8 Parts for Maintenance and Repair

91
- Supported Containers
  92
- List of Recommended Fraction Tubes
  93
- Fraction Collector Accessory Kit
  94
- Tubing Kits
  95
- Top Fume Hood Kit
  97
- 9 Identifying Cables
  99
  - Cable Overview
    100
  - Analog Cables
    102
  - Remote Cables
    104
  - CAN/LAN Cables
    108
  - Cables
    109
  - Usb
    110

Agilent Technologies 1290 Infinity II User Manual (122 pages)

Evaporative Light Scattering Detector

Brand: Agilent Technologies | Category: Measuring Instruments | Size: 3.83 MB

Table of Contents

5
- 1 Introduction to the Detector
  7
2 Site Requirements and Specifications

17
- Pre-Installation Requirements
  18
  - Laser Safety
    19
  - Power Considerations
    19
- Site Requirements
  19
- Physical Specifications
  22
- Performance Specifications
  23
  - Specifications
    23
  - Specification Conditions
    24
3 Installing the Module

25
- Unpacking the Module
  26
  - Delivery Checklist
    27
- Installing the Module
  28
  - Connecting the Detector to Your LC System
    28
  - Checking Operation of the ELS Detector
    31
4 LAN Configuration

33
- 4 LAN Configuration What You Have to Do First
  34
  - TCP/IP Parameter Configuration
    35
    
    Configuration Using Instrument Front Panel
    36
    
    Configuration Using Web Browser
    37
    
    With Telnet
    40
  - PC and Agilent Openlab Chemstation and Ezchrom Setup
    43
    
    PC Setup for Local Configuration
    43
    
    Agilent Chemstation Setup
    46
5 Using the Module

49
- Before Using the Detector
  50
- Instrument Controls
  51
  - Display Screen
    51
  - Keypad
    51
  - Main Menu Bar
    52
  - Sub-Menu Screen
    52
  - Status Mode
    53
  - Error Conditions
    54
  - Clearing an Error
    54
- Operational Parameters
  55
  - Method
    55
  - Evaporator Temperature
    55
  - Nebuliser Temperature
    56
  - Evaporator Gas Flow
    56
  - Response Time (Smoothing)
    57
  - Power Mode
    57
  - Data Output Rate (Hz)
    57
  - LAN (TCP/IP Settings)
    58
- Controlling the ELSD During an Injection
  59
- Controlling the ELSD Within Chemstation or Ezchrom
  62
- General Considerations
  63
  - Solvent Recommendations
    64
  - Sample Preparation
    64
  - Column Considerations
    64
  - Transferring ELSD Temperature Methods
    66
- 6 Optimizing Performance
  67
  - Do's and Don'ts of ELS Detection
    68
  - Location of the Detector Module
    69
  - Pumping Systems
    70
  - Mobile Phase Priming
    71
7 Troubleshooting and Diagnostics

73
- Troubleshooting
  74
- Troubleshooting an HPLC System
  75
- General Problems
  76

Agilent Technologies 1290 Infinity II User Manual (120 pages)

InfinityLab LC Series MS Flow Modulator

Brand: Agilent Technologies | Category: Laboratory Equipment | Size: 5.5 MB

Table of Contents

5
- Introduction
  
  7
- Site Requirements and Specifications
  
  13
  - Site Requirements
    14
  - Physical Specifications
    17
  - Performance Specifications
    18
3 Installing the Module

19
- Unpacking the Module
  20
- Installation of the MS Flow Modulator
  21
4 Using the Module

31
- Overview
  32
- Solvent Information
  33
  - Material Information
    35
- Status Indicator
  40
- Leak and Waste Handling
  41
  - Waste Concept
    42
- Configure the Flow Modulator
  43
- Troubleshooting and Diagnostics
  47
  - User Interfaces
    48
  - Agilent Lab Advisor Software
    49
6 Error Information

51
- What Are Error Messages
  52
- General Error Messages
  53
  - Timeout
    53
  - Shutdown
    54
  - Remote Timeout
    55
  - Lost CAN Partner
    55
  - Leak Sensor Short
    56
  - Leak Sensor Open
    56
  - Leak
    57
- Module Specific Error Messages
  58
  - Initialization of Valve Failed
    58
  - Valve Switching Failed
    59
  - Valve Tag Violation
    59
7 Maintenance

61
- Introduction to Maintenance
  62
- Warnings and Cautions
  63
- Cleaning the Module
  64
- Replacing the Fuses of the Infinity Valve Drive
  65
- Replace Rotor and Stator
  67
- Replace Valve Heads
  70
- Replacing the Module Firmware
  74
- Module Specific Information
  75
- Parts and Materials
  77
  - Accessory Kit for the Flow Modulator
    78
  - Optional Parts
    80

Agilent Technologies 1290 Infinity II Technical Note (40 pages)

Long Life Pump Head

Brand: Agilent Technologies | Category: Water Pump | Size: 2.85 MB

Agilent Technologies Categories

Measuring Instruments Laboratory Equipment Test Equipment Water Pump

Power Supply

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1 Introduction to the Variable Wavelength Detector

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3 Using the Module

4 Preparing the Module

Leak and Waste Handling

Setting up an Analysis

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6 Troubleshooting and Diagnostics

7 Error Information

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General Error Messages

Detector Error Messages

8 Test Functions

9 Maintenance

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4 Preparing the Sampler/Collector

6 Error Information

7 Maintenance

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4 Preparing the Fraction Collector

6 Error Information

7 Maintenance

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1 Introduction

2 Site Requirements and Specifications

3 Using the Fraction Collector

4 Preparing the Fraction Collector

6 Error Information

7 Maintenance

8 Parts for Maintenance and Repair

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4 LAN Configuration

5 Using the Module

7 Troubleshooting and Diagnostics

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