User Manuals: Agilent Technologies 6890 GC Gas

Manuals and User Guides for Agilent Technologies 6890 GC Gas. We have 1 Agilent Technologies 6890 GC Gas manual available for free PDF download: Operating Manual

Agilent Technologies 6890 GC Operating Manual (286 pages)

Gas Chromatograph

Brand: Agilent Technologies | Category: Laboratory Equipment | Size: 2.56 MB

Table of Contents
3
Chapter 1. The 6890 Series Gas Chromatograph

13
- Manuals
  14
- Control Tables
  15
- Using Control Tables
  16
- Some Specifics
  18
  - Gas Control
    18
  - Columns
    18
  - Inlets and Detectors
    18
  - Signals
    18
  - Automation
    18
  - Methods and Sequences
    18
  - Valves
    19
- Strategy
  20
- Maintenance Information
  21
  - Fuses and Batteries
    21
  - Maintenance Schedule
    22
- General Warnings
  23
- Shutting down the GC
  25
  - For Less than One Week
    25
  - For more than One Week
    25
Chapter 2. The Keyboard and Display the Display

30
- The Status Board
  32
- The Keyboard
  33
- Instant Action Keys [Start], [Stop], and [Prep Run]
  34
- Function Keys
  35
- Short-Cut Keys [Temp], [Pres], [Flow], [Det Control], [Ramp #]
  36
  - [Temp], [Pres], and [Flow]
    36
  - [Det Control]
    37
  - [Ramp #]
    38
- [Info]
  39
- [Status]
  40
- Miscellaneous Keys
  42
  - [Time]
    42
  - Procedure: Setting Time and Date
    42
  - Procedure: Using the Stopwatch
    43
  - Procedure: Setting up [Post Run]
    43
  - [Run Log]
    44
  - [Options]
    45
  - [Config]
    47
- Modifier Keys
  48
  - [Mode/Type]
    48
  - [Clear]
    49
  - [Delete]
    49
- Storage and Automation
  51
- Default Parameters
  52
  - Procedure: Loading the Default Parameters
    52
Chapter 3. Flow and Pressure Control Hydrogen Shutdown

55
- Column Shutdown
  55
- Turning Gas Flows on and off
  56
  - EPC-Controlled Streams
    56
  - Nonepc-Controlled Streams
    56
Part 1. Electronic Pneumatic Control (EPC)

57
Part 2. Nonepc Control

84
- Inlets
  84
  - Septum Purge
    84
- Detectors
  85
Part 3. Measuring Flow Rates

88
Part 4. Flow and Pressure Problems

92
Chapter 4. The Column Oven

95
- Oven Capabilities
  96
- Oven Safety
  97
- Configuring the Oven
  98
- Procedure: Setting up an Isothermal Run
  99
- Making a Temperature-Programmed Run
  100
  - Oven Temperature Programming Setpoints
    101
  - Oven Ramp Rates
    102
- Procedure: Setting up a Single-Ramp Program
  103
- Procedure: Setting up a Multiple-Ramp Program
  104
- Fast Chromatography
  105
  - Fast-Heating Oven
    105
  - Configuring the Oven
    105
- Using the Oven Insert for Fast Chromatography
  106
  - To Install the Oven Insert
    106
  - Removing the Insert
    108
- Cryogenic Operation
  109
  - Cryogenic Control Setpoints
    109
Chapter 5. Columns and Traps

111
Part 1. Capillary Columns

112
Part 2. Packed Metal Columns

134
Part 3. Packed Glass Columns

143
Part 4. Conditioning Columns

148
Part 5. Conditioning Chemical Traps

152
Part 6. Calibrating Your Capillary Column (Optional)

153
- Calibration Modes
  153
- Column Calibration Procedures
  154
Chapter 6. Signal Handling

161
- Using the Signal Control Tables
  162
  - Signal Type
    162
  - Value
    162
- Analog Output Settings-Zero, Range, and Attenuation
  166
  - Analog Zero
    166
  - Procedure: Zeroing Signal Output
    166
  - Range-For Analog Outputs Only
    167
  - Attenuation-For Analog Outputs Only
    168
  - Data Rates
    169
  - Procedure: Selecting Fast Peaks
    169
- Digital Data Handling
  169
  - Digital Zero
    169
  - Baseline Level Shifts
    169
  - Chemstation
    171
  - Inet
    172
- Column Compensation
  172
- Test Plot
  176
Chapter 7. Instrument Automation

179
- Executing Events During the Run
  180
- Run Time Programming
  180
- Using Run Time Events
  181
  - Procedure: Programming Run Time Events
    182
- The Run Table
  183
- Clock Time Programming
  185
- Using Clock Time Events
  186
Chapter 8. Analytical Methods

191
- What Is a Method
  192
- What Can You Do with It
  192
- Creating a Method
  193
- Method Mismatch
  197
  - User-Entered Configuration Changes
    197
  - Hardware Configuration Changes
    197
- Procedure: Modifying a Previously Stored Method
  198
- Procedure: Deleting a Stored Method
  199
- Method Listings
  199
Chapter 9. Valve Control

201
- The Valve Box
  202
  - Heating the Valves
    202
  - Valve Temperature Programming
    203
  - Configuring an Aux Thermal Zone
    203
- Valve Control
  204
  - The Valve Drivers
    204
- The Internal Valve Drivers
  204
- The External Valve Drivers
  205
- Valve Configurations
  206
  - Procedure: Configuring a Valve
    207
- Valve Control
  208
  - Procedure: Controlling Valves from the Keyboard
    208
  - From the Run or Clock Time Tables
    208
- Valve Control Examples
  209
Chapter 10. The Automatic Liquid Sampler

213
Part 1. the 7673 als

214
- Injector Control Table
  216
  - Procedure: Editing Injector Setpoints
    217
- Configuring the Injector
  217
  - Procedure: Configuring the Injector
    218
- Sample Tray Setpoints
  218
  - Procedure: Editing the Sample Tray Setpoints
    218
  - Procedure: Configuring the Bar Code Reader
    219
- Storing Injector Setpoints
  220
Part 2. the 7683 als

221
- Injector Control Table
  223
  - Procedure: Editing Injector Setpoints
    224
- Configuring the Injector
  225
  - Procedure: Configuring the Injector
    226
- Sample Tray Setpoints
  226
  - Procedure: Editing the Sample Tray Setpoints
    226
  - Procedure: Configuring the Bar Code Reader
    227
- Storing Injector Setpoints
  227
Chapter 11. Analytical Sequences

229
- What Is a Sequence
  230
- What Can You Do with It
  230
- Defining a Sequence
  232
  - Priority Sequence
    233
  - Subsequences
    233
  - Post Sequence
    234
- Procedure: Creating a Sequence
  234
- Procedure: Storing a Sequence
  237
- Procedure: Loading a Previously Stored Sequence
  238
- Procedure: Modifying a Previously Stored Sequence
  239
- Procedure: Deleting a Sequence
  240
- Sequence Control
  240
  - Sequence Status
    241
  - Procedure: Starting/Running a Sequence
    241
  - Procedure: Pausing and Resuming a Sequence
    242
  - Procedure: Stopping a Sequence
    242
  - Aborting a Sequence
    243
- Special Considerations When Using an Integrator
  244
Chapter 12. Messages

245
- Not Ready
  246
- Method Mismatches
  246
- Warning
  247
- Shutdown
  247
- Faults
  247
- Bad Mainboard and Fatal Error Messages
  247
Part 1. Not Ready Messages

249
- Temperature Zone Not Ready
  252
- Pressure And/Or Flow Not Ready
  253
- Detector Not Ready
  253
- Valve Not Ready
  255
- Other Not Ready Messages
  256
Part 2. Shutdown Messages

258
Part 3. Warning Messages

264
Part 4. Fault Messages

268

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User Manuals: Agilent Technologies 6890 GC Gas

Agilent Technologies 6890 GC Operating Manual (286 pages)

Table of Contents

Chapter 1. The 6890 Series Gas Chromatograph

Chapter 2. The Keyboard and Display the Display

Chapter 3. Flow and Pressure Control Hydrogen Shutdown

Part 1. Electronic Pneumatic Control (EPC)

Part 2. Nonepc Control

Part 3. Measuring Flow Rates

Part 4. Flow and Pressure Problems

Chapter 4. The Column Oven

Chapter 5. Columns and Traps

Part 1. Capillary Columns

Part 2. Packed Metal Columns

Part 3. Packed Glass Columns

Part 4. Conditioning Columns

Part 5. Conditioning Chemical Traps

Part 6. Calibrating Your Capillary Column (Optional)

Chapter 6. Signal Handling

Chapter 7. Instrument Automation

Chapter 8. Analytical Methods

Chapter 9. Valve Control

Chapter 10. The Automatic Liquid Sampler

Part 1. the 7673 als

Part 2. the 7683 als

Chapter 11. Analytical Sequences

Chapter 12. Messages

Part 1. Not Ready Messages

Part 2. Shutdown Messages

Part 3. Warning Messages

Part 4. Fault Messages

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