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General| Type | 2D-LC System |
|---|---|
| Data Rate | Up to 240 Hz |
| Pump Type | Binary Pump |
| Injection Volume Range | 0.1-100 µL |
| Detector Type | Diode Array Detector (DAD) |
| Wavelength Range | 190-950 nm |
| 2D-LC Capability | Yes |
| Compatibility | Agilent OpenLAB CDS, Agilent MassHunter Workstation |
| Detection Technology | UV-Vis |
| Maximum Pressure | 1300 bar |
Describes the 1290 Infinity II 2D-LC System, its applications, and benefits.
Lists key features of the Agilent InfinityLab 2D-LC Solutions.
Defines essential terms used in 2D-LC chromatography.
Explains the fundamental concepts and components of a 2D-LC system.
Describes the characteristics and principles of Heart-Cutting 2D-LC.
Explains the Multiple Heart-Cutting and High Resolution Sampling techniques.
Details the principles and characteristics of Comprehensive 2D-LC.
Introduces Active Solvent Modulation and its benefits for 2D-LC.
Lists recommended MassHunter Workstation Data Acquisition revisions.
Details the supported firmware, MassHunter, and LC/CE driver versions.
Specifies the operating systems compatible with MassHunter CDS.
Lists Agilent 2D-LC Software tested firmware revisions.
Outlines the recommended PC specifications for MassHunter Workstation.
Covers hardware setup, including delivery checklist and valve configurations.
Provides step-by-step instructions for installing the 2D-LC software.
Guides users on how to start the MassHunter Data Acquisition software.
Describes the dashboard as the common UI for instrument control.
Shows the current status of each configured device in the 2D-LC solution.
Explains the 2D-LC device pane and its functionalities.
Details how to enter acquisition parameters for the method.
Describes the method setup dialog for editing 2D-LC specific parameters.
Explains how setting the 2D-LC operation mode affects the system.
Details how to specify when the selected 2D-LC mode is active.
Configures parameters for MHC and HiRes peak-based operations.
Guides on optimizing the gradient method for the second dimension run.
Details how to find optimal dilution of 1D solvents using ASM.
Explains how to set peak trigger in time-based and peak-based modes.
Helps find optimal dilution of 1D solvents for best 2D resolution.
Explains switching ASM functionality on and off.
Discusses selecting different ASM capillaries for optimal results.
Explains how the ASM phase shifts the analytical gradient start.
Illustrates 2D-LC capabilities and guides user to start methods.
Provides steps for preparing the system for LC and MS analysis.
Details requirements for the driver-based 2D-LC solution.
Focuses on 2D-LC valves and capillary connections.
Outlines the requirements for the checkout familiarization procedure.
Provides recommended conditions for standard heart-cutting experiments.
Information on analyzing 2D-LC data using MassHunter software.
Enables automatic generation of correct cutting sequences.
Works with 2D data for compound identification and analysis.
Provides steps for extracting UV data from chromatograms.
Explains how to work with 2D MS data.
Standalone product for lab management and system overview.
Control of 2D pump and 2D-LC valves.
Procedures for USB hardware dongle installation/deinstallation.
Tools for declustering and running diagnostic tests.
Determines leakage of individual pump heads.
Determines leak tightness of the system between pump and blank nut.
Explains a step-by-step approach to 2D-LC chromatography problems.
Explains the meaning and causes of error messages.
Lists generic error messages common to Agilent HPLC modules.
Details the 'Timeout' error (Error ID: 0062).
Describes the 'Leak Sensor Short' error (Error ID: 0082).
Lists specific error messages for different modules.
Describes the 'Initialization of Valve Failed' error (Error ID: 24000).
Highlights the design for easy maintenance of the 2D-LC solution.
Provides essential safety warnings for operation and repair.
Details the procedure for cleaning the module case.
Provides steps for correcting leaks in the system.
Explains how to install and exchange valve heads.
Provides instructions for replacing fuses in the valve drive.
Lists 2D-LC loops for standard and MHC valve configurations.
Lists capillary kits for 1200 Infinity Series and InfinityLab legacy.
Lists ASM valve capillary replacement kits.
Details the parts included in the pressure release kit.
Lists replacement parts for the valve drive.
Illustrates the replacement parts for valve heads.
Lists available valve options compatible with 2D-LC.
Lists parts for the MS diverter valve setup.
Details the accessory kit for G7116B.
Explains the principles of 2D-LC separation.
Defines and discusses orthogonality in 2D-LC separations.
Discusses factors affecting chromatographic separation optimization.
Defines and explains peak capacity calculation in 2D-LC.
Discusses common gradient, shifted, isocratic, and advancing isocratic modes.
General safety precautions for instrument operation, service, and repair.
Lists precautions to be taken before applying power to the instrument.
Provides instructions for proper electrical grounding of the instrument.
Offers recommendations and warnings for solvent usage.
Provides information on proper disposal of electronic waste.
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