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General| System Type | Ultra Performance Liquid Chromatography (UPLC) |
|---|---|
| Flow Rate Range | 0.001 to 2.000 mL/min |
| Column Temperature Control Range | 4 °C to 90 °C |
| Sample Temperature Control Range | 4 °C to 40 °C |
| Flow Rate Precision | ≤0.075% RSD, based on retention time, measured on six replicate injections |
| Injection Volume Range | 0.1 to μL |
| Detector Compatibility | PDA |
| Data Acquisition Rate | Up to 100 points/sec |
| Autosampler Technology | Flow-Through Needle (FTN) |
| Data System Compatibility | Empower |
| Sample Capacity | 384-well plate |
Defines UPLC technology and its advantages over traditional HPLC systems.
Highlights key advantages, improved results, and benefits over traditional systems.
Describes the core system components and their functions.
Provides fundamental recommendations for achieving optimal performance with UPLC analysis.
Explains carryover in chromatography and methods to minimize its occurrence.
Outlines procedures and common causes for preventing leaks in the system.
Discusses specific restrictions and requirements for sample preparation in UPLC analysis.
Guides on initial hardware setup, including powering on modules and checking LEDs.
Describes the function and interface of control panels for system modules.
Details the procedure for launching and using the ACQUITY UPLC Console software for system management.
Explains various warning symbols used to indicate potential hazards during operation and maintenance.
Covers symbols related to electrical safety and proper handling procedures for equipment.
Illustrates the external tubing configurations for solvent flow and drainage between system modules.
Details the rear panel connections for power, communication, and Ethernet cables.
Explains how to make signal connections, including specific I/O connectors for system modules.
Provides instructions on safely connecting system modules to a power source, including recommendations for power stability.
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