Agilent G1674AA Deconvolution Reporting Software (DRS) Solution for Forensic Toxicology Getting Started Manual

About this manual

This manual guides users through setting up and using the Agilent G1674AA Deconvolution Reporting Software (DRS) for forensic toxicology. It covers method naming conventions, database library setup, system verification, chromatographic considerations, and calibration steps. The guide includes detailed tables for different column types and analysis speeds, helping users configure their systems based on hardware and application needs.

The manual is structured to help users choose appropriate method files based on stationary phase, analysis speed, and instrument configuration. It provides step-by-step instructions for setting up the DRS system, including retention time calibration and response factor calibration, and details how to integrate with MS ChemStation for post-run analysis.

What's inside

• Decision Process to Create Your Method Name for the G1674AA Forensic Toxicology Data Base Library (DBL)
• Forensic DBL Files Setup
• DRS System Verification
• Chromatographic Considerations
• Retention Time Calibration and Locking
• Final Response Factor Calibration
• DRS Setup for Data Acquisition
• MS ChemStation: DRS Post-Run Call

Frequently asked questions

What is the base method file name for the G1674AA forensic toxicology software?

Method file names begin with FT, for Forensic Toxicology.

What stationary phase is preferred for the G1674AA forensic toxicology method?

DB-5MS method sets are typically the better choice because runs end at a lower temperature.

What is the oven voltage required for 3X, 4X, and 6X method sets?

Method sets 3X, 4X, and 6X require the fast oven (240 V).