GC/MS DRS Semivolatiles Screener by Agilent Technologies

Analysts require sensitive and reliable systems for analyzing semi-volatile organic contaminants in environmental samples. Based on the 7890 GC and 5977A Series Single Quadrupole Mass Spectrometer, the GC/MS Semi-Volatiles Analyzer incorporates a Multi-Mode Inlet to maximize sensitivity. Capillary Flow Technology backflush shortens analysis time and reduces maintenance. Preset methodology and Deconvolution Reporting Software works with the 338 component semi-volatiles DRS library for fast, and confident screening per EPA methods 525 and 8270. The system undergoes a thorough chemical checkout to verify chromatography prior to delivery which reduces method development time allowing your analysts to focus on calibration, validation and the analysis of real world samples following system installation.

Features:

• Pre-configured and chemically tested for semi-volatiles analysis to ensure optimal performance of your instrument and application.
• Optimized for semi-volatiles analysis including GC column, consumables, calibration/checkout samples, and analytical method reduces the time you spend configuring individual components.
• Integrated Capillary Flow Technology backflush for a more robust analysis with shorter run times and reduced system maintenance.
• Includes CD-ROM with optimized retention time locked acquisition method for sVOC analysis and related data files, 338-compound sVOC target database, application note and quick start guide for faster method development.
• On-site installation and check out of the GC/MS Semi-Volatiles Analyzer by a factory certified technician confirms that your instrument and application meet Agilent’s analytical performance criteria.
• System familiarization ensures that your team is “ready to go” with calibration and validation immediately following system installation.
• By minimizing activity along every step of the GC/MS flow path, Agilent Inert Flow Path solutions ensure better results, and allow you to process more samples without unplanned maintenance and recalibration.