Key facts
- Brand
- Agilent
- Model
- 5973 MSD
- Documents
- 4
- Languages
- EN
- Last added
- 2012-07-04
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Agilent 5975/5973 MSD Supplies Quick Reference Guide
This document serves as a shopping list for Agilent Technologies MSD (Mass Spectrometer) Supplies designed specifically for the 5975 and 5973 models. It allows users to mark required items directly from a table containing descriptions, part numbers, recommended quantities, and order flags.
The guide is organized into categories including Cleaning and Maintenance Supplies, Ion Source Supplies, Repeller Assembly Supplies, Inlet Septa, Ferrules, Detector Supplies, and Miscellaneous Supplies. A second section details specific parts for the 5975/5973 MSD Ion Source, distinguishing between non-inert and inert configurations.
Agilent 5973 MSD specifications
| System Components | 6890 GC with 7673 or 7683 autosampler coupled to 5973 Mass Spectrometer |
|---|---|
| Software | G1701BA Productivity ChemStation |
| THC Analysis Time | 1.34 min |
| Amphetamines Analysis Time | 1.3 min |
Source: Agilent 6890 GC/5973 MSD Fast Drug Analysis Application Note
All Agilent 5973 MSD documents by type
How to use the product for one specific task, with worked examples.
Mounting, wiring and first power-up. Read it before the hardware goes in.
Questions answered in these manuals
Which filament part number is specified for the Agilent 5973 model?
Part number G1099-80053 is listed as the filament for the 5975/5973 Cl.
What voltage rating is stated for the gas leak detector?
The gas leak detector is rated for 115V operation.
What system is used for fast drug analysis?
The system consists of a 6890 GC with 7673 or 7683 autosampler coupled to the 5973 Mass Spectrometer.
From: Agilent 6890 GC/5973 MSD Fast Drug Analysis Application Note
How long does the THC analysis take?
The ultra-fast chromatography method for THC provides a run time of 1.34 minutes.
From: Agilent 6890 GC/5973 MSD Fast Drug Analysis Application Note
What is the typical quantitation limit for a mass spectrometer in Scan mode?
The typical pesticide quantitation limit for a mass spectrometer in the Scan mode is in the sub-ppm range.
From: Agilent Pesticide Identification Quantitation Using Retention Time Locking GC/MS Application Note
How can target compounds at parts-per-trillion be quantified?
Target compounds at parts-per-trillion can be quantified by adding large volume injection capability to a retention time locked gas chromatography/mass spectrometry method.
From: Agilent Pesticide Identification Quantitation Using Retention Time Locking GC/MS Application Note