Why is the vacuum pressure too high and causing a system fault in my SCIEX 6500?
A system fault might occur in your SCIEX Laboratory Equipment due to high vacuum pressure because: * The roughing pump oil level is too low. Inspect the roughing pump oil level, and then contact the local QMP or an FSE to add oil. * There is a leak. Inspect and repair leaks. * The wrong orifice plate is installed. Install the correct orifice plate.
What to do if the IonDriveTM QJet ion guide in my SCIEX 6500 Laboratory Equipment gets dirty frequently?
If the IonDriveTM QJet ion guide in your SCIEX Laboratory Equipment becomes extremely dirty or frequently gets dirty, it might be because the Curtain GasTM flow rate is too low. Verify the setting for the CUR parameter, and increase it if needed.
General safety precautions and warnings for system operation and potential hazards.
Warnings and guidelines related to electrical hazards, AC mains supply, and grounding.
Safety measures for handling chemicals, waste disposal, and environmental hazards.
Descriptions of common safety symbols found in documentation and the laboratory environment.
Identifies labels and symbols used on the mass spectrometer itself.
Provides a visual and descriptive overview of the mass spectrometer's physical components.
Explains the fundamental mass spectrometry concepts and hardware components.
Step-by-step instructions for powering on and initiating the mass spectrometer system.
Procedures for safely powering down the mass spectrometer and its associated components.
Explains how to create and manage hardware configurations for the software.
Guidance on organizing experimental data into projects and subprojects for better management.
Introduces the process of automatically optimizing instrument parameters for analytes.
Details the differences between infusion and FIA for sample introduction methods.
Explains the process of determining substance concentration using standards and calibration curves.
Guides users on reviewing and manually adjusting peak integrations for accurate quantitation.
Provides a schedule for routine cleaning and maintenance tasks to ensure optimal performance.
Instructions for cleaning external surfaces of the mass spectrometer after spills or normal use.
Step-by-step procedure for manually adjusting parameters to optimize analyte detection.
Details on optimizing specific MS parameters like Declustering Potential (DP) and Entrance Potential (EP).
General| Polarity Switching | Yes |
|---|---|
| Dynamic Range | > 5 orders of magnitude |
| Mass Analyzer | Triple Quadrupole |
| Ion Source | Turbo V Ion Source |
| Ionization Source | Electrospray Ionization (ESI) and Atmospheric Pressure Chemical Ionization (APCI) |
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