Endress+Hauser Analytik Jena PlasmaQuant MS - Fig. 44 Selecting an Optimization Routine

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Method optimization PlasmaQuant MS product family

8.3.2 Run automatic optimization

Fig. 44 Selecting an optimization routine

1. Select an optimization routine from WINDOWS  OPTIMISE ION OPITCS.

2. Verify that the selected optimization routine is appropriate. There are routines for

normal and high sensitivity and for the iCRC mode. The auto optimization window

appears after selecting an optimization routine.

3. Select S

TART from the OPTIMIZE menu or press [SHIFT+F8].

Main Page

Table of Contents6
Fig. 1 Safety Markings on the Plasmaquant MS12
Fig. 2 Plasmaquant MS - Front View with Major Components21
Fig. 3 Sample Introduction System in the Plasmaquant MS22
Fig. 4 Concentric Nebulizer (Left) and Spray Chamber (Right)23
Fig. 5 Standard One-Piece Torch23
Fig. 6 Torch Installed in the Plasma Compartment23
Fig. 7 Torch and Induction Coil24
Fig. 8 Plasmaquant MS with Unlatched Interface Door25
Fig. 9 Sampler Cone Installed in the Plasmaquant MS26
Fig. 10 Skimmer Cone Installed in the Plasmaquant MS26
Fig. 11 Relative Size Distinction between Polyatomic and Analyte Ion27
Fig. 12 Reflexion28
Fig. 13 Curved Pre-Filters and Mass Analyzer29
Fig. 14 All-Digital Extended Dynamic Range Detector29
Fig. 15 Setup of Plasmaquant MS30
Fig. 16 Dimensions of the Plasmaquant MS38
Fig. 17 Connections and Interfaces on the Rear Side of the Device39
Fig. 18 Overview of Connections on the Right Side of the Instrument40
Fig. 19 Switches and Connections on the Front Side of the Instrument40
Fig. 20 Transfer Tube for Aerosol Dilution (Left), Standard Transfer Tube (Right)47
Fig. 21 Sample Tubing50
Fig. 22 Peristaltic Pump - Tubing Connections51
Fig. 23 Pump Tubing with Internal Standard Tubing52
Fig. 24 Peristaltic Pump - Tubing Connections with Internal Standard52
Fig. 25 Instrument Summary Window54
Fig. 26 Time Scan Displaying the Signal During Warm-Up56
Fig. 27 Automatic Torch Alignment60
Fig. 28 Peak Resolution and Trim61
Fig. 29 Mass Calibration62
Fig. 30 Detector Voltage Calibration63
Fig. 31 Setting up Detector Attenuation64
Fig. 32 Main Page of the Worksheet66
Fig. 33 Selecting Elements and Isotopes67
Fig. 34 Quickly Adding Elements and Isotopes from the Periodic Table68
Fig. 35 Selecting Internal Standard Correction68
Fig. 36 Adding or Modifying Isotope Correction Equations69
Fig. 37 Defining Isotopes for the Calculation of Isotope Ratios69
Fig. 38 Setting up Calibration Standards70
Fig. 39 Scan Settings72
Fig. 40 Sampling Settings73
Fig. 41 QC Test Settings74
Fig. 42 Copying Optimization Settings77
Fig. 43 Default Settings in the Scan Setup Window78
Fig. 44 Selecting an Optimization Routine80
Fig. 45 Starting Optimization81
Fig. 46 Signals of Analyte, Interference and Analyte/Interference Ratio82
Fig. 47 Schematic of Detector Attenuation86
Fig. 48 Linear Dynamic Range of Different Attenuation Modes87
Fig. 49 Incorrect Settings for Detector Calibration90
Fig. 50 Configuring Scan Settings for Attenuation Calibration91
Fig. 52 Detector Attenuation Correction Factors Viewer92
Fig. 51 Detector Calibration Tab92
Fig. 53 Graphical Representation of Attenuation Factors93
Fig. 54 Saving Attenuation Correction Factors93
Fig. 55 Scan Settings Tab94
Fig. 56 Selecting Attenuation Correction Factors94
Fig. 57 Nebulizer Cleaning Tool with Installed Nebulizer100
Fig. 58 Sampler Cone in Position with Retaining Ring and Sampler Cone Tool108
Fig. 59 Skimmer Cone in Position and Skimmer Cone Tool111
Fig. 60 Extraction Lens 1, Extraction Lens 2 and Retainer Tool113
Fig. 61 Forevacuum Pump116
Fig. 62 Autosampler119
Fig. 63 Autosampler - Overview120
Fig. 64 Connections on the Right Side of the Autosampler120
Fig. 65 Cannula with Sample Tube of the Autosampler124
Fig. 66 Autosampler Cannula and Sample Tubing Dismantled124
Fig. 67 Autosampler Pump125

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Endress+Hauser Analytik Jena PlasmaQuant MS - Fig. 44 Selecting an Optimization Routine

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