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General| Type | Residual Gas Analyzer (RGA) |
|---|---|
| Mass Range | 1 to 100 amu |
| Detector | Faraday Cup |
| Applications | Leak detection, vacuum system monitoring |
| Detection Limit | 5 x 10-14 Torr |
| Resolution | 0.5 amu |
| Interface | Ethernet |
Overview of the Transpector MPH Gas Analysis System.
Steps to quickly begin using the Transpector MPH system.
Overview of the system's components and their roles.
Details about the physical dimensions and installation needs.
Provides the physical dimensions of the Transpector MPH unit.
Specifies how and where the sensor should be mounted.
Outlines the power specifications for the Transpector MPH.
Defines the necessary vacuum level for the sensor to operate.
Provides step-by-step instructions for installing the hardware components.
Detailed steps for installing the sensor onto the vacuum system.
Step-by-step guide for assembling ConFlat flanges correctly.
Instructions on securely mounting the sensor to the vacuum chamber.
Steps to install the electronics module onto the sensor.
Guide for connecting the device via Ethernet for communication.
Instructions for connecting the device to its power supply.
Instructions for installing the optional Pirani Interlock system.
Steps for installing the optional HPR Calibration Reference.
Explains the input and output functions supported by the module.
Details the function and use of two digital inputs.
Explains the function of the analog input.
Overview of the connection process using Ethernet.
Discussion of networking variables affecting connection.
Explanation of IP address types and INFICON recommendation.
Default IP address and network mask information.
Methods for changing the device's IP address.
Guide to using IMSSU for IP address changes.
Steps to change the host computer's IP for communication.
Specific steps for changing IP on Windows 7.
Details on how to connect the Transpector MPH to networks.
Instructions for connecting one unit.
Instructions for connecting multiple units.
General overview of the Transpector MPH Gas Analysis System.
Detailed explanation of the ion source's operation.
Guidance on selecting the correct filament type.
Explanation of the quadrupole mass filter's function.
Discusses how the mass filter scans and its selectivity.
Description of the ion detector and its types.
Explains the Electron Multiplier detector.
Guide on interpreting the measurements from the Transpector MPH.
How to determine substances present based on mass spectra.
Explains the ionization process in gas analysis.
Discusses the impact of isotopes on mass spectra.
How to estimate the quantity of substances present.
Further details for mass spectra interpretation.
Explains fragmentation factors and their use.
Introduces the Transpector Web UI for remote control.
Specifies requirements for using the Web UI on computers and mobile devices.
Requirements for computer-based access.
Instructions for establishing a connection to the Web UI.
How to connect using the default IP address.
Explains how to move between different windows in the Web UI.
Description of the STATUS window and its information.
Description of the MONITOR window for data acquisition.
Description of the LEAKCHECK window for leak detection.
Provides instructions for common applications of the Web UI.
Instructions for using the Web UI as a standalone program.
How to acquire data using the MONITOR window.
Details the parameters that can be edited for data acquisition.
Instructions for performing leak checks using the LEAKCHECK window.
Step-by-step guide for conducting a leak check.
Instructions for tuning the Transpector MPH.
Detailed steps for tuning the instrument.
How to modify network settings.
Steps for manual IP address configuration.
Lists suggested applications for the Web UI.
Using Web UI for general vacuum diagnostics.
Using Web UI for leak checking procedures.
Common problems and solutions for Transpector Web UI operation.
Important safety precautions for maintenance.
Warnings about electrical hazards during maintenance.
General guidelines for performing repairs.
Specific maintenance tasks.
Procedure for baking the quadrupole to restore performance.
Detailed steps for repairing components.
Lists tools needed for specific repair tasks.
Tools for filament replacement.
Tools for EM replacement.
Steps to diagnose filament issues.
Step-by-step guide for replacing the filament kit.
Procedures for replacing the electron multiplier.
Procedures for calibrating the instrument.
How to align the mass scale for accurate measurements.
Guidance on choosing masses for tuning.
A table listing common problems and their solutions.
Specific troubleshooting steps for communication issues.
List of available accessories with part numbers.
Lists spare parts for maintenance.
Parts for replacing worn or failed components.
Lists spare sensor units.
Specifies the sensor length.
Details the mass range capabilities of different models.
Provides sensitivity figures for different models.
States the minimum detectable partial pressures.
States the maximum sensor operating temperature.
Defines the operating temperature range.
Details the contents of the ship kit.
Lists the available electronics modules.
Lists the available sensor types.
Lists the available extension kits.
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