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General| Response Time | < 100 ms |
|---|---|
| Mass Range | 1 to 300 amu |
| Filament | Dual filament |
| Detector | Faraday cup |
| Resolution | 0.5 amu at 10% valley |
| Ionization Energy | 70 eV |
| Faraday Sensitivity | 5 x 10^-5 A/mbar |
Overview of the Transpector XPR 3+ Gas Analysis System.
Guidance on how to read and understand the operating manual.
Contact information for INFICON support worldwide.
Step-by-step guide to quickly start using the Transpector XPR 3+.
Explains the function and purpose of the gas analysis system.
Provides a general overview of the system's components.
Details physical dimensions, weight, and mounting requirements.
Specifies the required voltage and current for the system.
States the vacuum level required for operation.
Details environmental conditions for operation.
Step-by-step guide for installing the hardware components.
Instructions to prevent deposition on the sensor.
Instructions for installing the isolation valve.
Instructions for installing the sensor.
Instructions for installing the electronics module.
Instructions for connecting via Ethernet.
Instructions for connecting the power supply.
Describes the input and output functions of the system.
Discusses networking variables affecting connection.
Explains static vs. dynamic IP addresses.
Default IP address and network prefix information.
Methods for changing the device's IP address.
Using IMSSU tool to change IP address.
How to change the host computer's IP address.
Decision points before connecting the device.
Installation for a single unit connection.
Procedures for installing multiple sensors.
General overview of the instrument's function and components.
Detailed description of the sensor.
Explanation of the ion source.
Description of the mass filter.
Details on the ion detector.
Impact of high pressure on sensor.
Guide to interpreting measurement results.
Identifying substances from spectra.
Calculating partial pressures from spectra.
Further details for mass spectra interpretation.
Ion source effects on detected concentrations.
Explanation of fragmentation factors.
Safety and performance tips for operation.
Protection of filament emission via Pirani Interlock.
System configuration using FabGuard software.
Configuring analog inputs within FabGuard.
Procedures for using the Transpector XPR 3+.
Performing leak detection using FabGuard Explorer.
Filament lifespan and replacement recommendations.
HPEM usage, degradation, and replacement.
Caution regarding filament operation at high pressures.
Caution regarding EM operation at high pressure/current.
Purpose of the Low Pressure EM option.
Detailed specifications for the Low Pressure EM option.
Safety precautions for maintenance.
Electrical hazards during maintenance.
General guidelines for repair procedures.
Procedures for maintaining the instrument.
Procedure for baking the sensor under vacuum.
Procedures for repairing components.
Checking filament status.
Step-by-step guide for replacing the filament kit.
Assessing ion source condition.
Tuning and calibrating the mass scale.
Aligning the mass scale.
Adjusting the Pirani Interlock.
Chart to help diagnose and fix problems.
Troubleshooting communication issues.
Lists available accessories for the system.
Lists spare parts for maintenance and replacement.
Lists parts for routine preventative maintenance.
Lists parts for general replacement.
Specifies the mass range of the instrument.
Identifies the types of detectors used.
Specifies the resolution of the mass filter.
Details the sensitivity of the instrument.
Specifies the MDPP for different modes.
Specifies the maximum operating pressure limits.
Specifies the maximum sensor operating temperature.
Lists the contents of the ship kit.
Lists available electronics modules.
Lists available power supply kits.
Lists available sensor part numbers.
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