No risk of explosion when using hydrogen as GC carrier gas
Hydrogen as GC carrier gas provides good efficiency as well as faster separations than with helium or nitrogen. The safety risk of explosion can be eliminated more
From now on the Direct Inlet Probe System (DIP) is available for the new Agilent 7000 Triple Quadrupole Mass Spectrometer (Triple Quad).
Hidden behind the new design you can find the well-proven technology with the heatable push rod that has been successfully applied with the DIP Systems for the Agilent 5973 and 5975 MSD for several years. The sample is inserted automatically via vacuum lock into the ion source of the mass spectrometer.
The Direct Inlet Probe in combination with the MS/MS technology of the 7000 Triple Quad enables fast analysis of even very complex samples providing high sensitivity and selectivity. Switching between DIP/MS and GC/MS measurements requires no modification or venting of the MSD except for software settings.
For fast screening methods, effectivity can be enhanced by connecting the DIP system with a special autosampler for liquid and/or solid samples.
No risk of explosion when using hydrogen as GC carrier gas
Hydrogen as GC carrier gas provides good efficiency as well as faster separations than with helium or nitrogen. The safety risk of explosion can be eliminated more