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Agilent 7697A Headspace Sample Injector
Agilent 7697A Headspace Sample Injector
Product details
Product Introduction
The configuration of the 12 position sample bottle capacity of the 7697A headspace sampler is suitable for academic research institution laboratories and laboratories with smaller sample volumes
Standard 111 bit sample bottle capacity, including three priority sample positions
During the sequence operation, the sample disk can be replaced to increase the sample flux
Using hydrogen as a carrier gas and supplemented with automatic sleep/wake-up mode can protect precious laboratory resources
Software control through Agilent OpenLAB CDS software and Agilent MassHunter software
Utilize Waters Empower ™ 2 Software and Waters Empower ™ Software control of 3 software
Independently controlling the headspace bottle pressure and column head pressure, achieving higher accuracy by ensuring no back pressure during sample transfer
The fully automatic sample bottle leak detection function can check each sample bottle during the pressurization process, without the need for time-consuming calibration processes, to ensure that each sample bottle is properly sealed
The sample barcode reader has a data transmission function, allowing you to track the sample before it enters the column temperature chamber
Multiple headspace concentration (MHC) modes can perform up to 100 headspace extractions in one GC run, achieving more complete sampling and higher sensitivity
Multiple headspace extraction (MHE) mode can perform up to 100 extractions per sample bottle
Supports 10 mL, 20 mL, or 22 mL sample bottles without the need for adapters
Method development software can convert all methods of headspace systems, or quickly redesign methods with only a small number of known parameters
Perform depressurization treatment on the sample bottle before returning it to the sample tray
Standard 111 bit sample bottle capacity, including three priority sample positions
During the sequence operation, the sample disk can be replaced to increase the sample flux
Using hydrogen as a carrier gas and supplemented with automatic sleep/wake-up mode can protect precious laboratory resources
Software control through Agilent OpenLAB CDS software and Agilent MassHunter software
Utilize Waters Empower ™ 2 Software and Waters Empower ™ Software control of 3 software
Independently controlling the headspace bottle pressure and column head pressure, achieving higher accuracy by ensuring no back pressure during sample transfer
The fully automatic sample bottle leak detection function can check each sample bottle during the pressurization process, without the need for time-consuming calibration processes, to ensure that each sample bottle is properly sealed
The sample barcode reader has a data transmission function, allowing you to track the sample before it enters the column temperature chamber
Multiple headspace concentration (MHC) modes can perform up to 100 headspace extractions in one GC run, achieving more complete sampling and higher sensitivity
Multiple headspace extraction (MHE) mode can perform up to 100 extractions per sample bottle
Supports 10 mL, 20 mL, or 22 mL sample bottles without the need for adapters
Method development software can convert all methods of headspace systems, or quickly redesign methods with only a small number of known parameters
Perform depressurization treatment on the sample bottle before returning it to the sample tray
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