Gas sampler SCS
VOCautomaticbenchtop

Gas sampler - SCS - ASDevices - VOC / automatic / benchtop
Gas sampler - SCS - ASDevices - VOC / automatic / benchtop
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Characteristics

Sample type
gas, VOC
Technology
automatic
Other characteristics
benchtop

Description

Unsurpassed sample integrity Available as both a 19-inch rackmount for iMOv or a stand-alone benchtop unit for miniMOv, our sample concentration system (SCS) is designed around our purge lip sealing valve (PLSV) trap and release (T&R) valve, for a unique configurable 4-step process that ensures sample integrity. When combined with our electrically cooled cold trap and flash heater, you’ll benefit from only the best performance. Features Unique configurable 4-step process: sampling, venting sample matrix, trap isolation and trap release Unsurpassed leak integrity with purge leap sealing valve (PLSV) technology Trapping temperature down to –30 ̊C and release temperature up to 300 ̊C Ballistic release temperature Split sample injection Inert flow path available Typical applications VOC analysis Sulfur analysis Permanent gas concentration Any other application requiring concentration Any applications using leak-sensitive detectors such as mass spectrometer Solution highlights Unique configurable 4-step process Unique trap isolation step improves chromatography and peak sharpness Unique sample matrix vent step simplifies and improves chromatography No detector baseline shift during release stage due to PLSV technology’s unsurpassed leak integrity Matrix venting feature The T&R’s unique embedded sample matrix purge feature allows to purge the sample matrix. As an example, hydrogen matrix can be vented, while our innovative trapping material allows permanent gas concentration to achieve ppt limit of detection.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.