Zero Air gas generator « Serie T.ZA »
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Zero Air gas generator « Serie T.ZA » The Zero Air generators produce dry and hydrocarbon-free air, using air from oil-free compressors, thus avoiding the need to use traditional bottles that are often complex to change. Designed with safety and convenience in mind, this system will eliminating the need for inconvenient high pressure gas cylinders. This complete turnkey system is engineered with the highest quality components, is easy to install and requires only minimal annual maintenance. The ergonomic, compact and silent design makes the Zero Air series the ideal solution for the following analytical applications. Applications : • GC-FID • GC-FPD • GC-NPD • THA • Gas sensing BENEFITS AND SAVINGS > Better detector performance The reduction of hydrocarbons, including methane to < 0.05 ppm decreases the background noise level and gives the baseline much better stability, considerably increasing detector sensitivity and ensuring precise analytical results. > Increased laboratory efficiency A constant, uninterrupted gas supply of guaranteed purity eliminates interruptions of analyses to change cylinders and reduces the amount of instrument re-calibrations required. > Save money The unit only requires connection to a suitable socket and to external source of compressed air. The investment can be paid back in less than one year. > Improved safety Zero air produced at low pressure and ambient temperature removes the need for high pressure cylinders. > Simple installation Gas generators can be installed in the laboratory, on or under a bench, eliminating the need for long gas lines from cylinders secured elsewhere. STANDARD FEATURES • Various flow rate : 1.8, 5 L/min • Purity : HC < 0.05 ppm • Pressure : up to 6 bar (87 psi) • Unique Tower design : bench space saving • External clean and dry air

Zero Air generators use three steps to transform ambient air into analytical grade air. Step 1 : Pre-filtration The external oil-free compressor delivers air through a high efficiency filter that traps any particles that may damage the system. The filter has an automatic purge system, and traps oil, water and any other particles larger than 5 microns in size. Step 2 : HC and CO trapping The air leaving the filter enters a high-temperature platinum catalyst, which through oxidation eliminates hydrocarbon molecules down to < 0.05 ppm. Step 3 : Final filtration A high-efficiency filter is used...