Availability: in stock
Advanced process equipment often involves use of various inert gases (argon, neon, helium, krypton, xenon). Minimized contamination of process gas, i.e. use of ultra pure gases, is pre-requisite for proper and accurate performance of such systems and instruments. Any noticeable contamination (above 0.002%) affects quality and analytical performance of the equipment, makes analysis impossible at all, and in some cases even it can even lead to equipment failure (primarily, spectroscopy instruments with the optical unit inerting purged with a pure inert gas). Therefore, the purity grade of such gas must be guaranteed.
The quality of commercial bottled gas does not always meet the specifications. Such situations may have various causes: low process control, insufficient decontamination of bottles, etc. Unfortunately, in some cases it is impossible to find a good local supplier, while in other cases the cost of delivery is too high.
INERTA 50 inert gas purifier is a compact solution to such problems. It will be helpful in the following situations:
INERTA 50 is a solution for removal from inert gases (argon, neon, helium, krypton, xenon) of such components as oxygen, hydrogen, nitrogen, carbon oxide and dioxide and humidity. The operating principle of the unit consists in heat-induced decomposition of oxygen, hydrogen, carbon and nitrogen compounds followed by their adsorption by heat-activated adsorbing agents and molecular gate systems.
NERTA 50 is designed for pre-treatment of gases supplied to process plants and rooms, sealed chambers (compartments), gas chromatographs, emission and absorption spectrometers and other R&D and process equipment with strict specifications to the quality of inert gas used for protective atmosphere, plasma or sample transport gas.
INERTA 50 offers exceptional treatment quality due to the high-performance three-stage adsorption system. The residual content of impurities in the inert gas is below 1 ppm.
INERTA 50 version for nitrogen treatment is available. In this case the nitrogen and oxygen removal cartridge is replaced by the cartridge that adsorbs oxygen only.
|Adsorption chamber heat range||200-750°C|
|Warm-up time||30 min.|
|Thermal control||Microprocessor type, +/- 1 °C accuracy|
|Operating ambient temperature||from 0 to +40°C|
|Operating gas flow rate||Max. 30 l/min.|
|Work pressure||Max. 10 atm.|
|Removed contaminants:||Oxygen, hydrogen, nitrogen, hydrocarbons, carbon oxide and dioxide, humidity|
|Power supply||230 +/-10% V, 50 Hz|
|Power capacity||Max. 2000 VA|
|Dimensions||Height - 1000 mm; width – 400 mm; depth – 600 mm|
|Net weight||Max. 80 kg|
Inerta 50 dimensions (L x W x H, mm): 940 x 400 x 590