COSMOS RACK nitrogen employs the reliable and efficient technique of pressure-swing absorption (PSA), using a carbon molecular sieve to remove oxygen and moisture to produce high-purity nitrogen.

COSMOS RACK.N2 / ZN2 is built with a catalyst to remove hydrocarbons <; 0.05 ppm.

The COSMOS RACK nitrogen can be superimposed on any COSMOS RACK module (hydrogen, zero air, air compressor) to give you a complete stand-alone GC gas solution.

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Designed with safety and convenience in mind, this system will eliminating the need for inconvenient high pressure gas cylinders.

The ergonomic, compact and silent design makes the COSMOS RACK Zero Air series the ideal solution for the following analytical applications.

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The exclusive cold dual dynamic regeneration dryer on RACK.MF series is completely maintenance free and allows continuous operation 24 hours a day. The automatic checking for internal leaks whenever starting the unit and constant control of operating parameters guarantee maximum safety. 

COSMOS RACK MF.H2 Series use an exclusive cold dual dynamic regeneration dryer

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The exclusive cold dual dynamic regeneration dryer on RACK.MF series is completely maintenance free and allows continuous operation 24 hours a day. The automatic checking for internal leaks whenever starting the unit and constant control of operating parameters guarantee maximum safety. 

COSMOS RACK MB.H2 Series use a Drying system: static, maintenances-free

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Utilising a reliable ‘Cryo-refrigerator’ design of cold head technology and helium compressor, the nitrogen gas is then produced using the PSA technology which is cooled to 77K (-196°C) to produce liquid nitrogen. 

The Generators are controlled using the latest in HMI touch screen technology to display the process in realtime, showing the liquid level of the dewar, PSA nitrogen production giving a fully automated system at the touch of a button with remote access for diagnostic control.

The liquid nitrogen can be dispensed using a 1.5 meter vacuum insulated hose. With water chiller supplied, the system can operate up to +52°C ambient temperature, making it suitable to operate everywhere in the world.

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The unit is very compact, save the space in the lab, silent, and easy to install. 

The NDC can inform you when the service is due via the display screen. 

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However, atmospheric air contains water vapour, which condenses to water droplets when the compressed air cools. Water and dirt in compressed air causes a major inconvenience and cost to the user, as it may damage the equipment connected to the compressor. 

At the same time, moisture and heat from the compression of the air create favourable conditions for growth of microorganisms. If the compressed air is in direct contact with human beings, animals, food or medical equipment, hygiene problems may arise.

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Utilising a reliable ‘Cryo-refrigerator’ design of cold head technology and helium compressor, the nitrogen gas is then produced using the PSA technology which is cooled to 77K (-196°C) to produce liquid nitrogen.

The Generators are controlled using the latest in HMI touch screen technology to display the process in realtime, showing the liquid level of the dewar, PSA nitrogen production giving a fully automated system at the touch of a button with remote access for diagnostic control.

The liquid nitrogen can be dispensed using a 1.5 meter vacuum insulated hose. The integrated cooling fans can operate with air cooling up to +35°C ambient temperature, making it suitable to operate everywhere in the world.

The post CRYOGEN.80-RA N2 Liquid Nitrogen Generator appeared first on F-DGSi.

Utilising a reliable ‘Cryo-refrigerator’ design of cold head technology and helium compressor, the nitrogen gas is then produced using the PSA technology which is cooled to 77K (-196°C) to produce liquid nitrogen. 

The Generators are controlled using the latest in HMI touch screen technology to display the process in real-time, showing the liquid level of the dewar, PSA nitrogen production giving a fully automated system at the touch of a button with remote access for diagnostic control. 

The liquid nitrogen can be dispensed using a 1.5 meter vacuum insulated hose. With cooling water or water chiller supplied, the system can operate up to +52°C ambient temperature, making it suitable to operate everywhere in the world. 

The post CRYOGEN.80 N2 Liquid Nitrogen Generator appeared first on F-DGSi.

Utilising a reliable ‘Cryo-refrigerator’ design of cold head technology and helium compressor, the nitrogen gas is then produced using the PSA technology which is cooled to 77K (-196°C) to produce liquid nitrogen.

The Generators are controlled using the latest in HMI touch screen technology to display the process in realtime, showing the liquid level of the dewar, PSA nitrogen production giving a fully automated system at the touch of a button with remote access for diagnostic control.

The liquid nitrogen can be dispensed using a 1.5 meter vacuum insulated hose. The integrated cooling fans can operate with air cooling up to +35°C ambient temperature, making it suitable to operate everywhere in the world.

The post CRYOGEN.65-RA N2 Liquid Nitrogen Generator appeared first on F-DGSi.