This processing technique consists of 2 beds filled with carbon molecular sieves (CMS). When pre-filtered compressed air is passed thought a CMS bed, nitrogen comes out as the gas produces. The waste gases (oxygen, carbon dioxide, etc.) are released into the atmosphere. During saturation of the CMS bed, the process switches regeneration of nitrogen to another bed, while allowing the saturated bed to regenerate by depressurization at atmospheric pressure. This ensures a continuous supply of nitrogen to your system.
Models |
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Gas |
MS-(L) |
MS-(H) |
DEOXO |
COPPER-DX |
OXYGEN |
0.1 to 2% |
10 to 500 PPM |
1 to 3 PPM |
1 PPM (Max) |
HYDROGEN |
Nil |
Nil |
0.5% |
Nil |
NITROGEN |
98 to 99% |
99.5 to 99.999% |
Balance |
99.9999% |
DEW-POINT |
(-)40°C to(-)60°C |
(-)40°C to(-)60°C |
|
(-)40°C to(-)80°C |