FLYGOO Industrial 5lpm 10lpm Oxygen Molecular Sieve Bed For Psa Oxygen Concentrator

Flygoo PSA oxygen generator is uses the advanced physical oxygen production principle, through the molecular sieve pressure adsorption action, at room temperature under certain pressure directly separates the oxygen nitrogen in the air, obtains the high purity oxygen, and the sustainable oxygen supply.

Technical features: The use of pressure sensing control mode, according to the molecular sieve of the best operating pressure value set to switch control points, can detect abnormal pressure, there is a fault alarm function.

Alarm Warning:

A, Fault Alarm: Under the working state of the machine, when the main airway pressure is not normal, the line failure,then issued a beep warning. 

B, High-temperature compressor stop working alarm, if cooling system problems, or air compressor temperature is higher than a certain temperature, the air compressor is automatically stop working, issued a beep warning.

The oxygen generator adopts the pressure sensing control mode, which is set to the switching control point according to the optimum working air pressure value of the molecular sieve, and the advantage is that one is to prevent the damage of the high air pressure to the molecular sieve;

Second, in the case of low air pressure, including the air compressor long-term operation wear and tear gas supply decline, as well as elevation rise air thin, can automatically adjust the process procedures to prevent the powder of molecular sieve, to ensure high oxygen concentration output, thus the overall extension of the life of the oxygen generator.

The oxygen generator uses a patented pneumatic valve, directly connected to the tank, can pass through the large flow of air, nitrogen discharge quickly, while taking away most of the water gas, can be less than 85% of the relative humidity long-term work.

The oxygen generator is a leading low-pressure process design, its advantages are that producing oxygen quickly, in 3 minutes oxygen concentration can reach more than 90%, the second is low-pressure operation safety, stability, and can reduce the wear of various components, but also conducive to extending the service life of the oxygen generator.