Publish Time: 2021-02-16 Origin: Site
In present-day society, an increasing number of people are concerned about the development of technology. Undoubtedly, Oxygen compressors are the quintessential product of contemporary technology, which plays an essential role in many sectors.
In this article, we will take a closer look at what is a high pressure oxygen compressor, and how does the High pressure Oxygen Compressor work.
What's the working principle of Oxygen Compressor?
What are the characteristics of High pressure Oxygen Compressor?
What should be careful when using a High pressure Oxygen Compressor?
The oxygen compressor is designed to be compact and easy to use. Its compression mechanism is mainly composed of cylinders, pistons, intake and exhaust valves and other components.
During the operation of the oxygen compression, it draws the surrounding air into the unit. The air is then compressed and purified in a step that removes the nitrogen and other potential impurities from the air, creating oxygen-rich air from the surrounding atmosphere. This is the process of oxygen compression. At high pressure, it adsorbs large quantities of nitrogen due to its chemical properties. After the oxygen and other free components have been collected, the pressure drops, thus allowing the nitrogen to desorb, after which the exhaust can be carried out.
In addition, there will be a temperature controller in the structure of the oxygen compressor. If the temperature between stages exceeds the limit, the temperature display will give an audible and visual alarm. If the temperature exceeds the overpressure, the system will alarm and shut down, this is to ensure the safe operation of the oxygen compressor. The oxygen compressor is therefore absolutely safe.
As a rule, depending on the oxygen application conditions, oxygen compressors can be classified into one pressure class to five pressure classes. We refer to the higher pressure stages as high pressure oxygen compressors.
The most important feature of a high pressure oxygen compressor is that it can provide a continuous supply of oxygen to crucial installations at maximum rates, and it is generally used in critical areas such as operating theatres in hospitals.
In terms of construction, the high-pressure oxygen compressor has a built-in solid-state oxygen monitor that does not require calibration with a calibrator.
As with ordinary oxygen compressors, high-pressure oxygen compressors are compact, quiet, and have long-running times, among other features.
Unlike oxygen compressors, high-pressure oxygen compressors should be used with even greater care. It will be illustrated in detail.
The first is related to the working environment. The operating ambient temperature of a high pressure oxygen compressor should not exceed 40°C. The reason is that the higher the ambient temperature, the lower the air output of the compressor. This is not only to improve the efficiency of the compressor but also to extend its service life.