What are the physical principles of the Industrial Oxygen Compressor?

Nowadays, mankind has entered an era of high technology and different forms of technological products are having a huge impact on all aspects of human life. Take for example the industrial oxygen compressor, which not only provides a safe working environment but also improves the efficiency of industrial technology.

This article will focus on the physical principles of industrial oxygen compressors and give some advice on their daily maintenance.

What's the basics structure of the Industrial Oxygen Compressor?

What are the physical characteristics of the Industrial Oxygen Compressor?

How to avoid Oxygen Compressor faults?

What's the basics structure of the Industrial Oxygen Compressor?

The industrial oxygen compressor set mainly consists of the main compressor, drive, inter-stage cooler, compressed air separation, purification, and other processing devices as well as pressure display, control, and safety devices.

The main compressor machine is a three-stage compression, V-shaped structure, consisting of the crankcase, crankshaft, connecting rod, piston, cylinder, valve and other basic components.

Meanwhile, the cooling system is an important component and the oxygen compressor has a temperature controller for each stage. If the temperature between stages exceeds the limit, the temperature display will give an audible and visual alarm. If the temperature is out of tolerance, the system will sound an alarm to ensure safe operation.

What are the physical characteristics of the Industrial Oxygen Compressor?

·Non-polluting

The greatest function of an industrial oxygen compressor is to filter nitrogen and other impurities from the air. In addition, the industrial oxygen compressor has strict implementation standards in the production process, making it physically, absolutely safe for humans and the environment.

·No oiling required

Oxygen compressors are also designed to avoid contact with oil during the production process. Industrial oxygen compressors are therefore characterized as being completely 100% oil-free. In other words, oxygen compressors do not need to be refueled even if they are serviced.

·Portable

In terms of shape, oxygen compressors are small, lightweight, and don't take up much space. Some industrial oxygen compressors are also equipped with castors, making them ideal for mobile use. In addition, the low production costs allow companies to reduce their operating costs with oxygen compressors, as the only energy consumed for oxygen compression is the electrical energy of the equipment.

All of these are the main physical characteristics of industrial oxygen compressors. On top of this, oxygen compressors are a sensible choice when it comes to energy efficiency. Oxygen compressors are being used in a wide range of applications and their type can be tailored to the customer's needs.

How to avoid Oxygen Compressor faults?

If the motor of the oxygen compressor appears to be overheating, it should be used in an environment below 37°C. The choice of working environment is particularly important for oxygen compressors, especially high pressure oxygen compressors, which are most environmentally demanding. In addition, adjusting the steering of the reversing machine can also solve the problem of overheating to some extent.

When the equipment is used for a long time, the equipment will vibrate violently or have abnormal sounds, we should remove foreign objects or repair the moving parts.

In conclusion, the causes of faults in oxygen compressors are intricate and complex, and we need to check them in time, using the simple structure of oxygen compressors and checking them regularly. According to the different causes of failure, the problem can be solved effectively.