Views:0 Author:Site Editor Publish Time: 2021-07-01 Origin:Site
In contemporary society, the demand for quality products is getting higher and higher. High-quality products are beginning to emerge in people's lives, and it is impossible not to wonder how important the progress of science and technology is. The product we are introducing today is the Z nitrogen compressor, a product that compresses and transmits nitrogen, which plays a vital role in modern industry.
This article will combine the advantages and disadvantages of the Z nitrogen compressor with a rational analysis of it. At the same time, some notes on the use of Z nitrogen compressors will also be mentioned in this article.
What are the advantages of Z Nitrogen Compressor？
What are the disadvantages of Z Nitrogen Compressor？
What are the precautions when using a Z Nitrogen Compressor？
·High working efficiency
High working efficiency is one of the main advantages of the Z nitrogen compressor. As an example, the low-pressure oil-free nitrogen compressor is compressed using a vertical cylinder, which makes use of the potential energy of the piston itself and effectively reduces power consumption. This design not only reduces the cost of use but also gives the machine good efficiency. In addition, the water-cooled cooling method ensures good cooling of the compressor and effectively extends the service life of the moving parts.
Our nitrogen compressors operate in energy-saving technology mode. It is very compact and operates very quietly. In addition, its operation is extremely simple.
Z compressors are widely used in industrial applications. For example, laser cutting and atmospheric packaging of perishable foodstuffs. Furthermore, it is used for preventing fires and explosions in chemical plants. Of course, different types of nitrogen compressors are suitable for use in different scenarios and it is important to understand the characteristics of each model before buying a nitrogen compressor.
Although nitrogen compressors have a long service life, it is a prerequisite that we service the equipment regularly. In general, common faults in nitrogen compressors are unit start-up faults, abnormal cylinder heating, and abnormal inter-stage pressure machines, which are caused by faults in different components. For example, oil clogged filters can cause equipment downtime, resulting in financial losses and unnecessary maintenance budgets. Therefore, we must always test by when using Z nitrogen compressors to test nitrogen.
Part of the Z nitrogen compressors belong to the category of semi-oil-free products and require the use of lubricants to keep the moving parts working smoothly. However, nitrogen compressors require a very high quality of oil, and all oils, paleosols, and organic solvents need to be tested before use. Otherwise, the structural energy of the nitrogen compressor can be damaged.
·Water compressed air quality testing
Water compressed air quality testing is also a necessary part of the process. To test the water content in nitrogen we use a hygrometer and an electronic sensor. The hygrometer is usually connected to the nitrogen compressor system as a means of checking the quality of the air and preventing the compression efficiency of the equipment from being compromised.
In conclusion, there are many other considerations when using a nitrogen compressor. The components need to be serviced regularly and we recommend that they are checked every 3 to 6 months. Only by ensuring that the equipment is running properly can it be used to its full advantage.