Understand the working principle of high-pressure Roots fan, study the performance parameters of high-pressure Roots blower

Understanding the working principle of high pressure Roots fan and studying the performance parameters of high pressure Roots blower

High-pressure Roots blower is a device that utilizes the working principle of the blower to compress and increase the pressure of air or other gases. It is widely used in coal mining, chemical industry, building materials, metallurgy, environmental protection and other industrial fields, and has the advantages of stable quality, reliable work, high efficiency and so on. This article will introduce the working principle of high-pressure Roots blower and discuss its performance parameters.

First, the design and structure of high-pressure Roots blower

The basic structure of high-pressure Roots fan is composed of two mutually toothed impeller and shell. The compressed air is drawn in and compressed by the impeller and subsequently pushed into the housing. As the casing continues to rotate, the gas is compressed to a certain degree and is forced out to the outlet by the constraints of the casing.

High-pressure Roots blowers are designed with impeller design, impeller contact and shell structure in mind. Impeller is mainly responsible for gas suction and discharge, impeller design is reasonable, can reduce the leakage in the casing, so as to improve the performance parameters. Shell structure of the perfect and molding, can also reduce the leakage phenomenon.

Second, the working principle of high-pressure Roots blower

The working principle of high-pressure Roots blower is as follows: when the impeller of the blower rotates, its impeller will suck the gas into the tooth groove and compress it, thus increasing the density and pressure of the gas. Next, the gas is pushed into the casing and rotates along the casing and is gradually discharged under the constraint of the casing.

During the operation of the high-pressure Roots blower, the pressure of the gas becomes higher and higher as the impeller rotates. As the impeller continues to rotate, a pressure circulation system is formed inside the casing, causing the gas to be continuously compressed and eventually forming a high pressure gas. When the high-pressure Roots blower is working, it is necessary to ensure that the leakage is not too large, otherwise it will affect its performance parameters.

Third, to explore the performance parameters of high-pressure Roots blower

High-pressure Roots blower performance parameters refers to the blower in the working process of the parameters, including pressure, volume, power, efficiency and so on. These performance parameters for high-pressure Roots blower is very important, because it can reflect the efficiency and performance of the blower.

First of all, the pressure, volume and power of the high-pressure Roots blower are the three main parameters of its performance. The pressure refers to the pressure of the gas produced by the blower when it is working. Volume refers to the volume of gas handled by the blower during operation. Power is the amount of energy consumed by the blower during operation. All of these parameters have an impact on the performance of the blower.

Secondly, efficiency is another key parameter in the performance of a high pressure Roots blower. Efficiency is the ratio between the amount of energy consumed and the amount of power produced while the blower is working. High-efficiency blowers can complete the work with lower energy consumption, and efficiency-enhancing blowers are receiving more and more attention in modern industry.

Fourth, the application of high-pressure Roots blower

High-pressure Roots blowers have a wide range of applications, they can be widely used in coal mining, chemical industry, building materials, metallurgy, environmental protection and other fields. In these fields, high-pressure Roots blowers are used to compress air or other gases in order to supply them to where they are needed.

High pressure Roots blowers are also very important in industrial applications. In the mining industry, for example, they can be used to increase the oxygen content in mines, thus ensuring the safety of miners. In the chemical industry, high-pressure Roots blowers can be used to compress the gas in order to send the gas into the reactor for reaction.

Fifth, the maintenance and repair of high-pressure Roots blower

In order to ensure the efficiency and performance of the high-pressure Roots blower, it is necessary to carry out regular maintenance and repair. These maintenance and repair include the cleaning of the impeller and shell, as well as the inspection and replacement of other parts.

Specifically, the impeller and housing need to be cleaned on a regular basis in order to prevent the accumulation of dust and debris, which in turn affects the working efficiency and performance of the blower. At the same time, components such as gearboxes, bearings and motors need to be inspected and replaced to ensure that the blower is able to work consistently and stably.

VI. Summary

High-pressure Roots blower is an important gas compression device, which is widely used in many industrial fields. The design and structure of high-pressure Roots blower, its working principle and performance parameters, as well as the scope of application and maintenance are very important.

Understanding the working principle of high-pressure Roots blower and studying its performance parameters can effectively improve its working efficiency and performance. At the same time, to enhance the maintenance of high-pressure Roots blower and maintenance awareness, can extend the service life of the blower, so as to better play its role in the industry.

Henan Jiye Chang Industry Co.Ltd，