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Maintenance methods for mechanical equipment
Ensure sufficient safety during the production process. Regardless of the type of mechanical equipment, regular maintenance and upkeep should be carried out. Next, we will introduce the methods of maintenance and upkeep for mechanical equipment to help extend its service life. If maintenance work is to be carried out on mechanical equipment, a principle needs to be implemented, which is to prioritize prevention in maintenance and repair. Regular maintenance work needs to be carried out, and it is mandatory. It should be handled correctly. The relationship between normal use, maintenance, and upkeep should not be limited to just using without upkeep, only repairing without upkeep. Different groups should follow the maintenance process of mechanical equipment, and the maintenance work of different mechanical equipment should not be delayed. In special circumstances, the maintenance time can only be extended after approval by the person in charge, but generally cannot exceed half of the specified time interval, otherwise it will affect the service life of mechanical equipment and affect its normal efficiency.
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How to choose a pipeline booster pump?
How to choose a pipeline booster pump? Pipeline booster pump is a special term for pressure boosting installed on pipelines. It is not limited to a specific type or form of pump. Generally, the pipeline booster pump referred to in the industry generally refers to a pump with a pipeline structure, which can be directly installed in series like a pipeline. Since pipeline booster pump belongs to the alias of pump, its selection also follows the selection of pump, except for the parameters that must be paid attention to, such as flow rate, head, material, medium density, etc.
Eight major challenges in the domestic pump industry
The localization rate of major engineering pump products is gradually increasing, and currently it has basically met the needs of national economic construction and development. However, in terms of the current overall situation of the industry, there is still a gap between China and industrialized countries. Especially with weak independent development capabilities of enterprises, the core technology of products with high technological content and added value urgently needed for national economic development has not been mastered, and there are still many problems that need to be solved urgently.
How to prevent corrosion problems in centrifugal pumps?
Corrosion inside centrifugal pumps can affect wet surfaces or a small portion of their internal components, and is generally or highly localized. Usually, pump failures are caused by highly localized and affected components. Therefore, finding a solution that can reduce the impact of corrosion is very important. Let's take a look at different methods to reduce corrosion! This not only helps you save millions of dollars, but also extends the lifespan of the pump. 1. Material selection
What is the function of the bearing body of the fire pump
Usually, when we inspect fire pumps, we find that the bearing body is often inspected more frequently, which also indicates the importance of the bearing body in the entire equipment. It can be said that as long as there is a slight damage to the bearing body, the equipment cannot be used normally. What is the function of the bearing body? 1. The radial bearing is located at the end of the fire pump and motor, and the thrust bearing is located at the motor end.
Understanding the five characteristics of water pumps can provide a good selection method
A water pump is a mechanical device that transports or pressurizes liquids. It transmits the mechanical energy or other external energy of the prime mover to the liquid to increase the energy of the liquid. It is mainly used to transport liquids, including water, oil, acid-base liquid, emulsion, suspended lotion and liquid metal. It can also transport liquids, gas mixtures and liquids containing suspended solids. The selection of water pumps should be based on the process flow, water supply and drainage requirements, and be considered from five aspects, including liquid conveying capacity, device head, liquid properties, pipeline layout, and operating conditions. 1. Flow rate is one of the important performance data for selecting water pumps, which directly affects the production and transportation capacity of the entire device. In the process design of the design institute, the normal, minimum, and maximum flow rates of the pump can be calculated. When selecting a pump, it is based on the maximum flow rate and takes into account the normal flow rate. When there is no maximum flow rate, 1.1 times the normal flow rate is usually taken as the maximum flow rate.