The maintenance of Boshan screw vacuum pump is simple and easy to understand

In addition, vacuum pumps come in various sizes to choose from and can be customized according to your specific needs. Due to their versatility, vacuum pumps are one of the commonly used pumps in industrial applications. The following are common industrial applications of vacuum pumps: Chemical vacuum pumps are commonly used in chemical plants to move fluids, which typically move from one storage tank to another or from one process to another
The maintenance of Boshan screw vacuum pump is simple and easy to understandAs a key equipment in industrial production, the stable operation of vacuum pumps is crucial. We have a technical and experienced maintenance team that has been deeply involved in the field of vacuum pump maintenance for many years. They are familiar with the structure, principles, and common faults of various vacuum pumps, and are trustworthy.
Choosing the appropriate one for vacuum pump maintenance is crucial for the vacuum pump maintenance process. Measurement arm, tracked vacuum pump maintenance, structured light, and handheld vacuum pump maintenance all have different requirements for their respective types of vacuum pump maintenance. In most cases, you will place the object to be repaired for the vacuum pump on the table. The object is either placed on the turntable or the vacuum pump is repaired to rotate around the object. In both cases, different parts of the vacuum pump maintenance project can be customized as needed. If you are repairing an entire person or large object with a vacuum pump, this positioning is correct. It provides you with mobility while still providing accurate data. The measuring arm and tracking vacuum pump have been repaired and placed in a fixed position. Structural light and handheld vacuum pump maintenance require you to move around the object while repairing the vacuum pump. Due to this positioning difference, it is important to consider how to use a vacuum pump for maintenance. Make a decision before choosing the vacuum pump repair that suits your needs. After cleaning the vacuum pump maintenance documents, the vacuum pump maintenance is completed.

If you do not find the problem here, you will need to check the operation of the pump. In some cases, its working mode in your facility may be different from when you purchased it. For example, your vacuum pump may need to have a higher design head, which may lead to premature failure of the wet part and excessive pump vibration

The maintenance of Boshan screw vacuum pump is simple and easy to understand
Reason for vacuum pump failure to extract liquid
1. Inhalation pipeline problem: The suction pipeline is blocked, such as the accumulation of debris and sediment inside the pipeline, which hinders the liquid from entering the pump; There are air leakage points in the pipeline, which can damage the vacuum environment and affect the suction effect if air enters; Improper installation of pipelines, such as too small pipe diameter and too many bends, increases liquid flow resistance and reduces suction capacity.
2. Pump body malfunction: The sealing components of the vacuum pump are damaged, resulting in gas leakage and inability to form an effective vacuum; Wear and corrosion of the impeller affect its ability to suction and transport liquids; The low speed of the pump may be due to motor failure or transmission system issues, which prevent the pump from reaching normal operating speed.
3. Liquid property factors: If the viscosity of the liquid is too high, it will increase the load on the pump and reduce the suction efficiency; Liquid contains a large amount of gas, which can occupy the space inside the pump and affect the normal suction of the liquid.

If there is enough leakage in the pipeline and process, it may prevent the vacuum system from reaching a sufficient vacuum level to allow the process to operate normally. When there is actually sufficient pumping capacity, the leakage seems to be a capacity issue of the vacuum system. There are several methods to test for vacuum leakage, and perhaps a simple method is to conduct a pressure soap bubble test
Now, in situations where the light may be dim, such as in the wild, you don't have to worry about restrictions being reduced. In addition, the performance of these LED lights has been improved on other surfaces such as reflective or dark surfaces. Of course, the main purpose of handheld vacuum pump maintenance is for professional use. As for the maintenance of handheld vacuum pumps, they can now be very accurate and reliable. When using a laser vacuum pump for maintenance, newer models can achieve an accuracy of up to 0.04 millimeters. Portability has undoubtedly changed on-site work, and it is one of the main selling points of handheld vacuum pump maintenance. But it still needs to be mentioned how useful these devices are for people like archaeologists. Now, it is no longer necessary to send items back to the laboratory for inspection, which may take several weeks. We can now send quick vacuum pump repairs for analysis and provide detailed information for on-site staff. Creating a vacuum pump maintenance model can more accurately measure the depth of carving and predict age and weather.

As part of the vacuum pump research, you need to determine whether the horizontal or vertical design is suitable for your specific needs. Although the two operate in roughly the same way, there are significant differences, and the information provided will be helpful. Of course, when working with a reputable manufacturing company, you can obtain more valuable information in all the equipment used

The maintenance of Boshan screw vacuum pump is simple and easy to understand
Repair method for vacuum pump unable to extract liquid
1. Check liquid filling: Confirm that the pump has been filled with sufficient and satisfactory liquid. If not filled or not filled enough, refill to the specified liquid level.
2. Eliminate gas residue: Check the suction pipe, pump interior, and connecting pipelines, use a vacuum pump or other tools to exhaust, and ensure that the gas is completely discharged.
Clearing blockages: Check for foreign objects blocking the suction pipe, outlet pipe, and pump flow channel. Use cleaning solution, brushes, and other tools to clean and ensure the smooth flow of the pipeline.
3. Check the pipeline design: Confirm that the pipeline design is reasonable, whether the extrusion pipeline is too detailed, and whether the pipeline loss is too large. If necessary, replace the appropriate extrusion pipeline.
4. Check the sealing components: Check whether the sealing ring, gasket, etc. are aging or damaged, replace them in a timely manner, and ensure that the pump body is well sealed.
5. Check rotating parts: Check whether the rotor, rotor, etc. are stuck or severely worn. You can manually turn the pulley to eliminate the blockage. If the wear is severe, it needs to be replaced.

Vertical - In contrast, the shaft of a vertical centrifugal vacuum pump runs vertically, which means the device has a radial split or suspended housing design. These multi-stage vacuum pumps are easier to install and maintain because this pump type allows for easy inspection of internal parts. You can connect these pumps to engines, motors, or even turbines

For valve body gasket leakage, please try replacing the gasket or O-ring. If water leaks through the valve body plug, please use Loctite for replacement. If you still cannot stop the leakage, please call professional help. Excessive noise from the vacuum pump may be a sign of internal entrapment, water overload, or bearing failure. Depending on the cause, you can remove the foreign object
Install a parallel pump that runs well. When pumps are running in parallel, the flow at any given TDH point is additive. For pumps with the same operating characteristics, the flow rate will double. For example, the capacity of both pumps at 50MTDH is 100M3/hr, and the total capacity at 50MTDH is 200M3/hr. Similarly, the system curve will not change, so the actual flow rate change that occurs when the second pump is connected in parallel online is determined by the intersection of the characteristic curve and the system curve. When a pump operates in parallel with another pump with different operating characteristics, the same rules apply to the same pump; For any TDH shared by two pumps, the flow characteristics will be additive. If a pump exhibits a lower closing TDH characteristic, it will operate when closed until the dominant pump moves far enough on its curve so that its TDH is lower than the closing TDH of the low head pump. The danger here lies in the interaction between the system and the pump.

XBJbzaq5xnk6AKXxn