Under användningen av dubbelsugpump med delat hus , shaft breakage failures often affect production progress and cause economic losses. In order to avoid this problem, enterprises need to take a series of effective measures, including regular maintenance inspections, reasonable selection, control of operating conditions, enhanced lubrication, use of high-quality materials, training of operators, and installation of monitoring equipment. Through these measures, the risk of pump shaft breakage can be effectively reduced, thereby ensuring the stability and efficiency of the production system.

The reasons for pump shaft breakage generally include the following:

1.Overload operation: The pump operates beyond the designed rated flow and head, causing the load on the bearings and shafts to exceed the tolerance range.

2.Bearing damage: If the bearings of the pump are worn or damaged, the bearing clearance will increase, causing abnormal vibration and fatigue of the shaft, which will lead to shaft breakage.

3.Material problems: Improper selection of shaft materials or defects in the manufacturing process, such as pores and impurities in the material, may cause the bearing to break due to unbearable working stress.

4.Improper installation: The pump fails to ensure alignment during installation, resulting in uneven bearing force, which in turn causes shaft breakage.

5.Sudden impact load: During startup or shutdown, the water pump may experience sudden impact load, and this instantaneous high load may cause shaft breakage.

6.Corrosion or fatigue: During long-term use, if the water pump is in a corrosive environment, it may cause fatigue and cracks on the shaft, and eventually lead to breakage.

7.Poor lubrication: Insufficient lubrication will increase friction, increase the load on the shaft, and thus increase the risk of breakage.

To avoid the impact of broken shafts on production efficiency, the following measures can be taken:

Regular maintenance inspection:

Regularly check the water pump and its accessories, especially bearings, seals and lubrication systems, and replace worn parts in time.

Check the alignment of the shaft to ensure accurate installation.

Reasonable selection:

Välj en dubbelsugpump med delat hus of appropriate specifications according to production needs to avoid failures caused by overload operation.

Consider the pump's head, flow and other parameters to select a suitable pump.

Control operating conditions:

Strictly control the start and stop process of the water pump to avoid impact loads.

Ensure that the water pump operates within the rated flow and head range to avoid overload.

Strengthen lubrication:

Ensure that the lubrication system works properly, check the state of the lubricating oil regularly, and avoid excessive friction caused by poor lubrication.

Använd material av hög kvalitet:

Choose high-strength and corrosion-resistant materials to manufacture the water pump shaft to improve its load-bearing capacity and durability.

Tågoperatörer:

Train operators to improve their understanding and operating skills of delat fall double suction pump equipment and ensure the correct use of water pumps.

Install monitoring equipment:

Install vibration monitoring and temperature monitoring equipment on the water pump to monitor the operating status in real time, detect abnormal conditions in time, and take measures in advance.

Although split case double suction pump shaft breakage is a common fault, the probability of its occurrence can be greatly reduced by implementing effective preventive measures, and the continuous smooth production can be guaranteed. Regular maintenance and inspection, reasonable selection, control of operating conditions, and strengthening of lubrication can significantly improve the reliability of water pumps. At the same time, training operators and adopting advanced monitoring technology will also promote the effective management of equipment. Enterprises should attach importance to these practices to ensure the stability of production efficiency, reduce potential economic risks, and achieve more efficient production goals. By continuously optimizing management and technical means, we can escort a safe and stable production environment.