As a fluid conveying equipment widely used in modern industry and agriculture, the efficiency and reliability of submersible pumps have attracted much attention. However, if the use specifications are ignored, it may cause a decrease in efficiency or even damage to the equipment. The following precautions for the whole process from installation, operation to maintenance will help users avoid risks and extend the life of the equipment.
Installation link: Environmental adaptation is the basis
The submersible pump needs to be completely immersed in the liquid for use. Before installation, it must be confirmed that the depth of the pool or well meets the equipment parameter requirements to avoid overheating caused by motor exposure. At the same time, an operating environment away from corrosive substances or hard particles should be selected to prevent impeller wear. The power wiring must be operated by professionals to ensure reliable grounding and avoid the risk of leakage.
Operation management: details determine life
Before starting, check whether the pump body is filled with liquid. Idling will cause the motor to burn out. The current and temperature need to be monitored during operation. If there is an abnormal fluctuation, it may cause a fault due to blockage or unstable voltage. It is recommended to install an overload protection device and regularly clean up debris in the suction pipe to avoid mechanical loss due to insufficient flow.
Maintenance: Preventive measures are essential
When the pump is not used for a long time, the residual liquid in the pump needs to be drained to prevent rust, and the rubber seals should be greased for preservation. It is recommended to add bearing grease every 500 hours of operation, and to disassemble and inspect it at least once a year, focusing on the wear of the impeller and the integrity of the seals. If the liquid with a high sand content is transported, the maintenance cycle needs to be shortened.
Safety warning: Avoid hidden risks
It is strictly forbidden to use non-explosion-proof submersible pumps in flammable and explosive environments, and high-temperature resistant motors must be used for high-temperature liquid transportation. Operators should wear insulating protective equipment to avoid direct contact with live parts. Regularly check the ground resistance value to ensure that it is always below the 4 ohm standard.
Mastering scientific usage methods can not only improve the working efficiency of submersible pumps, but also significantly reduce the failure rate. It is recommended that users keep complete equipment files and record each maintenance data to provide guarantees for long-term stable operation.
