5 common failures of magnetic pumps

　　Schwab Pumps & Valves analyzes the five common failures of magnetic pumps

　　In chemical, pharmaceutical, food and many other fields, magnetic pump with its no leakage, corrosion resistance, smooth operation and other characteristics, become the key equipment for fluid transportation. However, in the process of use, magnetic pumps will inevitably encounter some failures. As a leader in the field of magnetic pumps, Schaederbauer Pumps & Valves summarizes the five common failures of magnetic pumps based on years of experience and provides professional analysis.

　　First, liquid leakage

　　Liquid leakage is one of the common failures of magnetic pumps, which may be caused by poor sealing, wear and tear of the pump body or excessive rotor clearance. Steamboat Pumps & Valves suggests regularly checking the surface flatness of the pump body and seals, replacing damaged seals in a timely manner, and adjusting the rotor gap to ensure sealing effect.

　　Second, abnormal sound

　　Abnormal noise when the magnetic pump is running is usually related to bearing damage, rotor eccentricity or impeller imbalance. Steamboat Pumps & Valves emphasizes that the wear of bearings should be checked regularly, damaged bearings should be replaced in time, and the balance of rotor and impeller should be adjusted to reduce noise and vibration.

　　Third, the temperature is too high

　　If the temperature is too high during the operation of the magnetic pump, it may be caused by excessive friction of the bearings, failure of the magnetic drive or poor sealing of the pump body. Steamboat Pumps & Valves suggests checking the lubrication of the bearings regularly to ensure that the magnetic drive part is working properly, and repairing or replacing the damaged seals to reduce the temperature and guarantee the normal operation of the pump.

　　Fourth, flow reduction

　　Reasons for magnetic pump flow reduction may include impeller wear, inlet clogging or pump body wear. Steuben Pumps & Valves recommends cleaning the inlet pipe regularly, checking and replacing worn impellers and pump bodies to ensure stable flow.

　　Five, motor overheating

　　Overheating of the motor of the magnetic pump may be caused by internal failure of the motor or fluctuation of power supply voltage. Schaederbauer Pump & Valve suggests checking the internal motor regularly to ensure that the power supply voltage is stable, and adjusting the connection part of the motor and pump to reduce the motor temperature and prolong the life of the motor.

　　In summary, Schweppes Pump & Valve provides professional analysis and solutions for the five common failures of magnetic pumps. Through regular inspection and maintenance, faults can be found and eliminated in time to ensure the stable operation and efficient work of the magnetic pump.