Self-priming clean water pump

Self-priming clean water pump is a pump that can automatically absorb water, mainly used to transport water or similar liquid pumps. It has the following characteristics:
1. Self-priming capacity: the self-priming clean pump has good self-priming capacity, which can form negative pressure in the pump body, so as to automatically absorb water without additional suction device.
2. Wide range of application: self-priming water pump is suitable for transporting water, rainwater, industrial water and other liquids, with a wide range of applications.
3. Simple structure: the self-priming clean pump is simple in structure, composed of pump body, impeller, sealing device, etc., easy to install and maintain.
4. Smooth operation: self-priming clean pump runs smoothly, low noise, small vibration, and can work continuously for a long time.
5. Automatic control: self-priming clean water pump is usually equipped with automatic start and stop device and protection device, which can automatically start and stop according to liquid level changes, and protect in abnormal circumstances, such as overload protection, overheating protection, etc.

The self-priming clean water pump is mainly used in the following scenarios:
1. Household water: for water supply, drainage, irrigation and other household purposes.
2. Agricultural irrigation: used for water supply, irrigation of farmland, orchards and other agricultural purposes.
3. Construction site: Used for drainage, water supply, pumping concrete and other construction site purposes.
4. Industrial water: used for transporting industrial water, circulating water, cooling water and other industrial uses.

When installing and using self-priming clean water pump, pay attention to the following matters:
1. Installation position selection: the self-priming clean water pump should be installed near the water source to reduce pipeline resistance and transmission losses.
2. Fixed stability: the self-priming clean pump should be fixed on a solid foundation to prevent vibration and resonance during operation.
3. Discharge pipe design: the discharge pipe of the self-priming clean pump should be reasonably designed to avoid too long, too thin or curved pipes to reduce resistance and improve the efficiency of the pump.
4. Regular maintenance: the self-priming clean pump needs regular cleaning, inspection and maintenance to maintain normal operation and extend service life.

5. Safe operation: When operating the self-priming clean pump, attention should be paid to safety to avoid electric shock, drowning and other accidents. At the same time, relevant safety regulations and operating procedures should be observed.