WQ sewage submersible pump

Product description

WQ sewage submersible pump is a high-efficiency submersible pump designed for discharge of sewage containing solid particles and impurities, which is widely used in industrial, agricultural, construction, municipal and environmental protection fields. The electric pump has excellent sewage capacity, can efficiently and safely treat all kinds of sewage, especially for the discharge of sewage, waste water and industrial waste water containing solid particles of liquid, with strong durability, stable operation, easy maintenance and so on.

Main features:

Strong sewage capacity: with large particle passing capacity, it can treat sewage containing solid particles, impurities and fibers, avoid blockage, and ensure long-term stable operation.

High efficiency design: Advanced hydraulic design, optimized impeller and pump structure, improve pump efficiency, save energy consumption.

Automatic diving operation: the pump can be submerged for a long time without external cooling, compact structure, small footprint, suitable for various occasions installation.

Strong durability: the pump body and impeller are made of high-strength wear-resistant materials, with excellent corrosion resistance and extended service life, especially suitable for harsh environments.

Low noise operation: smooth operation, low noise, suitable for places with high noise requirements.

Easy maintenance: reasonable design, easy disassembly, easy to clean and maintain, reduce operating costs.

Widely used: suitable for factories, sewage treatment plants, urban drainage, mine drainage, farmland irrigation and other fields.

Safe and reliable: with IPX8 protection grade, to ensure that the pump is not damaged by water during diving operation, adapt to a variety of harsh conditions.

Scope of application:

Industrial wastewater and domestic sewage discharge

Urban sewage treatment and drainage

Factory, mine drainage

Construction site, tunnel drainage

Other sewage containing solid particles is discharged

Technical parameters: