1.5-22kw Submersible Pump with 400-790mm Impeller for Various Applications

• After-sales Service: 12
• Warranty: 12
• Type: Reflux Pump
• Model NO.: QHB
• Method: Physical Treatment
• Usage: Industrial, Home, Agriculture, Hospital
• Kw: 1.5-22kw
• Rated Current: 5.2-44.7
• Impeller Diameter: 400-790mm
• Protection Level: IP68
• Nominal Diameter: 400-740
• Transport Package: Wooden
• Specification: 1.5kw-22kw
• Trademark: Lanling
• Origin: Main Land in China
• HS Code: 84798200
• Production Capacity: 10000

Product Description

The QHB series submersible reflux pump is ingeniously crafted, drawing upon advanced production techniques derived from state-of-the-art submersible mixers. This pump is not just a product; it's a technological marvel that ensures efficiency in various applications.

This pump excels as a specialized piece of equipment tailored for secondary mixed liquid reflux and denitrification, making it indispensable for effective nitrogen removal in sewage treatment plants. Its versatility extends to groundwater supply and drainage engineering projects, where it meets the demanding needs for micro head and high flow requirements.

The QHB series is a transformative solution in sewage treatment, adept at nitrogen removal and denitrification, while also being a formidable asset in groundwater supply and drainage engineering, offering unparalleled performance where micro head and high flow are crucial.

This pump is engineered to thrive in environments where a micro head and high flow are paramount, enhancing the efficiency and reliability of water management systems.

PRODUCT USAGE CONDITIONS: A comprehensive guide to ensure optimal performance and longevity of your investment.

During continuous operation, it is essential to ensure that the temperature of the mediumshould not surpass 40ºC, safeguarding against overheating.
The pH value of the medium should be maintained between 5-9, ensuring compatibility and preventing corrosion.
The maximum submergence depth is rated at 10 meters, allowing this pump to operate efficiently in diverse water levels.