Stainless Steel Non Clogging Submersible Sewage Pump Station 220V
Product Description
Stainless Steel Non-Clogging Submersible Sewage Pump Station 220V Power Water Pump
Classification and Typical Applications
Submersible Pump for Wells (QJ Series)
Features: Multi stage impeller design, with a head of up to 600 meters and a small diameter (from 100 to 300mm), suitable for deep well water lifting.
Application: Urban water supply, farmland irrigation, geothermal well water intake. For example, the 200QJ80-136/8 type is suitable for a well diameter of 200mm, flow rate of 80m ³/h, and lift of 136 meters.
Sewage submersible pump (WQ/WQK series)
Features: Single/dual channel impeller, capable of handling solid particles with a diameter of 50% of the pump diameter, equipped with a cutting device to crush fiber materials.
Application: Municipal drainage, construction sites, sewage treatment plants, such as the WQ pump achieving 365 day continuous operation in mine rescue.
High temperature resistant submersible pump (WQR series)
Features: Equipped with high-temperature resistant mechanical seals and cables, capable of transporting 120 ℃ hot water, suitable for boiler circulation and geothermal heating.
Case: A certain hotel uses WQR type pumps to achieve high-temperature hot water pressurized circulation, which improves energy efficiency by 18% compared to traditional equipment.
Stainless steel multi-stage submersible pump (QDN series)
Features: Made of all stainless steel material, with a lift of 80 meters, a flow rate of 1.5m ³/h, a single-phase 220V power supply, suitable for household and small commercial scenarios.
Application: High rise building water supply, fountain landscape, such as QDN1.5-80-1.5kW model with a volume of only 150x150x630mm and a weight of 22kg.
Explosion proof submersible pump (BQS series)
Features: Explosion proof mark Exd Ⅰ, certified by MA, suitable for flammable and explosive environments such as coal mines and oil and gas fields.
Case: A certain coal mine used BQS type pumps to achieve automatic drainage of underground waterless bins, reducing the failure rate by 70%.