Integrated sewage pump station, sewage lifting pump station, integrated rainwater pump station

Description :

Integrated sewage pump station and rainwater lifting pump stationThe shell should be manufactured using advanced technology, with excellent performance, high strength, high quality, corrosion resistance, and durability. The surface of the supporting submersible sewage pump casing should adopt advanced surface treatment processes such as anti-wear, anti-corrosion, and rust prevention. Adopting stainless steel impeller with cutting function; The impeller can be cast or welded with stainless steel, and the thickness of the stainless steel cutting blade is above 2MM. The control box should have automatic/manual functions, with ultra-high liquid level and water pump fault alarm systems, and remote alarm wiring terminals. The motor should be able to meet the storage and continuous operation requirements in the environment of Ningbo region. The current value of the motor during normal operation should not exceed the rated current value.

　　The sewage lifting prefabricated pump station is a very good facility for the underground drainage system, which can solve the problems of sewage deposition, floods caused by rainstorm, and its importance is self-evident. The integrated sewage lifting pump station is used in the construction of sponge cities such as flood control and drainage, river restoration, black and odorous water treatment, and rainwater collection and utilization.

Integrated sewage lifting pump station and integrated rainwater pump stationInstallation method

　　1. Install Simplified Chinese. Clean the surface of the cement substrate to ensure that there is no soil or other debris between the installation surface and the bottom of the prefabricated pump station. Then, use a lifting hook to lift the pump body and place it in the middle of the circumference of the anchor screws on the cement substrate.

　　2. Backfilling. Layered backfilling, with a height difference of no more than 50cm between each layer, should be compacted using a compactor or manually, with a compaction rate greater than 90%. It is strictly prohibited to use equipment such as compactors to manually compact the backfill to a depth of 30cm near the female wall and inlet and outlet pipes, to ensure that the inlet and outlet pipes are well supported in the backfill soil layer and not subjected to stress.

　　3. Pipeline connection. When backfilling the foundation pit to the lower surface of the connecting pipe, compact the backfill surface before starting to connect the pipeline. The inlet and outlet pipes must be aligned and connected through compensators, and the connecting anchor bolts must be tightened.

　　4. Install other accessories. Including ventilation ducts, control cabinets, cables, liquid level controllers, liquid level sensors, etc.

　　5. Debugging and confirmation.

AfterSalesService :

• Integrated sewage pumping station