5.5 HP Submersible Sewage Pump, 3 Phase

4 kW industrial sewage pump design is reasonable, has the characteristics of durability and wear resistance, can make the submersible sewage pump safe continuous operation for more than 8000 hours.

Features:

• Reasonable design, reasonable matching motor, high efficiency.
• Submersible sewage pump with compact structure, small volume, easy to move, easy to install, no need to build pump room.
• Double guide rail automatic coupling installation system, to the industrial sewage pump installation and maintenance has brought great convenience.
• Large flow channel anti-clogging hydraulic parts design, greatly improve the ability of sewage through, can effectively through the sewage pump diameter of 5 times the fiber material and the diameter of about 50% of the high head sewage pump diameter solid particles.
• Mechanical seal adopts double series seal, material is hard corrosion resistant tungsten carbide, durable, wear-resistant, can make the industrial sewage pump safe continuous operation for more than 8000 hours.

Specification:

• Model: ATO-50WQ15-30-4
• Rated Power: 5.5 hp (4 kW)
• Rated Voltage: 380V (Please contact us if you need other voltage)
• Rated Flow: 15 m³/h
• Rated Head: 30m
• Inlet Size: 2 inch
• Caliber: 50 mm
• Underwater Penetration (Max): 30m
• Motor Phase: 3 phase
• Body Material: Cast iron
• Rotate Speed: 2860 r/min
• Outlet Pressure: 0.1 MPa
• Weight: 51 kg

Submersible Sewage Pump Structure:

Tips: How Does a Sewage Pump Work?

Sewage pumps today can work in a variety of ways to transport waste downhill, uphill, across level ground or some combination thereof. Above-grade sewage pumps rely on gravity to send sewage downhill to a sewer line or septic holding tank. Submersible sewage pumps and any sewage pump that is installed below the transport line will need to use a pump to move the waste to its next destination.

The pumping and transport mechanism can differ depending on the type of waste being handled. Because sewage pumps need to handle both liquids and some degree of solid waste, the pump mechanism typically uses a centrifugal motion that generates kinetic energy to keep the waste moving through and out of the pump and into the transport line.