15 HP Submersible Sewage Pump, 3 Phase

Industrial sewage pump adopts double guide rail automatic coupling installation system. Mechanical seal of 15 hp sewage pump adopts double channel series seal, material is hard corrosion-resistant tungsten carbide.

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 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 high head sewage pump diameter of 5 times the fiber material and the diameter of about 50% of the sewage pump diameter solid particles.
• Mechanical seal adopts double series seal, material is hard corrosion resistant tungsten carbide, durable, wear-resistant, can make the 3 phase submersible sewage pump safe continuous operation for more than 8000 hours.

Specification:

• Model: ATO-SSP-15HP
• Rated Power: 15 hp (11 kW)
• Rated Voltage: 380V
• Rated Flow: 60 m³/h
• Rated Head: 30m
• Inlet Size: 3 inch
• Caliber: 80 mm
• Underwater Penetration (Max): 30m
• Motor Phase: 3 phase
• Body Material: Cast iron
• Rotate Speed: 2860 r/min
• Outlet Pressure: 0.1 MPa
• Weight: 130 kg

Submersible Sewage Pump Structure:

Tips: Conditions of Sewage Pump Use

Sewage pump for our life has an indispensable role, the following points are the conditions of sewage pump use.

• The medium temperature is not more than 60C, the weight is 1.0-1.3 kg/dm³, and the PH value is in the range of 5-9.
• For sewage pump with no internal artesian circulating cooling system, the liquid surface of motor part shall not exceed 1/2.
• Under normal circumstances, the sewage pump must be used within the range of head, to ensure that the motor is not loaded.
• The current of the sewage pump motor shall not exceed the rated current of the motor during operation.