GK 3"Electric Diaphragm Pump

Important attributes - The electric diaphragm pump motor is of the same brand as the Siemens matching motor. - The electric diaphragm pump uses imported copper bearings with paint. - The gearbox, driven by the soup, has a large output force. - The reducer and…
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Important attributes

- The Electric Diaphragm Pump motor is of the same brand as the Siemens matching motor.
- The Electric Diaphragm Pump uses imported copper bearings with paint.
- The gearbox, driven by the soup, has a large output force. - The reducer and motor of the Tang Electric Diaphragm Pump are integrated into one unit, providing efficient output force. - Higher output power and lower motor power enable energy saving and environmental protection. - Simple and reliable eccentric bearing drive method. - Electric diaphragm pumps have a head of up to 40m. - Electric diaphragm pumps have a higher flow rate than ordinary pumps. - Electric diaphragm pumps have a higher flow rate than ordinary pumps. - The electric diaphragm pump outlet is equipped with a pressure protection device to prevent pump components from being affected by blocked operation.
- The pump ball has high roundness, and the valve seat can be reused. The top and bottom sides are interchangeable.
- A more optimized curved ball chamber design reduces the frequency of ball replacement.
- The trolley can be customized according to the user's on-site requirements.

Technical Parameters

Technical Specifications 
Max. Outlet Pressure0.7Mpa
Max Flow Rate
22m³
Suction Lift3m
Motor Power5.5kw in Standard(senior 7.5kw as options)
Motor Speed1450r/min
Fluid Inlet Size3 in.
Fluid Outlet Size3 in.
Connection
Flange

 

Applications

Wastewater Treatment

Commonly used in the fields of sediment and wastewater treatment. It is recommended to select aluminum alloy, cast iron or PP.

Biomedical Sciences

Commonly used for transporting solid powders, liquid medicines, solvents, etc. It is recommended to choose PP/PVDF/stainless steel.

Oil and Gas Applications

Commonly used in natural gas systems, workover equipment, offshore platforms, sedimentation tank emptying, etc. It is recommended to select stainless steel or aluminum alloy.

Coatings Industry

Commonly used for applications such as adhesive transfer, grouting, handling of viscous materials, and paint filtration. Pump bodies made of aluminum alloy or stainless steel are recommended.

New Energy Industry

Commonly used for conveying cathode slurries, fluorine-containing compounds, and other media. Pump bodies made of PP or PVDF are recommended.

Shipyard & Offshore Engineering

Commonly used for the transfer of seawater, bilge wastewater, fuel oil, and lubricating oil. Pump bodies made of cast iron or stainless steel are recommended.