1. Product introduction
SPC single-stage double suction centrifugal pump, has the advantages of high efficiency, low pulse, low noise, durability and convenient maintenance. It adopts the structural form of single-stage, double suction, volute horizontal split and support at both ends.
2. Product features
2.1. The pump body adopts the form of high-efficiency volute;
2.2. The impeller is a two-way flow symmetrical structure with low pulse and optimized hydraulic performance;
2.3. Double shaft extension, both ends of the pump shaft can be driven, and which end of the drive end is located at the pump can be arbitrarily selected by the user according to the security position;
2.4. Sealing form: packing seal, single end mechanical seal and other sealing forms are available;
2.5. Balance test: G2.5 for impeller + shaft balance test;
2.6. Coupling: diaphragm coupling with strong ability to compensate the misalignment of two axes, high traditional efficiency and obvious damping effect is adopted;
2.7. Bearing: imported heavy-duty bearing;
2.8. Materials: cast iron, ductile case iron, 1.4460k duplex stainless steel and other materials.
3. Technical parameters
Lift: 6.25m-170m
Flow: 66m³/ h-25000m³/ h
Pump diameter: suction 150 ~ 1400mm, discharge 100 ~ 1200mm
4. Application field
SPC single-stage double suction connection bar is generally used to pump clean water or weak corrosive liquid without solid particles and short fibers. It can be used in the following fields: circulating water supply in engineering system, industrial water supply and drainage, urban water supply, cooling water circulation, central air conditioning water circulation, high-rise building water supply, building fire prevention, boiler water supply and water irrigation. It is especially suitable for water supply in water plants, paper mills, power plants, thermal power plants, steel mills, chemical plants and irrigation areas. SEBF material or 1.4460k duplex stainless steel is adopted, which can also be used to transport corrosive media such as seawater.
