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The ISG type single-stage vertical centrifugal pump is suitable for industrial and municipal water supply and drainage systems, boosting water pressure in high-rise building water towers, fire protection systems, pipeline pressurization, long-distance water delivery, as well as heating and cooling circulation applications. Given that the hydraulic models of the pumps in this system are all based on those of IS pumps, it retains the efficient and energy-saving characteristics of IS pumps. Additionally, thanks to the elastic connection between the pump and the motor, vertical installation, as well as mechanical seals or packing seals, these pumps offer advantages such as stable operation, reliability, low noise levels, and a wide range of applications, making them an ideal single-stage, single-suction centrifugal pipeline pump. The ISC single-stage vertical centrifugal pump is a vertical centrifugal pump primarily used for pressurizing pipeline systems. It can fully replace IL and IS type pumps in a variety of applications, and is suitable for industrial and urban water supply and drainage systems, pressure boosting for water towers in high-rise buildings, fire protection systems, pipeline pressure enhancement, long-distance water transportation, as well as heating and cooling cycles. Since the hydraulic model of the pumps in this system is based on that of IS pumps, it retains the efficient and energy-saving characteristics of IS pumps. Additionally, the use of an elastic connection between the pump and the motor, vertical installation, mechanical seals for sealing, and advanced vibration-damping devices for support ensures that these pumps operate in a balanced manner, are reliable, produce low noise, and have a wide range of applications. Thus, they represent an ideal single-stage, single-suction centrifugal pump for pipeline circulation and pressure boosting. The model composition and meaning of pumps: For example, ISG8O-250(J)_Z.O.A.B.C. ISG – single-stage vertical centrifugal pump; 80 – diameter of the pump’s inlet and outlet; 250 – nominal diameter of the impeller; J – pump designed for a speed of 2900 r/min, but operated at 1450 r/min; Z – impeller diameter increased by a certain amount; 0 – original impeller diameter; A – impeller diameter after the first reduction; B – impeller diameter after the second reduction; C – impeller diameter after the third reduction