Used KASHIYAMA SDE90U-020 #9106397 for sale

KASHIYAMA SDE90U-020 is a high performance centrifugal pump. This pump is typically used in industrial water circulation applications and is particularly suited to high pressure applications, including fire protection and irrigation. SDE90U-020 is a close-coupled type centrifugal pump designed with a single stage impeller, radial split volute case, double-sided mechanical seals and direct-coupling between motor and pump. The single stage impeller, high performing motor and radial split volute all contribute to the pump being highly effective at both low and high pressures and gives it the ability to run at higher speeds than traditional style centrifugal pumps. The high power motor of KASHIYAMA SDE90U-020 provides powerful delivery combined with reliable performance, enabling a wide range of liquids to be pumped efficiently. The pump has a maximum flow rate of 90 m3/hr, litre/sec m to 13.3 m3/hr, litre/sec m, a maximum head of sixty meters and a maximum pressure rating of ten bar. The complete pump is made from high quality materials and assembled to the highest standards. SDE90U-020 features a stainless steel drive shaft and cast iron impeller, along with an EPDM elastomer casing for additional protection from corrosion and abrasion. This ensures that the pump delivers long-term reliability and can be used in demanding environments with confidence. KASHIYAMA SDE90U-020 also has a variety of options to customize it to a specific application. These include temperature control variations, the ability to use either single or multiple impeller options, and the ability to select a variety of materials for the casing, impeller, shaft and seals. In conclusion, SDE90U-020 is a high performance centrifugal pump that is suitable for a wide range of industrial water circulation application needs. Its versatile design, combined with its reliable motor and materials, makes it an excellent choice for those who need powerful and efficient pumping solutions at both low and high pressures.