Used KASHIYAMA HC60 #9159625 for sale

KASHIYAMA HC60 is a pump series manufactured by KASHIYAMA, a global leader in high-quality, reliable pumps and pump parts. This model is a horizontally-split, end-suction centrifugal pump designed for flexibility and high efficiency in various medium and heavy-duty applications. HC60 is capable of operating at high temperatures and pressures, supporting various materials including liquids, vapors, and solids. It has an efficient rotating-impeller design that uses centrifugal force to move the fluid being transferred and a split-casing body that eliminates the risk of leakage and allows for easy installation and maintenance. KASHIYAMA HC60 is equipped with a motor that drives a double-suction impeller, helping to reduce cavitation and vibration while creating a high flow. Its open-volute, multi-stage impeller and vertical turbine shaft ensure superior performance, and its efficient distance-piece pump can handle a wide range of fluids. The pump also includes carbon and stainless steel components for improved durability. Its two-piece construction allows flexibility in installation and improves accessibility, allowing the user to remove and replace the rotors without breaking the pump's connections. HC60 features a robust non-clog design, designed to keep the work site clean and efficient by preventing the pump clogging with solid particles. The result is a reliable performance without the need for excessive maintenance. KASHIYAMA HC60 also features a dry and wet running protection system, as well as an adjustable flow regulator that allows the user to quickly respond to changing flow conditions. HC60 is a highly efficient pump, designed for cost-effectiveness. It is available in various styles to suit different applications, including horizontal, foot-mounted, and vertical. Its increased operating efficiency also helps to reduce energy costs over time. As a result, KASHIYAMA HC60 pump is a preferred choice in medium- and heavy-duty applications requiring reliable, efficient, and cost-effective performance.