Used STERLING SIHI KPHR.55209 #9131746 for sale

STERLING SIHI KPHR.55209 is a positive displacement centrifugal pump designed and manufactured by the high-end German engineering firm SIHI. This pump has been designed to meet the highest international engineering standards and rigorous site demands. The main components of the KPHR.55209 include the impeller, casing, motordrive, bearing, seals, coupling and bearing collar. The centrifugal impeller, made from stainless steel, offers improved efficiency and produces high-pressure delivery in a short time. The gasket sealing ensures that no external liquid enters the pump chamber for optimal performance. This pump is specifically designed for transferring fluids with high pressure, including chemicals and other hazardous materials. It features a robust external casing With high resistance to corrosion to offer enhanced durability. The double mechanical seal is installed on the front and rear side to secure optimal leak-free performance during operation. This pump uses advanced mechanical seal technology and offers superior performance even in the most challenging working conditions. The motor-drive for the KPHR.55209 is made from stainless steel and is extremely energy-efficient. It features state of the art inverter technology, which allows it to precisely control the flow and speed of the liquid medium. The shaft coupling ensures perfect alignment between the pump and the motor-drive for better performance. The bearing system and the bearing collar are designed to offer reliable operation even in the most demanding working conditions. The high-precision bearing design ensures superior protection against vibration and abrasion. Additionally, the bearing collar also maintains the water pressure level and ensures balanced liquid transfer. The SIHI KPHR.55209 is an ideal choice for applications which require efficient, leak-free and reliable performance. This pump meets all the relevant safety standards and is ideal for use in hazardous or remote locations. It is also highly efficient and offers a sustained low operating cost by minimizing energy consumption. Furthermore, it also features a low maintenance design, which ensures that minimal maintenance is required to keep the pump running optimally.