Used KASHIYAMA SDE90 #9066885 for sale

KASHIYAMA SDE90 is a high-performing rotary pump capable of withstanding various operating conditions. It is a single-stage, centrifugal pump designed for the circulation of liquids and chemicals at medium-to-high pressures. KASHIYAMA SDE 90 pumps are designed with tolerant materials that can resist corrosion and abrasion and are resistant to low pH or alkali liquid applications. SDE-90 is built with a strong cast iron body and can pump up to 4 m³ /h of capacity, and can withstand up to 10 bar of pressure. Depending on the application, KASHIYAMA SDE-90 can be operated at 50 Hz or 60 Hz, which offers increased flexibility in order to match the operation requirements. The impeller and the connection flanges are built with quality castings for reliable performance and durability, so that it can constantly meet the highest standards for fluid handling. SDE90 is equipped with an internal oil bath lubrication system, to ensure proper lubrication and cooling of the pump during its operation. It also operates with an externally adjustable air gap between the impeller and the pump housing, to ensure that the vibrations are low during high pressure operations. Other features include a bearing housing with a set-screw type bearing retainer for easy bearing replacement, and a sealed permanent magnet motor that is thermally protected. SDE 90 is designed with a large diameter and extreme tolerance for liquids, making it suitable for use in a wide range of industries such as chemical, pharmaceutical and food-processing. The pump itself is also very quiet, and has a vibration range of 75-75 Decibels (dB). The pump is simple to install and maintain, and a user manual is provided for all the necessary instructions. In summary, KASHIYAMA SDE90 is designed for performance, reliability and easy maintenance. It is lightweight and resistant to corrosion, and can be used in many industrial applications. Featuring a large capacity and a low noise level, this pump is the perfect solution for any medium-to-high pressure liquid circulation requirements.