Used KASHIYAMA RD300-108-01 #9231680 for sale

KASHIYAMA RD300-108-01 pump is an exceptionally powerful and efficient centrifugal pump that is designed for commercial and industrial use. It is made by KASHIYAMA, a world-renowned manufacturer of pumps and other hydraulic equipment. RD300-108-01 pump is designed to provide high-pressure delivery of fluids while consuming a minimal amount of energy, allowing for a dramatic cost reduction. It is powered by a 380V three-phase electric motor, and is rated for 3,300 RPM speeds. The pump also features a NEMA class C motor to ensure a safe and continuous operation. KASHIYAMA RD300-108-01 features durable construction with a cast iron volute and impeller, and a stainless steel shaft sleeve for added strength and corrosion resistance. Moreover, the pump is designed to be easy to service and maintain, featuring quick release seals that make replacing the seals straightforward and hassle-free. RD300-108-01 has a flow rate of 1,082 cubic meters per hour and operates using a thermoplastic seal material in order to prevent leakage. It also features anti-vibration feet to minimize the risk of vibration-related damage to other equipment, and has a noise level of 59 dB(A) that makes it one of the quieter models available. It has a maximum pressure capacity of 8 bar and is ideal for pumping water, oils, and other mediums. KASHIYAMA RD300-108-01 pump is also designed to be highly efficient, with an efficiency rate of 75.5% and an overall energy savings of 4.2%. It also meets the DIAM authentication standards, indicating it is more than capable of delivering reliable performance and supporting a wide array of commercial and industrial applications. RD300-108-01 provides an exceptional combination of impressive power, longevity, and energy-saving performance, making it a top-of-the-line choice when it comes to centrifugal pumps. It is suitable for a variety of projects that require a reliable and efficient high-pressure pumping solution, and will ensure steady and reliable performance in any environment.