Used ULVAC DYM-12RAH-09CLN #9314492 for sale

ULVAC DYM-12RAH-09CLN is a multi-stage, three lobe rotary pump designed for high performance pumping applications. It is ideal for operation with corrosive or reactive gases, as well as other media requiring high speeds and precision. Its compact design, low vibration and noise levels, and long-term durability make it well suited for use in demanding industrial environments. DYM-12RAH-09CLN utilizes a three lobe rotary design with two main blades along with symmetrically placed cross-blades, enabling smooth and efficient pumping performance over extended periods of time. The pump's internal components are highly durable and resistant to corrosion, and the lubrication system ensures long-term, reliable operation. The pump's 12RAH-09CLN shaft components are capable of handling rotational speeds up to 2,000 revolutions per minute, with a maximum displacement rate of 0.18 cubic meters/minute. The pump also offers a low starting torque as well as a wide operating range, making it well suited for a variety of applications. Additionally, the pump's low weight and high efficiency, characterized by a narrow operating range, make it an ideal choice for industrial pumping systems. ULVAC DYM-12RAH-09CLN is also characterized by its excellent energy efficiency, environmental stability, and cost effectiveness. Its low power consumption and high volumetric efficiency make it an ideal choice for energy-efficient systems. Furthermore, its construction ensures that the pump is designed to maintain performance in challenging industrial environments, such as temperatures of up to 120°C (260°F) and pressures of up to 0.3 Mpa. As a sum-up, DYM-12RAH-09CLN is an excellent multi-stage, three lobe rotary pump ideal for demanding industrial applications. It is characterized by its low weight, high efficiency, and cost-effectiveness. With its corrosion-resistant components and low power consumption, ULVAC DYM-12RAH-09CLN is an excellent solution for high performance, energy-efficient pumping systems.