Used KASHIYAMA MU300-002 #9158397 for sale

KASHIYAMA MU300-002 is a durable and efficient membrane displacement diaphragm type positive displacement pump designed for use in many industries. This specific model has been designed to provide high accuracy in low flow applications. It can accurately dispense fluids from a wide variety of sources while eliminating potential contamination issues resulting from manual handling. MU300-002 is capable of accurately and reliably transferring virtually any type of liquid that is not excessively corrosive. This pump is equipped with a proven three-roller construction that ensures a robust diaphragm motion and a optimized cavity geometry that enables the pump to handle low viscosity liquids with ease. It has an integral check valve and an adjustable pressure safety valve, making it ideal for pressurizing small vessels. KASHIYAMA MU300-002 has an all-stainless steel construction for superior corrosion resistance. In addition, the pump is driven by an efficient and reliable direct current permanent magnet motor, with an electronic speed control that ensures accurate and consistent performance. MU300-002 has a low-volume, low-noise design for improved operator comfort, while its small form factor makes it easy to install and use in limited space. The pump also comes with a compact hydraulic fluid reservoir and oil-filled transmission, further reducing the complexity of the installation. With a maximum flow rate of 4.6 liters per minute and a maximum operating pressure of 6.0 bar, KASHIYAMA MU300-002 is suitable for many standard fluid handling operations, including filling, dosing, dispensing, sampling, and draining. The pump offers improved performance over most other positive displacement diaphragm pumps due to its unique design. Its precise control and low pulsation rates reduce operating noise and increase pressure stability in operation. The superior flow control, easy maintenance, and optimized operating cost make MU300-002 an ideal choice for many fluid handling applications.