Introduction to Diaphragm Pumps for maxclever pump
The Maxclever diaphragm pump is constructed by assembling the moving parts such as rubber cup/diaphragm, pendulum rod, eccentric wheel, motor, etc., so that the movement generated after electrification forms a vacuum in the pump body cavity to achieve the purpose of conveying fluid, mainly conveying medium It is air or water.
In the early 1970s, the Netherlands, West Germany, and the United States successively developed this pump. It is convenient for conveying various fluids and has the advantages of long life, large production capacity and high efficiency. Therefore, it has been widely used in various industries. Diaphragm pumps were first introduced in the alumina industry in my country in the early 1980s, and then used in other industries. In the early days, the volume of diaphragm pumps was relatively large. With the further development of science and technology, people's needs have become more and more extensive, and large-volume diaphragm pumps are no longer sufficient to satisfy the majority of groups. Small size, low cost, and high pressure are the inevitable trend and result of pump development.
The Maxclever diaphragm pump MPA9003 drives the eccentric wheel and the bearing through the motor, so that the pendulum rod drives the sealing diaphragm to move back and forth to form a vacuum environment and pump gas. The technical solution adopted is as follows: insert the motor on the side and fix it with the pump head, connect the rotor head of the motor to the eccentric wheel, fix it with small screws to prevent the bearing from falling off during work, and install a balance bar in the middle of the rotor head to increase stability. Then put on the bearing and install it in the pendulum rod. The rotation of the eccentric drives the bearing and the pendulum rod to move back and forth, thereby driving the sealing diaphragm to move back and forth, creating a vacuum environment in the side cover of the pump. The gasket area of this design is large and the contact surface with the side cover of the pump is wide, smooth and flat. Although the size of the pump head is enlarged, the vacuum chamber space formed is larger and the pressure generated by the pump is increased. A steel sleeve and a rubber sealing ring are designed between the sealing diaphragm and the pump side cover to make the diaphragm more stable and lower noise when the pump is working. It can be connected through different pipes, such as series and parallel. In order to achieve the purpose of increasing pressure and flow. It has been widely used in medical devices such as breast lesion resection devices.