subject: Reasons To Consider An Air-driven Liquid Pump For Your Task [print this page] A high pressure liquid pump is a machine that is primarily used for the purpose of raising a liquid or fluid material from a low energy level to a higher energy level. Such a pump can be used with different types of liquids such as oil, chemicals, and water. These pumps can be found being used in applications that are in need of output pressures from 60psi up to 60,000psi. They can be used with a wide array of fluids. A high pressure pump meant for use with liquids is available in two basic variantssingle acting and double acting.
Along with the pump itself, users can benefit from the use of ancillary accessories that are designed to complete the installation of the pump. Such accessories and components can either be purchased as part of a prepackaged unit, or they can be purchased individually as required.
A liquid pump could be hand operated, electrically driven or air-driven. The German-made Maximator pumps are one of the best air-driven liquid pumps one can invest in. This article elucidates the uses and advantages of using an air-driven high pressure pump for liquids. These pumps make an irrefutable case for themselves in the most demanding industrial and commercial applications.
Here are some advantages of using air-driven high pressure liquid pumps:
The user needs to connect these pumps only to the air supply, and attach the suction and pressure lines. This translates into a rapid and easy installation process.
The pressure of an air-driven pump can be regulated manually. This is possible due to the manual pressure control units that are present on the pump. Alternatively, the pressure can be controlled with pneumatically triggered valves.
Since such pumps are not electrically driven, and since air is the only drive motive, theyre particularly suited for use in explosion-proof areas. No heat, flame or spark risk.
As the pump reaches its pre-determined maximum pressure level, it automatically stalls thus holding the outlet pressure. Furthermore, these pumps do not consume energy during long pressure holding periods.
Other general advantages include: wide choice of materials and elastomers, infinitely variable cycle speed operation, easy to apply automatic controls, no limit or adverse effect to continuous stop-start applications, low noise levels, low maintenance, ease of installation and use, and reliability during critical operations.
Depending on your application, an experienced distributor of Maximator and Maxpro products can guide you in selecting the best pump. Such pumps are available in a myriad of sizes. An appropriate size can be selected based on: the media to be pumped, desired flow rates, maximum operating pressures, and certain other factors. Its vital to choose the exact size for your application to ensure that you undertake your tasks economically and optimally.
Finally, it is also important to check the materials used in the construction of the liquid pump and its components. This becomes especially vital when chemicals or caustic materials are to be pumped.
