Gear pumps are extremely popular for use in many industries because of their simple and efficient design. Such pumps are aimed mainly at transporting liquids like oils, fuels, and other fluids with the assistance of rotating gears. The purpose of this article is to describe the construction and working principles of gear pumps, their scope, and the gear pumps manufactured by ATUS Company, which is appreciating popularity as a reliable and high-quality manufacturer of gear pumps.
Basic Working Principles of Gear Pump
This is a painless process. The only requirement is to construct the pump interior with rotating gears. Fluid would be moved from one inlet of the pump to its outlet using mechanical force and motion powered by the gears rotating. The founding principle of a pump, in this situation, is the construction of two gears that fit together. Each rotating part performs its own unique function, with one acting as the drive still for the unit and the other as an active trying to pump the fluid through of the equipment.
The basic operating principle of the gear pump is based on the clearances between the gear teeth and the casing being very close which allows a positive and non pulsating flow of liquid. This pump type can also be classified into two depending on how the gears interact with each other-the external gear pumps and internal gear pumps. Other significant features of this pump include its high efficiency in pumping highly viscous fluids, its ease of construction and also its effectiveness even in high pressure.
Application Fields of Gear Pumps
Gear pumps are able to find use in different spheres of various industries owing to their capability of accommodating different fluids as well as working under varying conditions. Few of the activities in connection with gear pumps are listed below:
1. Hydraulic Systems
In the hydraulic systems, the gear pumps become those components which move the hydraulic fluid around to cosmos a hydraulic pump system. Their generating capacity permits high pressure applications in construction, manufacturing and automobile engineering.
2. Lubrication systems
In engines, turbines, and compressors, oil lubricating moving parts is critical role of gear pumps. Such systems depend on high-pressure and the ability of the gear pump to provide a continuous flow of lubrication to sustain the optimum operation.
3. Fuel and oil transfer
Gear pumps are used in transfer of fuels and oils in various applications such as fuel injection systems of vehicles or oil delivery of industrial machines. The amount of energy required to shift high viscosity fluid goes within the range of low to medium requirements so they are used in energy and automotive sectors.
4. Food and beverage industry
Gear pumps are a requirement in the food and beverage industry owing to their ability to transfer thick liquids such as syrups, sauces and cream. These pumps ensure that the delicate products are carried without any threat to the integrity of the product by ensuring consistent flow rates during transportation.
5. Chemical and pharmaceutical processing
For the transfer of chemical and pharmaceutical fluids that require precise flow rates while being free from contamination, gear pumps are most suitable. They do not only protect their handling of aggressive chemicals but also allow for versatility in such applications that are sensitive in nature.
6. ATV and Marine Applications
ATUS gear pumps are stylishly utilized in off-highway and marine applications where utmost efficiency is required. Such pumps are usually employed in engines and marine vessels for the cooling and hydraulic systems, which require a constant flow of fluid.
Such versatile and efficient and reliable devices such as gear pumps find use in a wide variety of industries. Undoubtedly, owing to their straightforward construction and the ability of these pumps to deliver low or high viscosity fluids at high pressures, they are the favorites in many industrial undertakings. The brand ATUS enjoys excellent reputation of making long lasting, high quality gear pumps designed to withstand modern machines and the tough fluid transfer systems of the day.