Important Facts Regarding Bore Water Pumps
The main purpose of a bore water pump is to deliver fresh and clean water from underground water sources such as dams, bores, wells, rivers, etc. Bore pumps are also known as well pumps and they provide constant water supply through a special rotary mechanism. Depending on the diameter of the underground source and its depth, there are several models of bore pumps. Some are designed for one specific purpose such as increasing water pressure, while others provide a special water outlet. If you are looking for a water pump, whether for commercial or domestic uses, there are some key factors to bear in mind before you make your choice. Let’s take a look at some of them.
Working principles
To choose the right bore water pump you should first understand how it works and what are its key characteristics. The pump is designed to draw water from bore holes at different depths, it can even be used for holes that are 250 meters deep. The water is transferred to a storage tank by using a centrifugal force and the pump is integrated completely inside the well or bore during the operation. Great capacity, a high level of pumping depth, as well as enhanced efficiency are some of the many benefits of bore pumps. They are very easy to use and need very little power which is yet another advantage. The model of bore water pump you choose will largely depend on the overall depth of the borewell and of course, on the daily water requirements of your household or business.
Types
Bore pumps can be divided into two basic types: jet pumps and submersible pumps. Jet pumps consist of a motor and a pressure tank. The motor is used to draw water from the borewell, while the tank delivers the water to your home. The submersible pump consists of a motor and an internal check valve and oftentimes comes without a pressure tank.
Things to consider
Choosing the right bore pump is of utmost importance to reduce costs and ensure the overall system will work properly. Its performance depends on a few essential factors including flow rate, power source, pressure and material. When talking about flow rate, we refer to the capacity of the pump which is measured in gallons per minute and determines the amount of water the pump is able to transfer from one place to another. When it comes to power sources pumps, can operate with an electrical motor, engine, natural gas, and can also be powered by solar energy. Cast iron, sheet metal as well as stainless steel are the most commonly used materials. All of these are well-known for their durable features and give pumps a sturdy design.
