What is a water pressure booster pump?
The booster pump is a centrifugal pump, because it uses centrifugal force and one or more impellers to pump fluid. This pump is a mechanical device that increases the pressure and flow of fluid. A booster pump is also known as a pressure pump. It provides the extra push you need, to get your fluid pressure where you want it.
These pumps are capable of handling both gases and liquids, however the design will differ depending on the fluid. Boosters may carry high-pressure gas, fill cylinders, increase gas pressure, and remove gas. These are used in a variety of military, municipal, and commercial applications.
Working of a water pressure booster pump
A water booster pump creates sufficient pressure to transport water from a storage tank. The water supply delivers strong water pressure to the residence (head). Friction and other pipeline losses may cause energy losses, as the water goes from the tank to the target region. Water cannot reach the higher levels of high-rise structures due to energy loss.
The installation of a booster pump adds some extra pressure to the water, and restores the required level of pressure.In this technique, water may easily reach the desired height of the structure or dwelling.
What is the function of a Water Pressure Booster Pump?
A booster pump works in tandem with other pumps. Booster pumps, in other words, cannot force fluids into the desired region or position on their own. The major purpose of these pumps is to "merely improve" the existing pumping system's performance.
The majority of them are centrifugal pumps, which take water from a source, and circulate it via an impeller (single-stage) or many impellers (multi-stage), to increase water pressure.The high-pressure water is subsequently discharged through an outlet.
To obtain the appropriate pressure, you can alternatively build a series of booster pumps, along a pipeline.
Is a Booster Pump really necessary?
While booster pumps might help you improve water pressure, it is critical to remember that low outlet pressure, does not always imply low source pressure. Other factors should be considered before investing in a booster pump.
1. Clogged Pipes: When water flows through clogged pipes, it encounters significant resistance, affecting both flow rate and water pressure.
2. Peak Demand: When the water distribution system encounters peak demand, water pressure drops. This situation, however, will not always be consistent.
3. Faulty water meter valve or pressure regulator: Both of these devices are critical in maintaining the proper amount of water pressure, within the water distribution system. Any problem with these devices will certainly impair the water pressure.
How to select the best water booster pump?
Choosing the correct booster pump might be difficult!
To satisfy your needs, you should examine numerous elements, ranging from the quality of your pipes, to the acceptable degree of pressure head.
As India's oldest and biggest distributors, our skilled team of experts at Netsol Water can assist you in making the appropriate decision. Contact us with your questions, and we will guide you in selecting the best booster pump, for your specific fluid pressure and flow rate needs.