Choosing a Peripheral Booster Pump

Peripheral booster pumps are used to boost the pressure of water from wells. The pump is a compact, reliable, and economical device that can be installed in a variety of domestic settings. It can be used for boosting insufficient pressure in aqueducts, watering gardens, and for lifting water in domestic fittings. A peripheral booster pump is also ideal for automatic distribution of water from surge tanks.

When choosing a booster pump, you need to consider the location of your water source, the amount of water you need, and the type of pump you intend to use. There are many types of pumps available, including submersible and centrifugal pumps. Some of these include:

Centrifugal pumps are used to move water faster than a peripheral pump. This type of pump is also more versatile. Generally, it is easier to install and handle. In addition, they have a longer service life. They are also suitable for pumping clean liquids and low viscosity fluids.

Peripheral pumps are mainly designed to transfer clean, uncontaminated liquids. Often, they are also used for hydrocyclone feed, filtration, water pressure boosting, and display fountains. Although they are relatively simple to use, their capacity is lower than that of radial or side channel pumps. Because of this, they are best suited for situations where a high head is required while the flow rate is not a major concern.

Peripheral pumps are commonly designed as close-coupled pumps, so the impeller rotates within a concentric channel in the pump casing. The impeller also contains a metal strip to separate the two sides. These features help to prevent hydraulic short circuits between the high-pressure and low-pressure sides of the pump.

Booster pumps have several advantages over other pumps, and they offer a large amount of water at a low flow rate. While they can be used for a wide range of applications, they are typically installed in plumbing. As a result, they need to be installed in a covered area to protect from the weather. Besides, their operation can cause vibration that can transfer to copper and other materials around the pump.

A peripheral pump has a narrow column design to avoid abrasive material from passing through. They are also tolerant to restricted pipework, making them a good option for systems that are not compatible with centrifugal pumps. Another advantage of peripheral pumps is that they are self priming, meaning that the fluid can be pumped at an intermediate height.

Whether you are installing a pump in a domestic setting, or on a commercial site, there are several factors you should consider. Among them, you should select a pump that has a self-priming capability up to six meters. You should also make sure that the pump does not contain air. If the pump is stuck, you will need to remove the air before the pump can be used again.

Finally, you should choose a peripheral booster pump that is suited for your specific application. For instance, if you are installing it in a home, you may wish to choose a pump that can generate a maximum boost of 60 PSI.