Like when purchasing any other products, you have to consider some basic factors to buy a good booster pump that will work and fit into your system. Purchasing a small or a faulty boost pump will require extra maintenance and connection to fit in your project, something that we don’t want you to go through as our reader. That is why we always research basic and technical factors that make up a good boost pump for any project. So, here are top tips that will not only guide you but also shed some light on your buying process.
Flow Rate
The flow rate is the efficiency or the effectiveness of your machine. In an operational term, it refers to the total time the boost pump takes to help your system to already installed small pumps to pump a specific amount of fluid from one point to the other, usually measured in gallons per minute. In case you wish to use a pump for either job sites or farm projects, you will need to choose a booster pump with a high flow rate, something not less than 400 liters per minute. On the other hand, brands with a flow rate between 200 to 400 L/min are suitable for home tasks.
Inlet Size
In most scenarios, boost pumps have an inlet or input size of 2 inches and 7 inches, but they can be larger or more than ten in some systems. Centrifugal mode; also operates using the same principle. This implies that they can suck fluid from the pump’s input and discharge it through the same device output valve. The larger the inlet, the more the volume of fluid your pump can suck and discharge into your site. Inlet size plays a significant role in grouping types of pumps and the tasks they can offer to you as a buyer.
Maximum Pressure Head
Another crucial and important thing to consider when looking for a boost pump for your project is the pump’s pressure head. In a layman’s language refers to the distance or the longest distance, your device can transport any given fluid under normal pressure and gravity. For example, if you buy a booster pump with a maximum pressure head of 100 meters and your water levels are higher than 100 meters, then the flow rate or the boost pump discharge will be zero. The pump model you select should have a maximum pressure head figure that is higher than the total height of the fluid you want to transport.