Are you looking to buy a water pump for your specific application? Today, you have more water pump options than ever before. While there's nothing wrong with having many choices, it can reduce clarity and hurt your chances of finding a water pump that's perfect for you.
The secret to finding the best water pump for your intended application is to recognise that each pump is designed for specific users. Therefore, you should consider the specific requirements of your application when choosing a water pump.
Here are the main considerations for your water pump selection.
Pump type
All water pumps serve the same purpose of moving water from the source to the desired point of use. However, they're not created equal. These pumps come in various configurations to match the requirements of different applications.
The first thing to consider when choosing a water pump is to determine what type is suitable for your particular application.
If you need to pump water from a deep well, you may need a submersible pump. If you wish to increase the pressure of the well water once it reaches above ground, you may need to combine your submersible pump with a booster pump.
Flow rate
Are you aware that water pumps are rated based on their flow rate? The greater the flow rate, the more water you can pump within a specific amount of time.
If you need water for high-volume applications such as agricultural and industrial applications, invest in a pump that can provide that much water within your predetermined duration.
Pressure
Flow rate and pressure are two terms that are often used interchangeably despite having different meanings. Knowing the difference between the two can help you make the correct water pump buying decision.
While flow rate describes the volume of water that a water pump can deliver within a specific duration, pressure denotes the force of the water.
For example, sprinkler irrigation systems often require high water pressure to deliver water to every corner of a large farm or lawn.
These irrigation are usually paired with high-pressure, low-flow water pumps to ensure water is delivered in the most efficient way possible. High-pressure, high-flow pumps may pose a risk of flood damage to the property.
Power source
Water pumps use various energy sources to move water. The most common ones include diesel, electricity and solar power. Make sure you choose a power source that is affordable and available in your area.
When making a decision, consider both the short-term and long-term cost implications of operating your water pump.
Head height
If you need to move groundwater above ground, you need to consider the head height of your water pump. The head height is the vertical distance, usually measured in metres, that a pump can move water.
The greater the distance, the more head height you'll need.
Reach out to a supplier to learn more about a variety of water pumps, including Davey water pumps.
