Most Important Factors When Choosing a Submersible Fountain Pump

Selecting a suitable submersible fountain pump can enhance your water feature’s functionality, operation, and even image since it plays a large role. Given the many alternatives available, several factors must be considered so that the pump you settle on meets all the requirements. This guide will distribute the top factors to be considered regarding submersible fountain pumps for your project.

Flow Rate and Pump Capacity

The flow rate is one of the most important aspects of choosing a submersible fountain pump. Otherwise known as the measure of flow, the flow rate is expressed as (GPH) Gallons per hour. The flow rate tells how much water can be moved by the pump within a particular time and is very important when it comes to the styling of the fountain. In the case of a calm trickle effect, then the pump shall have a lower GPH. On the other hand, if one is looking for more action whereby the water will be flowing as more of a jet, then more GPH will be required.

To begin with, examine the dimensions of the fountain pumps submersible, the capacity of the fountain’s bowl, and the desired quantity of water discharged out. It is generally recommended to have a GPH pump that will pump out the whole amount of water in your fountain for 1 hour every day. If the water capacity of a fountain is 500 gallons, search for a GPH pump that provides a flow rate of not less than 500 gallons.

Head Height Or Maximum Lift

Head height means the maximum vertical distance from where the pump discharges the water. This is another critical component to consider if your fountain has several tiers or needs the water to be pumped to a high elevation. The pump’s head height or maximum lift portion has to be greater than the height of the tallest point on the water feature.

When determining head height, be aware of the vertical distance and the height of the tubing or any blockage in any of the parts that have a tube or pipe. The power required by any water pump with a higher head height is comparatively high, and it is, therefore, important to find a way to balance effective water display and lower energy consumption.

Energy Efficiency

Because submersible fountain pumps are used continuously, energy savings must be considered to keep running costs down and minimize the effects on the environment. Select pumps are engineered to utilize less electricity but are still effective in their work. Like any other modern appliance, submersible pumps are tailored with energy-saving options, including variable speed settings that allow you to lower energy usage based on the required flow.

Energy-efficient pumps are more expensive than non-efficient pumps; however, they do cut utility costs and maintenance practices in the long run.

Durability and Material

Fountain pumps are constructed of many different materials, each with its pros and cons. Plastic pumps tend to be less expensive in most cases than metal pumps, although they might be prone to breakdown more quickly. Impellers made of stainless steel or ceramic are more resistant to damage and tarnish than other materials, so they are most suitable for outdoor fountains that subject the pump to weather.

If you live in cold climates often, constructing an outdoor fountain requires a pump that is durable enough to function in freezing temperatures. It is also important to note that some pumps are weatherproof, and others are frost-resistant, requiring little seasonal maintenance.

Noise Level

When it comes to fountains, the running water sound is one of their Mainstays, but the pump sounds then overpower this natural sound. Submersible pumps are preferable because they are placed within the water, which helps reduce noise. In contrast, some submersible pumps are rather loud owing to old age or overwork, notwithstanding the fact that they are housed below the water level.

Suppose your fountain is addicted to calm and serenity and doesn’t appreciate its fibrous cords while at work; then verbose fountain pumps should be avoided. Some noise levels or advertisements for their pumps include the silent or ultra-quiet kinds. You could also rely on weight reviews and recommend a particular pump to know whether it is indeed as quiet as presented by the manufacturers.

Cost and Warranty

Before proceeding with any further work, it is time to take into account the total cost of the pump, which may also include any additional components that might be necessary, such as tubing or connectors. It would be extremely easy to go for the one that is priced the least in the market. However, while you might purchase a good-quality pump at a higher price, in the end, it will spare maintenance costs.

Pumps must come with an appropriate warranty that protects the buyer from manufacturing imperfections or spoiling much earlier than they should. This shows that the manufacturers have confidence in the flow pump, and customers should not fear buying it.

Conclusion

Several parameters must be considered when deciding which submersible fountain pump is ideal, including flow rate, head height, energy consumption, robustness, noise output, etc. All these factors ensure you get a pump that is pleasing to the eye in the fountain and is efficient over a long period. Investing in quality can sometimes be expensive, but you can buy peace and save time while using and enjoying the therapeutic effects of a fountain with water features.