When it comes to fountains, it is important to have the correct pump, as these devices help create sound and motion and provide water to the various facets of the fountain. Unfortunately, many consumers choose a pump based on its power instead of using appropriate strategies to determine which pump would be ideal for the fountain in question.
Choosing the appropriate fountain is very important for the success of the submersible essence of the fountain. Generally, fountains consume a lot of water and display the lotus flower’s significance, irrespective of its size. Manufacturers build all pumps with different specifications to ensure they can be used in various water fountain designs, ranging from small and decorative tabletop fountains to large and ornate garden fountains.
The rule of thumb is that the larger the fountain, the more flow rate is required to evenly distribute and circulate the water to achieve the required requirements and effects; more power will be needed in the case of the bigger fountain to achieve a larger water flow rate which creates stunning visuals of water cascade over the structure and helps keep the fountain neat.
So, this post discusses the top factors that help determine how to make an appropriate fountain submersible pump selection, allowing consumers to enhance the reliability and efficiency of the devices they use.
Flow Rate and Volume of Water Needed
Flow rate stands out as one of the key specifications worth paying attention to when choosing a fountain tech submersible pump, as it affects the style and aesthetics of your fountain. Flow rate is usually measured in gallons per hour (GPH) and indicates how many gallons of water a pump can pump within an hour.
In realistic terms, that means that the pump should pump at least 50% of the entire volume of the water within the fountain every hour. For instance, A swan fountain with 200 gallons would necessarily require a 100 GPH minimum pump as this would be optimal for water circulation. Large or complex structures like tiered fountains usually require higher GPH so as to achieve the desired effects on water.
Maximum Head and Distance Pumped
The Maximum head, or lift, is the maximum distance a pump can lift water. In the case of a fountain with raising portions or jetted sections, the necessary pump suction should equal total head requirements. The approximate distance for the pump must be less than the maximum vertical distance between the pump and the highest water outlet for the water-hence pump to be effective.
A pump that is lower in height in terms of the head than the needed amp with a head well average achievable is neither low nor satisfactory to get water flowing through a fountain for the proper amounts of water, which is unnecessary to the design of the fountain structure strength which is higher than necessary and as such wasting energy.
Efficient Electrical Operation and Energy Use
While purchasing a pump for a fountain, a submersible pump is a consideration in terms of energy efficiency and cannot be ignored. Almost all fountain pumps are continuously in mode, so the installation of the economic models makes a great difference in the electricity bill. In the estimates of energy usage and installation, most pumps state the wattage or power rating.
Energy-efficient pumps only use the minimum power necessary to create an operational pressure that allows for the required flow rate with little power wasted, saving on costs and environmental impacts. Although pumps that use less energy than most pumps have a higher price, the expenditure paid out is worthwhile in the long run.
Durability and Maintenance Requirements
A reliable pump can reduce repair and replacement costs, allowing for time efficiency. If your fountain uses chemicals or salt, look for submersible pumps made of corrosion-free materials. The durability of the pumps also depends on the quality of their seals, the strength of their housings, and the design of the motors.
Finally, throughout this expectancy period, pumps will still need to be serviced and cleaned, so maintenance is also a factor to consider. The level of filtration and how easy it is to disassemble a pump helps to keep the amount of debris on the pump's surfaces to a minimum and makes cleaning easy and quick.
Noise Levels and Environmental Impact
Many don’t consider the importance of noise when purchasing a fountain submersible pump. However, it is one of the most crucial aspects of fountains, especially those designed to be placed indoors or have calming fountain features. Some pumps are quieter than others, so their sound does not disrupt the fountain's purpose.
If you prefer quieter operational pumps, seek those with sound-dampening features. Additionally, since some pumps do not affect aquatic life much, they would work perfectly for garden ponds or fish fountains.
Conclusion
When selecting the right submersible pump for your fountain, some basic parameters are flow rate, head height, energy efficiency, and pump durability. A satisfactory solution is possible by considering all of these considerations when selecting the right pump for your fountain. In the end, installing a pump with the right specifications will smoothly operate the fountain while providing reliability over a long period and consequently be able to maintain the aesthetics of water features in the home.
