Waterfall pump too strong? I bought a waterfall pump for my small pond. It attaches to a 3/4" I/D hose.
The problem is all the water splashes out. Someone told me to get a "splitter" and attach a fountain head to one end and use the other end to run the hose for the waterfall. Does this make sense? Where would I find a splitter and how would I attach it?
Using a splitter to divert some of the water makes sense. You can also use a smaller ID hose. Most pumps come with adapters for different size hoses. The ID of the hose has a large impact on the gallons per hour a pump will deliver. You might want to look at how the water is entering the waterfall. You could put it under some rocks so that the flow does not start on top of the rocks and splash all over the place. Make it kind of a tunnel in the middle of fall area with rocks over the end of the hose.
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£45.00
A pump is the main component of every fountain. Fountains are popular for beautifying any garden, park, mall, or even a backyard. There are several companies that manufacture different types of fountain pumps. Earlier, all pumps were of direct-drive style. However, now it is possible to have very small tabletop fountains because of the introduction of a magnet-drive motor. Solar-powered, low-voltage fountain pumps are also available. A pump is usually the most expensive component of a fountain, costing anywhere from $30 to $100.
As far as a direct-driven motor pump is considered, it is enclosed in an oil-filled water-resistant casing with seals around the cord and impeller shaft. On the other hand, a magnet-driven motor pump has an impeller attached to a magnet that twirls in a chamber outside a sealed pump covering. The main advantage of this design is that wiring is sealed off from moving components, and water and electricity are kept apart by using a solid plastic barrier. Solar-powered fountain pumps have low voltage, and are attached to a small solar pane. These pumps are easier to find in the market, costlier than conventional models, but do not require an outdoor electric outlet. A solar fountain pump is a wise investment, especially in sunny areas.
In business terminology, head is the highest vertical lift of a fountain pump. For example, a 6-foot head means a pump is rated to pump water up to a 6-foot height. Fountain pumps vary from 60 GPH (gallons per hour) up to 468 GPH. A majority of pump producers include pump curves on pump boxes, brochures, or other literature. A pump curve denotes the amount of water pumped to various heights. It is advisable to consider this aspect while buying or replacing a pump. Other important factors are output, physical size, and shape of a pump.
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