Water is far away (ad.es. 1000 mt.) Is in depth (also 150 mt.)? You have no power or is not convenient to bring it to the water source? During the year, you must move the pump in different water sources?
The stainless steel submersible pump solves all these problems economically, using only solar energy.
solar pumps have high efficiency and small size, a supply voltage between 20V and 70V, and currents between 1A and 4A, power range from 20W to 280W and is suitable for heads between 0 and 150 meters. It works through a patented system of balanced opposed pistons driven by cams and rollers in an oil bath driven by a permanent magnet DC motor pump uses solar Solaflux the largest resource available in nature, the sun, to solve the problem of drought . It has no additional costs or maintenance. Payload for each hour of sun to a depth of 1,400 liters mt.5 times, from a depth of 970 liters mt.25 times, from a depth of 660 liters mt.50 times, from a depth of 330 liters mt.100 times, mt .150 depth of 230 liters per hour.
example picture of a typical application
The stainless steel submersible pump solves all these problems economically, using only solar energy.
solar pumps have high efficiency and small size, a supply voltage between 20V and 70V, and currents between 1A and 4A, power range from 20W to 280W and is suitable for heads between 0 and 150 meters. It works through a patented system of balanced opposed pistons driven by cams and rollers in an oil bath driven by a permanent magnet DC motor pump uses solar Solaflux the largest resource available in nature, the sun, to solve the problem of drought . It has no additional costs or maintenance. Payload for each hour of sun to a depth of 1,400 liters mt.5 times, from a depth of 970 liters mt.25 times, from a depth of 660 liters mt.50 times, from a depth of 330 liters mt.100 times, mt .150 depth of 230 liters per hour.
example picture of a typical application
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