The desired amperage varies according to the product's discharge height. While it can work with a 250-watt 9-amp panel power up to 20 meters high, if it is desired to discharge to 30 meters high, at least 10 amps is required, that is, 2 250-watt 9-amp panels must be used as panels and connected in parallel. Thus, 24 volts remain constant, but since the panels are connected in parallel, the amperage will be 18 amps and this will be sufficient for the pump. The hourly tonnage and the desired amperage are specified below for this product according to the discharge height, please order by taking this data into consideration when ordering. The maximum immersion depth of the product is 15 meters. It should not be immersed more than 15 meters. The product is helical. It should not attract sand. If it attracts sand, the helical shaft will wear out and be damaged. This situation is not covered by the warranty.
What is it?
A DC-powered solar pump is a product that can be used in areas where electricity is not available or where solar energy is desired. It can be directly connected to a solar panel and operates without the need for additional equipment, making installation very simple.
It features a 250-watt motor that can easily operate using solar energy.
With an outer diameter of 3" (8 cm), it performs excellently even in narrow wells.
It can be powered with a minimum of one 250-watt solar panel.
To achieve longer operating times, the number of panels can be increased.
The product can also be powered by a battery.
In a solar energy system, if a charge controller and battery are added, the pump can operate more safely and can continue to work by drawing power from the battery during times when sunlight is limited or unavailable.
Technical Specifications
Voltage: 24 Volts
Current: 11 Amperes
Power: 250 Watts
Maximum Pumping Height: 50 meters
Maximum Water Flow: 1.5 tons per hour
Outlet: 1"
Cable Length: 15 meters
Comes with a 1" hose connector
Solar submersible pump prices are affected by: Electricity type, maximum water discharge height, amount of water it can provide per hour