Brushless DC Solar Jet Pump for Irrigation Supply

Draw water into an irrigation supply with a brushless DC solar jet pump mounted on a carrying base. Check its duty and electrical input before installation.

Water transfer in your irrigation setup

An elongated black jet-pump housing sits in front of a silver finned motor on a tubular carrying base. The jet format offers a different wet-end layout from the large-outlet centrifugal transfer pumps. It is useful to assess where a suction line feeds an accessible surface pump and water must then travel toward an irrigation supply or storage point.

Choose the output for your installation

The permanent-magnet brushless DC motor requires a compatible electrical supply and controller. Use the listed performance option to check the connection size, voltage and flow at your delivery head. Include both the vertical lift and pipe friction in that calculation; adding outlets or a longer hose can change the usable flow.

Prepare the source and delivery route

Support the pump on a stable surface and support the water lines independently. Keep the intake airtight and prime the pump as required before starting. Check delivery flow at the actual total head, including pipe losses and the pressure needed by the irrigation equipment. Confirm the solar panels, controller and accessories supplied with your chosen configuration.

The maximum liquid temperature is 35°C. Plan an accessible location for checking connections and keeping the intake clear during use.

Flow and head performance

Read the curve at your required flow and total head. Maximum flow and maximum head are separate limits, not one operating point.

Open full-size performance chart