Rated Electrical Input:

Operates on a 24V DC industrial power system, common in large solar arrays, commercial vehicles, and telecom infrastructure.

Consumes 400 Watts of power while drawing a manageable ~16.7 Amps, reducing current load and minimizing voltage drop across long distances.

Delivers superior power and pressure compared to 12V models.

Performance Capability:

Designed for extreme high-head applications, with a maximum vertical lift of 40 meters (131 feet).

Excels in generating high pressure for pushing water over immense vertical or extremely long horizontal distances, though flow rate decreases accordingly at maximum head.

Deployment & Design:

Equipped with a professional-grade 40-meter (131 ft) cable, facilitating deployment in deep wells, boreholes, and remote sumps.

Constructed for severe-duty, continuous operation in demanding environments.

Ideal Applications:

Primary pump for deep well and borehole water extraction.

Professional construction site dewatering from deep foundations and caissons.

Large-scale pressurized agricultural irrigation systems.

Industrial fluid transfer in mining, quarrying, and off-grid locations.

Critical Considerations for Selection

Performance Curve Analysis: Always consult the pump’s flow-to-head chart to determine the actual flow rate (in LPM or GPH) at your specific required lift, as output declines significantly as head increases.

Power System Sizing: Ensure your battery bank has sufficient Amp-hour (Ah) capacity to support the high continuous current draw and that all wiring, connectors, and fuses are appropriately rated.

Discharge Hose Compatibility: Verify the pump’s outlet port size to select the correct hose diameter, which is crucial for minimizing friction loss and maximizing overall system efficiency.

Control Options: Determine if an automatic float switch is included or required for autonomous operation based on water level.