SOLAR-MAX BRASHLESS PUMP 80M (DC 24-210)

Brushless Motor Architecture: Utilizes a 210W brushless DC motor that eliminates carbon brush wear for friction-free, low-maintenance performance.

Maximum Vertical Head: Capable of pushing or lifting water up to a maximum delivery height of 80 meters from deep ground sources.

Volumetric Flow Rate: Delivers a maximum water output of up to 1,500 liters per hour (25 liters per minute) under optimal sunlight conditions.

Direct Panel Connection: Operates dynamically when wired straight to a recommended 300W solar panel without needing battery storage banks.

Submersible Waterproof Rating: Built with strict IP68 dust-tight and waterproof certifications to sustain continuous long-term underwater deployment.

Standard Pipe Interface: Features a 0.75-inch (three-quarter inch) screw thread discharge outlet for quick integration with standard water hoses.

Low-Light Optimization: Engineered with high-efficiency internal circuitry that permits the pump to spark and start pumping during early morning or evening sun.

Hardware Fluid Protection: Integrates automated water shortage safeguards that shut down the motor to prevent dry-running damage if the well goes empty.

The Solar Max 210W 24V Brushless Submersible Solar Water Pump (Model DC24-210) is a high-performance, energy-efficient fluid delivery system designed to extract water from deep boreholes, wells, and storage reservoirs without relying on grid electricity. Driven by a 210-watt brushless direct current (BLDC) motor, this advanced mechanism dramatically reduces structural friction and operational heat, delivering an extended operational lifespan and near-silent functionality compared to traditional brushed motors. The system is engineered to handle an aggressive 80-meter maximum vertical lift head, making it an ideal choice for small-scale agricultural drip irrigation, livestock watering stations, and domestic supply setups in off-grid rural regions. It functions via a direct solar panel connection architecture, meaning it can initiate operation seamlessly using the raw power of a single solar module without requiring an intermediate bank of storage batteries or complex external inverters.