Stainless Steel Booster Pump 12V/24V Submersible Water Pump 2000 GPH for Home & Garden Irrigation

Introducing the ultimate solution for your water transfer needs—the Stainless Steel Booster Pump. This high-performance submersible pump operates on both 12V and 24V power and delivers an impressive flow rate of 2000 gallons per hour (GPH). Whether you need to irrigate your garden, fill a small swimming pool, or manage water in a yacht, this pump is designed to excel in various applications.

One of the standout features of this pump is its easy installation. With a built-in grille bar filter, it efficiently filters out larger objects, ensuring that your pump operates smoothly and extends its service life. Regular maintenance is encouraged to remove residual dirt and impurities, further prolonging the pump’s durability.

This stainless steel booster pump is highly versatile. It can be used for sewage sampling, liquid transfer, and even in large aquariums or fountains. Its low noise operation makes it perfect for workplace environments, as well as for home use.

For added convenience, this pump includes a fully automatic bilge feature, eliminating the need for a separate float switch. It’s designed to transfer water from various sources, including tanks, pools, rain barrels, and groundwater. Setting it up is a breeze, allowing you to quickly drain accumulated water from in-ground or above-ground pools.

Engineered for robust performance, the fresh water pump integrates a built-in check valve and a thermal protector, ensuring enhanced protection and reliability during operation. This makes it suitable for various pumping and washing tasks, including sprayers, garden sprinklers, and car washing.

Weighing in at a lightweight and portable design, this pump is perfect for use in boats, caravans, travel trailers, and for garden watering. It is constructed from high-quality thermoplastic materials, making it durable for regular use.

Note: Please allow a slight error due to manual measurement. Colors may vary due to display differences.