KITLUCK Water Transfer Pump — 120V 1/2 HP, 1500 GPH, Cast Iron Portable Utility Pump

Meet the KITLUCK Water Transfer Pump, a robust 120V 1/2 HP unit designed for quick water transfers and dependable draining tasks around homes, farms, or job sites. Built to endure busy days, this pump blends muscle with portability so you can move water where you need it without heavy lifting or repeated trips to the faucet.

Power and performance

• Max flow of up to 1500 gallons per hour (GPH) lets you move large volumes efficiently.
• Lift capability reaches up to 120 feet, ideal for elevated outlets or multi-level setups.
• Max suction lift of 20 feet and a 3/4 inch GHT discharge enable flexible connections.
• 6-foot power cord provides reach without extension cords in most settings.

Durable design for real-world use

• Cast iron body with painted surfaces delivers rugged durability and rust resistance for longer service life.
• Compact, top-handle design supports easy transport and storage in tight spaces.
• Non-submersible operation and dry-running cautions help protect the motor and seals.
• Includes a sealing tape and strainers for secure connections and reduced debris intake.

Versatile applications you might require

• Flushes water heaters, drains pools and flooded spaces, or evacuates boats after a session on the water.
• Ideal for car washing, cleaning driveways, irrigating gardens, or filling water beds and rain barrels.
• Suitable for removing water from soggy basements, clogged sinks, or basement floods.
• Supports general housework, including aquarium maintenance and other tasks where moving water matters.

What’s in the kit

• 1 x KITLUCK Cast Iron Water Transfer Utility Pump
• 1 x Water suction filter strainer
• 2 x Brass NPT 3/4” hose adapters
• 1 x Replacement kit: 2 x Carbon brushes
• 1 x Sealing tape

Overall, the KITLUCK transfer pump offers a practical blend of power, portability, and reliability for a range of everyday water transfer and drainage tasks. Use it as a versatile helper in garages, workshops, basements, and outdoor spaces—while keeping expectations realistic about performance in different conditions.