1HP Shallow Well Pump

About 1HP Shallow Well Pump

Heres a crisp, ready-to-use description of a 1 HP Shallow Well Pump you can put in a catalog, quotation, or product page:

1 HP Shallow Well Pump Description

A 1 HP Shallow Well Pump is an above-ground jet pump designed to draw water from shallow sources (up to ~25 ft / 78 m suction lift) and deliver it with sufficient pressure for domestic water supply, garden irrigation, and small farm applications. Powered by a 1 horsepower motor (typically single-phase for home use), this pump offers a solid balance of flow rate, pressure, and energy efficiency for everyday water needs.

The pump uses a jet (venturi) mechanism to create suction, lifting water from the well into the pump casing. The motor-driven impeller then pushes water into a pressure tank or pipeline, providing steady water pressure for taps, showers, and sprinklers. Most models are self-priming after initial priming.

Key features

• 1 HP motor for reliable household performance

• Designed for shallow wells, sumps, tanks, and surface water sources

• Above-ground installation for easy access and maintenance

• Compatible with pressure tanks and pressure switches

• Corrosion-resistant construction (model-dependent)

Typical applications

• Home water supply & overhead tank filling

• Garden irrigation & lawn sprinklers

• Cottages, small buildings

• Light agricultural/livestock water supply

Advantages

• Good pressure and flow for 12 bathrooms and small irrigation zones

• Easy installation and service

• Runs on standard household power (single-phase)

• Cost-effective alternative to submersible pumps for shallow sources

Limitations

• Not suitable for deep wells (beyond ~25 ft suction lift)

• Needs proper priming and airtight suction line

• Louder than submersible pumps since it operates above ground

Typical specs (vary by brand/model)

• Power: 1 HP

• Max suction lift: ~25 ft (78 m)

• Flow rate: ~4070 LPM (1018 GPM)

• Max head: ~3045 m

• Power supply: Single-phase 220240V (or 110120V, region-dependent)