Operation

If you have any problems operating your water transfer pump, please call the water transfer pump helpline at

(800) 743-4115.

Safe Operating Considerations

WARNING

Exhaust heat/gases can ignite combustibles, structures or damage fuel tank causing a fire.

•Keep at least 5 ft. (1.5 m) clearance on all sides of water transfer pump including overhead.

Clearances and Air Movement

Place water transfer pump outdoors in an area that will not accumulate deadly exhaust gas. DO NOT place water transfer pump where exhaust gas (A) could accumulate and enter inside or be drawn into a potentially occupied building. Ensure exhaust gas is kept away from any windows, doors, ventilation intakes, or other openings that can allow exhaust gas to collect in a confined area. Prevailing winds and air currents should be taken into consideration when positioning water transfer pump.

WARNING

Running engine gives off carbon monoxide, an odorless, colorless, poison gas.

Breathing carbon monoxide can cause headache, fatigue, dizziness, vomiting, confusion, seizures, nausea, fainting or death.

•Operate water transfer pump ONLY outdoors.

•Keep exhaust gas from entering a confined area through windows, doors, ventilation intakes, or other openings.

•DO NOT start or run engine indoors or in an enclosed area, even if windows and doors are open.

A

What is “Head”?

Head refers to the height of a column of water that can be delivered by the discharge of the pump.

Suction Head is the vertical distance between the center of the pump and the surface of the liquid on the suction side of the pump. May also be referred to as “suction lift”. The atmospheric pressure of 14.7 psi at sea level limits suction head lift to less than approximately 26 feet for any pump.

Discharge Head is the vertical distance between the pump’s discharge port and the point of discharge, which is the liquid surface if the hose is submerged or pumping into the bottom of a tank.

Total Head is the sum of the suction head value plus the discharge head value.

As water pumping height increases, pump output decreases. The length, type, and size of the suction and discharge hoses can also significantly affect pump output.

It is important for the suction operation to be the shorter part of the total pumping action. This will decrease the priming time and improve pump performance by increasing the discharge head.

Suction head is a maximum of 25 feet and discharge head should be a maximum of 81 feet. Total head can not be more than 106 feet as shown on next page.

Move Water Pump to Safe Operating Location

For best pump performance, locate the pump on a flat, level surface as close as possible to the water to be pumped. Secure water pump to avoid tipover. Use hoses that are no longer than necessary.

IMPORTANT: Direct open end of discharge hose away from home, electrical devices or anything not desired to get wet.

WARNING

Fuel and its vapors are extremely flammable and explosive.

Fire or explosion can cause severe burns or death.

WHEN OPERATING EQUIPMENT

•This water pump is not for use in mobile equipment or marine applications.

•DO NOT tip engine or equipment at angle which causes fuel to spill.

•Secure water pump. Loads from hoses may cause tip over.

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Briggs & Stratton Water Transfer Pump Operation, Safe Operating Considerations, Move Water Pump to Safe Operating Location
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Water Transfer Pump specifications

The Briggs & Stratton Water Transfer Pump is an essential tool designed for a variety of water transfer applications, combining efficiency with reliability. This powerhouse is ideal for homeowners, landscapers, and contractors who need to move large volumes of water for tasks like draining pools, emptying flooded basements, or irrigating gardens.

One of the standout features of the Briggs & Stratton Water Transfer Pump is its robust engine. The pump typically utilizes a dependable, four-stroke gas engine that provides superior power and fuel efficiency. With a reliable starting system, users can count on it to start quickly and run smoothly, even during extended use. This ensures that no time is wasted when water needs to be moved promptly.

In terms of performance, the water transfer pump is designed to handle significant volumes of water, often capable of transferring up to 3,000 gallons per hour. This impressive flow rate makes it suitable for both small-scale residential needs and larger commercial projects. The pump's lightweight and portable design allows users to easily transport it to various job sites, enhancing its versatility.

The pump's design incorporates a durable, corrosion-resistant construction, ensuring longevity even when exposed to harsh conditions. This resilience is critical for maintaining performance over time, particularly when dealing with muddy or sediment-filled water. Additionally, many models feature a convenient carrying handle, making it even easier to transport from one location to another.

Another significant aspect of the Briggs & Stratton Water Transfer Pump is its user-friendly interface. With intuitive controls, operators can quickly adjust settings and monitor performance without extensive technical knowledge. This focus on ease of use, combined with comprehensive safety features, helps ensure a safe and efficient operation every time.

Moreover, the pump often comes equipped with a variety of hose fittings and attachments, allowing users to customize it for specific tasks. The efficient pump mechanism, combined with these features, makes it an impressive option for all water transfer needs.

In summary, the Briggs & Stratton Water Transfer Pump stands out due to its powerful engine, impressive water-moving capacity, durable construction, portability, and user-friendly design. It's an indispensable tool for anyone needing to move water efficiently and effectively. Whether for landscaping, construction, or managing water in residential settings, this pump provides reliability you can trust.
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