Harbor Freight Tools
$10999
SKU: 63316

DRUMMOND 1/2 HP Cast Iron Transfer Pump 1525 GPH

$10999
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Powerful transfer pump is ideal for general purpose use Read More

Product Details

This high output pump has a solid cast iron body for low vibration and exceptional durability. Ideal for general purpose water transfer this pump is great for draining water heaters, emptying sumps and all-purpose clear water removal. Portable, reliable and durable, this utility pump is preferred by plumbers and general contractors.

  • Rugged cast iron construction
  • Maximum flow: 1525 GPH (gallons per hour)
  • High impact strength impeller
  • Brass standard hose connections

Important Information

  • This item is subject to a 20% restocking fee
SKU(s)
63316, 56148
Brand
DRUMMOND
Flow Rate
1525 GPH
AC Volts
120
Head Lift at 0 Flow
56 PSIG
Outlet Fitting Size
3/4 in. GHT
Accessories Included
Two 3/4 in. brass garden hose thread adapters, spare brushes
Amperage
8
Certification
UL
Horsepower
1/2
Housing Material
Cast iron
Inlet Size
3/4 in. garden hose thread
Motor Type
Brushed AC; 60 Hz
Product Height
8-3/4 in.
Product Weight
20 lb.
Product Width
9-3/4 in.
Shipping Weight
20.20 lb.
Wattage (watts)
800
Power Cord (ft.)
8 ft.
Returns Disclaimer
Yes
CA Residents
Warning - Prop 65 Info
Note: Specifications are approximate and subject to change

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Product Support

These Frequently Asked Questions are a supplement to the Owner's Manual and Safety Instructions. Please review the Owner's Manual for safety warnings and precautions, and assembly, operating, inspection, maintenance, and cleaning procedures.
Sump pumps are used for removing groundwater from basements and crawlspaces. They can be fully submerged in water.

Sewage pumps are used to lift household sewage water from a collection basin and send it to a gravity-fed sewage line or septic system.

Utility pumps are used for removing water from flooded areas, spas, and window wells. They can be fully submerged in water.

Transfer pumps create suction on the inlet hose and are used for moving water from one place to another. They cannot be submerged in water.

Well pumps are used to draw water from a well or cistern that is less than 25 feet deep. They are connected to a pressure tank system and run automatically with a factory-installed pressure switch.

Lawn sprinkler pumps are used to draw water from a cistern or natural water source that is less than 25 feet deep. They can supply up to two conventional sprinkler heads for typical watering applications.

Gas Engine pumps are used for outdoor water removal. The clear water, semi-trash, and full trash descriptions indicate the type of debris such as mud, rocks, sand, and sludge that can pass through the pump without clogging it.

Fountain and Pond pumps are used for decorative water features. They are intended for continuous run applications.
A manual pump must be manually turned on by plugging it in and turned off by unplugging it (or with a switch if equipped this way). It requires the user to remain with the pump and monitor the pump flow, so that they can turn it off when the water moving task is finished; otherwise, the pump will run dry and be damaged. An automatic pump is controlled by a switch that is linked to a float, electronic sensor, or pressure device. This type of pump can turn on and off on its own without a person monitoring it.
Non-submersible pumps like transfer, well, and sprinkler pumps will typically need to be primed before they will start pumping water. This means the pump housing that encloses the impeller will need to be filled with water to start moving water. Locate the priming port (typically found near the outlet port on the top of a pump), fill with water until full, reinstall the priming cap to make a tight seal, and turn on the pump. It may take 15 – 30 seconds for the pump to prime and start moving water. Note - make sure the priming cap and intake hose are tightly sealed and not pulling air into the pump; otherwise, the pump will lose prime and not move water.
Pumps can build pressure to lift water (measured in feet of head lift), or they can create flow (measured in gallons per hour – GPH). Pumps can also do a combination of lifting and flowing with their output power. If a pump uses more power for lifting water, it means there is less power to create flow. A pump Head versus Flow chart shows how a pump’s output flow will decrease as it uses more power for lifting. Hose/pipe length, reducer fittings, and elbow turns will increase head lift and therefore reduce output flow.

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Owner's Manual & Safety Instructions (PDF)

We guarantee this product to be free from defects in materials and workmanship 90 days from the date of purchase. Limitations apply.