Champion Cooler Corp.
Champion Cooler Corp. 310085 Aspen Pad 32-3/4"x36-1/4" PK4
$18.99
0.00022922BTC
In stock
Dayton
Dayton 5UXN0 Utility Pump 12V DC 3.3 gpm 36.7 ft 15.9 psi
A 12V DC utility pump delivering 3.3 gpm at 10 ft of head with a maximum pressure of 15.9 psi and 36.7 ft of head
- TypeDrain Components
- Delivers 3.3 gpm flow at 10 ft head for efficient water transfer
- Self-priming design lifts water up to 7 ft without manual priming
- Stainless steel housing resists corrosion for long service life
- 12 V DC power suits vehicle or portable battery operation
- Maximum 36.7 ft head and 15.9 psi pressure handle demanding drainage tasks
12 V DC Self-Priming Utility Pump
This 12 V DC utility pump moves liquid at up to 3.3 gpm and develops 36.7 ft of head. The stainless-steel housing contains a Buna-N impeller and a 1/10 hp motor. A 7 ft cord powers the self-priming unit for portable or fixed installations.
Suited for low-pressure transfer.
The pump suits mobile fluid transfer, bilge evacuation and general utility tasks where 15.9 psi maximum pressure is adequate. Builders who need higher flow rates, greater suction lift than 7 ft, or continuous duty at elevated temperatures should look at larger-capacity pumps.
3/4 in hose discharge and 3/8 in MGHT intake
The discharge uses a 3/4 in hose connection while the intake is a 3/8 in MGHT fitting. Verify that your plumbing matches these exact connection types and sizes before purchase.
Highlights
- Delivers 3.3 gpm flow at 10 ft head for efficient water transfer
- Self-priming design lifts water up to 7 ft without manual priming
- Stainless steel housing resists corrosion for long service life
- 12 V DC power suits vehicle or portable battery operation
- Maximum 36.7 ft head and 15.9 psi pressure handle demanding drainage tasks
Specifications
| Type | Drain Components |
|---|---|
| Brand | Dayton |
| Model | 5UXN0 |
Questions about this item
Which flow-rate figure should I use when sizing this pump for my system?
Use the 3.3 gpm rating measured at 10 ft of head; it shows the realistic output when the pump is pushing against typical back-pressure.
What does the 15.9 psi maximum pressure mean when the pump is installed?
It is the highest pressure the pump can develop at zero flow; actual pressure drops as flow increases, so the working pressure in your circuit will be lower.
How does the 12 V DC power requirement limit where I can run this pump?
It must be supplied from a 12 V DC source such as a vehicle battery or a regulated 12 V power supply; it cannot be plugged directly into mains voltage.
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