Start with the Water
Choose a model with the right particle, temperature and pH limits.
TRANSFER & DRAINAGE
Submersible Utility Pumps
Compact pumps for everyday transfer and drainage. Match the model to the liquid, required flow at working head and installation conditions.
Models
Compare the Models
Check the water limits, controls and power options for each model.
QDX-PT · Clean water
QDX-PT
Compact clean-water transfer, with a 7 mm residual water level and manual control.
- Power range
- 200–300 W
- Max. head
- 5–7 m
- Max. flow rate
- 3–5 m³/h
QDX-PH · Clean water
QDX-PH
Bottom-suction clean-water drainage, with a published 7 mm residual water level.
- Power range
- 250–370 W
- Max. head
- 5–8 m
- Max. flow rate
- 5–7 m³/h
QDX-PA · Clean water
QDX-PA
Five power options for clean water, with top-cover and base choices for OEM projects.
- Power range
- 200–750 W
- Max. head
- 5–9 m
- Max. flow rate
- 5–12 m³/h
WQD-PA · Clean & dirty water
WQD-PA
Compact dirty-water drainage with five power options and alternative cover and base designs.
- Power range
- 200–750 W
- Max. head
- 5–9 m
- Max. flow rate
- 5–12 m³/h
WQDX-PA · Clean & dirty water
WQDX-PA
An alternative cover and base design for compact clean-and-dirty-water drainage.
- Power range
- 200–750 W
- Max. head
- 5–9 m
- Max. flow rate
- 5–12 m³/h
QDX-PP · Clean water
QDX-PP
Compact bottom-suction clean-water transfer, with a 10 mm residual level.
- Power range
- 250–370 W
- Max. head
- 6–7 m
- Max. flow rate
- 6–7 m³/h
WQD-PH · Clean & dirty water
WQD-PH
Higher-flow clean-and-dirty-water pumping, with 750 and 900 W options.
- Power range
- 750–900 W
- Max. head
- 10 m
- Max. flow rate
- 15–23 m³/h
WQD-PJ · Clean & dirty water
WQD-PJ
Higher-flow and higher-head options for clean water and soft-particle drainage.
- Power range
- 900–1300 W
- Max. head
- 11–15 m
- Max. flow rate
- 23–28 m³/h
Before You Choose
Before You Choose
Use these points to compare the water, installation and operating requirements before choosing a model.
Start with the water, then plan the hose route and how the pump will operate. Check flow at your working head and leave enough space for the selected control method.
Plan the Discharge
Hose diameter, length and lift affect how quickly the water moves.
Choose How You Operate It
Consider supervised transfer, automatic drainage and the space available for level controls.
Explore the Applications
Compare utility models for tanks, pools, rainwater storage and suitable drainage tasks. Check the performance curve for any irrigation pressure requirement.
Key Applications
Where these families may fit within their published limits.
Application suitability depends on the liquid, solids, required duty point, installation/control method and exact product configuration.
Drainage
General water removal selected by liquid condition, debris and required flow at working head.
Explore applications ↗Basement & flood drainage
Bulk removal and final cleanup may require different utility-pump families.
Explore applications ↗Tank & container emptying
Tank transfer and emptying selected by liquid condition, discharge route and residual-water target.
Explore applications ↗Rainwater tank
Stored rainwater and stormwater transfer based on debris and real duty point.
Explore applications ↗Pool & spa drainage
Utility drainage where chemistry, debris and low-level target remain within model limits.
Explore applications ↗Garden & irrigation
Water-source transfer where the pump can meet the required flow at the real working head.
Explore applications ↗Common Questions
Questions to Check Before You Choose
Can one utility pump do every household job?
No. Water type, debris, hose resistance and control requirements can change the suitable model. Describe the jobs you want to cover so the limits are clear.
Can I build a private-label utility pump range?
Yes. Start with the applications your customers need, then share the target quantity, market, electrical requirements and packaging brief.