Check the Water
Start with water free of debris that could block or damage the pump. Check the particle, temperature and pH limits for the model.
CLEAN-WATER RANGE
Explore QDX models for clean-water transfer and drainage. Compare residual-water levels, controls and the flow available at your working head.

Models
Check the water limits, controls and power options for each model.

QDX-PT · Clean water
Compact clean-water transfer, with a 7 mm residual water level and manual control.

QDX-PH · Clean water
Bottom-suction clean-water drainage, with a published 7 mm residual water level.

QDX-PA · Clean water
Five power options for clean water, with top-cover and base choices for OEM projects.

QDX-PP · Clean water
Compact bottom-suction clean-water transfer, with a 10 mm residual level.

QDX-SC · Clean water
Clean-water pumping with a 304 stainless steel housing and top discharge.
Before You Choose
Use these points to compare the water, installation and operating requirements before choosing a model.
Start with water free of debris that could block or damage the pump. Compare drainage levels, flow at your working head, hose size and level-control requirements.
Start with water free of debris that could block or damage the pump. Check the particle, temperature and pH limits for the model.
Some models leave a lower water level than others. Starting water level and automatic switch-off level are separate specifications.
Check flow at your working head, hose size and space for level controls.
Start with pool drainage, rainwater transfer, tank emptying or clean-water cleanup. Check the water condition before using a clean-water model in a flooded area.
Key Applications
Application suitability depends on the liquid, solids, required duty point, installation/control method and exact product configuration.
Common Questions
The clean-water range includes QDX-PT, QDX-PH, QDX-PA, QDX-PP and QDX-SC. Each has its own power options, drainage level and controls.
No. Look at the flow available at the lift and hose resistance in your installation. Maximum flow is measured at one end of the performance curve; it is not the flow at maximum head.