Scott Aerator DA-20 Display Pond Aerator Fountain

Scott Aerator DA-20 display pond aerator fountain is built to add striking visual appeal while actively improving water quality through dependable aeration and circulation. Designed for continuous operation, it helps introduce oxygen throughout the water column and promotes steady movement that supports a healthier pond environment.

Why this fountain aerator matters

Consistent circulation can reduce stagnant areas where odors and surface film tend to develop, and it can discourage conditions that favor nuisance algae. The Scott Aerator DA-20 display pond aerator fountain creates both vertical and horizontal water movement, helping keep the pond more uniformly mixed—an important factor for overall ecosystem balance.

Key benefits

• Oxygenation + circulation: Promotes healthier water by moving and mixing water to support oxygen transfer.
• Cleaner-looking pond: Circulation can help limit the conditions that contribute to algae blooms and unpleasant smells.
• Simple, practical setup: Uses a straightforward anchoring method so you can position the unit where it performs best.
• Year-round durability: Built to handle tough seasonal conditions, including freezing weather.
• Expandable aesthetics: Optional light kits can be added now or later to extend the display after dark.

Options, sizing, and operation

Choose from multiple horsepower sizes to match pond area and depth requirements. The Scott Aerator DA-20 display pond aerator fountain is offered in different voltage configurations, and higher-horsepower models move more water for larger ponds. For 115V selections, measure electrical distance from the main panel (not a sub-panel), and follow the noted maximum run guidance.

FAQ

Will this help with mosquitoes? Surface agitation and water movement can make the pond less hospitable for mosquitoes and other insects that prefer still water.

Can I run it all day? It’s designed for continuous, 24-hour operation for consistent circulation and display.

How do I pick the right size? Use pond surface area and minimum depth as primary sizing inputs, then select horsepower accordingly.