The Kasco 1 HP Surface Aerator, distinguished in oxygen transfer efficiency, is the optimal solution for aerating medium-sized ponds up to 1 acre, with operational depths ranging from 17.5 inches to 6 feet. Endorsed by Auburn University for its efficacy and efficiency, this aerator is ideal for managing water quality in both fresh and saltwater environments.

Package Includes:

• Motor unit
• Power cord
• Float and mounting hardware

Optional Components:

• Bottom screen
• Control panel (C-25 model)

Key Features:

• Employs a 1 HP phase motor, utilizing 120V, designed for round-the-clock operation.
• Features an adjustable timer to customize aeration schedules.
• Capable of functioning in water as shallow as 19 inches.
• Ensures consistent performance with a 120V power source.

Benefits:

• Improves water quality by addressing issues like odorous gases, oxygen depletion, algae proliferation, and sediment buildup.
• Enhances aquatic health through robust surface aeration, effectively circulating and oxygenating water.
• Disrupts thermal stratification, mitigates odors, prevents algae growth, and fosters a vibrant aquatic ecosystem.
• Delivers superior oxygenation efficiency, with up to 3.0 lbs of O2 per horsepower per hour.

Durable Design:

• Features a stainless-steel coated cage or propeller, preventing large debris accumulation and reducing clog risks, thus ensuring optimal water flow and aeration.
• Includes a specially designed motor, a 50-foot power cord safe for underwater use, and a UV-resistant thermoplastic float.
• Optional bottom screen and hardware are available for enhanced protection and functionality.
• The C-25 control panel, providing human-rated GFCI protection, complements this unit for added operational control and safety.

Peace of Mind:

• Supported by a 2-year motor warranty, affirming the product's reliability and long-term service.
• The Kasco 1 HP Surface Aerator represents a high-performance, efficient, and trustworthy aeration solution for maintaining the health and clarity of your pond.