3400HD - Deicer

Kasco Marine, Inc. offers several sizes, models, and mounting options of De-Icers to accommodate almost every application and condition.

With sizes of 1/2, 3/4, and 1hp and units available in 120V or 240V, Kasco De-Icers easily fit your location and electrical requirements. Kasco De-Icers can be suspended by ropes(20'), mounted on an optional Universal Dock Mount, or attached to an optional Horizontal Float for operation in many conditions. Also, optional De-Icer Controllers (C-10 and C-20) can be added to the De-Icing system to help control electric bills.

De-Icing is accurately referred to as an art form more than an exact science. Each application and location is different and there is no set rule in determining how many De-Icers are needed for a given area or which mounting option is the best. The effectiveness of your Kasco De-Icer depends on many factors. Keep in mind the following table is to be used as a general guideline and each situation is different. Please contact us at pondprousa@gmail.com to assist in sizing and location if needed.

Each De-Icer boasts the following staples of Kasco equipment:

• Longer-life top and bottom ball bearings
• Environmentally friendly oil-filled motor with a hard-face internal mechanical seal and external lip seal for protection against leaks.
• Flood oil lubricated for excellent heat dissipation.
• Highly efficient, lower power consumption than competitive equipment
• Superior dependability in salt-water or other corrosive environments. All external metal motor, float, and hardware components are of stainless steel composition and protected by a sacrificial zinc anode.
• Requires minimal maintenance. We recommend cleaning the stainless steel motor housing once or twice per year and replacing the sacrificial zinc anode when visibly corroded.
• Extremely efficient and productive operation generating excellent flow per kW of power used
• ETL listed to stringent UL and CSA Safety Standards
• Made with pride in the U.S.A.

Please note: Dock mount is sold separately