Full Inverter Swimming Pool Heat Pump for Above and In Ground Pools - FH285-i 85,000 BTU

The FH285-I heat pump from FibroPool features next-generation, full inverter technology, allowing it to warm your pool from even lower temperatures while consuming less electricity. Powered by clean electricity, this pump reduces the harmful environmental effects and operating costs associated with traditional gas or propane heaters. Instead, it efficiently moves heat from the air into the water, saving you money and requiring minimal maintenance.

This heat pump is compatible with in-ground pools up to 17,500 gallons and above-ground pools up to 27 feet round or 18 by 33 feet oval. It performs best in humid climates down to 55 degrees Fahrenheit, while dry climates are better served by a traditional gas heater.

The weather-resistant chassis is designed to withstand outdoor elements season after season, and the compact 26"x26"x31" profile offers a wide range of mounting options. Installation is made easy with the included fittings, and the digital control panel with easy-to-read display allows for quick temperature setting and monitoring. Wi-Fi and app integration further enhance convenience, enabling you to make adjustments from your smartphone.

Meticulously engineered, FibroPool heat pumps utilize high-pressure differential compressors and titanium heat exchangers to achieve industry-leading energy efficiency. You can enjoy extended swimming seasons without worrying about a spike in your electric bill, as the FH285-I is designed to be the most efficient in its class.

The FH285-I heat pump from FibroPool leverages next-gen inverter technology to provide clean, energy-efficient heating for your pool. With its rugged construction, user-friendly controls, and high-efficiency design, this pump delivers reliable performance and long-term cost savings. Whether you have an in-ground or above-ground pool, the FH285-I is a smart choice for extending your swimming season in a sustainable and budget-friendly manner.

product information: