Hayward W3H150FDN Universal H-Series Natural Gas 150,000 BTU Low NOx Heater | High Performance Pool Heating

Out of stock
SKU: W3H150FDN
Length: 29.5 in Width: 19 in Height: 24 in
Regular price $2,409.00

Hayward Universal H-Series Natural Gas Pool Heater. Engineered for high performance and energy efficiency, this 150,000 BTU heater is ideal for pools and spas of all types and sizes. Complying with stringent air quality emission standards, it provides reliable and environmentally friendly heating solutions for your pool.

  • Superior Performance: Equipped with a cupro-nickel heat exchanger, this heater offers exceptional corrosion resistance and efficient heat transfer, making it perfect for saltwater and chemically treated pools.

  • Energy Efficiency: Designed with an innovative hydraulic system, it reduces pump circulation run time, saving up to 18% on energy costs.

  • Easy Installation: Features 2” x 2 1/2” CPVC union plumbing connections and adaptable voltage for both 110V and 220V setups, ensuring a seamless installation process.

  • User-Friendly Control: The intuitive LED control panel provides clear digital temperature readouts and diagnostics for easy monitoring and adjustments.

  • Low NOx Emissions: Meets clean air quality standards, making it an eco-friendly choice for the environmentally conscious pool owner.

Invest in the Hayward Universal H-Series Pool Heater to enjoy a longer swimming season with warm, inviting pool water. Its robust construction and advanced features ensure reliable operation, minimal maintenance, and optimal energy efficiency. Ideal for both new installations and retrofits, this heater delivers unparalleled performance and value.

Specifications:

  • Heating Capacity: 150,000 BTU/hr

  • Warranty: 3-year parts warranty

  • Flow Rate: 20-125 GPM

  • Thermal Efficiency: 82.7%

Transform your pool experience with the Hayward Universal H-Series Natural Gas Pool Heater. Enjoy the benefits of a warm pool, increased energy savings, and peace of mind with its low environmental impact.