Heater, FloThru, NuWave Repl, 19″ x 2″, 230v, 5.5kW, Generic | B24055C

Robust 5.5kW Replacement Heater for NuWave Spas

As a retailer of high-quality hot tub parts, I’m excited to offer this heavy-duty 5.5kW flow-thru heater designed as a direct replacement for NuWave Spas. This reliable and powerful heater is the perfect solution for upgrading or repairing your existing NuWave hot tub.

Product Specifications

This 5.5kW replacement heater for NuWave Spas features the following key details:

The robust 5.5kW power output ensures efficient and rapid heating, while the generous 19-inch length of the heater manifold allows for seamless integration with your NuWave Spa’s plumbing system. This heater is built to withstand the demanding environment of a hot tub, ensuring long-lasting performance.

Enhanced Features

Through my research, I’ve discovered several additional benefits that make this NuWave replacement heater a standout choice:

Durable Stainless Steel Construction: The heater’s stainless steel manifold and tailpiece assemblies provide superior corrosion resistance, protecting the unit from the harsh hot tub environment.

Universal Compatibility: While designed as a direct replacement for NuWave Spas, this heater’s generic design allows it to be used as a replacement for a variety of other hot tub brands, offering greater flexibility.

Easy Installation: With its plug-and-play design, this heater can be easily installed as a direct replacement for your existing NuWave Spa heater, minimizing the time and effort required for the upgrade.

Reliable Performance: The high-quality heating element and robust construction ensure efficient and consistent heating, keeping your hot tub at the perfect temperature.

Trusted Reliability

As a trusted retailer of hot tub parts and accessories, I am confident in the quality and performance of this 5.5kW replacement heater for NuWave Spas. With its durable design, efficient heating, and easy installation, this heater is the perfect choice for keeping your NuWave Spa in top condition.