All-in-one Therm 5.5kw Flo Thru Heater [15" X 2"] [230v] [w/box] [cal Spas] [generic] (c2550-0011) Gadget [UruLAqHW]

Therm 5.5kW Flo Thru Heater: Perfect Spa Solution

The Therm 5.5kW Flo Thru Heater is a premium replacement for Cal Spa XL Exchanger, designed to provide efficient and reliable heating for your spa. This in-line flow thru replacement offers a seamless integration into your spa system, ensuring optimal performance and comfort. With its robust 2" x 15" stainless steel housing and dual thermowell grooves, the heater is built to withstand the demands of regular use, while the included metal box adds a layer of protection.

Key Features and Specifications

The Therm 5.5kW Flo Thru Heater boasts a number of standout features that make it an ideal choice for your spa. Here's what sets it apart:

• Powerful Performance: With a 5.5kW heating capacity, this heater delivers rapid and consistent heat distribution, ensuring that your spa water is warm and inviting.
• Sturdy Construction: The durable 2" x 15" stainless steel housing, along with the 2" slip tailpieces, guarantees long-lasting performance and resistance to corrosion.
• Technical Details: The heater includes a dual thermowell grooves with cover and a 1/8" NPT pressure switch tap, providing precise temperature control and safety.

Benefits and Applications

The Therm 5.5kW Flo Thru Heater is not just a heating solution; it's an investment in your spa experience. Here's how it can enhance your daily life:

• Enhanced Comfort: With its quick and even heating, this heater ensures that you can enjoy a warm, relaxing soak in your spa year-round.
• Reliable Performance: Therm Products has been a leader in the hot tub industry for over 40 years, offering reliable and high-quality products that you can trust.

Whether you're a spa enthusiast or a professional installer, the Therm 5.5kW Flo Thru Heater is a versatile and essential addition to your spa system. With its advanced features and durable construction, it's designed to deliver years of trouble-free operation.