Powerful and Efficient Sauna Heating
The Harvia KIP60B is a high-performance 6kW electric sauna heater designed to deliver consistent, reliable heat for sauna rooms ranging from 170 to 300 cubic feet. Its industrial-grade heating elements ensure rapid warm-up times and long-lasting durability, making it an excellent choice for both residential and light commercial use. Crafted in Finland, this heater embodies Harvia’s renowned quality and precision engineering.
Stainless Steel Durability
Built with premium stainless steel, the KIP60B resists corrosion and withstands high temperatures, ensuring years of trouble-free operation. The sleek, modern design blends seamlessly into any sauna environment while providing robust performance. Its wall-mounted configuration saves floor space, making it ideal for compact or custom sauna installations.
Convenient Built-In Controls
Enjoy effortless operation with the KIP60B’s integrated controls, allowing you to adjust temperature and timing without additional wiring or external panels. The user-friendly interface ensures a hassle-free sauna experience, putting you in complete control of your relaxation session.
Authentic Finnish Sauna Experience
Designed for traditional löyly (steam) sessions, this heater requires 50 lbs of sauna stones to create the perfect steam when water is poured over them. The efficient heat distribution ensures an even, enveloping warmth, replicating the authentic Finnish sauna experience in the comfort of your home.
Reliable and Easy to Maintain
Harvia’s commitment to quality shines through with serviceable heating elements, simplifying maintenance and extending the heater’s lifespan. Backed by a 2-year warranty, the KIP60B offers peace of mind and long-term value for sauna enthusiasts.
Ideal for Medium to Large Saunas
Whether you’re upgrading an existing sauna or building a new one, the KIP60B’s 6kW output makes it perfect for medium to large spaces. Its 240V/1PH operation ensures compatibility with standard residential electrical systems, providing powerful performance without complex installation requirements.
