Valhalla Sauna 1205A poplar wood

Product detailed description

10mm ESG safety glass (Doors 8mm)

Version in high-quality light poplar wood (real wood)

Wall thickness 45mm (including insulation). This allows for higher temperatures with lower energy consumption. Heat additionally stays in the cabin longer.

Thanks to our modular system with element widths of 600mm on the walls and roof (not applicable to glass), this sauna can be easily and quickly built.

incl. Sauna bench

Ceiling lighting with colored light

9kW sauna stove Harvia Vitra

Two individually controllable full-spectrum infrared radiators with 350W for deep goods (Sentiotec)

Thermometer and hourglass

Infusion bucket + ladle

Computer-controlled control panel

Climate control

2660mm x 1980mm x 2200mm (length x width x height)

The number and size of the rear panel elements used may differ from the image depending on the desired size. The exact structure can be found in the data sheet.

Own stock of spare parts and competent technical support. Service for spare parts is also available after the warranty period.

Infrared radiators

The full-spectrum reflectors we use from Vitae by Sentiotec (Harvia) provide efficient use of thermal radiation. The built-in reflector achieves very good and uniform radiation distribution. Heating is not necessary, as maximum conduction is achieved immediately. We have sized the reflectors exactly the same as the area being irradiated (but not the back of the head). The strength of the radiation can be individually controlled using a control element located directly at the radiator.

What are full-spectrum radiators?

Unlike conventional infrared radiators, full-spectrum radiators cover the entire infrared spectrum. In addition to long waves, they also emit short-wave infrared rays. Due to the proportion of infrared radiation A, particularly high penetration depth is achieved with full-spectrum radiators. Conventional infrared radiators, on the other hand, only heat the main surface. The Sentiotec (Harvia) radiators we use are therefore a particularly effective infrared system.