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VENTILATION
The ventilation of the sauna room should be efficient enough to accommodate burning
requirements (one kilogram of wood requires 211 - 353 ft
burn). The fresh incoming air should be directed as close to the sauna stove as possible.
For a healthy and pleasant sauna experience, it is important that proper air circulation
is ensured in the sauna room during sauna use. You can find instructions on the proper
sauna ventilation solution on
HUUM's website: huumsauna.com "HUUM Blog - Sauna ventilation"
After using the sauna, the room should be ventilated to get rid of excess humidity.
ATTENTION!
The use of forced ventilation can cause room air exchange problems
and insufficient combustion air in the hearth. Before installing and using the sauna
stove, make sure that the existing ventilation system allows the use of the hearth. If
necessary, contact the HVAC engineer or sauna installer for more information.
Ø 4-6" /
50-
100mm
8"/ 200mm
Figure 11. Gravity-based ventilatsion in a wood-fired sauna
A
B
Ø 4-6" /
50-
100mm
min.8"/200mm
Figure 12. Mechanical ventilation in a wood-fired sauna
14
Ø 4-6" /
50-100mm
(6 - 10 m³)of oxygen-rich air to
3
Ø 4-6" /
50-100mm
Ø 4-6" /
50-100mm
max. 24" /600 mm
min. 16" /400 mm
Ø 4-6" /
50-100mm
Ø 4-6" /
50-100mm
max. 24" /600 mm
min. 16" /400 mm
Supply air pipe
Exhaust air pipe
(always open)
Drying pipe
(closed during a
sauna session)
Supply air pipe
A
(option
)
Supply air pipe
B
(option
)
Exhaust air pipe
(always open)
Drying pipe
(closed during a
sauna session)
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