Sauna Room Ventilation - Harvia KIP-30-B1 Owner's/Operator's Manual

THE SAUNA ROOM SHALL BE PROVIDED WITH PROPER VENTILATION WALL-MOUNTED
HEATERS-MINIMUM CLEARANCES, MIN-MAX SPACE, ADEQUATE VENTILATION
Figure 2.

SAUNA ROOM VENTILATION

The air in the sauna room should change six times
per hour. Figure 2 illustrates different sauna room
ventilation options.
NOTE! Do not place the supply air vent so that the
air flow cools the temperature sensor
2''/50mm min
WOOD FENCE
Figure 3.
2''/50mm
Non-metallic
guardrail
F i gu r e 3 a .
MODEL INPUT
kW
KIP-30-B/W 3.0
KIP-45-B/W 4.5
KIP-60-B/W 6.0
KIP-80-B/W 8.0
Table 1.
4
min. 1000 mm
360°
min.
500 mm
180°
min.
3''/75mm
4''/100mm
5''/125mm
2''/50mm
MIN. HEIGHT FLOOR AREA
Min.
Sq.Ft/
INCHES/MM
m²
10/1
USA:
16/1,5 30/2,8 100/2,8
75/1900
CANADA:
28/2,6 40/3,7 170/4,8
78/1980
40/3,7 65/6
B
A. Placement area for air supply vent (Ø 50 –
100 mm). If mechanical ventilation is used, air
supply vent should be placed above the heater.
If natural ventilation is used, air supply vent
should be placed under or next to the heater.
The diameter of the supply air pipe must be
50–100 mm.
B. Exhaust air vent (Ø 100 – 200 mm). Place the
exhaust air vent near the floor, as far away
from the heater as possible. The diameter of the
exhaust air pipe should be twice the diameter of
the supply air pipe.
C. Optional vent for drying (closed during heating
and bathing). The sauna can also be dried by
leaving the door open after bathing.
D. If the exhaust air vent is in the washroom (Ø
100 – 200 mm), the gap underneath the sauna
door must be at least 100 mm. Mechanical
exhaust ventilation is mandatory.
F i gure 4.
SAUNA ROOM
Max. Min. Max.
Sq.Ft/ Cu.Ft/ Cu.Ft/
m² m³ m³
20/2 84/2,4 130/3,7
210/6
300/8,5
250/7,1 425/12
D
3''/75mm
4''/100mm
5''/125mm
min.
2''/50mm
min.
2''/50mm
7''/178mm
MIN. SPACING FROM
ADJACENT SURFACES,
INCHES/MM
3/75
3/75
4/100
5/125