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Chimney design
The chimney design is according to DIN EN 13384 - 2
or to the specic national regulations.
The chimney must comply with the temperature class
T400.
Necessary data
Closed operation:
Nominal thermal output ................................. 5,0 kW
Waste air mass ow rate ............................... 4,3 g/s
Waste air temperature ................................... 275 °C
Minimum delivery pressure at
nominal thermal output .................................... 12 Pa
Combustion air supply
The Iriga Compact stove can be operated convention-
ally, dependent on the ambient air as well as independ-
ent of the ambient air.
It must be guaranteed that there is enough combustion
air available for the stove. For the proper function of the
stove, a necessary combustion air volume current of
15,6 m³/h must be considered.
Ambient air independent
combustion air connection
By an ambient air independent operating mode, the
combustion air must be added from outside through a
leak-proof line or through a supply duct in the chimney.
Thus, speak with your district chimney sweep master.
Due to energy saving reasons, the combustion air in-
let should be able to be blocked if the stove is not being
operated. This can occur through a shut-off valve in the
combustion air line or through the air slide valves on
the stove. If a shut-off valve is used, this must be clear-
ly identied with CLOSED/OPEN.
Through the shutoff, it is avoided that heat is removed
from the set-up room through the constant circulation
of cold combustion air and cold combustion air lines
may lead to an increased formation of condensation.
Attention:
The combustion air line may not be closed during
operation!
In order to feed the combustion air to the stove exter-
nally via a pipe instead of from the room in which it is in-
stalled, it is possible to screw a Ø 125 mm combustion
air pipe to the back of the stove or at the bottom. If the
combustion air pipe installed is longer than 3 m, calcu-
lations will have to be carried out to verify an adequate
supply of combustion air. At extremely low outdoor tem-
peratures, condensation can occur on the combustion
air duct. For this reason it must be insulated with a suit-
able insulating material. Observe the rules of the oven
and air heating construction craft.
Use the Olsberg combustion air pipes with sealing lip.
Installing the stove
The oor on which the stove is installed must be even
and horizontal. The stove may only be installed on an
adequate loadbearing oor. The stove can be stood
on a metal oor sheet or glass sheet to protect the
ooring.
If the ooring or carpet is inammable, a stable, heat
proof spark protection plate must be used. This must
extend 50 cm to the front and 30 cm to each side be-
yond the edge of the combustion chamber opening.
Under the stove no spark protection plate is required.
Assembly sequence
The Ø 150 stovepipe connection can be installed at
the top or rear. The stove is supplied ready for con-
nection from above. If you wish to connect it at the
rear, the following steps must be carried out to make
the necessary modications:
- Break out the cover in the back panel.
- Replace the connector sleeve and the sealing
cover.
Decide where the stove is to be installed. There
must be no objects made of combustible materials
within a distance of 80 cm of the stove’s radiation
area, measured from the combustion chamber’s in-
spection glass, nor may any be placed within this
area subsequently.
Minimum distance from combustible or load-
bearing walls: lateral 18 cm and rear 30 cm
Install the pipe lining (provided on site) in the chim-
ney. The connection height can be individually spec-
ied for a top stovepipe connection, however should
not exceed 1.5 m from the connector sleeve. For the
rear stovepipe connection heights please refer the
“Technical Data“ chapter. No combustible material is
permitted within a radius of 20 cm around the stove
pipe.
Connect the stovepipe at both connection points
with stove putty so that the stove pipe is permanent-
ly sealed.
Push the stove onto its planned position and orient it
so that the stovepipe ts into the pipe lining.
The stovepipe connections must be tight. The
stovepipe must not protrude into the chimney.
Bear in mind that on partition walls in accordance
with test specication EN 13240 the temperature
of 85°C can be reached, and with light wallpaper
or similar combustible construction materials this
can result in colour changes.
11

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