11
Chimney design
The chimney design is according to DIN EN 13384 - 2
or to the specific national regulations.
Necessary data
Closed operation:
●
Nominal thermal output ................................. 6,0 kW
● Waste air mass flow rate
............................... 5,1 g/s
●
Waste air temperature ................................... 300 °C
● Minimum delivery pressure at
nominal thermal output ....................................12 Pa
Combustion air supply
It must be ensured that adequate combustion air is
available. If necessary, it must be fed from the out-
side. Please contact your local master chimney sweep,
specialist trader or skilled tradesman for professional
advice.
For room-air independent operation, comply with the
instructions on the supplemental sheet „Room-air inde-
pendent stove Telica Compact“.
Important:
The combustion air inlet and convection air open-
ings may not be closed or covered!
When the device is not in use, if there is room-air
independent or external combustion air supply, the
shutoff flap of the combustion air duct or the air
slide valve on the device must be closed, other-
wise due to continuous circulation of the cold com-
bustion air, room heat is lost through the chimney,
and increased condensation can occur on the cold
combustion air ducts.
External combustion air connection
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.
Use the Olsberg combustion air pipes with sealing lip.
Installing the stove
The floor on which the stove is installed must be even
and horizontal. The stove may only be installed on an
adequate loadbearing floor. The stove can be stood on
a metal floor sheet or glass sheet to protect the flooring.
If the flooring or carpet is inflammable, a stable, heat
proof base must be used. This must extend 50 cm to
the front and 30 cm to each side beyond the edge of
the combustion chamber opening.
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 modifications:
- Erase the cover on the back panel.
- Unscrew the sealing cap at the back. Use a screw-
driver to secure the screws through the connection
pipe from turning too.
- Unscrew the connection pipe through the rear
hole.
- After successfully changing the sealing cap/con-
nection pipe close off the hole in the top cover with
the enclosed insertable cap.
●
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 20 cm and rear 15 cm
●
Install the pipe lining (provided on site) in the chim-
ney. The connection height can be individually spec-
ified 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 fits 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 specification 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.
