The chimney system to which the compact boiler is to be connected should meet the applicable
regulations and standards. Both the diameter of the chimney and the material it is made of should be
produced in accordance with DIN EN 13384-1 devices slow-burning.
The compact boiler is characterized by high heat exchange efficiency. This means that the flue gas
temperature in the boiler flue is much lower than in conventional boilers, coal or wood. Low flue gas
temperature at the boiler outlet and its further decrease in the chimney system generate water vapor
condensation on the chimney walls. To avoid the negative consequences of condensation in the
chimney system (e.g. stains and eruptions on the internal walls of rooms directly adjacent to the
chimney, boiler corrosion) , follow these recommendations:
the chimney system should be resistant to the accumulation of moisture ,
made of acid-resistant steel or appropriate ceramic materials,
if we are dealing with a traditional brick chimney , an insulated stainless steel
insert should be used . From To ensure the sound he tightness and reduce the risk of
efflorescence on walls,
condensation drain from the chimney should be provided
WARNING!
The manufacturer is not responsible for any damage caused by plugging
the boiler into an improperly adapted chimney system.
In addition, for the boiler to function properly and without failure with the chimney system:
ensure tight connection of the installation with the boiler flue ,
regularly clean the chimney system,
The diameter of the boiler flue is 120mm. The boiler can be connected to a chimney system of a
different size or shape, but the cross-sectional area must not be smaller than that of the
flue . Connecting to an installation with a larger diameter (than the flue diameter) should be made by
means of a reduction from the chimney system used during the installation.
Figure 15 - Connection to the chimney system - simple 1 - Chimney duct; 2 - Chimney cleaning; 3 - Insulated
connection to the chimney
Summary of Contents for QUAD 10
Page 11: ......
