General Information

Nominal heat output test - all Rüegg fireplaces (Download PDF)

 

Air Regulator Position

The combustion air is adjusted by the air regulator below the glass ceramic panel. The dimension refers to the dimension between the handle and the tile stop. Figure 1 and Figure 2 specifically show the dimension.
For round appliances, the dimension refers to the distance between the handle and the full opening. Figure 3 shows the specific dimension.
To set the combustion air correctly, the air regulator must always be moved from the open position to the specified dimension

Air Regulator Position 1


Figure 1: Air reglulator position

Air Regulator Position 2


Figure 2: Air reglulator position

Air regulator position round units 
Figure 3: Air regulator position round units 

Flue Gas Damper Position

Flue Gas Damper Position

The position of the flue gas damper is indicated as an angle. 0 degrees is considered closed. 90° is considered open. In order for the flue gas damper to be set correctly, the flue gas damper must always be moved from the open state to the specified dimension. In rare cases it may happen that the flue gas damper moves during combustion. In this case, the flue gas damper must be locked in place. Figure 4 shows a symbolic representation of a flue gas damper.

Figure 4: Symbolic flue gas damper


Embers Preparation During the Nominal Heat Output Test

Depending on the appliance, there are different inlet openings for the combustion air. These inlet openings must not be covered when starting the combustion. Above a certain ember height, a slope is required. This is shown symbolically in Figure 5.

Symbolic embers preparation
Figure 5: Symbolic embers preparation

Procedure for Nominal Heat Output Test

Ignition

The aim of ignition is to generate a sufficiently high combustion chamber temperature.
Depending on the appliance, there are different variants for igniting.

Variant A1 Variant A2    
Ignition: A1 Ignition: A2    
Figure 6: Ignition A1 Figure 7: Ignition A2    

Adding Fuel

The aim of adding fuel is to increase the temperature of the combustion chamber. To achieve this, the fuel is added to the burning embers. Depending on the appliance, there are different variants for the placement of the logs.

Variant N1 Variant N2 Variant N3 Variant N4
Figure 8: Adding fuel N1 Figure 9: Adding fuel N1 Figure 10: Adding fuel N3 Figure 11: Adding fuel N4

Start Nominal Heat Output

The embers must be prepared according to the chapter "General information". Place the wood very gently on the embers.
The logs must not be pressed into the embers. Depending on the appliance, there are different variants for placing the logs.

Variant L1 Variant L2 Variant L3 Variant L4
Nominal heat output L1 Nominal heat output L2 Nominal heat output L3 Nominal heat output L4

Figure 12:
Nominal heat output L1

Figure 13:
Nominal heat output L2
Figure 14:
Nominal heat output L3
Figure 15:
Nominal heat output L4
Variant L5 Variant L6 Variant L7 Variant L8
Nominal heat output L5 Nominal heat output L6 Nominal heat output L7 Nominal heat output L8
Figure 16:
Nominal heat output L5
Figure 17:
Nominal heat output L6
Figure 18:
Nominal heat output L7
Figure 19:
Nominal heat output L8
Variant L9 Variant L10    
Nominal heat output L9 Nominal heat output L10    
Figure 20:
Nominal heat output L9
Figure 21:
Nominal heat output L10
   

Nominal heat output test - all Rüegg fireplaces (Download PDF)