Fagor ADVANCE CONCEPT, Technical Manual

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7 7 7 7....---- Ignition control: Ignition control: Ignition control: Ignition control: Depending on the number of
burners, the number of ignition controls also varies.
For example:
For example: For example: For example:
061
061 061 061: CONVECTION ignition control (X 1)
101
101 101 101 : CONVECTION ignition control ( X1 )
102
102 102 102 : CONVECTION ignition control ( X1 )
201
201 201 201 : CONVECTION ignition control ( X2 )
202
202 202 202 : CONVECTION ignition control ( X2 )
Similarly for the GAS valves
GAS valves GAS valves GAS valves
8. 8. 8. 8.---- GAS valve (SIT) (Specifically for 50 Hz or GAS valve (SIT) (Specifically for 50 Hz or GAS valve (SIT) (Specifically for 50 Hz or GAS valve (SIT) (Specifically for 50 Hz or for 60 Hz) for 60 Hz) for 60 Hz) for 60 Hz)
GAS PATHWAY
GAS PATHWAY GAS PATHWAY GAS PATHWAY
This small diagram shows the GAS pathway with details of where the GAS and AIR mixture takes place.
As soon as the CHAMBER CARD
CHAMBER CARD CHAMBER CARD CHAMBER CARD detects, via the CHAMBER TEMPERATURE PROBE CHAMBER TEMPERATURE PROBE CHAMBER TEMPERATURE PROBE CHAMBER TEMPERATURE PROBE that the temperature inside the
CHAMBER, pre-established by the user, has not been reached, the chamber card sends a signal to the GAS CARD
GAS CARD GAS CARD
GAS CARD, which
in turn acts on the GAS VALVE GAS VALVE GAS VALVE GAS VALVE. This allows the GAS to pass to the MIXER/BLOWER MIXER/BLOWER MIXER/BLOWER MIXER/BLOWER unit where the correct GAS – AIR
mixture takes place, as required for perfect combustion in the burner thanks to the spark generated by the SPARK PLUG SPARK PLUG SPARK PLUG SPARK PLUG.