BIO, BIOA, ZIO - Combustion 911
BIO, BIOA, ZIO - Combustion 911
BIO, BIOA, ZIO - Combustion 911
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10<br />
4 Function<br />
The burner control unit opens the gas and air control valves.<br />
Gas flows through the gas connection flange and air flows<br />
through the burner housing as far as the nozzle-mixing burner<br />
head.<br />
The combustible gas/air mixture is produced downstream of<br />
the burner head. Slots and holes in the air disc vary the degree<br />
and manner of twisting of the combustion air and determine<br />
the flame geometry. Depending on the gas type, the geometry<br />
of the gas nozzle varies.<br />
The gas/air mixture is electrically ignited directly by an ignition<br />
electrode or an ignition lance. A flame forms which is<br />
monitored using an ionization electrode or optionally using<br />
the UV sensor.<br />
The choice of the respective combustion chamber material<br />
and geometry is primarily determined by the process.<br />
Using burner quarls, almost any flame shape and outlet velocity<br />
can be achieved.<br />
For low-temperature applications, a combustion chamber<br />
made of heat-resistant steel can be used. The flame burns<br />
inside the metal burner attachment tube.<br />
<strong>BIO</strong>, <strong>BIO</strong>A<br />
<strong>ZIO</strong><br />
Burner insert<br />
Gas<br />
Burner housing<br />
Burner insert<br />
Gas<br />
Air<br />
Burner housing<br />
Air<br />
Burner head<br />
Burner tube<br />
Burner head<br />
Burner tube<br />
Burner head<br />
Ignition electrode<br />
Ionization electrode<br />
Gas nozzle<br />
<strong>BIO</strong>, <strong>BIO</strong>A, <strong>ZIO</strong> · Edition 05.10