BIO, BIOA, ZIO
BIO, BIOA, ZIO
BIO, BIOA, ZIO
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Application > Examples of application<br />
6<br />
DG..VC<br />
AKT GFK AKT<br />
DL..A<br />
+ FLS<br />
M<br />
VAS<br />
VAS<br />
VAG<br />
M<br />
IC 20<br />
+ LFC<br />
GEH<br />
EKO<br />
<strong>ZIO</strong>, <strong>BIO</strong>, <strong>BIO</strong>A<br />
1.1.3 Continuous control with<br />
pneumatic ratio control system<br />
The burner is designed for near-stoichiometrical<br />
operation and a control<br />
range of 1:10 with its special burner head<br />
construction for CO2-optimised combustion.<br />
In combination with the cascade<br />
control system, the burner is capable of<br />
operating even with very low connection<br />
ratings, control ranges of 1:45 can be<br />
achieved.<br />
DG..C<br />
IC 20 + BVA<br />
LEH<br />
EKO<br />
AKT<br />
VAG+VBY<br />
MB 7 + BVHM<br />
GEH<br />
EKO<br />
LEH<br />
EKO<br />
<strong>BIO</strong>, <strong>BIO</strong>A, <strong>ZIO</strong><br />
1.1.4 Staged control with pneumatic<br />
ratio control system<br />
The high output pulse at the burner generated<br />
by this type of control produces<br />
a uniform temperature distribution and<br />
good circulation of the furnace or kiln<br />
atmosphere, e.g. in heat treatment furnaces<br />
in the iron and non-ferrous metal<br />
industries or kilns for heavy-clay and fine<br />
ceramics. The pneumatic air/gas ratio<br />
control system offers maximum safety by<br />
an air deficiency cut-out, with a constant<br />
lambda value being maintained while<br />
the air pressure varies.<br />
<strong>BIO</strong>, <strong>BIO</strong>A, <strong>ZIO</strong> · Edition 12.08