20
IMPORTANT!
The housing openings (3) each have four predrilled holes for M5 screws
for the installation of the cooling air ducts (1) and (2) that are to be produced.
The following illustration shows the arrangement of the predrilled holes.
1. Remove the protective grilles over the housing openings (3) before fitting the
cooling air ducts (1) and (2)
2. Use M5 screws to fit suitable cooling air ducts (1) and (2) to the housing openings
(3) for supplying and removing the cooling air
Setup indepen-
dent of surroun-
ding air
Duct for removing cooling air
(2)
185 x 425 mm, 7.28 x 16.73 in.
Duct for supplying cooling air
(1)
185 x 425 mm, 7.28 x 16.73 in.
Fig. 12 Fitting the ducts for removing and supplying cooling air
(3)
WARNING!
Inadequate ventilation increases the risk of fire, explosion and
suffocation. Make sure that the installation location is adequately ventilated,
despite the exchange of air with the outside.
The device should ideally be set up, so that it is independent of the surrounding air. This
means that the combustion and cooling air is supplied from the atmosphere, and the
outgoing air from the reaction chamber and cooling system is dissipated into the atmos-
phere.
Information about how to connect a suitable pipe for the outgoing air from the reaction
chamber to the appropriate connection (4) can be found in the „Connecting the reaction
chamber outgoing pipe“ section.
A duct (1) is required for supplying cooling air / combustion air from outside the installa-
tion location. The duct (2) is also required to extract the heated cooling air. The cooling
air ducts (1) and (2) should be designed as follows:
-
To suit the conditions at the installation location
-
With the dimensions shown on the side with the housing openings (3) in the illustra-
tion
-
For a volumetric flow of
700 Nm³/h (25000 cfh) - energy cell 25F
1400 Nm³/h (50000 cfh) - energy cell 50F
(4)
