6.5
Cleaning
a) Air Coils
Remove the dirt with a brush, a vacuum cleaner or compressed air. Use a fin comb with
the appropriate number of fins per inch, in order to correct the spacing and eventual
crushing of the coils.
b) Condensate Drains
Periodically, check the conditions of the condensate draining lines. Circulate clean water
and check their operation, the existence of crushing or obstructions.
6.6
Condensate Tray
A single piece of high-impact polyethylene designed to allow a proper condensate outflow,
preventing the discomfort caused by the water stagnation and the formation of mold.
6.7
Thermal Insulation
The panels and the cabinet frame are thermally and acoustically insulated with
closed cell expanded polyethylene and aluminum film.
6.8
Pulley Setting and Positioning of the Fan Motor
The motor pulley of the ventilation module is variable,
that is, its primary diameter varies according to the
number of revolutions on its mobile surface.
-
In order to achieve the maximum available static
pressure, we must "close" the pulley so that its
diameter gets bigger.
-
To achieve the minimum value, we must do the
opposite, that is, to "open" the pulley to reduce
its diameter.
Depending on the Evaporator assembly, it will be
necessary to change the belts.
Table 4 below, indicates it:
Table 4 – Position of the Pulley Assembly
ASSEMBLY
FAN OUTLET
Vertical
Vertical
Horizontal
Horizontal
The ventilation module is produced in the vertical
position and with a vertical air discharge. In case it is
required that the evaporator remains in the horizontal
assembly position, change the motor position and
consequently the belt model.
46
M A N U A L D E I N S TA L A C I Ó N , O P E R A C I Ó N Y M A N T E N I M I E N T O
057
Vertical
A29
Side
A24
Vertical
A29
Side
A24
Picture 7 – Fan motor
FC5
072
090
120
A28
A30
A35
A22
A26
A27
A28
A30
A33
A22
A26
A27
If the assembly is horizontal and the air discharge
downwards, the motor shall remain in the vertical
position.
150
180
B32
B30
B36
B36
B34
B34
B35
B35