Condensate draining and ensured discharge
3
2
4
9
5
5
11
100
6
8
7
10
10
12
12
1
Fig. 40: Condensate-, melt-water drainage and
transversely reinforced strip footing (sectional
drawing)
1:
Outdoor module
2:
Leg
3:
Condensation catch pan
4:
Floor bracket
5:
Transversely reinforced strip footing
HxBxD = 300x200x800 mm
6:
Gravel layer for seepage
7:
Condensate drainage-heating
8:
Drainage canal
9:
Protection tube for refrigerant pipes and elec-
trical interconnection (temperature resistant up
to at least 80 °C)
10: Depth of frost penetration
11: Drainag pipe
12: Soll
E
B
B
A D
C
11
1
5
5
8
1
9
3
Fig. 41: Dimensioning of the transversely rein-
forced strip footing (Plan view)
Please see the terms 1,3,5,8,9 and 11 the legend
Dimensioning of the strip footing
Dimen-
sionin
g
Value in mm
A
800
B
200
C
600
D
370
E
400
Condensate draining and ensured discharge
Condensate connection
If the temperature falls below the dew point, con-
densation will form on the finned condenser during
heating operation
.
A condensate drip pan should be installed on the
underside of the unit to drain any condensate.
n
The condensate drain pipe to be installed on-
site must be installed with a in cline of at least
2 % for good drainage. If necessary, fit vapour
density insulation.
n
When operating the system at outdoor temper-
atures below 4 °C, care must be taken that the
condensate line is frost protected. The lower
part of the housing and condensate pan are to
be kept frost free in order to ensure permanent
drainage of the condensate. If necessary, fit
supplementary pipe heating.
n
After completed installation, check that the
condensate drainage is unobstructed and
ensure that the line is leak tight.
REMKO CMF/CMT
40