CONNECTIONS
The selection and sizing of the hydraulic lines is delegated responsibility
for the designer who must operate under the rules of good practice and
legislation .
- Position the hydraulic lines
- Tighten the connections using the "key against key" (Fig 1)
- Check for leakage
- Coat the connections with insulating material
The hydraulic lines and joints must be thermally insulated . Avoid partial
insulation of pipes .
Do not over tighten to avoid damaging the insulation .
PIPES AND DRAINING OFF CONDENSATION
For the production of the condensate discharge
pipe it is preferable to use a rigid PVC ø 32 mm
inner tube .
Mod . 400 400-4T
- The units are equipped with a
pump which is able to guarantee a
rise in condensation water from the
bottom of the unit (as shown in the
figure) not exceeding 500 mm for
the 400 and 400-4T models; and
750 mm for other models (Fig .3-A) .
- To drain the water to a higher level
of the unit, install an auxiliary con-
densate drain pump with collector
tray and level regulator
-For a regular discharge of con-
densation it is necessary that the
drain hose has an inclination of 1%
downwards without bottlenecks or
ascending tracts (Fig .3-B) .
-In addition, have a deep siphon
of at least 50 mm to prevent bad
smells in the environment (Fig .3-
C) .
-For more than one unit installed in
a room, the condensate drainage pipe must be as in (Fig.3-D). The main manifold must be dimensioned to drain
all the units at the same time .
-The pipes must be covered with anti-condensate materials, eg polyurethane, polypropylene, neoprene or expan-
ded foils of 5-10 mm thick.
14
INSTALLATION
Fig . 2
A
>200 mm
1%
B
C
D
The position of the trunks is shown in Fig.2.
Mod . 600-850-1500 750-4T
max 500 mm
Fig . 1
Fig . 3