English
- INSTALLATION
If the panels are to be mounted on the ceiling in buildings
measuring over four meters in height, the safest and
cheapest way to do this is to use lifting platforms with a
lifting capacity of over 400 kg and which can reach the
highest parts of the building.
These machines can be hired nationally.
Start by securing the suspension ties to the roof. The ties
are not included in the supply. They can consist of chains,
steel cables, threaded bars or other devices.
On the ground, place the insulation on the panels and
secure it by positioning the supplied sockets every two
metres.
Once the insulation is positioned, stack three or four
modules, according to the capacity of the lifting platform,
and load them onto the platform using a forklift truck.
Move the panels onto the roof and attach them, one at a
time, to the previously positioned suspensions.
Once the entire panel has been installed (consisting of
various 4 and/or 6-metre modules), join the head pipes
of two adjacent modules.
The cover of the connector adheres perfectly to the pipes
and also becomes a bright surface.
The presence of shaped plate side edges, the easy in-
sulation installation, the head welding of the perfectly
aligned pipes and the easy insertion of the connector
cover reduce and simplify assembly time and therefore
installation costs.
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Assi in
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Asse in legno
- SLOPES, AIR VENTS, WATER DRAINS
The radiant panels, with the pipes connected to each
other in parallel by means of manifolds, must be installed
as follows:
- the transversal axis, even in the case of horizontal in-
stallation, must slope slightly upwards towards the inlet
connection of the heat transfer fluid;
- the longitudinal axis must slope upwards towards the
inlet connection of the heat transfer fluid;
- the fluid inlet connection is the highest point of the
heating body, in order to facilitate air venting, while the
heat transfer fluid outlet connection is the lowest point
from which it is possible to drain.
The supply pipes of the radiant panels must be designed
in order to absorb the thermal expansions without affec-
ting the heating bodies.
- MANIFOLDS
The manifolds are available with connections measuring:
1/2", 3/4", 1" e 1¼".
Mod.
030
045
060
075
L
300
450
600
750
090
105
120
135
150
900
1050
1200
1350
1500