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COMPONENTS OF THE EUTERM CEILING
RADIANT PANELS.
ORIGINAL SOLUTIONS FOR HIGH RADIANT
YIELD.
Besides the use of quality steel, the high yield of
the EUTERM panels is ensured by a production
process which guarantees, over time, perfect
contact between the tubes and the radiant
plate. On request, side anti-convection aprons
can be provided to reduce upwards dispersion
thus further increasing the temperature of the
radiant plate.
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Legend: |
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- |
| 1 |
Connection to press |
| 2 |
Joint cover |
| 3 |
Corner support device |
| 4 |
Radiant plate |
| 5 |
Collector |
| 6 |
Discharge |
| 7 |
Vent location |
| 8 |
Thermal fluid
connection |
| 9 |
Tubes |
| 10 |
Fibreglass
insulation |
| 11 |
Strap |
| 12 |
Covering for insulation |
| 13 |
Side profile |
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VARIOUS TYPES OF MANIFOLDS.
The purpose of the manifold is to connect the
radiant panels to the heating fluid supply circuit.
On the side of the manifold opposite the
threaded attachment there are welded or pressed
panel tubes. The manifolds also have a hole
for air venting and one which may be used for
water discharge.
Depending on the system type of the supply circuit
of the radiant panels, the manifolds may be
of three types:
Standard, with a single attachment, used in
installations where the heating fluid inlet and
outlet are found on opposite sides of each panels.
Diaphragmed, with a dual attachment and
internal diaphragm, used in systems with delivery
and return on the same panels.
Closed, without attachments, used in systems
with delivery and return circuit on the same
panels matched to the diaphragmed manifold. |
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