IDROFLEXA THERMO-STOVES FUNCTIONING LAYOUT
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The Idroflexa thermo-stove functioning principle is based on the combustion of pellets, which takes place in a completely automated manner; it heats water for radiators, which is then sent to the home system by a pump.
The fuel (pellets) is transferred from the storage hopper (A) to the combustion chamber (D) by means of a feed screw (B), which is driven by a gear motor (C). The pellets are ignited by the air that is heated by an electrical resistance (E) and drawn into the combustion chamber by a centrifugal fan (M). The fumes produced during the combustion process are extracted from the hearth by the same centrifugal fan (M) and expelled through the outlet (F) located on the lower part at the back of the boiler-stove.
The ash falls into the pan (I) where it gathers for emptying. The hearth is realised with an internal structure in aluminium/cast iron and is closed frontally by two overlapping panes:
- external glass ceramic door
- an inner door made from ceramic glass which is in direct contact with the fire.
The pellet hopper is at the top of the boiler-stove.The hopper is filled through a lid found at the back of the top.
The water in the boiler-stove is heated and sent to the heating system by the pump built into the boiler-stove.
The boiler-stove has a built-in closed expansion tank and overpressure relief valve.
Fuel quantity, smoke extraction and combustion air supply and pump operation are all controlled by an electronic control board, which is equipped with Galileo system software to achieve high combustion efficiency and low emissions.
The synoptic panel (L) is installed on the top, through which all phases of operation can be displayed and controlled.
The main phases can be managed via the optionally supplied remote control. |
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