Idiomas disponibles
Idiomas disponibles
c)
Extinguish the fire using carbon dioxide fire-fighting means (CO
d) Seek immediate intervention of FIRE BRIGADE.
DO NOT ExTINGUISH FIRE USING WATER JETS. When the flue does not burn any more please arrange an examination by a
specialist in order to find possible cracks and permeable points.
BEAM PROTECTIONS
Considering the irradiation of the hearth, it is necessary to be particularly careful in protecting the beams while designing your stack.
Consider the proximity of beams to the external surfaces of the hearth, on one side, and the irradiation of the glass door, usually very
close to the beams, on the other side. In any case, it has to be considered that the internal or lower surfaces of this beam in flammable
material must not come in contact with temperatures higher than 65 °C.
WARNING: We cannot be made liable for a wrong operation of the plant, when it does not comply with the provisions
of these instructions or when it uses additional products not suitable for this device.
TECHNICAL DESCRIPTION
The appliance is made up of a series of cast-iron elements joined to one another by a fixed joint, while the seal is assured by
refractory putty. The assembly is supported by tie rods and nuts located outside the heating body and coated with a carter made of
varnished and galvanized sheet heat-resistant.
The appliances are equipped with an integrated air circuit for the recovery of the heat made up of deflectors (radiant fins) on all
external surfaces of the heating body. The appliances are equipped with a hearth with double thickness part.
The appliance works as an intermittent operating appliance.
The insert is equipped with a sight door with ceramic glass (resistant up to 700°C). This allows a charming sight on burning flames.
Moreover, in this way, any possible leak of sparks and smoke is avoided. Under the hearth grating there is a easily extractable ash
drawer, also when the appliance works.
ACCESSORIES
The heating of the room occurs:
by convection: the passage of air through the coating and the covering hood releases heat in the room.
a)
by convection: the passage of air through the coating and the covering hood releases heat in the room.
b)
by radiation: through the sight glass and the steel body, heat is radiated into the room.
The device is equipped with registers of primary and secondary air, with which it is possible to adjust the combustion air.
1A - PRIMARY air register
With the air register located under the door of the hearth (on the left), it is possible to adjust the air flow through the ash drawer
and the grating in direction of the fuel. The primary air is necessary for the combustion process during the ignition. When the
knob is completely on the left, the register is closed, when the knob is completely on the right the register is opened.
The ash drawer has to be emptied regularly, so that ash cannot hinder the intake of primary air for the combustion. Primary air
is also necessary to keep fire live.
During the combustion of wood, the primary air register must be opened only a few, since otherwise the wood burns quickly and
the device can overheat (see chapter NORMAL OPERATION).
2A - SECONDARY air register
On the door of the hearth to the right, there is a secondary air register.
This valve must be opened (and therefore shifted to the right), in detail, for the combustion of wood, so that unburnt carbon can be
subject to a post-combustion, increasing the yield and assuring the cleaning of the glass (see chapter NORMAL OPERATION).
3 - Smoke valve register
Combustion is not always regular; as matter of fact both atmospheric conditions and outside temperature can influence it by modifying
the depression in the stack. For this reason, all inserts are equipped with an adjustable smoke valve with automatic opening allowing
an optimal adjustment of the draught.
Through the lever located on the bottom left, it is possible to position the smoke valve correctly (all to the left = all open). Should the
door open independently from its position, the smoke valve opens automatically.
The adjustment of the registers necessary to reach the rated calorific yield is the following one:
Hourly consumption ( kg/h )
INSERTO 60
INSERTO 70
INSERTO 70
H49
POKER
SERIES
(Picture
8)
(Picture
8)
PRIMARY AIR
CLOSED
2
CLOSED
3
CLOSED
3
dust).
2
Picture 2
gives some examples of execution.
GLOVE
SERIES
SECONDARY AIR
OPENED
OPENED
OPENED
ENgLIsH
TERTIARY AIR
Smoke valve register
NO
CLOSED
NO
CLOSED
NO
CLOSED
21
