Immergas EOLO MYTHOS DOM 10 1E, Инструкция и книга предупреждений

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14
1-19
C
42
C
52
1-20
1-22
C
82
1-21
1
8
10
6 6
7
3
2
S
A
4
5
8
9
C
82
INS
TALLER
US
ER
MAINTEN
AN
CE TECHNI
CI
AN
m
ax. 45%
pipe and Immergas insulated “Blue Series” flue
kits must be used.
tallation requests a development of the flue to the
discharge that exceeds the recommended 12 m,
due consideration must be given to the formation
of condensate that could take place inside the
Attention:
the boiler is designed to evacuate
the combustion products up to a maximum
extension of 27 linear metres from the exhaust,
with 1 m plus 90° bend at the intake. If the ins-
The kit includes:
N°1 - Exhaust gasket (1)
N°1 - Flange gasket (2)
N°1 - Female intake flange (3)
N°1 - Female exhaust flange (4)
N°1 - Anti-pulse plate (5)
N°2 - 90° bends Ø 80 (6)
N°1 - Intake terminal Ø 80 (7)
N°2 - Internal wall sealing plates (8)
N°1 - External wall sealing plate (9)
N°1 - Exhaust pipe Ø 80 (10)
Maximum usable lengths
(including intake terminal with grill and two 90° bends)
NON-INSULATED PIPE INSULATED PIPE
Drain (metres) Intake (metres) Drain (metres) Intake (metres)
1 36.0* 6 29.5*
2 34.5* 7 28.0*
3 33.0* 8 26.5*
4 32.0* 9 25.5*
5 30.5* 10 24.0*
* The air intake pipe can be increased to 2.5 metres if the exhaust bend is
eliminated, 2 metres if the air intake bend is eliminated, 4.5 metres elimi-
nating both bends.
11 22.5*
12 21.5*
• The figure (Fig. 1-21) shows the configuration
with vertical exhaust and horizontal intake.
• Extensions for separator kit Ø 80/80. The max.
vertical straight length (without bends) usable
for Ø 80 intake and exhaust pipes is 41 metres
of which 40 intake and 1 exhaust. This total
length corresponds to a resistance factor of 100.
The total usable length obtained by summing
the Ø 80 intake and exhaust pipe lengths can
reach, as a maximum, the values provided
in the following table. If mixed accessories or
components are used
, the maximum extension
can be calculated by using a resistance factor
for each component or its equivalent length.
The sum of these resistance factors must not
exceed 100.
eds) and replace it with the flange (3), positioning
the gasket (2) already present in the boiler and
tighten using the supplied self-threading screws.
Fit the male end (smooth) to the bends (6) in the
female end of the flanges (3 and 4). Fit the intake
terminal (7) with the male section (smooth)
in the female section of the bend (6) up to the
stop, ensuring that the internal and external wall
sealing plates are fitted. Fit the exhaust pipe (10)
with the male end (smooth) in the female end of
the bend (6) up to the stop, making sure that the
internal wall sealing plate has been fitted, this will
ensure sealing and joining of the kit elements.
• Installation clearances (Fig. 1-20). The mini-
mum installation clearance measurements of
the Ø 80/80 separator terminal kit have been
stated in some limit conditions.
1.13 SEPARATOR KIT INSTALLATION.
Type C configuration, sealed chamber and
fan assisted.
This kit allows air to come in from outside
the building and the exhaust to exit from the
chimney, flue or intubated duct through divided
flue exhaust and air intake pipes. Combustion
products are expelled from pipe (S). Air is taken
in through pipe (A) for combustion. Both ducts
can be routed in any direction.
Separator kit Ø 80/80.
Kit assembly (Fig. 1-19):
install the flange (4) on the central hole of the
boiler inserting the gasket (1) and tighten using
the hex head and flat tip screws contained in the
kit, insert the anti-pulse plate up to the stop (5).
Remove the flat flange present in the lateral hole
with respect to the central one (according to ne-