40
INS
TALLER
US
ER
MAINTEN
AN
CE TECHNI
CI
AN
3.25 COMBUSTION PARAMETERS.
3.26 TECHNICAL DATA.
- The maximum sound level emitted during
boiler operation is < 55dBA. The sound level
value is referred to semianechoic chamber tests
with boiler operating at max. heat output, with
extension of flue gas exhaust system according
to product standards.
NG (G20)
LPG (G31)
Gas nozzle diameter
mm
8,4
6,5
Supply pressure
kPa
1,13
2,75
Flue flow rate at nominal heat output
kg/h
81
82
Flue flow rate at min heat output
kg/h
9
9
CO
2
at Q. Nom./Min.
%
9,40 / 9,10
10,60 / 10,10
CO / CO
2
at Nom./Min. Q. Nom./Min.
-
0,00157 / 0,00001 0,00184/ 0,00001
NO
X
at 0% of O
2
at Q. Nom./Min.
mg/kWh
43 / 17
43 / 21
Flue temperature at nominal output
°C
52
53
Flue temperature at minimum output
°C
48
48
Nominal heat input
kW (MJ/h)
51,3 (204,9)
Minimum heat input
kW (MJ/h)
5,5 (21,9)
Nominal heat output (useful)
kW
49,9
Minimum heat output (useful)
kW
5,0
* Efficiency 80/60 Nom./Min.
%
97,3 / 91,2
* Efficiency 50/30 Nom./Min.
%
106,8 / 99,7
* Efficiency 40/30 Nom./Min.
%
107,4 / 103,5
Heat loss at casing with burner Off/On (80-60°C)
%
0,30 / 0,90
Heat loss at flue with burner Off/On (80-60°C)
%
0,03 / 1,80
Central heating circuit max. operating pressure
kPa
440
Central heating circuit max. operating temperature
°C
90
Adjustable central heating temperature
°C
20 - 85
Head available with 1000 l/h flow rate
kPa (m H
2
O)
60,10 (6,13)
Weight of full boiler
kg
54,2
Weight of empty boiler
kg
51,4
Boiler water content
l
2,8
Electrical connection
V/Hz
230/50
Nominal absorption
A
1,0
Installed electric output
W
155
Pump consumption
W
57
EEI value
-
≤ 0,23 - Part. 3
Fan power consumption
W
79
Equipment electrical system protection
-
IPX5D
Functioning room max. temperature
°C
+50
Functioning room min. temperature
°C
-5
Functioning room min. temperature with anti-freeze kit (Optional)
°C
-15
Flue gas max. temperature
°C
75
NO
X
class
-
5
Weighted NO
X
mg/kWh
39
Weighted CO
mg/kWh
15
Type of appliance
C13 / C33 / C63 / B23p / B33 / B53p
Combustion parameters: measuring conditions
of useful efficiency (flow temperature/return
temperature= 80/60 °C), ambient temperature
reference = 15°C.
- (*) Efficiencies refer to the lower heating value.
