8
GENERAL INFORMATION
1.7
Technical specifications
DESCRIPTION
INSIEME EVO 32
BS/100 LN
Device type
Mixed low temper-
ature heating
C63
Fuel
Heating fuel oil
(light oil)
Rated heat input at furnace referred to HVC (LCV)
35,4 (33,4)
kW
Useful (rated) heat output
32
kW
Maximum useful heat output
P4
(60-80°C)
31,7
kW
30% heat output
P1
with return at 37°C
9,5
kW
Seasonal energy efficiency in central heating mode
B
Seasonal energy efficiency in DHW mode
B
Seasonal energy efficiency in central heating mode
ηs
86
%
Efficiency at rated heat output in high temperature
mode referred to HCV
η4
Pn (60-80°C)
89,4
%
Efficiency at 30% rated heat output in low tempera-
ture mode referred to HCV
η1
with return at 37°C
91,6
%
Energy efficiency in DHW mode
ηwh
73
%
Storage cylinder charging profile
L
Heat loss in standby mode
Pstby
66
W
Combustion efficiency referred to LCV
96,5
%
Annual energy consumption
QHE
104,8
GJ
Daily electrical energy consumption
Qelec
0,1
kWh
Annual electrical energy consumption
AEC
29
kWh
Daily fuel consumption
Qfuel
26,3
kWh
Annual fuel consumption
AFC
36
GJ
Noise level (sound power)
LWA
59
dB(A)
Emissions at maximum heat input
NOx
(referred to HCV)
< 105
mg/kWh
CO
2
12,5
%
CO w.a. <
10
ppm
Flue gas T
At Pn (60-80°C)
100
°C
Smoke scale
< 0,5
Flue gas mass flow rate
12,00
g/s
Maximum working pressure
3
bar
Safety thermostat trip temperature
100
°C
Maximum operating temperature
55-82
°C
Minimum return temperature
37
°C
Boiler water capacity
44
l
Turbulators
31
n°
Volume of expansion vessel (CH)
12
l
Precharge of expansion vessel (CH)
1,5
bar
Index of protection
X0D
IP
Power supply
230 V - 50 Hz
V-Hz
Absorbed power supply (max)
230
W
Consumption at full load
Elmax
185
W
Consumption at part load
Elmin
55,5
W
Electrical consumption in standby mode
P sb
11,5
W
LCV: Lower calorific value of fuel
HCV: Higher calorific value of fuel
Test conditions:
− Room temperature 22°C
− Atmospheric pressure 1018 mbar