Unical SuperModulex 440, Инструкции по установке и обслуживанию, Страница: 12 / 60

12
Technical features and dimensions
2.3 - PERFORMANCE DATA
B
BOILER TYPE SUPERMODULEX
Appliance category II
2H3P
Nominal Heat Input on P.C.I. Qn kW
Minimum Heat Input on P.C.I. Qmin kW
Nominal Output (Tr 60 / Tm 80 °C) Pn kW
Minimum Output (Tr 60 / Tm 80 °C) Pn min kW
Nominal Output (Tr 30 / Tm 50 °C) Pcond kW
Minimum Output (Tr 30 / Tm 50 °C)
Pcond min
kW
Efficiency at max. output (Tr 60 / Tm 80°C) %
Efficiency at min. output (Tr 60 / Tm 80°C) %
Efficiency at max. output (Tr 30 / Tm 50°C) %
Efficiency at min. output (Tr 30 / Tm 50°C) %
Efficiency Class acc. to Directive 92/42 CEE
Combustion efficiency at nominal load
%
Combustion efficiency at part load %
Stand-by losses with burner in operation %
Flue losses with burner with burner off %
Flue losses with burner with burner in operation %
Flue gas temperature tf-ta (max) °C
Flue gas mass flow rate (max) kg/h
Excess of air
λ
%
(**) CO
2
at min/max. output) %
NO
X
(value according EN 297/A3 + EN 483) mg/kWh
NO
X
class
Min. water flow rate in CH circuit (
Δ
T 20°C) l/h
Minimum pressure in CH circuit bar
Maximum pressure in CH circuit bar
DHW specific flow rate l
Gas Consumption Natural gas G 20 (20 mbar) Qn m 3 /h
Gas Consumption Natural gas G 20 (20 mbar) Qmin m 3 /h
Gas Consumption G25
(supply pressure 25 mbar) Qn
m 3 /h
Gas Consumption G25
(supply pressure 25 mbar) Qmin
m 3 /h
Gas Consumption G31
(supply pressure 37/50 mbar) Qn
kg/h
Gas Consumption G31
(supply pressure 37/50 mbar) Qmin
kg/h
Max. available pressure at the chimney base Pa
Condensate production max kg/h
Emissions
CO with 0% of O
2
in the flue system ppm
NO
x
with 0% of O
2
in the flue system ppm
Sound level dBA
Electrical Data
Voltage / Frequency V/Hz
Fuse on main supply A (F)
Max power absorbed
Insulation degree
IP
Standby Consumption W
(*) Room Temperature = 20°C
(**)See paragraph ‘’ INJECTORS – PRESSURES ’’
900
864
22
848,53
20,33
894,24
23,94
98,21
92,4
103,5
108,8
4
97,42
98,43
0,2
0,1
2,58
52
1399
24,25
-
47
5
36487
0,5
7
133
91,36
2,33
106,25
2,71
67,07
1,71
100
146,7
<95
<30
<49
230/50
4
1224
40
10
770
756
22
742,47
20,33
780,95
23,94
98,21
92,4
103,3
108,8
4
97,42
98,43
0,2
0,1
2,58
52
1224
24,25
-
47
5
31926
0,5
7
118
79,94
2,33
92,97
2,71
58,68
1,71
100
128,4
<95
<30
<49
230/50
4
1071
40
10
660
648
22
636,40
20,33
667,44
23,94
98,21
92,4
103,0
108,8
4
97,49
98,43
0,2
0,1
2,51
50,6
1049
24,25
-
47
5
27365
0,5
7
103
68,52
2,33
79,69
2,71
50,30
1,71
100
110
<95
<30
<49
230/50
4
918
40
10
550
540
22
530,33
20,33
554,04
23,94
98,21
92,4
102,6
108,8
4
97,47
98,43
0,2
0,1
2,53
51
874
24,25
-
47
5
22804
0,5
7
88
57,10
2,33
66,41
2,71
41,92
1,71
100
91,7
<95
<30
<49
230/50
4
765
40
10
440
432
22
424,27
20,33
442,37
23,94
98,21
92,4
102,4
108,8
4
97,42
98,43
0,2
0,1
2,58
52
699
24,25
-
47
5
18243
0,5
7
73
45,68
2,33
53,13
2,71
33,53
1,71
100
73,4
<95
<30
<49
230/50
4
612
40
10
The Technical data plate is placed under the
casing over the forehead stirrup.