Functioning Data / General Features - Immergas ARES PRO 150 Instructions And Recommendations

Technical features and dimensions
2.4 FUNCTIONING DATA /
GENERAL FEATURES
ARES PRO
Boiler category
Modulation ratio
Nominal heat input on L.V.C. Qn
Minimum heat input on L.C.V. Qmin
Nominal effective power (Tr 60 / Tf 80 °C) Pn
Minimum effective power (Tr 60 / Tf 80 °C) Pn min
Nominal effective power (Tr 30 / Tf 50 °C) Pcond
Minimum effective power (Tr 30 / Tf 50 °C) Pcond min
Efficiency at nominal power (Tr 60 / Tf 80°C)
Efficiency at minimum power (Tr 60 / Tf 80°C)
Efficiency at nominal power (Tr 30 / Tm 50°C)
Efficiency at minimum power (Tr 30 / Tm 50°C)
Efficiency at 30% of the load ( Tr 30°C)
Combustion efficiency at nominal load
Combustion efficiency at a reduced load
Losses from operating burner casing (Qmin)
Losses from operating burner casing (Qn)
Flue temperature at net of Tf-Ta (min)(*)
Flue temperature at net of Tf-Ta (max)(*)
Maximum permitted temperature
Maximum operating temperature:
Mass flue flow rate (min)
Mass flue flow rate (max)
Air excess
Chimney losses with burner in operation (min)
Flue losses with burner in operation (max)
Minimum pressure of heating circuit
Maximum pressure of heating circuit
Water content
Methane gas consumption G20 (supp.press. 20 mbar) at Qn
Methane gas consumption G20 (supp.press. 20 mbar) at Qn
Propane gas consumption (supp.press. 37/50 mbar) at Qn
Propane gas consumption (supp.press. 37/50 mbar)
at Qn
Maximum pressure available at flue base
Max condensate production
Emissions
CO at maximum heat input with 0% O2
NOx at maximum heat input with 0% O2
NOx class
Electrical data
Frequency/Power supply voltage:
Supply fuse
Degree of protection
Room Temperature = 20°C
(*) Temperatures read with the device operating with flow 80°C / ret. 60°C
CO (min/max) See "NOZZLES - PRESSURES" table
2
Seasonal Energy Efficiency according to 2009/125 EEC (<=400Kw) η
Losses at shutdown at ∆T 30°C - Pstb - see Table ErP
Electrical consumption in standby - Psb - see Table ErP
150 230
1 : 4.0 1 : 4.3
kW 140 214
kW 35 50
kW 136.36 209.29
kW 32.52 48.25
kW 145.88 226.84
kW 36.54 54.60
% 97.4 97.8
% 92.92 96.5
% 104.2 106
% 104.4 109.2
% 107.7 107.2
% 97.8 97.9
% 98.38 98.32
% 5.46 1.82
% 0.4 0.1
°C 32.3 33.6
°C 44.2 42.7
°C
°C
kg/h 57 82
kg/h 229 350
%
% 1.62 1.68
% 2.21 2.14
bar
bar
l 153 210
m /h 14.80 22.63
3
m /h 3.70 5.29
3
kg/h 10.87 16.61
kg/h 2.72 3.88
Pa
kg/h 11.5 13.7
mg/kWh 13.73 18.05
mg/kWh 54 43
V/Hz
A (R)
IP
- see Table ErP
s
14
300 348 400
II
2H3P
1 : 4.3 1 : 3.9 1 : 4.2
280 348 380
65 90 90
274.54 341.42 373.01
63.57 87.67 87.80
292.88 363.31 399.00
70.01 99.09 97.20
98.05 98.11 98.16
97.8 97.41 97.55
104.6 104.4 105
107.7 110.1 108
108.9 108.4 108.8
98.2 98.2 98.2
98.40 98.34 98.31
0.60 0.93 0.76
0.1 0.1 0.1
32 33.2 33.7
36.7 35.6 35.4
100
90
106 147 147
458 569 621
25.53
1.60 1.66 1.69
1.84 1.78 1.77
0.5
6
270 340 340
29.61 36.80 40.18
6.87 9.52 9.52
21.73 27.01 29.50
5.05 9.70 6.99
100
15.8 29.1 28.5
28.08 25.27 18.25
53 49 50
6
230/50
6
X4D
500 600
1 : 3.9 1 : 4.4
450 550
115 125
441.95 540.32
111.09 118.53
472.20 581.19
124.09 135.88
98.21 98.24
96.6 94.82
104.9 105.67
107.9 108.7
108.9 106.5
98.2 98.3
98.43 98.42
1.83 3.60
0.03 0.04
31.3 31.5
35.5 34.3
188 204
735 899
1.57 1.58
1.78 1.72
340 425
47.58 58.15
12.16 13.22
34.93 42.69
8.93 8.70
28.8 31.0
22.46 22.1
48 50