Operating Data / General Characteristics - Immergas ARES 440 TEC ERP Instructions And Warnings

Technical characteristics and dimensions
2.4 OPERATING DATA / GENERAL CHAR-
ACTERISTICS
ARES Tec ErP
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)
Efficiency class according to directive 92/42 EEC
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
Gas consumption G25 (supp.press. 20/25 mbar) at Qn
Gas consumption G25 (supp.press. 20/25 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
(***) Sound pressure level
Electrical data
Frequency/Power supply voltage:
Supply fuse
(**) Degree of protection
(*) Room Temperature = 20°C
(**) See "NOZZLES - PRESSURES" table
(***) The IP X5D degree of protection is obtained with the lid lowered.
440 550
II II
2H3P 2H3P
1 : 19,6 1 : 24,5
kW 432 540
kW 22 22
kW 424,3 530,4
kW 20,6 20,6
kW 445,0 557,8
kW 23,9 23,9
% 98,2 98,2
% 93,5 93,5
% 104,0 104,0
% 109,0 109,0
% 107,3 107,5
-- 4 4
% 97,8 97,8
% 98,5 98,5
% 5,04 5,04
% 0,1 0,1
°C 31,0 31,0
°C 46,7 46,7
°C 100 100
°C 85 85
kg/h 25 25
kg/h 693 866
% 24,25 24,25
% 1,5 1,5
% 2,58 2,53
bar 0,5 0,5
bar 6,0 6,0
l 67 80
m /h 45,68 57,10
3
m /h 2,33 2,33
3
m /h 53,13 66,41
3
m /h 2,71 2,71
3
kg/h 33,53 41,92
kg/h 1,71 1,71
Pa 100 100
kg/h 73,4 91,7
mg/kWh 76,7 76,7
mg/kWh 68,8 68,8
6 6
dBA 54 54
V/Hz 230/50 230/50
A (R) 6,3/10 6,3/10
IP X5D X5D
12
660 770 900
II II II
2H3P 2H3P 2H3P
1 : 29,4 1 : 34,3 1 : 39,2
648 756 864
22 22 22
636,5 742,6 849,0
20,6 20,6 20,6
670,1 783,2 900,3
23,9 23,9 23,9
98,2 98,2 98,2
93,5 93,5 93,5
104,0 104,0 104,0
109,0 109,0 109,0
108,3 107,8 107,6
4 4 4
97,8 97,8 97,8
98,5 98,5 98,5
5,04 5,04 5,04
0,1 0,1 0,1
31,0 31,0 31,0
46,7 46,7 45,8
100 100 100
85 85 85
25 25 25
1040 1213 1386
24,25 24,25 24,25
1,5 1,5 1,5
2,51 2,58 2,58
0,5 0,5 0,5
6,0 6,0 6,0
94 108 122
68,52 79,94 91,36
2,33 2,33 2,33
79,69 92,97 106,25
2,71 2,71 2,71
50,30 58,68 67,01
1,71 1,71 1,71
100 100 100
110 128,4 146,7
76,7 76,7 76,7
68,8 68,8 68,8
6 6 6
54 54 56
230/50 230/50 230/50
6,3/10 6,3/10 6,3/10
X5D X5D X5D