See notes, Page 10
24
26,6
90,2
89,23
2,2
0,2
7,6
3
125
10
520
4
45 - 85
230/50
50
4
7,6
120/130
55
3
2,4
2 x 0,27
11,0
2,81
9,8
120/130
55
3
1,50
1 x 0,5
26
2,1
MODELS
RTFS E 18
RTFS E 24
RTFS E 32
RTFS E 36
18
20
89,8
88,53
2,5
0,2
7,7
3
125
10
400
4
45 - 85
230/50
50
4
5,7
120/130
42
3
2,1
2 x 0,27
9,5
2,11
7,2
120/130
42
3
1,25
1 x 0,5
27
1,6
32
34,4
93,1
92,08
1,9
0,2
5
4
160
13,4
690
4
45 - 85
230/50
60
4
8,3
110/120
67
3
2,9
2 x 0,27
9,5
3,64
9,7
120/130
67
3
1,7
1 x 0,5
25,5
2,7
36,5
39,2
93,1
92,14
1,5
0,2
5,4
4
160
13,4
780
4
45 - 85
230/50
60
4
8,2
120/130
76
3
2,9
2 x 0,27
12,0
4,15
11,1
120/130
76
3
1,8
1 x 0,5
26
3,1
49BN3788
II2H3+
C12, C32, C42, C52, C82
kW
kW
%
%
%
%
%
N°
Kg
l
l/h
bar
°C
V-Hz
W
A
%
°C
Kg/h
N°
mm
mm
mbar
Stm
3
/h
mm
%
°C
Kg/h
N°
mm
mm
mbar
kg/h
EC Performance Class
EC PIN
Category
Type
Thermal Power
Thermal Capacity
Performance at nominal load
Performance at reduced load (30%)
Maintenance losses T=50
Flue losses with burner extinguished
Flue losses with burner ignited
N° heat exchange elements
Net weight
Water content
Minimum water flow
Maximum operating pressure
Working Temperature
Electrical Power Supply
Electrical Power
Fuses on Power Supply
Natural gas G20
CO2 value
Smoke temperature
Smoke mass flow
Number of main burner nozzles
Diameter of main burner nozzles
Diameter of main pilot nozzle
Gas pressure at burner
Gas Flow (15°C / 1013 mbar).
Diaphragm
Gas G30
CO2 value
Smoke temperature
Smoke mass flow
Number of main burner nozzles
Diameter of main burner nozzles
Diameter of main pilot nozzle
Gas pressure at burner
Gas Flow (15°C / 1013 mbar).
2.3 Operating Data
8
★★
★★
★★★
★★★
