4/25
(*) : only for Poland
(3) Figure for isothermal conditions.
building, mounting height of the unit, ambient temperature & adjustment of the louvres.
(6) Sound pressure level in dB(A) in free field conditions, measured at 5 metres from the unit
(7) Sound pressure level in dB(A), measured at 5 metres from the unit with A=160m² and Q=2
(5) Isothermal conditions at 20°C ambient air temperature, discharge louvre zero deflection, v = 0,5 m/s. The air throw will be influenced by the height of the
(4) Height from floor to bottom surface of heater. These are recommandations only. Positioning of unit heaters for proper performance is application dependent.
Care should be taken to avoid mounting the heaters above these recommendations, unless downturn nozzle options are used, as significant stratification may
occur resulting in poor floor coverage and higher energy losses through the roof structure.
line to minimize the pressure drop through the gas pipes - if necessary, reduce the diameter of the supply line at the inlet of the unit.
(1) Gas Appliance Classifications for Aprroved Venting M ethods based on CEN-report CR1749:2001
(2) There is a difference between the gas connection diameter and the diameter of the supply line. Always use the most adequate diameter of the supply
TECHNICAL DATA
2.1 Specifications
Table 1a
Table 1b : Gas categories
Country
Gas category
Country
Gas category
Austria II2H3P
Montenegro
II2H3+
Belarus II2H3+
New
Zealand
II2H3+
Bulgaria
I2H or I3P
Norway
II2H3 B/P
China II2H3+
Poland
II2E3P
Czech republic
II2H3+
Portugal
II2H3+
Croatia II2H3P
Romania
II2H3
B/P
Cyprus
II2H3+
Russian Federation
I2H or I3P
Denmark II2H3
B/P
Serbia II2H3+
England II2H3+
Slovakia II2H3+
Estonia II2H3+
Slovenia
II2H3+
Finland
II2H3 B/P
South Africa
II2H3+
Germany I2ELL
Spain
II2H3+
Greece II2H3+
Sweden
II2H3
B/P
Hungary II2HS3P
Turkey II2H3+
Iceland
II2H3+
Ukraine
I2H or I3P
Latvia II2H3+
Lithuania II2H3+
2
LCSA-4
12
20
30
35
45
50
60
75
100
120
145
Gas category
Comb. Air & Flue, type B
(1)
Comb. Air & Flue, type C
(1)
Connection collars
mm
80
100
100
130
130
130
130
130
130
130
130
Heat input Hs
kW
13,33
26,42
31,63
43,95
54,38
61,08
73,25
87,85
114,87
144,81 165,47
Heat input Hi
kW
12,00
23,80
28,50
39,60
49,00
55,00
66,00
79,15
103,50
130,40 149,00
Heat output
kW
11,14
21,82
25,99
36,23
44,64
50,77
60,92
73,13
94,50
119,32 137,39
Thermal Efficiency
%
93,00
92,00
91,00
92,00
91,00
92,00
92,00
92,00
91,00
92,00
92,00
m³/h
1,27
2,52
3,02
4,19
5,19
5,82
6,98
8,38
10,95
13,80
15,77
kg/h
NA
1,86
2,22
3,09
3,82
4,29
5,15
6,17
8,24
10,17
11,62
Gas consumption Lw (20mbar) (*)
m³/h
NA
3,07
3,68
5,11
6,32
7,10
NA
10,22
NA
NA
NA
m³/h
NA
3,50
4,19
5,82
7,20
8,08
NA
11,63
NA
NA
NA
Gas pipe connection
(2)
Real temperature rise
(3)
K
30
31
33
33
31
30
34
29
29
32
35
Air flow measured
(3)
m³/h
1100
2000
2300
3200
4300
5000
5200
7300
8000
10800
11400
Nominal motor speed
RPM
1381
1256
1333
1300
1310
928
1346
1344
935
872
875
Recommended mounting height
(4)
m
2,5
3
4
4
4
4
5
5
5
6
6
Horizontal throw
(5)
m
9,5
13
17
24
25
27
30
32
31
38
39
Sound Pressure
(6)
dB(A)
36
42
37
46
45
45
47
48
52
54
56
Sound Pressure
(7)
dB(A)
43
49
44
53
52
52
54
55
59
61
63
Electrical service (protection IP20)
Total electrical rating
W
530
360
250
370
370
540
760
760
850
1730
1730
Weight
kg
59
59
64
94
99
114
114
126
184
242
279
see table 1B
B22P
C12, C42, C62
Gas consumption G31
Gas consumption G20
230/240V 1N ~ 50Hz
1/2"
Gas consumption Ls (13mbar) (*)
3/4"
