Lamborghini Caloreclima FL 24 MCS, Instructions For Use, Installation And Maintenance

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FL 24 MCS
20 EN
cod. 3541C770 - 06/2012 (Rev. 00)
5.2 Water circuit
fig. 19 - Heating Circuit
fig. 20 - DHW Circuit
5.3 Technical data table
5.4 Diagrams
Pressure - power diagramsFL 24 MCS
A = LPG - B = NATURAL GAS
Circulating pump head / pressure lossesFL 24 MCS
A = Boiler pressure losses - 1, 2 and 3 = Circulating pump speed
56
27
14
74
32
38
11 10 8 9
278
95
241 42
114 36
194
56
27
14
74
32
38
11 10 8 9
278
95
241 42
114 36
194
Data Unit FL 24 MCS
Max. heating capacity kW 25.8 (Q)
Min. heating capacity kW 8.3 (Q)
Max. Heat Output in heating kW 24.0 (P)
Min. Heat Output in heating kW 7.2 (P)
Max. Heat Output in hot water production kW 24.0
Min. Heat Output in hot water production kW 7.2
Efficiency Pmax (80-60°C) % 93.0
Efficiency 30% % 90.5
Efficiency class Directive 92/42 EEC -
NOx emission class - 3 (<150 mg/kWh) (NOx)
Burner nozzles G20 no.x Ø 11 x 1.35
Gas supply pressure G20 mbar 20.0
Max. gas pressure at burner (G20) mbar 12.0
Min. gas pressure at burner (G20) mbar 1.5
Max. gas delivery G20
m
3
/h
2.73
Min. gas delivery G20
m
3
/h
0.88
Burner nozzles G31 no.x Ø 11 x 0.79
Gas supply pressure G31 mbar 37
Max. gas pressure at burner (G31) mbar 35.0
Min. gas pressure at burner (G31) mbar 5.0
Max. gas delivery G31 kg/h 2.00
Min. gas delivery G31 kg/h 0.65
Max. working pressure in heating bar 3 (PMS)
Min. working pressure in heating bar 0.8
Max. heating temperature °C 90 (tmax)
Heating water content litres 1.0
Heating expansion tank capacity litres 8
Heating expansion tank prefilling pressure bar 1
Max. working pressure in hot water production bar 9 (PMW)
Min. working pressure in hot water production bar 0.25
DHW flow rate
'
t 25°C l/min 13.7
DHW flow rate
'
t 30°C l/min 11.4 (D)
Protection rating IP X5D
Power supply voltage V/Hz 230V/50Hz
Electrical power input W 110
Electrical power input in hot water production W 110
Empty weight kg 32
Type of unit
C
12
-C
22
-C
32
-C
42
-C
52
-C
62
-C
72
-C
82
-B
22
PIN CE 0461BR0842
B
A
0
1
2
3
4
5
6
7
0 500 1.000 1.500 2.000
Q [l/h]
H
[m H
2
O]
A
3
2
1