- Тип техники
- Бренд
Просмотр инструкции котла Ferroli ATLAS D K100, страница 12
ATLAS D 30 K 100
27
EN
cod. 3540S361 - 08/2009 (Rev. 00)
5. TECHNICAL DATA AND CHARACTERISTICS
5.1 Dimensions, connections and main components
fig. 18 - Dimensions, connections and main components
A Safety and non-return valve
10 System delivery 3/4”
11 System return 1”
14 Heating safety valve
32 Heating circulating pump
36 Automatic air vent
56 Expansion tank
97 Magnesium anode
130 Hot water tank circulating pump
143 Hot water tank control thermostat
178 Hot water tank thermometer bulb
180 Hot water tank
192 Recirculation
209 Hot water tank delivery 3/4”
210 Hot water tank return 3/4”
233 Hot water tank drain cock
275 Heating system drain cock
278 Double sensor (Safety + Heating)
292 Burner connection hole
293 Hot water tank inspection flange
294 Heating system pressure sensor
5.2 Pressure loss
Circulating pumps Head/Pressure loss
fig. 19 - Pressure losses
5.3 Technical data table
Data Unit Value
Model D 30 K 100
Number of elements no. 3
Max. heating capacity kW 32.2 (Q)
Min. heating capacity kW 16.9 (Q)
Max. heat output in heating kW 30 (P)
Min. heat output in heating kW 16 (P)
Efficiency Pmax (80-60°C) % 93.0
Efficiency 30% % 94.6
Efficiency class Directive 92/42 EEC
Max. working pressure in heating bar 6 (PMS)
Min. working pressure in heating bar 0.8
Max. heating temperature °C 95 tmax
Heating water content L 21
Heating expansion tank capacity L 10
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 0.1
Hot water content L 100
Hot water expansion tank capacity L 4
DHW flowrate Dt 30°C l/10 min 220
DHW flowrate Dt 30°C l/h 800
Protection rating IP X0D
Power supply voltage V/Hz 230/50
Electrical power input W 90
Electrical power input in hot water production W 80
Empty weight kg 210
Combustion chamber length mm 350
Combustion chamber diameter mm 300
Pressure loss on fume side mbar 0.59
0
1
2
3
4
5
6
7
0 0.5 1 1.5 2
Q [m
3
/h]
H [m H
2
O]
3
1
2
2.5 3
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