Name of parameters | Prestige‑7.5 | Prestige‑10 | Prestige‑12,5 | Prestige‑16 | Prestige‑20 | Prestige‑25 | Prestige‑30 | Prestige‑35 | Prestige‑40 | Prestige‑50 | ||
---|---|---|---|---|---|---|---|---|---|---|---|---|
Type of gas burner equipment |
Type of gas burner equipment
GGY-9NP8
|
Type of gas burner equipment
GGY- 9NP12
|
Type of gas burner equipment
GGY-15NP
|
Type of gas burner equipment
GGY-l9NP
|
Type of gas burner equipment
GGY-24NP
|
Type of gas burner equipment
GGY-30NP
|
Type of gas burner equipment
GGY-35NP
|
Type of gas burner equipment
GGY-40NP
|
Type of gas burner equipment
GGY-45NP
|
Type of gas burner equipment
GGY-55NP
|
||
Automatic safety controls |
Automatic safety controls
820 NOVA
|
Automatic safety controls
820 NOVA
|
Automatic safety controls
820 NOVA
|
Automatic safety controls
820 NOVA
|
Automatic safety controls
820 NOVA
|
Automatic safety controls
820 NOVA
|
Automatic safety controls
820 NOVA
|
Automatic safety controls
820 NOVA
|
Automatic safety controls
820 NOVA
|
Automatic safety controls
820 NOVA
|
||
Rated heat output, kW |
Rated heat output, kW
7,5
|
Rated heat output, kW
10
|
Rated heat output, kW
12,5
|
Rated heat output, kW
16
|
Rated heat output, kW
20
|
Rated heat output, kW
25
|
Rated heat output, kW
30
|
Rated heat output, kW
35
|
Rated heat output, kW
40
|
Rated heat output, kW
50
|
||
Efficiency factor, % | 92 | |||||||||||
Approximate area of the heated space, m2 |
Approximate area of the heated space, m2
75
|
Approximate area of the heated space, m2
100
|
Approximate area of the heated space, m2
125
|
Approximate area of the heated space, m2
160
|
Approximate area of the heated space, m2
200
|
Approximate area of the heated space, m2
250
|
Approximate area of the heated space, m2
300
|
Approximate area of the heated space, m2
350
|
Approximate area of the heated space, m2
400
|
Approximate area of the heated space, m2
500
|
||
Volume of the heat carrier in the heat exchanger, l |
Volume of the heat carrier in the heat exchanger, l
19,3
|
Volume of the heat carrier in the heat exchanger, l
19,3
|
Volume of the heat carrier in the heat exchanger, l
21
|
Volume of the heat carrier in the heat exchanger, l
21
|
Volume of the heat carrier in the heat exchanger, l
36,6
|
Volume of the heat carrier in the heat exchanger, l
31,7
|
Volume of the heat carrier in the heat exchanger, l
31,7
|
Volume of the heat carrier in the heat exchanger, l
45,8
|
Volume of the heat carrier in the heat exchanger, l
45,8
|
Volume of the heat carrier in the heat exchanger, l
63
|
||
Natural gas consumption. m3/h maximum/medium |
Natural gas consumption. m3/h
0,9/0,45
maximum/medium |
Natural gas consumption. m3/h
1,2/0,6
maximum/medium |
Natural gas consumption. m3/h
1,5/0,75
maximum/medium |
Natural gas consumption. m3/h
1,9/0,95
maximum/medium |
Natural gas consumption. m3/h
2,4 /1,2
maximum/medium |
Natural gas consumption. m3/h
3,0/1,5
maximum/medium |
Natural gas consumption. m3/h
3,5 /1,75
maximum/medium |
Natural gas consumption. m3/h
4,0/2,0
maximum/medium |
Natural gas consumption. m3/h
4,5/2,25
maximum/medium |
Natural gas consumption. m3/h
5,5/2,75
maximum/medium |
||
Process pressure of the heat carrier, MPa |
Process pressure of the heat carrier, MPa
0,1
|
Process pressure of the heat carrier, MPa
0,1
|
Process pressure of the heat carrier, MPa
0,3
|
Process pressure of the heat carrier, MPa
0,3
|
Process pressure of the heat carrier, MPa
0,3
|
Process pressure of the heat carrier, MPa
0,3
|
Process pressure of the heat carrier, MPa
0,3
|
Process pressure of the heat carrier, MPa
0,3
|
Process pressure of the heat carrier, MPa
0,3
|
Process pressure of the heat carrier, MPa
0,3
|
||
Nominal pressure of natural gas. Pa | 1300 | |||||||||||
Nominal pressure of liquified gas. Pa | 1900-2100 | |||||||||||
The range of rarefaction under which stable operation of the boiler is ensured. Pa |
The range of rarefaction under which stable operation of the boiler is ensured. Pa
4-25
|
The range of rarefaction under which stable operation of the boiler is ensured. Pa
4-25
|
The range of rarefaction under which stable operation of the boiler is ensured. Pa
4-25
|
The range of rarefaction under which stable operation of the boiler is ensured. Pa
4-25
|
The range of rarefaction under which stable operation of the boiler is ensured. Pa
4-25
|
The range of rarefaction under which stable operation of the boiler is ensured. Pa
4-40
|
The range of rarefaction under which stable operation of the boiler is ensured. Pa
4-40
|
The range of rarefaction under which stable operation of the boiler is ensured. Pa
4-40
|
The range of rarefaction under which stable operation of the boiler is ensured. Pa
4-40
|
The range of rarefaction under which stable operation of the boiler is ensured. Pa
4-40
|
||
Temperature of combustion products. No less than. C | 110 | |||||||||||
Maximum temperature of the heat carrier at the boiler outlet. С | 90 | |||||||||||
Diameter of the flue, mm |
Diameter of the flue, mm
100
|
Diameter of the flue, mm
100
|
Diameter of the flue, mm
130
|
Diameter of the flue, mm
130
|
Diameter of the flue, mm
130
|
Diameter of the flue, mm
130
|
Diameter of the flue, mm
130
|
Diameter of the flue, mm
140
|
Diameter of the flue, mm
140
|
Diameter of the flue, mm
200
|
||
Linkage dimensions of the branch pipes to the gas supply system, inch |
Linkage dimensions of the branch pipes to the gas supply system, inch
1/2"
|
Linkage dimensions of the branch pipes to the gas supply system, inch
1/2"
|
Linkage dimensions of the branch pipes to the gas supply system, inch
3/4"
|
Linkage dimensions of the branch pipes to the gas supply system, inch
3/4"
|
Linkage dimensions of the branch pipes to the gas supply system, inch
3/4"
|
Linkage dimensions of the branch pipes to the gas supply system, inch
3/4"
|
Linkage dimensions of the branch pipes to the gas supply system, inch
3/4"
|
Linkage dimensions of the branch pipes to the gas supply system, inch
3/4"
|
Linkage dimensions of the branch pipes to the gas supply system, inch
3/4"
|
Linkage dimensions of the branch pipes to the gas supply system, inch
3/4"
|
Linkage dimensions of the branch pipes to the gas supply system, inch
3/4"
|
|
Linkage dimensions of the branch pipes to the heating system, inch |
Linkage dimensions of the branch pipes to the heating, inch
1 1/2"
|
Linkage dimensions of the branch pipes to the heating, inch
1 1/2"
|
Linkage dimensions of the branch pipes to the heating, inch
2"
|
Linkage dimensions of the branch pipes to the heating, inch
2"
|
Linkage dimensions of the branch pipes to the heating, inch
2"
|
Linkage dimensions of the branch pipes to the heating, inch
2"
|
Linkage dimensions of the branch pipes to the heating, inch
2"
|
Linkage dimensions of the branch pipes to the heating, inch
2"
|
Linkage dimensions of the branch pipes to the heating, inch
2"
|
Linkage dimensions of the branch pipes to the heating, inch
2"
|
||
Overall dimensions, mm height/width/depth |
Overall dimensions, mm
835/324/570
height/width/depth |
Overall dimensions, mm
835/324/570
height/width/depth |
Overall dimensions, mm
865/412/615
height/width/depth |
Overall dimensions, mm
865/412/615
height/width/depth |
Overall dimensions, mm
1065/465/690
height/width/depth |
Overall dimensions, mm
1065/465/690
height/width/depth |
Overall dimensions, mm
1065/465/690
height/width/depth |
Overall dimensions, mm
1112/528/760
height/width/depth |
Overall dimensions, mm
1112/528/760
height/width/depth |
Overall dimensions, mm
1235/560/876
height/width/depth |
||
Mass, kg, no more than net/gross |
Mass, kg, no more than
42/44
net/gross |
Mass, kg, no more than
42/44
net/gross |
Mass, kg, no more than
60/62
net/gross |
Mass, kg, no more than
60/62
net/gross |
Mass, kg, no more than
76/86
net/gross |
Mass, kg, no more than
79/89
net/gross |
Mass, kg, no more than
79/89
net/gross |
Mass, kg, no more than
107/118
net/gross |
Mass, kg, no more than
107/118
net/gross |
Mass, kg, no more than
132/145
net/gross |
Steel Gas Boilers of Prestige Series
The model range is from 7,5 to 50 kW. Possibility of connecting to a vertical or horizontal chimney. The heat exchange area was increased by 20% and the number of smoke channels was increased by 2,5 times to ensure the maximum possible efficiency at the lowest cost.
Learn More
Description