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WATER
HEATERS: SERIAL-W
In an example below water is heated
using boiler water.
Temperatures of the boiler water are 90 - 40 ºC and of the water 5 - 55
ºC.
Water flow amounts in both of the circuits are equal. Pressure losses over the
HE in both circuits are a. 25 kPa (0.25bar).
|
Type |
Heasting Effect |
Water Flow |
Measures |
Weight |
| |
kW |
m3/h |
Φ/S |
kg |
| 240-120-9W |
73 |
1,3 |
56 |
15 |
| 240-120-15W |
127 |
2,2 |
70 |
17 |
| 240-120-23W |
200 |
3,5 |
86 |
19 |
| 240-120-35W |
309 |
5,3 |
112 |
23 |
| 240-120-51W |
454 |
7,8 |
152 |
27 |
| 240-120-81W |
727 |
12,5 |
220 |
33 |
| 240-120-105W |
945 |
16,3 |
276 |
41 |
| 240-120-135W |
1218 |
21,0 |
346 |
48 |
| 240-120-151W |
1363 |
23,4 |
383 |
53 |
Φ = diameter
(mm)
S = thickness of the package (mm)
In an example below water is heated using boiler water.
Temperatures of
the boiler water are 85 - 65ºC
and of heat up circuit 50 - 70.
Water flow amounts in both of the circuits are equal Pressure losses
over the HE in both of the circuits are a. 20 kPa (0.20bar).
|
Type |
Heasting Effect |
Water Flow |
Measures |
Weight |
| |
kW |
m3/h |
Φ/S |
kg |
| 240-120-9W |
27 |
1,2 |
56 |
15 |
| 240-120-15W |
47 |
2,0 |
70 |
17 |
| 240-120-23W |
75 |
3,2 |
86 |
19 |
| 240-120-35W |
115 |
4,9 |
112 |
23 |
| 240-120-51W |
169 |
7,3 |
152 |
27 |
| 240-120-81W |
270 |
11,6 |
220 |
33 |
| 240-120-105W |
353 |
15,1 |
276 |
41 |
| 240-120-135W |
452 |
19,4 |
346 |
48 |
| 240-120-151W |
506 |
21,7 |
383 |
53 |
Φ = diameter
(mm)
S = thickness of the package (mm)
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