flowair ELIS G W 150 2R, Руководство по эксплуатации

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3.5. ELIS T-W-150 2R
PT Qw
Δpw
Tp2 PT Qw
Δpw
Tp2
Tp1 V kW l/h kPa
°C
kW l/h kPa
°C
°C m
3
/h
Tw1 / Tw2 = 90/70
o
C Tw1 / Tw2 = 80/60
o
C
0
2
9
0
0
/3
3
0
0
/3
7
0
0
35,8/38,8/41,5 1581/1712/1833 4,5/5,2/5,9 37/35/33
30,5/33/35,4 1342/1452/1555 3,42/3,96/4,48 31/30/28
5 33,5/36,2/38,8 1478/1599/1713 3,97/4,59/5,2 39/37/36
28,2/30,5/32,6 1238/1339/1434 2,96/3,41/3,87 34/32/31
10 31,4/33,7/36,1 1374/1487/1592 3,48/4,02/4,6 42/40/39
25,8/27,9/29,9 1133/1226/1313 2,52/2,91/3,29 36/35/34
15 28,8/31,1/33,4 1270/1375/1472 3,01/3,48/4 44/43/41
23,4/25,3/27,1 1029/1113/1191 2,11/2,44/2,76 39/37/36
20 26,4/28,6/30,6 1167/1262/1351 2,58/2,98/3,4 46/45/44
21/22,7/24,3 924/999/1069 1,74/2/2,27 41/40/39
Tw1 / Tw2 = 70/50
o
C Tw1 / Tw2 = 60/40
o
C
0
2
9
0
0
/3
3
0
0
/3
7
0
0 25,2/27,2/29,2 1101/1192/1276 2,47/2,85/3,22 26/24/23
19,7/21,3/22,8 858/928/994 1,63/1,88/2,1 20/19/18
5 22,8/24,6/26,4 997/1078/1155 2,06/2,38/2,69 28/27/26
17,2/18,6/20 751/813/871 1,28/1,48/1,67 23/22/21
10 20,4/22/23,6 891/964/1032 1,68/1,94/2,2 31/30/29
14,7/16/17,1 642/696/746 0,97/1,12/1,27 25/24/24
15 17,9/19,4/20,8 785/849/909 1,34/1,54/1,75 33/32/31
12,2/13,2/14,2 531/576/618 0,69/0,8/0,9 27/27/26
20 15,5/16,8/17,9 677/733/785 1,03/1,18/1,34 36/35/34
9,4/10,3/11,1 412/449/483 0,44/0,51/0,58 29/29/29
3.6. ELIS T-W-200 2R
PT Qw
Δpw
Tp2 PT Qw
Δpw
Tp2
Tp1 V kW l/h kPa
°C
kW l/h kPa
°C
°C m
3
/h
Tw1 / Tw2 = 90/70
o
C Tw1 / Tw2 = 80/60
o
C
0
2
8
0
0
/3
9
0
0
/4
9
0
0
39,8/49,2/56,5 1758/2170/2494 6,29/9,25/11,95 42/37/34
34,1/42,1/48,4 1500/1852/2127 4,85/7,11/9,17 36/32/29
5 37,3/46/52,9 1645/2031/2334 5,57/8,2/10,58 44/40/37
31,6/39/44,8 1388/1712/1967 4,21/6,17/7,94 38/35/32
10 34,7/42,9/49,3 1533/1892/2174 4,9/7,2/9,28 46/42/40
29/35,8/41,1 1275/1572/1806 3,61/5,28/6,8 40/37/35
15 32,2/39,7/45,6 1421/1753/2014 4,27/6,26/8,07 49/45/42
26,4/32,6/37,4 1161/1432/1645 3,05/4,46/5,73 43/39/37
20 29,7/36,6/42 1309/1614/1854 3,67/5,38/6,93 51/47/45
23,9/29,4/33,7 1048/1292/1483 2,53/3,69/4,75 45/42/40
Tw1 / Tw2 = 70/50
o
C Tw1 / Tw2 = 60/40
o
C
0
2
8
0
0
/3
9
0
0
/4
9
0
0 28,4/35,1/40,3 1244/1534/1762 3,56/5,21/6,7 30/27/24
22,6/27,9/32 985/1215/1396 2,43/3,54/4,54 24/21/19
5 25,8/31,9/36,6 1130/1394/1601 3/4,38/5,6 32/29/27
20/24,6/28,3 870/1074/1233 1,95/2,83/3,63 26/24/22
10 23,2/28,6/32,9 1016/1253/1439 2,47/3,61/4,64 34/32/30
17,3/21,4/24,5 754/931/1069 1,51/2,19/2,81 28/26/25
15 20,6/25,4/29,1 902/1111/1276 2/2,91/3,7 37/34/32
14,6/18/20,7 636/786/902 1,11/1,62/2,07 30/29/27
20 18/22,1/25,4 786/968/1111 1,56/2,27/2,91 39/36/35
11,8/14,6/16,8 514/637/732 0,76/1,11/1,43 32/31/30
V
– przepływ powietrza / air flow
PT
– moc grzewcza / heating capacity
Tp1
– temperatura powietrza na wlocie do urządzenia / inlet air temperature
Tp2
– temperatura powietrza na wylocie z urządzenia / outlet air temperaturę
Δpw – spadek ciśnienia wody w wymienniku / water pressure
Tw1
– temperatura wody na zasilaniu wymiennika /
inlet water temperature
Tw2
– temperatura wody na powrocie z wymiennika /
outlet water temperature
Qw
– strumień przepływu wody grzewczej / heating water stream