
13
Tw [°C]
∆
t
Ta
b.u.
[°C]
Pc Ps Pc Ps Pc Ps Pc Ps Pc Ps Pc Ps
21°C Ta b.s.
23°C Ta b.s.
25°C Ta b.s.
27°C Ta b.s.
29°C Ta b.s.
31°C Ta b.s.
13 3 15
17
540 501 745 691 1049 973 1317
1221 1572
1458 1818
1686
19
668 443
820 696
1071 977
1321 1225 1576 1462 1822 1690
21
1654 752
1632 973
1667 1206 1757 1449 1891 1691
23
2539 1000 2522 1216 2509 1440 2496 1662
5 15
17
19
434 342 601 509 792 735 984 913 1179
1093 1472
1365
21
770 457
868 688
1008 905 1181 1095 1477 1370
23 1356
615
1364
842
1492
1083
1710
1371
7 15
17
19
21
511 359 676 586 846 785 1036 961 1228
1139
23 876
470
971
701
1101
924
1252
1133
15 3 15
17
19
365 313 545 505 771 715 1066 989 1330
1233 1580
1466
21
704 436 915 717 1123 985 1332
1235 1585
1470
23 1822
761
1814
985
1814
1210
1878
1446
5 15
17
19
21
442 334 606 551 792 735 984 913 1196
1109
23 794
445
889
675
1023
895
1213
1118
7 15
17
19
21
23 521
350
684
577
853
781
1036
961
Cooling capacities are referred to high speed.
To obtain values for other speed, multiply the values read by following factors:
MOD.
FCW
21
Medium speed
total capacity
0,89
sensible capacity
0,87
Minimum speed
total capacity
0,76
sensible capacity
0,71
Water flow rate as at maximum ventilation speed;
Tw [°C]
= Inlet water temperature
Ta w.b. [°C]
= Inlet wet bulbe air temperature
Ta b.s. [°C]
= Dry bulbe air temperature
Pc [W]
= Total cooling capacity
Ps [W]
= Sensible cooling capacity
NOTE: Values of capacity in bold face refer to nominal value.
Values of sensible capacity higher than values of total capacity mean that cooling is without dehumidification in this case
consider only the values of sensible capacity.