Kiefer Klimatechnik GmbH
www.kieferklima.de/en
INDUSAIL SONIC active acoustic sail system
Technical modifications reserved
- E1909_08/21
PART I-15
TECHNICAL DATA – DETAILS
Mass flow [kg/h]
50
100
150
200
250
300
∆p
Water
[kPa]
1
4
7
12
17
23
U
[V]
P
el
[W]
L
WA
[dB(A)]
Qk
[W]
Qk
[W]
Qk
[W]
Qk
[W]
Qk
[W]
Qk
[W]
2.0
4
< 28
503
600
647
663
669
677
4.0
10
37
640
828
927
969
984
1011
6.0
22
46
742
1004
1156
1232
1266
1294
8.0
37
52
781
1095
1299
1419
1479
1505
10.0
45
55
804
1146
1380
1524
1598
1623
Outdoor air flow rate:
100 m
3
/h
U
[V]
P
el
[W]
L
WA
[dB(A)]
Qk
[W]
Qk
[W]
Qk
[W]
Qk
[W]
Qk
[W]
Qk
[W]
2.0
4
30
568
665
712
728
734
742
4.0
10
38
706
893
992
1034
1048
1076
6.0
22
46
809
1073
1225
1301
1335
1362
8.0
37
52
843
1153
1356
1474
1533
1560
10.0
45
56
860
1194
1422
1563
1635
1659
Outdoor air flow rate:
120 m
3
/h
* The values apply to the unit at a supply water temperature of 16 °C, a supply air temperature (outdoor air) of 16 °C and
an intake temperature of 26 °C (this value can differ from the ambient air temperature) in non-condensing operation.
U – Control voltage (DC)
Q
k
– Total cooling capacity
L
WA
– A-sound power level (± 3 dB(A))
P
el
– Fan power consumption
The cooling capacity largely depends on:
• The selected fan voltage
• The ambient air temperature
• The cold water supply temperature and the cold
water mass flow rate
O
Secondary cooling capacity as a function of the
water flow rate; see graph to the left.
The caloric performance data was determined
on a performance test rig in the company's own
laboratory.
The data applies under the following conditions:
• Stationary state during measurements
• No heat exchanger condensation
• Cold water without additives
10 Volt
8 Volt
6 Volt
4 Volt
2 Volt
0
200
400
600
800
1000
1200
1400
0
50
100
150
200
250
300
Seku
nd
ärküh
llei
stu
ng
Q
K
,sek
. [W]
Wassermassenstrom [Kg/h]
Sekundärkühlleistung
Secondary cooling capacity
Water mass flow
Secondary cooling capacity Q
K,sec.
[W]
INDUSAIL SONIC plus
