HiDew DDS - Technical Data: DDS;DCS Models (160-300); DDS;DCS 160-190 Specifications; DDS;DCS 210-300 Specifications

rev08- Installation, use and maintenance manual
DDS-DCS-DVS-DOS - Dehumidifiers for small swimming pools
24 - 60
MODEL
um
160
190
Dehumidification capacity
L/day
165
186
Nominal air flow
m
3
/h
1000
1200
Useful static head
Pa
40
40
Sound pressure
dB(A)
51
53
Hot water coil power
kW
10.1
11.5
Water coil pressure drops with valve
kPa
24
31
Electrical power supply
V/ph/Hz
230/1+N/50
230/1+N/50
Electrical heaters capacity
kW
4
4
Nominal compressor power
kW
2
2.49
Nominal compressor current
A
9.1
11.5
Nominal unit power
kW
2.2
2.7
Maximum unit power
kW
3
3.3
Nominal unit current
A
9.9
12.4
Maximum unit current
A
13.7
15.1
Peak unit current
A
55
63
Maximum unit current with resistances
A
31.1
32.5
Peak unit current with resistances
A
72.4
80.4
DDS dimensions (base x depth x height)
mm
1350 x 330 x 850
1350 x 330 x 850
DCS dimensions (base x depth x height)
mm
1302 x 306 x 834
1302 x 306 x 834
Weight
Kg
88
88
Refrigerant
type
R410A
R410A
MODEL
um
210
230
300
Dehumidification capacity
L/day
211
226
290
Nominal air flow
m
3
/h
1500
1500
2000
Useful static head
Pa
40
40
40
Sound pressure
dB(A)
54
55
57
Hot water coil power
kW
14.5
14.5
17
Water coil pressure drops with valve
kPa
52
52
67
Electrical power supply
V/ph/Hz
400/3+N/50
400/3+N/50
400/3+N/50
Electrical heaters capacity
kW
7.2
7.2
7.2
Nominal compressor power
kW
3.15
3.24
4.12
Nominal compressor current
A
5.9
6.1
7.4
Nominal unit power
kW
3.4
3.5
4.4
Maximum unit power
kW
4.9
5
6.2
Nominal unit current
A
7.1
7.3
8.9
Maximum unit current
A
9.5
9.6
11.2
Peak unit current
A
50
50
65
Maximum unit current with resistances
A
23.4
23.5
25.1
Peak unit current with resistances
A
63.9
63.9
78.9
DDS dimensions (base x depth x height)
mm
1550 x 330 x 850
1550 x 330 x 850
1550 x 330 x 850
DCS dimensions (base x depth x height)
mm
1503 x 306 x 834
1503 x 306 x 834
1503 x 306 x 834
Weight
Kg
100
100
102
Refrigerant
type
R410A
R410A
R410A
The dehumidification power is declared in the nominal point 30° C/80% RH
The currents and the absorbed powers are declared in the nominal point 30°C/80% RH
The power of the hot water coil is declared with ambient air at 30°C and water in 80°C and out 70°C
The sound pressure is measured at 1 meter in free field
In different conditions the declared values will undergo variations which can also be very important, the further away from the
nominal operating conditions.