Overview
6. Technical data
Model
Dimensions ( Height x Width x Depth)
Empty weight
Nominal capacity
Hot and cold water connection
Anticorrosion system
Rated water pressure
Electrical connection (voltage/frequency)
Maximal total power absorbed by the device
Maximal power absorbed by the heat pump
Power absorbed by the auxiliary electrical unit
Heat pump water temperature setting range
Heat pump user temperature setting range (air temperature)
Duct diameter
Air flow (without duct)
Load losses acceptable on ventilation circuit, without affecting
performance
Sound power level *
R134a refrigerant capacity
Refrigerant volume in tons of CO2 equivalent
Refrigerant weight per liter
Hot water quantity at 40° : V40td in 8h(Off-peak) / 14h (Off-peak+6h)
Performance at 7°C air temperature (EN 16147)
Coefficient of performance (COP) according load profile
Standby power input (P
es
Heating up time (t
)
h
Reference hot water temperature (T
Flowrate (air)
Performance at 15°C air temperature (EN 16147)
Coefficient of performance (COP) according load profile
Standby power input (P
es
Heating up time (t
)
h
Reference hot water temperature (T
(*) According to ISO 3744.
Installation
)
)
ref
)
)
ref
Operation
Maintenance
mm
kg
L
bar
-
W
W
W
°C
°C
mm
3
m
/h
Pa
dB(A)
kg
t
C0
eq
2
kg/L
L
h.min
m
h.min
DHW100W
1234 x 522 x 538
57
100
¾ ʺ M
Magnesium Anod
230V single phase 50 Hz
1550
350
1200
50 à 62
-5 à +43
125
160
25
45
0,6
0,86
0,006
151 / 289
-
2,47 - M
W
20
7h27
°C
52,8
3
/h
162,7
-
2,75 - M
W
18
6h25
°C
52,5
Warranty
DHW150W
1557 x 522 x 538
66
150
8
1950
1600
0,7
1,00
0,0046
182 / 318
2,94 - L
22
11h21
53,0
146,4
3,21 - L
21
9h45
53,1