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Indoor unit technical data
Power supply
Exchanger type
Type of pump
System expansion tank volume
System water safety valve calibration
System hydraulic fittings
DHW hydraulic fittings
Refrigerant fittings / liquid line ***
Refrigerant fittings / gas line
Minimum system water content
Internal backup heater
System temperature (min-max)
System pressure (min-max)
SWL - Sound power level indoor unit
Max absorbed current
Net weight
Weight when working ****
Weight of packaged unit
*** For matching with external units mod. 4-6, an adapter from 3/8" SAE to 1/4" SAE is supplied for the liquid line Ø 6.35.
**** Weight refers to basic unit without accessories
3.2 ERP data
Model
low temperature (produced water 35°C)
Efficiency class in
heating
average temperature (produced water 55°C)
produced water 7°C
SEER
produced water 18°C
NOTE: Efficiency class calculated according to the European regulation 811/2013. The values refer to a unit without any optionals or accessories.
3.3 Heat pump operational limits
COOL MODE
Produced water temperature °C
Operation range by heat pump with possible
limitation and protection.
20
EN
06 / 10
220/240-1-50
Brazed stainless steel plate type
Electronic circulator (8 mca)
1" GAS F
3/4" GAS F
3/8" SAE / Ø 9.52
5/8" SAE / Ø 15.88
5 - 65
39
39
4
6
186
191
128
136
4.99
5.34
7.77
8.21
WARM MODE
-
-
-
Produced water temperature °C
Operation range by heat pump with possible limita-
tion and protection.
With IBH (system electric heater) installed.
Maximum inlet water temperature line for heat
pump operation.
Cod. 3542B230 - Rev. 00 - 02/2022
OMNIA S HYBRID H 3.2
10
3
15
3
1 - 3
39
1
43
45
45
8
200
201
A+++
130
135
A++
5.83
5.98
8.95
8.78
-
-
-
Produced water temperature °C
Operation range by heat pump with possible limita-
tion and protection.
With IBH (system electric heater) installed.
Maximum inlet water temperature line for heat
pump operation.
NOTE DHW MODE: the produced water temperature is the tem-
perature of the water produced by the unit and not the DHW tem-
perature available to the user, which is a function of this parameter
and of the surface of the coil of the DHW cylinder, if any.
UM
V-ph-Hz
-
-
l
bar
-
-
-
-
l
kW
°C
bar
dB(A)
39
A
kg
kg
kg
10
UM
ηs (%)
class
ηs (%)
class
W/W
W/W
DHW MODE
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