131
cod. 3541T620 - Rev. 05 - 04/2022
EN
DORA
90 LT - 120 LT
5.3
TECHNICAL FEATURES
Model
90 LT
120 LT
-
Heat pump
Power supply
230-1-50
V-f-Hz
Thermal power (UNI)
833
833
W
Total absorbed power in heating (UNI)
270
270
W
COP (UNI)
3.08
3.08
W/W
Rated current in heating (UNI)
1.25
1.25
A
Max. total absorbed power in heating
380
380
W
Max. current in heating
1.74
1.74
A
Heating time (EN) (1)
05:52
08:15
h:min
Heating energy (EN) (1)
1.42
2.02
kWh
Standby consumption (Pes) (EN) (1)
14
17
W
Class of use (EN) (1)
M
M
Type
Electricity consumption during the service cycle WEL-TC (EN) (1)
2.28
2.09
kWh
COPDHW (EN) (1)
2.6
2.7
W/W
COPDHW (EN) (4)
2.7
2.8
W/W
Water reference temperature (EN) (1)
53.0
52.8
°C
Max. usable amount of water( EN) (2)
0.098
0.128
m
3
Heating efficiency ref. standard (EU)
107
112
%
Efficiency class ref. standard (EU)
A+
A+
-
Yearly power consumption (EU)
479
458
kWh/year
Electrical resistor
Power
1200
1200
W
Current
5.2
5.2
A
Heat pump + heating element
Total absorbed power
1470
1470
W
Rated current
6.37
6.37
A
Total max. absorbed power
1580
1580
W
Max. current
6.95
6.95
A
Heating time (1)
h:min
Storage
Storage capacity
89
118
l
Rated pressure
0.7
0.7
MPa
Material
Enameled steel
type
Cathodic protection
Mg anode
type
Insulation type/thickness
polyurethane/50
type/mm
Air circuit
Fan type
Centrifugal
type
Air flow rate
190
190
m³/h
Duct diameter
125
125
mm
Max. available head
100
100
Pa
Refrigeration circuit
Compressor
Rotary
type
Refrigerant
Refrigerant gas charge
R290
0.15
type
kg
Evaporator
Copper - Aluminum
Finned coil
type
Condenser
Aluminum tube wound outside
tank
type
Internal sound power levels (3)
52
52
dB(A)
External sound power levels (3)
50
50
dB(A)
Empty weight
Net
60
70
kg
NOTES
•
(UNI):
data according to standard
UNI EN 16147:2017
•
(EU):
data according to regulation
2017/1369/EU
•
(1):
Heating cycle Air inlet temp = 7°C BS/6°C BU Initial water temperature 10°C
•
(2):
Operating temperature limit 40°C - Water inlet temperature 10°C
•
(3):
data according to the
UNI
EN 12102-1:2018
standard
•
(4):
Heating cycle Air inlet temp = 14°C BS/13°C BU Initial water temperature 10°C