Technical Characteristics - Lamborghini Caloreclima DORA 200 HT Manual De Uso

3.2 Technical characteristics

Model
Heat pump
Electrical heating element
Heat pump +
Electrical heating element
Storage
Air circuit
Refrigeration circuit
Internal sound power levels (3)
External sound power levels (3)
Empty weight
NOTES
• (ISO): data according to standard ISO 255-3
• (EN): data according to standard EN 16147:2017
• (EU): data according to regulation 2017/1369/EU
• (1): Heating cycle Air inlet temp = 20°C BS/15°C BU Initial water temperature 10°C
• (2): Operating temperature limit 40°C - Water inlet temperature 10°C
• (3): data according to standard EN 12102-1:2018
• (4): Heating cycle Air inlet temp = 14°C BS/13°C BU Initial water temperature 10°C
72
EN
Power supply
Thermal power (ISO)
Total absorbed power in heating (ISO)
COP (ISO)
Rated current in heating (ISO)
Max. total absorbed power in heating
Max. current in heating
Heating time (EN) (1)
Heating energy (EN) (1)
Standby consumption (EN) (1)
Class of use (EN) (1)
Power consumption during operating cycle WEL-TC (EN) (1)
COPDHW (EN) (1)
COPDHW (EN) (4)
Water reference temperature (EN) (1)
Max. usable amount of water( EN) (2)
Heating efficiency ref. standard (EU)
Efficiency class ref. standard (EU)
Yearly power consumption (EU)
Power
Current
Total absorbed power
Rated current
Total max. absorbed power
Max. current
Heating time (1)
Storage capacity
Max. pressure
Material
Cathodic protection
Insulation type\thickness
Fan type
Air flow rate
Duct diameter
Max. available head
Compressor
Refrigerant
Evaporator
Condenser
Net
cod. 3541T630 - Rev. 03 - 05/2020
DORA
200 HT - 260 HT
200 HT 260 HT
230-1-50
1600 1600
370 370
4.32 4.32
1.70 1.70
500 500
2.30 2.30
7:16 9:44
2.83 3.74
27.3 31
L XL
4.18 6.17
2.80 3.10
2,50 2,60
51.4 53.7
0.260 0.358
116 127
A+ A+
883 1315
1500 1500
6.5 6.5
1870 1870
8.20 8.20
2000 2000
8.80 8.80
3:48 4:57
192 250
0.7 0.7
Enameled steel
Mg anode
polyurethane/50
Centrifugal
350 350
160 160
100 100
Rotary
R134a
Aluminum - Aluminum
Finned coil
Aluminum tube wound outside tank
52 52
50 50
80 95
-
V-f-Hz
W
W
W/W
A
W
A
h:min
kWh
W
Type
kWh
W/W
W/W
°C
m
3
%
-
kWh/year
W
A
W
A
W
A
h:min
L
MPa
type
type
type/mm
type
m³/h
mm
Pa
type
type
type
type
dB(A)
dB(A)
kg