VXT 06
VXT 08
VXT 10
HEATING
Heating capacity
230V
kW
7.52
9.28
12.18
Total input power
230V
kW
2.21
2.59
3.25
Condenser water capacity (user)
230V
l/h
1,290
1,600
2,090
Available useful static pressures (user)
230V
kPa
35
47
46
Water consumption at the evaporator
230V
l/h
930
1170
1560
Evaporator pressure drop
230V
kPa
6
9
8
Geothermic pump useful static pressure if envisioned
230V
kPa
43
57
56
COOLING
Cooling capacity
230V
kW
6.21
7.89
10.23
Total input power
230V
kW
1.71
2.01
2.51
Evaporator water capacity (user)
230V
l/h
1070
1360
1760
Available useful static pressures (user)
230V
kPa
42
55
53
Water consumption at the condenser
230V
l/h
1350
1690
2170
Condenser pressure drop
230V
kPa
13
20
15
Geothermic pump useful static pressure if envisioned
230V
kPa
33
43
45
ENERGETIC INDEX
COP* (UNI EN 14511:2004)
W/W
3.40
3.58
3.75
EER* (UNI EN 14511:2004)
W/W
3.63
3.93
4.08
ELECTRICAL DATA
Total input power (when HOT)
230V
A
10
13
16.4
Total input power (when COLD)
230V
A
8
10.6
13.3
Maximum current (FLA)
230V
A
16.0
19.0
23.0
Peak current with soft-start (LRA)
230V
A
29.5
37.5
45.0
SCROLL (COMPRESSORS)
Number per circuit
n°
1/1
1/1
1/1
REFRIGERANT GAS
R410A
DOMESTIC HOT WATER DHW MAXIMUM TEMPERATURE
Continuous distribution of domestic hot water at the flow rate of
12 lt/min. and temperature of 40°C
min.
12
13.5
15
EVAPORATOR (PLATES)
Number
n°
1
1
1
CONDENSER (PLATES)
Number
n°
1
1
1
WATER/WATER HEAT EXCHANGER (PLATES)
Number
n°
1
1
1
STORAGE TANK
Amount of water
lt.
180
180
180
PUMP SIDE UTILITIES/GEOTHERMIC
Input power
W
85
120
120
DHW SIDE PUMP
Input power
W
50
50
50
INTEGRATIVE RESISTANCES IF ENVISIONED
Resistance power
W
1X2000
1X3000
2X2000
HYDRAULIC CONNECTIONS
System water inlet/outlet
IN/OUT
Ø
1” F
1” F
1” F
Domestic hot water inlet/outlet
IN/OUT
Ø
3/4” M
3/4” M
3/4” M
Sheet inlet/outlet
IN/OUT
Ø
1” F
1” F
1” F
SOUND DATA
Sound power
dB(A)
43
45
45
Sound Pressure
dB(A)
35
37
37
230V
8.3.
~ 50Hz fan coils
NOMINAL REFERENCE
8.3.1.
CONDITIONS
HEATING:
- Condenser IN/OUT water temp.
40/45 °C
- Evaporator IN/OUT water temp.
10/5 °C
-
∆
t
5
°C
COOLING:
- Evaporator IN/OUT water temp.
12/7 °C
- Condenser IN/OUT water temp
30/35 °C
-
∆
t
5 °C
SOUND DATA
Sound power
Aermec determines sound power values with
measurements taken in agreement with the 9614-2
Standard, in compliance with that requested by
Eurovent certification.
Sound Pressure
Environment volume of 80m3, reverberation time 0.5s,
distance 3 metres and directionality factor 4.
FLA
= Max. Input current at full load
LRA
= Peak current at full load
DATA DECLARED ACCORDING TO EN 14511:2004
13
