a2b ACCORRONI HUB RADIATOR DHP 3.0 + 3.0, Техническое руководство

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21
7.8+7.8+3.0
19,35
4,66
4,15
18,47
5,74
3,22
3,70
149,8
15,08
3,88
3,89
13,96
4,54
3,07
4,02
7.8+7.8+7.8+7.8
32,48
7,84
4,14
31,00
9,68
3,20
3,71
150,3
22,62
5,82
3,89
20,94
6,81
181 / 316
A+ / A++
Inversione di ciclo con condensatori ad immersione
R410A
-15 / +45
+4 / +55
3
5
15
5
75 + 75
4,5
7,5
4 - 7 5
6 + 6
1
3
1500
1/2” M
3/4” M
1,86
172 / 307
163 / 298
7.8+7.8
16,24
3,92
4,14
15,50
4,84
3,20
3,71
150,3
7,54
1,94
3,89
6,98
2,27
4.4
TECHNICAL DATA HUB RADIATOR DHP
(1) Heating: outdoor air temperature 7 ° C b.s. - 6 ° C wb.; water inlet / outlet temperature 30/35 ° C
(2) Heating: outdoor air temperature 7 ° C b.s. - 6 ° C wb .; water inlet / outlet temperature 40/45 ° C
(3) Heating: average weather conditions; T.biv = -7 ° C; water inlet / outlet temperature 30/35 ° C
(4) Cooling: outdoor air temperature 35 ° C; water inlet / outlet temperature 23/18 ° C
(5) Cooling: outdoor air temperature 35 ° C; water inlet / outlet temperature 12/7 ° C
(6) Water 35 ° C / 55 ° C
DESCRIPTION
Thermal power (1)
Power consumption (1)
C.O.P. (1)
Thermal power (2)
Power consumption (2)
C.O.P. (2)
S.C.O.P. (3)
Seasonal heating efficiency (ηs)
Cooling capacity (4)
Power consumption (4)
E.E.R. (4)
Cooling capacity (5)
Power consumption (5)
E.E.R. (5)
S.E.E.R. (5)
Energy class in heating (6)
Defrosting method
Type of refrigerant
External temperature operating limits
Technical water temperature min / max
Min distance between outdoor and indoor unit
Max distance between outdoor and indoor unit without recharging
Max distance between outdoor and indoor unit with charging
Max height difference between outdoor and indoor unit
Water content technical accumulations
Max electronic inverter circulator flow rate
Max inverter electronic circulator head
Electronic absorption of the inverter electronic circulator
Volume of expansion vessels
Preload expansion vessels
Safety valve calibration
Back up electrical resistance
Power supply
Hydraulic connections for cold water inlet and DHW outlet
System hydraulic flow and return connections
Heat loss internal unit accumulation
Internal weight of transport / operating unit
3.0+7.8
11,23
2,71
4,14
10,72
3,34
3,21
3,72
150,6
7,54
1,94
3,89
6,98
2,27
3.0+3.0
6,22
1,49
4,17
5,94
1,81
3,28
3,78
153,1
2,94
0,72
4,08
2,63
0,89
2,95
3,84
7.8+7.8+7.8
24,36
5,88
4,14
23,25
7,26
3,20
3,71
150,3
15,08
3,88
3,89
13,96
4,54
U.M.
kW
kW
W/W
kW
kW
W/W
W/W
%
kW
kW
W/W
kW
kW
W/W
W/W
°C
°C
m
m
m
m
l
m 3 /h
m
W
l
bar
bar
W
kWh/24h
kg
Tabella prelievi ACS HUB RADIATOR DHP
DESCRIPTION
Amount of water available in a single withdrawal (1)
Recovery time (1)
Seasonal DHW production efficiency (ηs)
DHW production energy class
U.M.
l
min
%
(1) Storage temperature 55 ° C, Temp. DHW 40 ° C, Water inlet temp. 10 ° C, Outdoor temperature 7 ° C db. - 6 ° C wb.
(2) Continuous DHW supply with max. Flow rate 7 l / min, water inlet temp. 10 ° C, external temperature 7 ° C db. - 6 ° C wb.
(3) Continuous DHW supply with max. Flow rate 12 l / min, water inlet temp. 10 ° C, external temperature 7 ° C db. - 6 ° C wb.
(4) Continuous DHW supply with max. Flow rate 16 l / min, water inlet temp. 10 ° C, external temperature 7 ° C db. - 6 ° C wb.
7.8+7.8+7.8+7.8
(4)
-
7.8+7.8
(2)
-
7.8+7.8+3.0
(2)
-
124,2
A+
3.0+7.8
72
18
3.0+3.0
68
26
7.8+7.8+7.8
(3)
-
230V/1/50Hz 400V/3+N/50Hz