HUB RADIATOR HRC (HYBRID SYSTEM)
HUB RADIATOR HRC (HYBRID SYSTEM)
Hybrid integrated patented high-efficiency heat pump to direct exchange refrigerant / water
with support boiler to produce hot water and heating for small to medium users
Technical and construction features
Indoor unit
with technique water
tank 70 liter boiler
and condensing
back up
HUB Radiator HRC is a patented hybrid system integrated high
efficiency heat pump to direct exchange refrigerant / water with
support boiler to produce hot water and heating for small and
medium users.
This system consists of a moto-evaporator outdoor unit heat pump
(Booster 7.0) and from an internal unit of accumulation from 70 liters
with condenser and sanitary exchanger immersion coupled with
condensing boiler modulating back-up.
Also included as standard:
- Circulation pump electronic inverter with high efficiency
- Diverter valve precedence to domestic circuit
- Expansion system
- Safety valve and automatic air vent valve
The condensing boiler is directly connected to the storage; both
components were housed in a white RAL 9010 painted steel cover
for indoor installation.
The heat generator with natural gas using a premix burner high
modularity 2-16 kW - 2,5-25 kW - 3-32 kW latest generation.
The combustion stoichiometry ratio constant air-gas is used to clear
the polluting emissions of CO and reduce NOx emissions.
The patented HUB Radiator HRC uses, as a primary source, the
thermodynamic cycle of the heat pump and can be installed to
replace old boilers, without changing the existing heating system.
The efficiency of the heat pump, with the help, when needed, of
the condensing boiler, allows to reach the user great savings, an
excellent reliability and operation at temperatures up to -20 °C.
The electronic control unit makes the product versatile and easy to
manage with an intuitive user interface.
Thanks to two microprocessors located on board of the indoor
unit, the user can set an automatic management of the system
with function Energy Efficiency which allows to reduce energy
consumption both for the production of DHW that of heating.
With this feature you can automatically activate the condensing
boiler to supplement the heat pump only when necessary
Outdoor Unit
Booster HR 7.0
B
Made in Italy
patent
RENEWABLE
ENERGY
TAXES
REDUCING
ENERGY
SAVING
HIGH
EFFICIENCY
PdC
60°
ECOLOGIC
GAS
PHOTOVOLTAIC
COMBINATION
DHW WITHOUT
LEGIONELLA
HEATING 60 °C
COMPACT
DIMENSION
CALDAIA
INSTALLATION
PLUG AND PLAY
HYBRID
SYSTEM
Model
HUB RADIATOR HRC - I.U. boiler 2 - 16 kW + O.U. Booster 7.0
HUB RADIATOR HRC - I.U. boiler 2,5 - 25 kW + O.U. Booster 7.0
HUB RADIATOR HRC - I.U. boiler 3 - 32 kW + O.U. Booster 7.0
HUB RADIATOR HRC - only I.U. boiler 2 - 16 kW
HUB RADIATOR HRC - only I.U. boiler 2,5 - 25 kW
HUB RADIATOR HRC - only I.U. boiler 3 - 32 kW
Code
76800900
76800901
76800902
76800910
76800911
76800912
€
7.920,00
8.020,00
8.120,00
4.980,00
5.080,00
5.180,00
Accessories HUB RADIATOR HRC
Pannello di comando e controllo remoto
a parete o incasso
75100005
228,00
37081060
37081061
78,00
114,00
Bracket for outdoor Booster including
the anti-vibration
75100003
200,00
Microprocessor 2000CX with external probe
16505060
380,00
Support base with anti-vibration for external Booster
75100020
384,00
Vibration damper kit for floor installation
75100021
62,00
Control panel and remote control
wall or recessed
mod. Booster 3.0
mod. Booster 7.0
17
HUB RADIATOR HRC (HYBRID SYSTEM)
Hybrid integrated patented high-efficiency heat pump to direct exchange refrigerant / water
with support boiler to produce hot water and heating for small to medium users
Boiler accessories HUB RADIATOR HRC
Code
€
Kit exhaust fumes
Coaxial Ø 60/100
30403000
160,00
Extension Coaxial
Ø 60/100 M / F = 1000 mm
30403002
98,00
Bend 90 ° Ø 60/100 coaxial M / F
30403005
74,00
Bend 45 ° Ø 60/100 coaxial M / F
30403003
62,00
Kit flue Ø 80/80 split
30403007
260,00
Extension Ø 80 M / F = 1000 mm
30403011
58,00
Splitter kit Ø 80/80
30351026
190,00
Dimensions HUB RADIATOR HRC
900
902
650
1200
307
250
Evaporating unit external
Booster HR 7.0
Indoor unit
storage unit + boiler condensation
Example of a system HUB RADIATOR HRC
1
2
3
4
5
6
7
8
9
9
1
2
7
4
5
6
18
moto-evaporating external Booster 7.0
Indoor unit HUB RADIATOR HRC
Flow Hot Water
Input gas G20 - G25 - G31
System flow
System return
Input hydro net
Radiators ECO PLUS
Exhaust fumes coaxial Ø 80/125
3
8
HUB RADIATOR HRC (HYBRID SYSTEM)
Hybrid integrated patented high-efficiency heat pump to direct exchange refrigerant / water
with support boiler to produce hot water and heating for small to medium users
Technical data table boiler HUB RADIATOR HRC
DESCRIPTION
Category
Type
Gas reference
Energy Performance
Rated heat capacity
Minimum heat output
HEATING
Rated thermal input
Minimum heat output
Combustion efficiency
Part load efficiency of 30%
Supply pressure gas G20
Supply pressure gas G25
Supply pressure gas G31
Mass flow of the fumes to heat input nom. / Min G20
Mass flow of the fumes to heat input nom. / Min G25
Mass flow of the fumes to heat input nom. / Min G31
C02 thermal capacity nom. / Min G20
C02 thermal capacity nom. / Min G25
C02 thermal capacity nom. / Min G31
C02 0% to 02 thermal power nom. / Min G20
C02 0% to 02 thermal power nom. / Min G25
C02 0% to 02 thermal power nom. / Min G31
NOx 0% to 02 thermal power nom. / Min G20
NOx 0% to 02 thermal power nom. / Min G25
NOx 0% to 02 thermal power nom. / Min G31
Flue gas temperature at thermal nom. / Min (80/60 ° C) G20
Flue gas temperature at thermal nom. / Min (80/60 ° C) G25
Flue gas temperature at thermal nom. / Min (80/60 ° C) G31
NOx class
Expansion
Pressure expansion vessel
Max working pressure
Max Operating Temperature
ELECTRICAL CHARACTERISTICS
Voltage / frequency
Power
Degree of protection
DIMENSIONS AND CONNECTIONS
U.M.
16
25
Technical data table Booster HUB RADIATOR HRC
32
II2E+3P-II2H2P - II2E3P-I2HI3PI2L
kW
kW
°C
kW
kW
%
%
mbar
mbar
mbar
kg/h
kg/h
kg/h
%
%
%
ppm
ppm
ppm
ppm
ppm
ppm
°C
°C
°C
l
bar
bar
bar
°C
W
16,2
2,8
15,0
2,5
98,0
108,0
C13 - C53
G20-G25-G31
✫✫✫✫
25,0
2,5
80 / 60
24,5
2,3
98,0
108,0
20
25
37
47/10
47/10
48/10
9,4/9,0
9,4/9,0
10,6/10,1
168/4
167/4
188/3
45/17
44/18
49/21
68/66
68/66
70/68
5
7
1
3
0,6
90
32,0
3,2
29,1
2,9
97,4
105,4
DESCRIPTION
Thermal power air 7 ° C / water 35 °C
COP
Thermal power air 2 ° C / water 35 °C
COP
Thermal power air 7 ° C / water 45 °C
COP
Thermal power air 2 ° C / water 45 °C
COP
Compressor type
Adjusting refrigerant circuit
U.M.
kW
W/W
kW
W/W
kW
W/W
kW
W/W
7,32
4,12
6,56
3,47
6,92
3,07
6,22
2,74
Rotary
Capillary
Reversal
of cycle
Method defrost
to immersion
Type of refrigerant
R410A
Sound pressure*
dB(A)
56
Refrigerant quantity (pre-attached)
kg
2,1
m
Minimum distance between indoor and outdoor units
3
Maximum distance between indoor and outdoor units without charging m
5
Maximum distance between indoor and outdoor units with charging m
15
m
Maximum height difference between indoor and outdoor units
5
“
Fitting gas line
5/8
“
Fitting liquid line
3/8
kg
Weight
55
* Measured in free field conditions with a reference distance of one meter
Technical data table unit HUB RADIATOR HRC
Type electronic circulator
Water content accumulation
Max capacity electronic circulator
Prevalence electronic circulator
Power consumption electronic circulator
Safety relief valve setting
Power supply
Weight
Wilo Yonos Para
RS 25/6
l
70
m3/h
3,3
m
6,2
W
3 - 45
bar
4
230V/1/50Hz
kg
64
With drawal ACS continuous HUB RADIATOR HRC*
200 kW
230V/1/50Hz
180
IP X4D
180 kW
160 kW
140 kW
Width
Height
Depth
Weight
Supply / return
Gas
Diameter pipe exhaust / intake concentric
Concentric tube length min / max
Diameter pipe inlet / outlet separated
Length separate pipes min / max
mm
mm
mm
kg
“
“
mm
m
mm
m
410
780
230
42
40
38
3/4
3/4
60 / 100
(0,5÷10) + (1 curva a 90°)
80 / 80
0,5÷32 + 0,5÷32
+ 2 bend 90°
19
120 kW
100 kW
80 kW
60 kW
20 kW
0
0h
2h
4h
6h
8h
10 h
12 h
14 h 16 h
Total thermal power output HUB RADIATOR HRC
Heat output boiler HUB RADIATOR HRC
Heat output Booster heat pump HUB RADIATOR HRC
(*) Temperature of 40 °C levy ACS, ACS flow rate 9 l / min, temperature
mains water inlet 12 °C, ambient air temperature 10 °C
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