Egea
Air-water heat pump for domestic hot water production
Here is EGEA
EGEA is the brand new range of heat pump water heaters with
storage tank to generate domestic hot water, suitable for small residential applications.
It’s a smart heating solution for domestic water that employs electricity, air and if needed solar thermal and photovoltaic energy without resorting to traditional fuels. Efficiency, an eco-friendly approach, flexibility and a new look are EGEA‘s distinctive features, for which it stands out compared to a traditional electrical water heater.
* Our 90 and 120 L models employ R-290 gas, a valid ‘green’ alternative compared to the more common coolants with a high Global Warming Potential (GWP) in the sector. This is a hydrocarbon (HC) available in nature
whose GWP is 3 and Ozone Depletion Potential (ODP) is 0.
THE RANGE
Capacity l Heat Output W Power input W Solar Thermal Integration GAS type ERP class Load profile No. of peopleLT
Operation (-5/43°C)Wall-mounted 90 89 833 240 NO R290* M 120 118 833 245 NO R290* MLT
Floor-standing Operation (-7/38°C) 200 192 1820 430 NO R134A L 260 250 1820 430 NO R134A XLLT-S
Operation (-7/38°C)Floor-standing 200 192 1820 430 YES R134A L260 250 1820 430 YES R134A XL
HT
Operation (4/43°C)Floor-standing 200 187 1600 370 NO R134A L260 247 1600 370 NO R134A XL
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+ITS FEATURES
in short...
EGEA is an air-water heat pump for the production of domestic hot water, storage in a enamelled steel tank, with condenser having an external jacket to guarantee top safety and hygiene.
> Maximum temperature of 62°C from renewable energy with heat pump alone or through a Heating Element (up to 75°C).
> Programmable digital interface with TOUCH keys.
> Integration through Solar Thermal energy (LT-S model) or through a Heating Element (up to 75°C) on all models.
> Integration with Photovoltaic Solar system.
Optimisation from Photovoltaic Integrated Solar Thermal Control Wi-Fi Remote Control Legionella Control Sanitisation Time slot-based
operation OFF PEAKfeature Defrostingon HolidayMode
LT
Wall-mounted 90n
n
n
n
n
n
n
n
120n
n
n
n
n
n
n
n
LT
Floor-standing 200n
n
n
n
n
n
n
n
260n
n
n
n
n
n
n
n
LT-S
standingFloor- 200n
n
n
n
n
n
n
n
260n
n
n
n
n
n
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HT
standingFloor- 200n
n
n
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260n
n
n
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THE INCENTIVES...
when saving is a must
EGEA makes the most of all the features and technology of air-water heat pumps to produce domestic hot water. Only 25% of the
system’s energy demand comes from electricity.
COMPRESSOR EXPANSION VALVE DHW HEAT PUMP SOURCE EVAPORATOR AIR
THE ELECTRONICS...
it couldn’t be easier!
EGEA’s user interface has a very simple and intuitive display.
> White backlit LEDs to control temperature and features.
> Red backlit LEDs for alarm warnings.
> The 4 side TOUCH keys turn EGEA on/off ( );
keys to browse through the MENU ( ) and increase (
+
) or decrease (-
) settings.OPERATING MODES
To meet the widest range of needs, EGEA has 5 different operating modes:
RENEABLE ENERGY ONLY
ECO
MODE
EGEA ONLY works in heat pump mode. The additional heater turns on as a support
only if the outdoor temperature is outside the operating range (setpoint 62°C).
RENEWABLE ENERGY AS THE PREFERRED OPTION
AUTO
MODE
EGEA works in heat pump mode by default. The additional heater turns on as a support only if the tank temperature increase is too slow (>4°C/30 min.) or the outdoor temperature is outside the operating range (setpoint 62°C).
COMBINED USE OF RENEWABLE AND ELECTRICAL ENERGY
BOOST
MODE
EGEA simultaneously operates as a heat pump and with the additional heater.
Setpoint can be up to 75°C.
ELECTRICAL ENERGY ONLY
ELECTRIC
MODE
EGEA only works with the additional heater. Set point can be up to 75°C.
AIR RECIRCULATION ONLY
FAN
MODE
EGEA only works in ventilation mode. The heat pump and additional heater are OFF.
+
+
FLASHING ALARM HEAT PUMP HEATING ELEMENT ON DEFROST ANTIFREEZING LEGIONELLA CONTROL KEY LOCK TIME SLOTS WI-FI PHOTOVOLTAICTHERMAL SOLAR / HOT WATER HOLIDAY
THE INTEGRATION...
EGEA gets along with everyone
All EGEA versions can use
renewable energy supplied by a photovoltaic system (electricity) or by a solar thermal system
(thermal energy).
The latter solution is ONLY available
for the 200 LT-S and 260 LT-S version, whose tank has a dedicated coil acting as a solar exchanger.
This auxiliary energy source
can be activated and set up directly by the user through the dedicated controls.
PHOTOVOLTAIC SYSTEM
EGEA can control excess Electricity provided by a Photovoltaic System by means of a warning from the Inverter through a potential-free contact. In this mode, EGEA will prepare domestic hot water at a higher (selectable) temperature Setpoint than the ECO/AUTO modes to make the best use of the free energy available.
SOLAR HEATING SYSTEM:
the 2 ways to connect it
An optional outdoor Solar Control Unit controls the system components and blocks the heat pump if energy is available. Indeed EGEA is fitted with an input electrical contact to do this.
EGEA uses its own electronics to directly control all the Solar Circuit components, thereby optimising heat pump operation according to the available Solar Energy.
Solar heating control unit Solar heating probe Thermostatic mixer COLD water inlet Pump Solar heating probe Thermostatic mixer Pump COLD water inlet Drain valve =~ Inverter Meter
But for those who want more...
EGEA heat pump water heaters come as standard with a WiFi module built into the
product to connect them to the home’s WiFi network (WiFi router) and control them through the APP.
Download the dedicated free App,
EGEA SMART, for full control over EGEA at any time.
Registration is quick and easy, and after you’ll be able to remotely control the comfort levels of DHW in the house.
INTERNET
With EGEA SMART you can change the operating parameters and program when the appliance turns on/off.
This is a very simple and user-friendly app that always shows the operating status of the heat pump with screens in different colours.
ELECTRIC MODE
ECO MODE AUTO MODE BOOST MODE FAN MODE
EGEA SMART
BUILT-IN WiFi BOARD
WiFi CONNECTION (ROUTER OR OTHER)
INSTALLATION...
where would you like me to put it?
EGEA can be installed in any room, including non-heated ones like garages and laundry rooms,
and does not require any special work, except for the holes for the air intake and exhaust pipes.
ESCLUSIVELY VERTICAL INTAKE AND EXHAUST
SOME INSTALLATION METHODS
The heat pump requires suitable air ventilation. A suggested method for a designated air duct is provided in Fig. 1. Plus, it is essential to guarantee suitable ventilation in the room where the appliance is installed. An alternative solution is provided in the picture below (Fig. 2): it involves additional ducting that draws air from outdoors, rather than directly from indoors.
Fig. 1
Example of air discharge connection
Fig. 2
Example of air discharge connection Internal compartment Outside Outside Internal compartment
One of the unique features of heat-pump heating systems is the fact that these units considerably reduce the temperature of the air, which is usually ejected outdoors. As well as being colder than the air in the room, the ejected air is also completely dehumidified, which is why the airflow can be conveyed back into the home to cool specific areas or rooms in summer.
Installation involves doubling the exhaust pipe, on which two dampers (“A” and ”B”) are applied to convey the airflow either outside (fig. 3) or inside the house (fig. 4).
Fig. 3 - Example of installation in summer
Damper “A”
closed Damper “B”open
Internal compartment Int er nal compar tment Outside Damper “A”
open Damper “B”closed
Internal compartment Int er nal compar tment Outside
Fig. 4 - Example of installation in winter
EGEA IN A NUTSHELL
Optimisation from Photovoltaic When the icon on the display is on, the energy produced by the photovoltaic system is used to heat the water inside
the tank.
Time slot-based operation It lets you set the time and select the time slots to turn the heat pump on and/or off.
Wi-Fi Remote Control
The Wi-Fi icon is on when the Unit has successfully connected to an external WiFi router.
OFF-PEAK feature
When this icon on the display is on, the OFF-PEAK mode has been activated. When the electrical contact closes, the appliance operates during the time slot with the lower tariff.
Integrated Thermal Solar Control When this icon on the display is on, the energy produced by the solar system is used to heat the water inside the tank (LT-S models).
Anti-legionella sanitising If this is turned on every two weeks, a heating/sanitising cycle of the water inside the tank is carried out at the set time by the heating element.
Defrosting on
Mode during which the Unit detects a defrosting temperature ≤1°C and activates all the procedures to turn on the compressor, fan and pump in order to restore optimal operating conditions.
Holiday Mode
This mode is helpful when you need to go away for a limited period of time, after which you want to find the appliance operating in automatic mode.
Antifreeze protection This protection prevents the water temperature inside the tank from reaching values close to zero. With the appliance in stand-by, when the water temperature inside the tank is below or equal to 5°C (setting available on the installer menu), this triggers the antifreeze protection, which turns on the heating element until the temperature reaches 12°C (setting available on the installer menu).
ON/OFF key
Used to turn the Unit on/off, set it to stand-by, activate the key lock and save edited settings.
SET key
Used to select the various features/ operating modes, select the settings and confirm the edits.
Alarm
Signals a fault of the unit or the “active protection” status, during which the Unit stops as a protective measure after detecting a serious failure.
Operation with Heat Pump With this mode, only the heat pump is used within the operating limits of the product to guarantee the highest possible energy savings.
Operation with heating element With this mode, only the heating element is used within the operating limits of the product and is useful when the incoming air is cold.
Key lock on
The key lock is activated in any status, 60 seconds after any of the four keys on the user interface is pressed. This is to avoid potential interaction with the water heater, for example by children.
THE COMPONENTS
WALL-MOUNTED VERSION CONNECTIONS (90-120 L)
Heat pump unit
Condensate discharge
(Removable) Magnesium Anode
Recirculation SOLAR source inlet (LT-S models only) SOLAR source outlet (LT-S models only) Magnesium anode (disposable)
Domestic HOT Water Outlet DHW tank Additional heater Solar system coil Solar system probe (LT-S models only) Condensation coil Domestic COLD Water Inlet
SOUNDPROOF
THERMAL INSULATION FAN
EVAPORATOR COMPRESSOR COOLING CIRCUIT WITH THERMOSTATIC VALVE DOMESTIC HOT WATER OUTLET
DOMESTIC COLD WATER INLET
E G E A
mod. 90 / 120 / 200 / 260
DIMENSIONS
220-260 litre model CONNECTIONS
MOD. LT LT LT-S HT 90 120 200 260 200 260 200 260 A mm 501 501 621 621 621 621 621 621 A1 mm 528 528 628 628 628 628 628 628 B mm 1380 1530 1607 1892 1607 1892 1607 1892 C mm - - 1142 1427 1142 1427 1142 1427 D mm - - 250 250 250 250 250 250 D1 mm - - - - 250 250 - -E mm 710 963 490 493 490 493 - -E1 mm - - 490 493 490 493 490 493 F mm - - 600 600 600 600 600 600 F1 mm - - - - 600 600 - -G mm - - 705 785 705 785 705 785 H mm - - 876.5 1162 876.2 1162 876.5 1162 L mm - - 705 735 705 735 705 735 M mm - - 976 1261 976 1261 976 1261 528 280 501 272 2 x D.125 69 H 550 501 B 372 163 100 D. 1/2” 20 10 55 280 501 272 2 x D.125 69 H 550 501 B 372 100 20 10 55 528 280 501 272 2 x D.125 69 H 550 501 B 372 163 100 D. 1/2” 20 10 55 621 A BC D E 69 B G H O N M L I 628 592 A C D E P 69 396 Ø 620 Ø 160 Ø 160 380 628 621 A BC D E 69 B G H O N M L I 628 592 A C D E P 69 396 Ø 620 Ø 160 Ø 160 380 628 621 A BC D E 69 B G H O N M L I 628 592 A C D E P 69 396 Ø 620 Ø 160 Ø 160 380 628 11 5 10 12 13 9 26 20 8 528 280 501 272 2 x D.125 69 H 550 501 B 372 163 100 D. 1/2” 20 10 55 528 280 501 272 2 x D.125 69 H 550 501 B 372 163 100 D. 1/2” 20 10 55 90-120 litre model KEY
8 Cold water inlet
9 Hot water outlet
10 Recirculation outlet
11 Condensate drain
12 Heat exchanger inlet
(only for model LT-S)
13 Heat exchanger outlet
(only for model LT-S)
20 Probe socket for solar
thermal control (only for model LT-S)
23 Socket for safety
thermal cut-out
26 Inspection access to the
electrical resistor and safety thermal cut-out
CONNECTIONS
SYSTEM DIAGRAMS
KEY - IN Internal Unit EU External Unit 4 Wired remote controller (supplied as standard with the heat pump) 7 Inertial storage (in series) potential installation to be considered
8 Domestic hot water outlet - Ø1/2” 9 Domestic hot water inlet - Ø1/2” 10 System delivery - Ø3/4” 11 System return - Ø3/4” 12 Inertial storage (in parallel) to be considered
for potential installation in relation to system pressure drops 17 Check valve (not supplied) 18 Bypass valve (not supplied) 20 Spring-loaded three-way valve (not supplied),
controlled by SV2 29 Unit external pump (P-o), (not supplied) to be considered for potential installation based on system pressure drops, controlled by the heat pump G Gas
Line L Liquid line T1-c - Tn-c Cooling demand room thermostat (not supplied) T1-h - Tn-h Heating demand room thermostat (not supplied) FCU 1...n Air terminal: can be
used only for cooling with radiant underfloor heating or for cooling and heating without radiant underfloor heating FHL 1...n Radiant underfloor heating/radiator only with
heating for x number of zones TWR Towel warmer integration in bathroom: it must have a heating element if connected to the heating system 32 Heat-pump water heater
for floor-standing installation 33 Thermostatic valve 50 Photovoltaic panel 51 Inverter 52 Meter 53 Electrical panel 60 Solar manifold 61 Expansion vessel for solar thermal
circuit 62 Safety valve 63 Full circulation unit for solar thermal heating 64 Solar thermal system control unit - - - - Electrical connections
Warning: Ferroli S.p.A. hereby informs you that this is not an operating diagram! The diagram does not in any way replace the system design.
*OPTIONAL
KEY - UI Internal Unit UE External Unit 4 Cabled remote controller (supplied as standard with the heat pump) 7 Inertial storage (in series) to be considered for potential
installation 8 Domestic hot water outlet - Ø1/2” 9 Domestic hot water inlet - Ø1/2” 10 System delivery - Ø3/4” 11 System return - Ø3/4” 12 Inertial storage (in parallel) 17
Check valve (not supplied) 18 Bypass valve (not supplied) 20 Spring-loaded three-way valve (not supplied), controlled by SV2 21 DHW expansion vessel (not supplied) 22 DHW
safety valve (not supplied) 29 Unit external pump (P-o), (not supplied) to be considered for potential installation based on system pressure drops, controlled by the heat pump
G Gas Line L Liquid line T1-c - Tn-c Cooling demand room thermostat (not supplied) T1-h - Tn-h Heating demand room thermostat (not supplied) FCU 1...n Air terminal:
can be used only for cooling with radiant underfloor heating or for cooling and heating without radiant underfloor heating FHL 1...n Radiant underfloor heating/radiator only
with heating for x number of zones TWR Towel warmer integration in bathroom: it must have a heating element if connected to the heating system 31 Heat-pump water
heater for wall-mounted installation 50 Photovoltaic panel 51 Inverter 52 Meter 53 Electrical panel - - - - Electrical connections
Warning: Ferroli S.p.A. hereby informs you that this is not an operating diagram! The diagram does not in any way replace the system design.
*OPTIONAL M MENU ON/OFF UNLOCK BACK OK (LONG PRESS) COMFORT CONTROL * * M M M M T1_h T2_h Tn_h T1_c Tn_c 4 21 22 29 7 12 UE 18 18 10 8 G L 9 11 UI FCUn FCU1 FHL1 FHLn TWR 53 52 51 A A A V VA =~ IN OUT M 20 50 17 31 M MENU ON/OFF UNLOCK BACK OK (LONG PRESS) COMFORT CONTROL * * M M M M T1_h T2_h Tn_h T1_c Tn_c ϑ 50 60 4 21 22 29 7 12 UE 18 18 10 8 G L 9 11 UI FCUn FCU1 FHL1 FHLn TWR 53 52 51 A A AV VA =~ 33 17 OUT IN 9 110 0bar 7684325 °C12010080604020 °C12010080604020 62 61 ϑ33 63 M 20 32
EGEA LT 90-120 PERFORMANCE
MOD. 90 L 120 L
Rated storage capacity l 89 118
Maximum capacity of hot water at 40°C l 98 128
Storage loss W 40 46
Power of integrated heating element Wel 1200
Electric power absorbed on average Wel 270 270
Heat output efficiency to pump Wth 833
Dimensions (Ø x H) mm 510 x 1380 510 x 1530
Empty weight kg 60 70
Maximum water pressure bar 7
Maximum air temperature °C 43
Minimum air temperature °C -5
Rated airflow m3/h 190
Required room cubic volume m3 15
Electric power supply parameters V-Hz 230V - 50Hz
Protection rating IP24
Internal sound power Lw(A) dB(A) 52
Legionella control system Automatic
Anti-corrosion system no. 1 Mg Anode
Operating mode Auto, Eco, Boost, Elec. Heater, Fan
Photovoltaic connection YES
Solar Thermal connection
-APP / Wi-Fi YES
Type of gas R290
Loading capacity g 150
Heating time at 7°C in ECO mod. hh:mm 05:52* 08:15**
Heating time at 14°C in ECO mod. hh:mm 04:02** 06:26**
Heating time in BOOST mod. hh:mm 02:30* 04:30*
COPDHW 7°C 2,6* 2,7**
COPDHW 14°C 2,7** 2,8**
Internal coil for solar heating -
-Water heating energy efficiency class
in average weather conditions
A
+A
+Water heating energy efficiency
% in average weather conditions % 107 112
Average energy consumption in average weather conditions kW/h 479 458
Declared load profile M M
* Test in accordance with regulation EN16147-2017 with air inlet temperature of 7°C (6°C), boiler storage room temperature of 20°C, water heating from 10°C to 53°C.
** Test in accordance with regulation EN16147-2017 with air inlet temperature of 14°C (13°C), boiler storage room temperature of 20°C, water heating from 10°C to 53°C.
Optimisation from Photovoltaic Wi-Fi Remote Control Legionella Control Sanitisation Time slot-based
operation OFF PEAKfeature Defrostingon HolidayMode
EGEA LT 200-260 PERFORMANCE
MOD. 200 LT 260 LT
Rated storage capacity l 192 250
Maximum capacity of hot water at 40°C l 273 338
Storage loss W 63 71
Power of integrated heating element Wel 1500
Electric power absorbed on average Wel 430
Heat output efficiency to pump Wth 1820
Dimensions (Ø x H) mm 621 x 1607 621 x 1892
Empty weight kg 77 97
Maximum water pressure bar 7
Maximum air temperature °C 43
Minimum air temperature °C -7
Rated airflow m3/h 350/500
Required room cubic volume m3 >20
Electric power supply parameters V-Hz 230V - 50Hz
Protection rating IP24
Internal sound power Lw(A) dB(A) 50
Legionella control system Automatic
Anti-corrosion system no. 2 Mg Anodes
Operating mode Auto, Eco, Boost, Elec. Heater, Fan
Photovoltaic connection YES
Solar Thermal connection NO
APP / Wi-Fi YES
Type of gas R134a
Loading capacity g 1000
Heating time at 7°C in ECO* mod. hh:mm 08:17 10:14
Heating time at 14°C in ECO** mod. hh:mm 06:01 07:39
Heating time in BOOST* mod. hh:mm 03:58 05:06
COPDHW 7°C* 3.23 3.38
COPDHW 14°C** 3.49 3.59
Internal coil for solar heating -
-Water heating energy efficiency class in average weather conditions Water heating energy efficiency
% in average weather conditions % 135 139
Average energy consumption in average weather conditions kW/h 758 1203
Declared load profile L XL
* Test in accordance with regulation EN16147-2017 with air inlet temperature of 7°C (6°C), boiler storage room temperature of 20°C, water heating from 10°C to 55°C.
** Test in accordance with regulation EN16147-2017 with air inlet temperature of 14°C (13°C), boiler storage room temperature of 20°C, water heating from 10°C to 55°C.
Optimisation from Photovoltaic Integrated Solar Thermal Control Wi-Fi Remote Control Legionella Control Sanitisation Time slot-based
operation OFF PEAKfeature Defrostingon HolidayMode
EGEA LT-S 200-260 PERFORMANCE LEVELS
MOD. 200 LT-S 260 LT-S
Rated storage capacity l 187 247
Maximum capacity of hot water at 40°C l 270 333
Storage loss W 63 71
Power of integrated heating element Wel 1500
Electric power absorbed on average Wel 430
Heat output efficiency to pump Wth 1820
Dimensions (Ø x H) mm 621 x 1607 621 x 1892
Empty weight kg 80 100
Maximum water pressure bar 7
Maximum air temperature °C 43
Minimum air temperature °C -7
Rated airflow m3/h 350/500
Required room cubic volume m3 >20
Electric power supply parameters V-Hz 230V - 50Hz
Protection rating IP24
Internal sound power Lw(A) dB(A) 50
Legionella control system Automatic
Anti-corrosion system no. 2 Mg Anodes
Operating mode Auto, Eco, Boost, Elec. Heater, Fan
Photovoltaic connection YES
Solar Thermal connection YES
APP / Wi-Fi YES
Type of gas R134a
Loading capacity g 1000
Heating time at 7°C in ECO* mod. hh:mm 08:17 10:14
Heating time at 14°C in ECO** mod. hh:mm 06:01 07:39
Heating time in BOOST* mod. hh:mm 03:58 05:06
COPDHW 7°C* 3.23 3.38
COPDHW 14°C** 3.49 3.59
Internal coil for solar heating 0.72 0.72
Water heating energy efficiency class in average weather conditions Water heating energy efficiency
% in average weather conditions % 135 139
Average energy consumption in average weather conditions kW/h 758 1203
Declared load profile L XL
* Test in accordance with regulation EN16147-2017 with air inlet temperature of 7°C (6°C), boiler storage room temperature of 20°C, water heating from 10°C to 55°C.
** Test in accordance with regulation EN16147-2017 with air inlet temperature of 14°C (13°C), boiler storage room temperature of 20°C, water heating from 10°C to 55°C.
A
+A
+ Optimisation from Photovoltaic Integrated Solar Thermal Control Wi-Fi Remote Control Legionella Control Sanitisation Time slot-basedEGEA HT 200-260 PERFORMANCE LEVELS
MOD. 200 HT 260 HT
Rated storage capacity l 192 250
Maximum capacity of hot water at 40°C l 260 358
Storage loss W 60 70
Power of integrated heating element Wel 1500
Electric power absorbed on average Wel 370
Heat output efficiency to pump Wth 1600
Dimensions (Ø x H) mm 621 x 1607 621 x 1892
Empty weight kg 80 95
Maximum water pressure bar 7
Maximum air temperature °C 43
Minimum air temperature °C 4
Rated airflow m3/h 350
Required room cubic volume m3 >20
Electric power supply parameters V-Hz 230V - 50Hz
Protection rating IP24
Internal sound power Lw(A) dB(A) 52
Legionella control system Automatic
Anti-corrosion system no. 2 Mg Anodes
Operating mode Auto, Eco, Boost, Elec. Heater, Fan
Photovoltaic connection YES
Solar Thermal connection
-Type of gas R134a
Loading capacity g 1000
Heating time at 20°C in ECO** mod. hh:mm 07:16 09:44
Heating time at 14°C in ECO** mod. hh:mm 09:01 11:38
Heating time in BOOST* mod. hh:mm 03:48 04:57
COPDHW 20°C* 2.8 3.1
COPDHW 14°C* 2.5 2.6
Internal coil for solar heating -
-Water heating energy efficiency class in average weather conditions Water heating energy efficiency
% in average weather conditions % 116 127
Average energy consumption in average weather conditions kW/h 883 1315
Declared load profile L XL
* Test in accordance with regulation EN16147-2017 with air inlet temperature of 20°C (15°C), boiler storage room temperature of 20°C, water heating from 10°C to 55°C.
** Test in accordance with regulation EN16147-2017 with air inlet temperature of 14°C (13°C), boiler storage room temperature of 20°C, water heating from 10°C to 55°C.
A
+A
+ Optimisation from Photovoltaic Integrated Solar Thermal Control Wi-Fi Remote Control Legionella Control Sanitisation Time slot-basedbrochures, etc.) provided to the final Customer are updated according to the latest edition.
Ferroli SpA
37047 San Bonifacio (VR) Italy - Via Ritonda 78/A tel. +39.045.6139411
fax +39.045.6100233 www.ferroli.com export@ferroli.com