- New
8kW air-water split inverter heat pump FONDITAL model Procida AWS X8
DPBI0XWS08-DPBI0XWU08
Inverter air-to-water split heat pump
Water production for heating and cooling
PLUS
- CLASS A+++ (for average climate conditions and for low-temperature application, according to EU regulation 811/2013, EN 14825)
- High COP for heating performance
- Touch-screen control panel with user interface provided as standard and fitted on indoor unit
- The hydronic circuit is housed inside the wall-hung unit to be installed indoor
- Reduced impact on global warming thanks to the use of R32 gas (GWP = 675)
- It can be combined with water tanks for domestic hot water production (3-way valve is included in the hydraulic unit of the indoor unit)
- Included in the price: heat pump, control panel, water filter and tank probe
FEATURES
- Integrated hydraulic unit with expansion vessel, high efficiency pump, plate exchanger, flow switch, vent and safety valve
- Twin rotary DC inverter compressor and brushless DC inverter axial fan
- Hydrophilic treated finned coil - Improved resistance to corrosion and condensation formation prevention
- Electronic expansion valve for refrigerant fluid optimisation
- Heating element on the base (prevents ice formation)
- Climate control and “Quiet” function for silent mode
Models | Refrigerant gas | Description | Nominal heat output Water T 35°C [kW] (1) |
Nominal heat output Water T 55°C [kW] (1) |
Energy efficiency class Water T = 35°C (2) |
Energy efficiency class Water T = 55°C (2) |
Packaging dimensions WxHxD [mm] |
Gross weight [Kg] |
---|---|---|---|---|---|---|---|---|
X4 | R32 | 4,0 | 3,7 | |||||
X6 | R32 |
u.e.: PROCIDA |
6,0 | 5,9 |
u.e.: 1028x830x458 |
u.e.: 65 |
||
X8 | R32 |
u.e.: PROCIDA |
8,0 | 7,4 |
u.e.: 1097x937x478 |
u.e.: 92 |
||
X10 | R32 |
u.e.: PROCIDA |
9,5 | 8,7 |
u.e.: 1097x937x478 |
u.e.: 92 |
u.e. = outdoor unit
u.i. = indoor unit
(1) Outdoor air T 7°C dry bulb/6°C wet bulb
Inlet water T / outlet water T: 30 / 35 °C
Inlet water T / outlet water T: 50 / 55°C
According to EN 14511
(2) According to EN 14825