Energy recovery ventilation with DX coil - HRPT Series
Energy recovery ventilation with DX coil - HRPT Series for VRF
It’s an ideal solution to achieve the highest energy certification for buildings in the tertiary, industrial and collective residential sectors including centralized condominium systems.
- Dual flow ventilation with EC fan, featuring high efficiency heat recovery (>85% η)
- 5 model line-up is available with air flow rates of 480, 800, 1.100, 1.500 and 1.750m³/h
- 2 types of polypropylene heat exchanger (high efficiency and sensible) with counter-current flows and integrated bypass as standard
- Modbus connection available
Specifications
Energy recovery ventilation with DX coil - HRPT Series | |||
---|---|---|---|
1.500 m³/h | |||
Indoor unit with high-efficiency heat exchanger | PAW-HRPT120HX | ||
Indoor unit with sensible heat exchanger | PAW-HRPT120 | ||
Heat recovery temperature efficiency cooling (1) | % | 61,4 (HX) / 84,8 | |
Heat recovery temperature efficiency heating (1) | % | 75,0 (HX) (HX) / 85,2 | |
Heat recovery enthalpy efficiency cooling (1) | % | 49,5 | |
Heat recovery enthalpy efficiency heating (1) | % | 50,7 (HX) | |
Common data | . | ||
Power supply (Voltage) | V | 230 | |
Power supply (Phase) | Single phase | ||
Power supply (Frequency) | Hz | 50 | |
DX coil total / sensible capacity cooling (2) | kW | 8,0 / 5,5 | |
DX coil total / sensible capacity heating (2) | kW | 8,3 | |
Maximum input current | A | 4,1 | |
Sound pressure | dB(A) | 42 (@1m) / 36 (@3m) | |
Air flow (Nominal) | m³/h | 1.200 | |
External static pressure (High) | Pa | 150 | |
Dimension (Height) | mm | 425 | |
Dimension (Width) | mm | 1.628 | |
Dimension (Depth) | mm | 1.878 | |
Net weight | kg | 150 (HX) / 145 | |
Piping diameter (Liquid) | Inch (mm) | 3/8 (9,52) | |
Piping diameter (Gas) | Inch (mm) | 5/8 (15,88) |
1) Data refers to the following conditions (UNI EN 13141-7): nominal air flow, heating external air 5°C with 72% r. / expelled air 25°C with 28% r. - cooling 35°C with 40% / expelled air 27°C with 48%.
2) Data refers to the following conditions: nominal air flow, cooling inlet coil summer 27°C with 48% / heating inlet coil winter 20°C with 50% r.