
BoxAir Inverter P heat pump
- Energy efficienty
- R290 refrigrant
- Heating water temperature up to 75 °C
- No ducts needed
- Output from 1 to 25 kW
- Online control & 24/7 remote monitoring
MAIN FEATURES
Air-to-water heat pump of split design
The most valuable parts of the heat pump are stored in a unit inside the building
The connecting pipes of the indoor and outdoor units form the low pressure (cold) part of the cooling circuit, so that heat loss through the pipework is completely eliminated
Distance between indoor and outdoor units up to 15 metres
Low heating water volume requirements in the system
Support for connection to the power cascade without the need for a third-party MaR (measurement and control) system
BUILT TO PERFORM, DESIGNED TO LAST
Typically located in the mechanical room of the building and therefore protected against the weather. It contains the most valuable parts of the pump including a frequency-controlled compressor, an electronically controlled expansion valve, control electronics, circulator and more.
It is more dimensionally efficient than the BoxAir Inverter all-in-one pumps. It includes an evaporator and ultra-quiet fans with widely variable speed control. Thanks to the compressor located in the indoor unit, the outdoor unit is even quieter than the BoxAir Inverter all-in-one model. The durable all-aluminum construction of profiles and panels is long-lasting and resistant to weathering and corrosion.
The BoxAir 22IS and BoxAir 26IS models offer a more compact size of the outdoor unit due to the presence of only one fan and a smaller evaporator.
Elevating Ventilation Standards
Product specifications
Model | Performance at A7W35 |
Thermal loss of the building Qz | Seasonal energy efficiency of heating at a 35 °C low temperature operation | Seasonal energy efficiency of heating at a 55 °C medium temperature operation | Acoustic pressure level Lp (5 m outside of unit) | Order number (according to heating circuit control) | |||
---|---|---|---|---|---|---|---|---|---|
kW | kW | SCOP | Class | SCOP | Class | dB(A) | Regulation STANDARD (μPC) | Regulation PLUS (pCO5) | |
BoxAir 22IS | 2-7 | up to 5,5 | 4.38 | A++ | 3.33 | A++ | 34 | 1BA22IS-01 | 1BA22IS-11 |
BoxAir 26IS | 3–9 | up to 8,5 | 4.29 | A++ | 3.24 | A++ | 34 | 1BA26IS-01 | 1BA26IS-11 |
BoxAir 37IS | 5–17 | up to 13 | 4.49 | A+++ | 3.51 | A++ | 41 | 1BA37IS-01 | 1BA37IS-11 |
BoxAir 45IS | 7–22 | up to16 | 4.46 | A+++ | 3.48 | A++ | 41 | 1BA45IS-01 | 1BA45IS-11 |
Regulation STANDARD (μPC): Designed for single-circuit heating systems. No auxilliary heating circuit, 1-zone space temperature, 1 heating circuit.
Regulation PLUS (pCO5): Designed for multiple-circuit heating systems. 2 independent auxilliary heating circuits including mixing. 2-zone space temperature, up to 6 heating circuits.
How it works
Air-to-water heat pumps are based on the principle of extracting heat from the ambient air, whose temperature can be many degrees Celsius below zero. The heat extracted from the environment is transferred by the heat pump to the heating water that heats the building, or is used for the preparation of hot water. The system achieves a seasonal efficiency of up to 4.5 times higher than that of a conventional electric boiler and thus delivers significant energy savings.
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